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MS Daily brief- July 20 2026
Contents
News from Ukraine | Exposed! It was a fake Russian psychological manipulation operation (probably) 1
2026 FIFA World Cup, Developments over the last 24 hours. 1
20 July 2026 – Maritime Security Forum.. 1
Ukraine and the Middle East – developments over the last 24 hours – Maritime Security Forum 3
Russia bombs Kyiv for five hours in one of its most extensive ballistic missile attacks. 8
BREAKING NEWS: US opens the GATES OF HELL; Iran kills soldiers; 100 refuelling aircraft heading for Israel | TBN Israel
News from Ukraine | Exposed! It was a fake Russian psychological operation (probably)
2026 FIFA World Cup, Developments in the last 24 hours
20 July 2026 – Maritime Security Forum
Over the past 24 hours, the 2026 FIFA World Cup has officially come to an end, with the final between Spain and Argentina and the third-place play-off between France and England having been played. Following a tournament held across the United States, Canada and Mexico, Spain were crowned the new world champions, defeating Argentina 1–0 after extra time, whilst England secured third place following a spectacular 6–4 victory over France. The tournament thus concluded with confirmation of Spain’s return to the elite of world football and the consolidation of a new style of play based on tactical discipline, possession control and defensive efficiency.
The final, played at MetLife Stadium in New York–New Jersey, was a clash between two different tactical philosophies. From the outset, Spain sought to control the tempo through possession and rapid ball movement, whilst Argentina opted for a compact defensive organisation, seeking to capitalise on quick transitions and the creativity of Lionel Messi. The first half was extremely evenly matched, with few clear-cut chances and an intense battle for control of the midfield. As the match progressed, Spain’s positional superiority became increasingly evident, and the constant pressure exerted on the Argentine defence limited their opponents’ ability to build play.
The decisive moment of the final came in the first half of extra time, when Ferran Torres finished off a superbly constructed team move and scored the goal that would crown the new world champions. In the closing minutes, Argentina tried to force an equaliser, but Enzo Fernández’s sending-off considerably reduced their chances of a comeback, and the Spanish defence – the most solid of the entire tournament – comfortably held on to their narrow lead until the final whistle.
From a tactical point of view, Spain put in one of the most complete performances of the tournament. Their defensive organisation, coordinated pressing and constant control of possession almost completely neutralised Argentina’s attacking play. Rodri dominated the midfield with his ball recoveries and precise distribution, whilst the team’s positional play allowed the Spanish side to control the tempo of the game throughout the match. On the other hand, Argentina once again demonstrated discipline and resilience, but struggled to break through the opposition’s pressing and failed to create enough dangerous chances near the Spanish goal.
On an individual level, Ferran Torres became the hero of the final with the winning goal, but the most influential player of the tournament was Rodri, who was named winner of the Golden Ball. His consistent performances, the control he exerted over the game and his decisive role in Spain’s success confirmed his importance within the team’s tactical system. Lionel Messi, likely playing in the final World Cup of his career, finished the tournament as World Cup runner-up. Although he failed to lead Argentina to a title defence, his contribution throughout the tournament remained vital, and manager Lionel Scaloni emphasised after the final that he remains one of the greatest figures in the history of football.
A few hours before the final, England and France produced one of the most spectacular matches of the tournament. England won 6–4 to finish the tournament in third place, in a match characterised by an exceptional attacking tempo and numerous twists and turns. The victory provided a positive conclusion for Thomas Tuchel’s side following the disappointment of their dramatic semi-final exit.
As the tournament drew to a close, FIFA also presented the individual awards. Spain were crowned world champions, Argentina finished second, England third and France fourth. Rodri was named the tournament’s best player, Unai Simón received the Golden Glove for best goalkeeper, and Kylian Mbappé finished the tournament as top scorer, winning the Golden Boot.
The final strategic assessment highlights the superiority of Spain’s style of play. The Spanish side demonstrated that success can be built on collective control, tactical discipline and near-perfect defensive organisation. Argentina confirmed the value of experience and psychological resilience, but in the final failed to find the tactical resources needed to unsettle the best-organised team in the competition. England impressed with their attacking prowess and their ability to bounce back after the semi-final, whilst France demonstrated, once again, the individual quality of their squad, but also defensive vulnerabilities when facing opponents of the highest calibre.
The 2026 FIFA World Cup will go down in history as a tournament in which collective organisation and tactical discipline prevailed over individual talent. Spain’s victory confirms the current trend in international football, in which teams capable of controlling space, tempo and transitions have the best chance of success. At the same time, the tournament marks the end of a generation epitomised by Lionel Messi and opens a new chapter for world football, in which the emphasis is shifting increasingly towards tactical intelligence, versatility and collective cohesion.
Maritime Security Forum
Ukraine and the Middle East – developments over the last 24 hours – Maritime Security Forum
Ukraine
The operational situation in Ukraine has remained intense, though no major strategic shift in the front line has been confirmed during the period under review. Russian forces continue to apply pressure along the Pokrovsk, Kostiantynivka and Kupiansk axes, as well as in the south-east, using localised attacks, guided aerial bombs, drones and strikes against Ukrainian operational depth. The ISW assessment for 18 July shows that, during the first part of the month, Russian forces lost an average of approximately 1.6 square kilometres per day, indicating a slowdown and even a local reversal of territorial gains. However, this trend does not imply a reduction in Moscow’s ability to exert pressure through firepower and successive attrition operations.
The main event of the last 24 hours was the large-scale Russian attack on Kyiv and other Ukrainian towns. Russia used 41 missiles, including ballistic missiles, and 125 drones, according to the Ukrainian authorities. Air defences are reported to have intercepted 18 missiles and 108 drones. In Kyiv, residential buildings, warehouses, a supermarket and a student hall of residence were damaged, whilst further casualties were reported in Zaporizhzhia. The casualty figures published in the early hours varied: Reuters reported at least one death and 16 injured in the capital, whilst the AP reported at least six people killed across the attacks on Kyiv and other cities. The discrepancy reflects the ongoing updating of data and means the figures should be treated as provisional.
The attack once again highlighted Ukraine’s vulnerability to ballistic missiles and the inadequacy of the Patriot systems. The interception of a significant proportion of the drones did not prevent the missiles from penetrating the defences and causing significant damage. From a strategic perspective, Russia is simultaneously seeking to deplete stocks of interceptors, overload the air defence network and maintain psychological pressure on the urban population.
Ukraine has continued its campaign to strike at Russian energy infrastructure. An attack on the Caspian Pipeline Consortium’s Black Sea terminal damaged oil tankers and led to the suspension of loading operations. Other strikes targeted oil depots in the Stavropol region. Moscow claimed to have intercepted 140 Ukrainian drones, but this figure has not been independently confirmed. The attacks on terminals, refineries and depots are aimed at reducing the availability of military fuel, disrupting exports and increasing the costs of protecting Russian infrastructure.
The maritime dimension remains one of the most sensitive aspects of the war. In recent days, Russia has intensified its attacks on the ports of Odesa, Chornomorsk and Mykolaiv, as well as on commercial vessels using the Ukrainian corridor. In Mykolaiv, three civilian vessels flying foreign flags were damaged in a previous attack, and pressure on the port infrastructure continues. This campaign aims to reduce grain exports, deter shipowners and drive up insurance premiums.
The strategic assessment indicates that the war in Ukraine is shifting increasingly towards a confrontation over infrastructure and the war economy. Russia is using ballistic missiles and drones to degrade Ukraine’s cities, logistics and energy capacity, whilst Kyiv is attempting to shift the costs of the conflict onto the Russian oil sector and terminals. The level of military risk and the risk to critical infrastructure remains very high, and the maritime risk in the Black Sea is high.
The Middle East
In the Middle East, the confrontation between the United States and Iran has intensified during the ninth consecutive night of US strikes. US operations targeted command centres, missile and drone launch sites, coastal surveillance installations and a nuclear facility under construction. The International Atomic Energy Agency stated that the nuclear facility did not contain any active radioactive material.
The resumption of strikes followed Iranian attacks on US targets in the region. Two US servicemen had previously been killed in Jordan, whilst another lost his life in Iraq during the controlled detonation of a downed Iranian drone. The US death toll since the start of the conflict has reached approximately 17, with over 430 wounded, according to reports cited by the international press.
Iran has continued its missile and drone attacks on US bases and associated infrastructure in Jordan, Kuwait and Bahrain. The air defence systems of the Gulf states have been activated repeatedly, and Israel has raised its alert level due to the risk that some projectiles might enter its airspace. Tehran has reported civilian casualties and extensive damage following the US air strikes, but the exact extent of military losses and damage cannot be independently verified.
The Strait of Hormuz remains the strategic focal point. Only four ships passed through the strait on Sunday, compared with eight the previous day. The sharp drop in traffic reflects a combination of Iranian attacks, US naval operations, the blockade of Iranian ports and the reluctance of commercial operators to expose their ships and crews
The impact on energy markets was immediate. The price of Brent crude exceeded $90 per barrel for the first time since June, reaching approximately $90.79, up 3.05 per cent, whilst WTI rose to approximately $84.68, up 2.65 per cent. Markets are reacting to the possibility of a prolonged disruption to a route through which around 20 per cent of global oil trade normally passes.
Market fundamentals remain fragile. The IEA’s July report shows that global oil production rebounded in June to 98.8 million barrels per day, but was still around 9.4 million barrels per day below pre-conflict levels. The forecast for recovery was based on the assumption of a rapid de-escalation and the normalisation of flows through the Strait of Hormuz, an assumption that has become far less realistic following the latest attacks
The civilian infrastructure of the Gulf states is increasingly vulnerable. The previous attack on a desalination plant in Kuwait demonstrated that the spread of the conflict to water and electricity systems can have rapid humanitarian consequences, particularly in states that are structurally dependent on desalination. Oil terminals, refineries, pipelines, water facilities, airports and military bases now form a regional network of interdependent targets.
On the diplomatic front, mediation efforts have so far failed to yield any decisive progress. The ASEAN meetings in Manila include the war between the US and Iran among their main topics, with Asian states concerned about security of supply and the impact on prices. Qatar, Oman and other states are attempting to maintain indirect channels of communication, but the continuation of strikes is reducing the political scope for an immediate ceasefire.
The strategic assessment for the Middle East indicates a critical level of military, maritime and energy risk. The main danger is that the partial disruption of traffic through the Strait of Hormuz could turn into a prolonged blockade, coupled with further attacks on terminals and civilian infrastructure. Any simultaneous escalation of Houthi pressure in Bab el-Mandeb would subject two key maritime chokepoints to a concurrent crisis.
Integrated strategic assessment
Developments in the two theatres confirm the consolidation of a common pattern: targeting the systems that enable the war to continue and the economy to function. In Ukraine, ports, refineries, oil terminals, storage facilities and air defence systems are the main targets. In the Middle East, the conflict centres on energy routes, military bases, terminals, and water and electricity facilities.
The maritime dimension is the main channel through which these conflicts have global repercussions. Attacks on Ukrainian ports affect agricultural exports and food security, whilst the crisis in the Strait of Hormuz directly affects oil, maritime transport, insurance and inflation. The concurrence of these two crises amplifies the vulnerability of supply chains and limits the ability of Western states to deploy air defence systems, interceptors and munitions across multiple theatres.
Over the next 72 hours, further Russian attacks on Ukrainian cities and infrastructure are highly likely, as is the continuation of Ukrainian operations against the Russian oil sector. In the Middle East, the exchange of blows between the US and Iran is likely to continue, and the risk of a major naval incident in the Strait of Hormuz remains critical. Substantial diplomatic progress is unlikely in the absence of a preliminary suspension of attacks.
Maritime Security Forum
The US launches a ninth night of attacks on Iran, whilst, against the backdrop of the standoff in the Strait of Hormuz, the price of oil exceeds $90 a barrel
After the US military confirmed that a soldier had been killed in Iraq – the third in recent days – Donald Trump stated that the new attacks had been launched ‘in honour’ of the deceased
The Guardian team and news agencies
Monday 20 July 2026, 04:01 CEST
The US launched its ninth night of attacks against Iran on Monday morning, after announcing the death of another American soldier, whilst the price of Brent crude oil rose above $90 a barrel, its highest level since June.
The US military said the soldier was killed on Saturday in northern Iraq, where the US has military bases, during a controlled detonation of what was described as unexploded ordnance from a downed Iranian attack drone.
“We hit them very hard again tonight,” said Donald Trump on his return to Washington after the World Cup final, adding: “We did this in honour of those – probably three, probably three great patriots.”
This was the third American casualty in recent days, following the deaths of two servicemen in an Iranian attack on a Jordanian airbase on Friday, with a third reported missing in action. Since the start of the war, 17 American servicemen have been killed.
As the attacks began on Monday morning, a ship caught fire in the Strait of Hormuz, off the coast of Oman, the British military said. It was unclear what had caused the fire off the coast of Oman, in the southern corridor that the US military had encouraged ships to use to avoid Iranian control. The Revolutionary Guards later claimed that two oil tankers had been blown up after attempting to transit the southern route through the strait, but there was no independent confirmation.
The US and Iran have edged ever closer to all-out war as last month’s provisional agreement, intended to bring the conflict to a definitive end, has fallen apart, and maritime traffic through the Strait of Hormuz has been largely blocked.
Iran has continued to retaliate by striking US allies across the Middle East, with air-raid sirens heard in Bahrain on Monday morning. The US Embassy in the country warned: “Iran may attempt to target unspecified locations in the centre of Manama”, the country’s capital, without providing further details.
The Iranian Revolutionary Guards also claimed to have launched a “surprise attack” on an enemy command centre in the Al-Tanf region of Syria, in a statement reported by the state news agency IRNA.
After Iran targeted sites in Jordan on Sunday, Israel warned of the danger that the attacks could spread beyond its borders, reigniting a direct regional conflict that had been kept under control even against the backdrop of renewed tensions between the Trump administration and Iran.
“If Iran fires missiles at Israel, we will strike back with full force,” Israeli Defence Minister Israel Katz said on Sunday. The US is expected to send dozens of additional refuelling aircraft to Israel as part of the build-up of its military presence in the region, a US official told Reuters.
Trump has threatened to target power stations and bridges in Iran in an attempt to force Tehran to ease its control over the Strait of Hormuz, through which a fifth of the world’s oil supplies passed before the war.
Last week, the US reimposed a naval blockade on Iranian ports to halt crude oil shipments. The military announced on Saturday that it had redirected six vessels and immobilised one since then.
Oil prices rose at the start of Monday’s Asian trading session, with the price of Brent crude climbing by 2.72 per cent to $90.50 per barrel.
On Saturday, Iran’s Supreme Leader Mojtaba Khamenei warned in a statement that “unforgettable lessons” would follow if the US continued to attack the Islamic Republic. An Iranian negotiator stated that Tehran was suspending its commitments under the interim agreement reached last month and accused the US of breaching it.
More than half of the 60-day period stipulated in the agreement for negotiating a definitive end to the war and other issues, including Iran’s nuclear programme, has now passed.
On Sunday, the US Secretary of Energy, Chris Wright, defended the Trump administration’s strategy on the war, but argued that the mission had since shifted towards ensuring that oil shipments could pass through the Strait of Hormuz.
“We paused to try to reach an agreement with the Iranian people to allow the flow of oil without it being attacked,” said Wright. “They proved reluctant to do so, and we have refocused our efforts. Now, what we are doing is ensuring that oil, gas and other products can pass through the Strait of Hormuz, with or without Iran’s cooperation.”
With the Associated Press and Agence France-Presse
,,, https://www.theguardian.com/world/2026/jul/20/us-strikes-iran-strait-of-hormuz-oil-prices
Russia bombs Kyiv for five hours in one of its most extensive ballistic missile attacks
The attack on the Ukrainian capital and other cities has left at least six people dead and dozens injured
Luke Harding in Kyiv
Sunday 19 July 2026, 10.35 CEST
Russia has launched one of its largest ballistic missile attacks on Kyiv and other Ukrainian cities, unleashing a five-hour assault that has killed at least six people and injured dozens more, as well as causing fires and damage across the capital.
Ukrainian officials have stated that the capital was struck by around 40 Iskander-M missiles and Zircon hypersonic missiles. Residents heard an air-raid siren at 1.30 am. The sounds of air defence systems could be heard, followed a few minutes later by a series of booms and explosions.
Buildings in Kyiv’s historic centre shook, and car alarms began to sound as dozens of missiles struck the city in less than an hour. At 6.30 am, a second air-raid siren was heard, with further impacts reported.
A three-storey building caught fire in the central Shevchenkivskyi district. Rescue teams pulled several people trapped inside to safety and recovered one body. Four other areas were hit, with fires reported in offices, residential buildings and a student hall of residence.
Residents who had taken shelter in Lukianivska metro station posted images after the ceiling in the ground-floor concourse collapsed due to a powerful shockwave. The station is temporarily closed.
“According to preliminary information, one person was, unfortunately, killed in the attack,” the city’s military administration said on Telegram. The mayor of Kyiv, Vitali Klitschko, said that seven people had been injured.
Ukraine also announced on Sunday evening that a Russian missile strike on a Turkish-owned cargo ship carrying grain had killed six people.
The Ukrainian navy said that Russia had fired three cruise missiles at the vessel “Golden Leo”, flying the flag of Guinea-Bissau, whilst it was “leaving the combat zone with a cargo of grain”.
Smoke rises from the grain carrier “Golden Leo”, flying the flag of Guinea-Bissau, following a Russian missile attack in the Black Sea, near Odessa, Ukraine. Photo: Michael Shtekel/AP
Foreign Minister Andriy Sybiga stated that the crew included nationals from Syria and India, whilst Prime Minister Sergiy Koretsky said the vessel had been struck near Odessa after leaving port.
“Eight crew members were rescued. Two of them were injured. Unfortunately, as of now, the deaths of six sailors have been confirmed, and another four are missing,” said Mykola Kalashnyk, the transport minister in Kyiv, on Telegram.
Sybiga confirmed in a statement on X that a Ukrainian maritime pilot was killed in the attack.
“Whilst the world is still reacting to Russia’s brutal overnight attack on Kyiv, Moscow is continuing its campaign of terror throughout the day,” he added.
A Russian attack on a post office near Ukraine’s second-largest city, Kharkiv, took place later on Sunday, killing three people and injuring at least 20, according to the regional administration.
Russian guided missiles also struck the cities of Kherson and Sumy, local authorities and Ukraine’s emergency services reported, with each attack resulting in at least one casualty.
The Ukrainian military said it had shot down 18 missiles during Sunday’s attack, which mainly targeted the Ukrainian capital. It added that 108 of the 125 drones had also been shot down.
“The missiles kept coming one after another, the explosions were powerful, it was terrifying,” Ganna Zagorodnia, a 47-year-old resident of Kyiv, told the AFP news agency. “I thought my life was about to end.”
Russia has been launching drones and missiles at Kyiv and other Ukrainian cities almost daily since it launched its full-scale invasion in 2022.
Ukrainian President Volodymyr Zelenskyy said last week that Washington and Kyiv had reached a political agreement on licences to manufacture the prized Patriot interceptor missiles, adding that he hoped production could begin by the end of the year. It appears that Ukraine’s own stocks of interceptor missiles have dwindled.
However, increasingly intense Russian attacks, in the fifth year of the full-scale war launched by Moscow, are putting mounting pressure on Kyiv’s foreign partners to speed up the delivery of anti-ballistic defence systems.
“Protection against ballistic missiles is our constant and primary priority at this moment,” Zelenskyy said on Sunday on X. “We need interceptor missiles every day.”
The attacks come against a backdrop of widespread anti-government protests in Kyiv, following Zelenskyy’s decision to dismiss the popular and reform-minded defence minister, Mykhailo Fedorov. Protesters are calling for Fedorov’s reinstatement and, in return, the dismissal of the Soviet-style commander-in-chief, Colonel-General Oleksandr Syrskyi.
In a district in western Kyiv, emergency services searched through the still-smouldering rubble and put out fires in the bombed-out flats.
A resident who identified himself as Vlad told Reuters that he was in his flat when an explosion ripped the balcony door off its hinges, striking him on the head.
“My grandmother lives with me and she can’t walk. How could I have run away and left her behind?” he said.
Rescue teams pulled four people from a burning flat in the Sviatoshynsky district and rescued residents from a three-storey building on fire in the Shevchenkivsky district. A fire that broke out in a non-residential building was also extinguished. One person was later found dead.
Firefighters also responded to fires in the Solomyansky, Desniansky and Dnipro districts.
Attacks were also carried out against Russia. Ukraine sent attack drones to destroy e-commerce warehouses in the Moscow and Tambov regions, killing eight people and causing major fires.
“In response to Russian attacks on our civilian infrastructure and on our towns and communities, two major logistics facilities were struck – in the Moscow and Tambov regions,” said Zelenskyy. He stated that these centres had been used “to supply sanctioned components intended for the production of drones and navigation equipment”.
June was the deadliest month for civilians in Ukraine since April 2022, with at least 293 people killed, according to the UN.
Negotiations to end the bloodiest conflict in Europe since the Second World War remain deadlocked, whilst fighting on the front line is effectively at a standstill.
Update on the war in Ukraine: Ukraine claims Russia is behind the deadly attack on a cargo ship, whilst Putin thanks North Korea
The attack on the cargo ship left six people dead; the Russian president tells his visiting foreign minister that Moscow “will never forget” the support provided by Pyongyang. What we know on day 1,608
The Guardian team and news agencies
Monday 20 July 2026, 02:29 CEST
- Ukraine has accused Russia of a deadly attack on a Turkish cargo ship, in which six people died.
The Ukrainian navy stated that Russia had fired three cruise missiles at the vessel “Golden Leo” – which was flying the flag of Guinea-Bissau – whilst it was “leaving the combat zone with a cargo of grain”. Foreign Minister Andriy Sybiga said that the crew included nationals from Syria and India, whilst Prime Minister Sergiy Koretsky stated that the vessel was struck near Odessa after leaving the port. “Eight crew members were rescued,” said Mykola Kalashnyk, the transport minister in Kyiv, on Telegram. “Two of them were injured. Unfortunately, to date, the deaths of six sailors have been confirmed, and four others are missing.” Sybiga confirmed that a Ukrainian maritime pilot had been killed in the attack, adding in a statement on X: “Whilst the world is still reacting to Russia’s brutal overnight attack on Kyiv, Moscow is continuing its campaign of terror throughout the day.”
On Sunday, Russia launched one of its most extensive ballistic missile attacks on Kyiv and other Ukrainian cities, carrying out a five-hour night-time assault that left at least six people dead and dozens more injured, as well as causing fires and damage across the capital. Ukrainian officials said the capital had been struck by around 40 Iskander-M missiles and Zircon hypersonic missiles, reports Luke Harding. A three-storey building caught fire in the central Shevchenkivskyi district of the capital, with rescue teams pulling several people trapped inside to safety and recovering one body. Four other areas were hit, with fires reported in offices, residential buildings and a student hall of residence.
- Ukrainian forces struck three oil depots and a fuel facility in the Stavropol region of southern Russia, Volodymyr Zelenskyy said on Sunday. Three Russian oil tankers from the ‘ghost fleet’ were also struck in the Black Sea, the Ukrainian president added on X.
- Vladimir Putin thanked North Korea for its support for Russia’s war against Ukraine during a meeting with visiting Foreign Minister Choe Son Hui. “I would like to express once again my gratitude for the support provided to the special military operation we are conducting,” Putin said on Sunday. “We will never forget” the “heroic deeds” of the North Korean soldiers, who will be “honoured just like our own compatriots”, the Russian president added. The Russian Foreign Ministry said on Saturday that Choe was visiting at the invitation of Foreign Minister Sergei Lavrov. North Korea has sent troops to the Kursk region of Russia and supplied weapons systems to support Moscow’s war effort; in return, according to analysts, this poor and isolated country has received financial assistance, food, energy supplies and military technology from Moscow.
- The anti-war Russian politician Boris Nadezhdin has stated that he will not stand in the parliamentary elections in September, claiming that he has been “silenced” and “pushed out of the political arena”. Nadezhdin – one of the few politicians in Russia who openly criticises Putin and Moscow’s offensive against Ukraine – was recently convicted of displaying “extremist symbols”. “My ability to engage legally in opposition politics in Russia has been exhausted,” he wrote on Telegram on Sunday.
- “I am not prepared to put those who support me and took part in the election campaign at risk.” The 63-year-old’s campaign had already been severely compromised since he was declared a “foreign agent” earlier this month, a move followed by his conviction for “displaying extremist symbols” – in this case, for publishing a video in 2023 that briefly showed the late dissident Alexei Navalny.
The Royal Navy and drone countermeasures training: the transition to a hybrid fleet – Maritime Security Forum
The Royal Navy is shifting from training centred on manned platforms to preparing a hybrid force, in which main ships will command and integrate unmanned platforms, distributed sensors, autonomous weapons and network-generated effects. This direction is driven by two operational realities: the proliferation of drones, missiles and multi-domain threats; and the impossibility of replicating these scenarios at scale, safely and at an acceptable cost, through live exercises alone.
Current situation and known facts. British planning for the 2030s envisages a hybrid navy in which the future Common Combat Vessels will function as command hubs for unmanned platforms: Type 91 for missile strikes, Type 92 for underwater detection, Type 93 as a large unmanned underwater vehicle, and Type 94 as a sensor platform. These are linked to the Atlantic Bastion, Atlantic Shield and Atlantic Strike concepts, aimed at protecting the North Atlantic and the High North. In parallel, the Virtual Warrior exercise, held at Rollestone Camp, marked the first large-scale use of the Maritime Command and Staff Trainer, with around 240 participants in a two-week simulated campaign.
The capability used. MCAST is the key component of synthetic training: it can simulate the deployment of a naval task force, the activities of opposing and neutral forces, logistical degradation, losses, technical failures, command-and-control difficulties and threat densities that are impossible to recreate realistically in live training areas. The five-year, £25 million contract with QinetiQ includes the development of scenarios using Inzpire and the collection of data from the planning, execution and evaluation of exercises, for the subsequent adaptation of training.
Operational evaluation. Synthetic training is becoming the central element of preparation for the hybrid fleet, rather than a supplement to live exercises. The reason is operational: a formation comprising manned ships and unmanned platforms cannot be generated frequently, safely and comprehensively at sea, but can be modelled in a virtual environment with a high density of drones, missiles, sensors and logistical constraints. This approach allows for the testing of the decision-making chain, the response to saturation attacks and interoperability at a faster pace than traditional naval training cycles.
The live component does not disappear, but it changes. The Sharpshooter exercise, cited by FOST leadership as one of the most significant recent changes, introduces unmanned targets and live-fire scenarios against ships, bringing training closer to the current combat environment. The critical difference is that the synthetic environment can provide volume, repetition, objective measurement and high-risk scenarios, whilst the live environment validates procedures, crew discipline and the actual limits of the systems.
Implications for planning. Firstly, operational readiness must be measured by the ability to command networks of systems, not merely by the capability of an individual platform. Secondly, training scenarios must include saturation attacks by drones, sensor losses, jamming, communications disruptions, logistical constraints and the degradation of command. Thirdly, data from exercises must be rapidly transformed into tactical lessons, doctrinal changes and procurement priorities.
For planners, the main risk is the emergence of a gap between the acquisition of autonomous platforms and the maturation of the training, doctrine and command structures required to use them effectively. If unmanned platforms are introduced more quickly than the integration procedures, the fleet may acquire new capabilities without generating a commensurate operational effect. Therefore, MCAST, SPARTAN and live-virtual-constructive training must be treated as combat infrastructure, not merely as educational tools.
Conclusions and recommendations. 1) The Royal Navy is preparing for a structural change: manned platforms will become command nodes for autonomous systems and distributed sensors. 2) Synthetic training is the fundamental prerequisite for validating this model, as it enables the large-scale, repeatable and measurable simulation of modern threats. 3) Live exercises must be retained for validation purposes, but they cannot, on their own, cover the density and complexity of combat involving drones, missiles and autonomous platforms. 4) The priority must be to synchronise procurement, doctrine, training and data integration, so that the hybrid fleet delivers real operational effect, rather than merely serving as a technological inventory.
Maritime Security Forum
The US Navy’s Strategy for Data and Artificial Intelligence: Accelerating Decision-Making in Naval Warfare – Maritime Security Forum
Operational assessment. The US Navy’s strategy moves data and artificial intelligence from the realm of technological support into the category of combat capabilities. The objective is not merely to digitise processes, but to reduce the time between the collection of information, its analysis and the generation of operational effect. In a naval environment characterised by drones, cruise missiles, ballistic missiles, distributed sensors and contested communications, the decisive advantage lies in the speed of learning and adaptation, not merely the mass of platforms or the volume of munitions.
The Bits2Effects framework provides the operational logic of the strategy: capturing data from sensors, platforms and weapon systems; transporting it to processing environments even under degraded communications conditions; classification and access control; developing analytics and AI models; testing effects and reintegrating lessons into the operational cycle. Through this mechanism, data becomes a continuous combat flow, and AI becomes a tool for accelerating decision-making, planning, training and tactical adaptation.
The central element is the transition to an ‘AI-first’ fleet, in which the intelligence advantage is treated on a par with personnel, platforms, munitions and weapon systems. This approach reflects the lessons of recent operations, in which US naval forces had to respond rapidly to attacks involving drones, cruise missiles and ballistic missiles launched by Iran and its proxies. The strategy aims to ensure that adaptation to such threats does not remain an isolated occurrence, but becomes an institutional, measurable and scalable process.
Implications for planning. For commanders and planners, the strategy shifts the criterion for effectiveness: it is not enough to collect a large volume of data; what matters is the ability to transform that data into rapid, verifiable and repeatable operational effects. This requires data standardisation, interoperability between the Navy and the Marine Corps, secure and modular infrastructure, as well as governance mechanisms that enable risk-based decision-making at lower levels, without bureaucratic bottlenecks.
Force planning must incorporate AI and data as part of the combat architecture, not as afterthoughts. The priorities are: the rapid identification of AI projects with operational value; the scaling up of those that have been validated; the preparation of data for discovery and sharing; resilient infrastructure in contested environments; qualified personnel; and partnerships with industry, academia, federal agencies, allies and partners. In the absence of these conditions, AI risks producing fragmented initiatives, duplication of effort and limited operational impact.
The main risk is the gap between technological ambition and institutional capacity for integration. AI models can accelerate analysis and decision-making, but they depend on data that is clean, accessible, secure and mission-relevant. At the same time, reducing decision-making time must be balanced against human oversight, legal accountability, cyber security and resilience against data manipulation, jamming, attacks on digital infrastructure and algorithmic errors.
Operational risks and opportunities. The main risks are the fragmentation of AI initiatives, reliance on incomplete or compromised data, the vulnerability of digital infrastructure to cyber-attacks and jamming, over-reliance on algorithmic recommendations, and the difficulty of maintaining human control in accelerated decision-making cycles. The opportunities, however, are significant: shortening the sensor–decision–effect cycle, automatic prioritisation of targets and threats, optimisation of logistics, data-driven adaptive training, anticipation of platform degradation, and faster integration of information between the Navy, the Marine Corps, allies and partners. In terms of decision-making, the real benefit depends on the ability to transform AI from an analytical tool into a measurable operational advantage, without diminishing the commander’s responsibility or the resilience of the combat system.
Conclusions and recommendations. The strategy confirms that maritime superiority will increasingly depend on the speed with which the force transforms data into decisions and action, and AI must be assessed against concrete operational outcomes: reduced decision-making time, faster response to threats, adaptive training, optimised logistics and enhanced interoperability. Implementation must focus on projects with measurable impact, rather than on multiplying isolated technological initiatives, and governance must allow for rapid experimentation, whilst maintaining clear standards for security, human control, auditability and accountability. Key indicators for decision-making include data maturity, infrastructure resilience, the speed at which validated capabilities can be scaled up, and the ability to integrate AI into joint and multinational operations.
Strategy for Data and Artificial Intelligence Capabilities – Download PDF
Maritime Security Forum
The Black Sea under pressure: Russian attacks on the ports of Odessa–Chernomorsk and the information dispute over naval targets – Maritime Security Forum
The Russian attacks in the Odessa–Chernomorsk area indicate deliberate pressure on Ukrainian maritime hubs, with the aim of disrupting logistics flows, military supply capabilities and freedom of navigation in the north-western Black Sea. Russian sources portray the action as a precision strike on infrastructure used by the Ukrainian Armed Forces, including fuel depots, ammunition stores, UAV facilities and vessels associated with military transport. Ukrainian and Western sources emphasise the impact on civilian infrastructure, on foreign-flagged commercial vessels, on casualties and on the risk of regional escalation.
Situation and known facts. According to Russian reports, the strikes targeted the ports of Odessa and Chernomorsk, fuel unloading and storage infrastructure, reservoirs, ammunition depots, UAV production or assembly facilities, and vessels which Moscow claims were carrying military cargo. Following the same line of reasoning, the Russian side claimed to have struck ships in port or near Serpent Island and to have neutralised elements of Ukraine’s coastal defences, including components associated with the Neptune system. Ukrainian and Western reports confirm an intensification of attacks on port infrastructure in the Odessa region, but describe the targets predominantly as port, industrial and civilian infrastructure, foreign-flagged commercial vessels and affected crews. Reuters and other Western sources note that the attacks have disrupted grain flows and terminal operations, whilst Ukrainian sources have reported casualties, fires, damage to ships and collateral damage to emergency response teams.
Comparison of sources. Russian sources present a narrative of military legitimacy: ports are portrayed as logistical hubs for the Ukrainian military, ships as means of military transport, and the strikes as precision actions against war infrastructure. This narrative aims to minimise the perceived legal and political risks associated with attacking port infrastructure and ships. Ukrainian sources present the opposite framework: Russia is said to be deliberately striking civilian infrastructure, export ports and commercial vessels, with consequences for maritime safety, the war economy and food security. Western sources tend to fall between these two narratives: they report the claims of the Russian Ministry of Defence, but contrast them with data from the Ukrainian authorities regarding casualties, foreign-flagged vessels and the impact on maritime trade. The main difference is not merely factual, but one of framing: Moscow describes the ports as part of the Ukrainian military system; Kyiv and the Western press describe them as dual-use or civilian infrastructure affected by attacks with strategic implications.
Operational assessment. The pattern of attacks suggests a campaign of maritime and logistical interdiction, not merely isolated strikes. Russia is likely seeking three effects: to degrade Ukrainian military supply via ports, to increase the cost of insuring and operating commercial vessels in the north-western Black Sea, and to send a deterrent message to foreign operators who continue to use Ukrainian ports. At the same time, Ukraine is expanding its campaign against Russian vessels or those associated with Russian logistics in the Black Sea and the Sea of Azov, transforming the maritime space into a theatre of symmetric attrition through drones, missiles and strikes on critical infrastructure.
Implications for planning. For Ukraine, the immediate priority is the layered protection of ports, the dispersal of fuel and ammunition stocks, reducing the time ships spend in port, and increasing the capacity to respond following repeated strikes. For Russia, continuing the attacks may yield logistical and economic benefits, but it increases the risk of incidents involving foreign vessels and diplomatic reactions from coastal states or flag states. For NATO and states in the region, including Romania, these developments point to a higher risk of cross-border incidents, drone debris, commercial disruptions and pressure on maritime and aerial surveillance in the vicinity of the Danube Delta and shipping lanes.
Conclusions and recommendations. The attacks on the ports of Odessa–Chernomorsk should be treated as part of a Russian campaign to exert pressure on Ukraine’s maritime economy and military logistics, and Russian claims regarding strictly military targets must be independently verified, as Ukrainian and Western sources report impacts on commercial vessels and civilian infrastructure. The operational assessment must focus not only on the number of strikes, but also on the cumulative effect on transport disruptions, increased risk to ships, degradation of port capacity and pressure on air defence. For decision-making purposes, the critical indicators are the frequency of attacks on ports, the type of vessels struck, the reactions of flag states, trends in marine insurance, and Ukraine’s ability to maintain export and supply flows whilst under fire.
Maritime Security Forum
For the first time since 2013, Russia has no visible military naval presence in the Mediterranean – Maritime Security Forum
The absence of Russian military vessels from the Mediterranean marks a significant break from the naval posture maintained by Moscow since 2013. OSINT information and recent reports indicate that, following the partial withdrawal from Syria and the diminished role of the Tartus base, Russia can no longer consistently sustain a permanent Mediterranean squadron. This development does not amount to the definitive disappearance of Russia’s capacity to return, but it does indicate a clear reduction in its freedom of manoeuvre, the pace of rotation and the logistical infrastructure available on Europe’s southern flank.
Following the fall of Bashar al-Assad’s regime in December 2024, Russia began evacuating personnel, equipment and military cargo from Syria, including via the port of Tartus. Analyses published in 2025 and 2026 show that Tartus’s status has become uncertain: the base no longer functions as a secure hub for a permanent naval presence, but tends to be used as a limited logistical hub, with access subject to negotiation and vulnerable to political pressure. At the same time, the closure of the Turkish straits to military vessels of the belligerent states, implemented following Russia’s invasion of Ukraine, has blocked the Black Sea Fleet’s normal rotation to the Mediterranean.
Open-source information indicates that Russian ships due to operate in the Mediterranean must be deployed primarily from the Northern Fleet or other distant bases, transiting via the Atlantic and Gibraltar. This increases logistical costs, reduces the availability of ships and forces Moscow to seek port support in third countries, in a less favourable diplomatic context. Compared with 2022, when Russia maintained cruisers, destroyers, frigates, submarines, intelligence vessels and auxiliary ships in the Mediterranean, the current situation shows a major reduction in Russia’s naval presence.
Operational assessment. The loss of Russia’s naval presence in the Mediterranean is more than just a matter of image. It reduces Moscow’s ability to project power in the eastern Mediterranean, to rapidly support operations in Syria, Libya, North Africa, the Red Sea or the Sahel, and to maintain constant pressure on NATO’s southern flank. Without Tartus as a stable base and without free access through the Bosphorus and the Dardanelles, Russia is shifting from a posture of continuous presence to one of sporadic deployments, dependent on escort, resupply, political agreements and the limited availability of ships.
From a military perspective, the main effect is a reduction in reaction capability and persistence. A naval force that temporarily enters the Mediterranean can carry out demonstrative, escort or logistical support missions, but cannot provide the same level of surveillance, deterrence and operational support as a permanent squadron. Furthermore, the need to protect merchant ships, military transports and routes to Syria or Africa consumes resources that could previously have been used for an offensive naval presence or to send a strategic signal.
Tartus remains the critical element. Reuters sources have reported Russia’s intention to convert one of the base’s docks into a commercial logistics hub for grain, timber, steel, coal and other commodities, whilst maintaining a reduced military presence at the other dock. This arrangement would allow Moscow to maintain economic influence and a minimal military footprint, but it does not amount to a return to a robust naval base. Furthermore, Syrian authorities have publicly denied the existence of an operational agreement, which confirms the unstable and negotiable nature of Russian access.
Implications for planning. For NATO and the Mediterranean littoral states, the temporary absence of Russian ships reduces immediate naval pressure, but does not eliminate the risk of a selective return of certain Russian forces. Planning must treat the situation as a window of opportunity, not as an irreversible change. Priority must be given to monitoring routes from the Atlantic to Gibraltar, surveilling ports that could provide logistical support to Russia, and tracking commercial shipments with potential dual-use capabilities between Russia, Syria and Africa.
For the Black Sea region, the effect is twofold. On the one hand, the closure of the straits limits the external projection of the Russian Black Sea Fleet and reduces the possibility of rotation to the Mediterranean. On the other hand, ships trapped in the Black Sea basin can be concentrated on the defence of Crimea, missile strikes, escort duties and the protection of Russian logistics. Consequently, a reduction in the Russian presence in the Mediterranean does not automatically mean a reduction in pressure on Ukraine or on NATO’s eastern flank.
For Russia, the central issue is sustainability. Without a secure base in Syria, Moscow must choose between short, costly and high-profile missions or seeking alternatives in Algeria, Libya or other points of support. These options, however, are politically fragile, logistically limited and may create dependencies on local regimes. At an operational level, Russia may return to the Mediterranean, but with a reduced capacity for sustained presence, maintenance, repairs, refuelling and close protection.
Indicators to monitor. The main indicators are the reappearance of Russian frigates, submarines or auxiliary vessels in the eastern Mediterranean; the frequency of port calls at Tartus, Algeria, Libya or Egypt; the legal and practical status of the Tartus base and the Hmeimim airbase; the volume of Russian commercial or military shipments through the Mediterranean, the escorting of Russian commercial vessels by military ships, Turkey’s reactions regarding the application of the Montreux Convention, as well as the activity of Russian ships in the North Atlantic, the English Channel and the Gibraltar area.
Conclusions and recommendations. The absence of Russian military vessels from the Mediterranean indicates a real deterioration in Russia’s external naval posture, caused by the loss of secure access to Tartus, the blockade of the Turkish straits and the overburdening of the fleet. This change is significant from an operational perspective, but is likely reversible: Russia may return on an ad hoc basis, albeit at greater cost and with reduced persistence. For decision-making purposes, the assessment must focus on Russia’ e capacity to re-establish a continuous presence, not merely on the isolated appearance of individual vessels. NATO and the littoral states must maintain surveillance over the northern and Mediterranean routes, monitor the transformation of Tartus into a commercial-military hub, and assess the link between Russian commercial traffic and support for operations in Syria, Africa and the Black Sea. Romania must monitor the indirect impact on the Black Sea, as a reduction in Russian projection towards the Mediterranean may lead to a greater concentration of Russian resources in the Black Sea basin and in the vicinity of Ukraine.
Maritime Security Forum
Iraq is seeking an alternative export route to the Strait of Hormuz: the Kirkuk–Baniyas corridor via Syria – Maritime Security Forum
Iraq and Syria have signed an agreement to rehabilitate the Kirkuk–Baniyas oil pipeline, a corridor that would link the oil fields in northern Iraq to Syria’s Mediterranean coast. The project aims to reduce Baghdad’s dependence on exports via the southern terminals at Basra and on transit through the Strait of Hormuz, against a backdrop where tensions between the United States, Israel and Iran have exposed the vulnerability of maritime routes in the Persian Gulf.
Background and known details. The agreement was signed in Washington during a summit dedicated to US investment in Iraq, in the presence of the US Secretary of Energy, Chris Wright. The signatories were Bassem Abdul Karim Nasr, Managing Director of the Basra Oil Company, and Youssef Qablawi, Managing Director of the Syrian Petroleum Company. The United States supports the project and anticipates the involvement of US companies in the reconstruction of the pipeline, including in the technical and financial aspects of the project.
The Kirkuk–Baniyas pipeline is an ageing energy asset, built to transport Iraqi oil to the Mediterranean Sea. It has been closed since 2003, following damage sustained during the US invasion of Iraq, and the infrastructure requires major repairs, possibly even extensive replacement of sections, pumping stations, storage tanks and electrical systems. The historical or design capacity frequently cited is approximately 700,000 barrels per day, but some US statements have indicated ambitions for a much higher initial capacity following rehabilitation.
The strategic necessity is clear. Prior to the recent disruptions in the Strait of Hormuz, Iraq exported most of its crude oil via the southern terminals in the Basra area. Blockades, attacks on ships and rising insurance costs have forced Baghdad to seek routes through Turkey, Syria and, possibly, Jordan. Reuters has reported that Iraq has already begun using temporary routes through Syria for limited exports of fuel oil, crude oil and naphtha, including via the port of Baniyas, though the initial volumes are low compared with Iraq’s strategic requirements.
Operational assessment. The rehabilitation of the Kirkuk–Baniyas corridor would alter Iraq’s export architecture, but will not produce immediate effects. In the short term, the project is primarily of strategic symbolic value: it signals to Iran that the Strait of Hormuz’s geographical monopoly over Iraqi exports can be reduced, provides the United States with a tool for economic influence in Iraq and Syria, and creates a source of revenue, infrastructure and regional connectivity for Damascus.
In the medium term, its operational value depends on three conditions: the security of the route through Iraqi and Syrian territory, funding for the rehabilitation, and the capacity of the port of Baniyas to handle significant trade volumes. The pipeline traverses a high-risk area: degraded infrastructure, local armed groups, vulnerability to sabotage, possible Iranian interference and limited administrative capacity in post-conflict Syria. For this reason, the pipeline should not be viewed as a complete solution to the vulnerability of the Strait of Hormuz, but rather as part of a portfolio of alternative routes.
The impact on the energy market will be gradual. Even though a rehabilitated pipeline could transport hundreds of thousands of barrels per day to the Mediterranean, it cannot fully replace Iraq’s export capacity via Basra and the Persian Gulf. Furthermore, Mediterranean routes introduce other risks: dependence on Syria’s stability, the security of the ports of Baniyas and Tartus, exposure to developments in the eastern Mediterranean, and competition for port, logistics and insurance infrastructure.
Implications for planning. For Iraq, the priority is genuine diversification, not replacing one dependency with another. Baghdad must synchronise the Kirkuk–Baniyas corridor with the routes via Ceyhan, the Basra–Haditha projects, potential access to Jordan and the enhancement of the resilience of the southern terminals. Planning must include securing the pipeline, protecting pumping stations, rapid repair capabilities, intermediate storage and clear transit agreements with Syria.
For Syria, the project could become a tool for economic reconstruction and regional reintegration, but also a source of risk. Oil transit could generate revenue, investment and infrastructure modernisation, but it would turn the pipeline and the port of Baniyas into targets for pressure from regional actors hostile to the project. Effective control over the route, the integrity of Syria’s energy institutions and the sanctions regime will have a decisive influence on the implementation timetable.
For the United States, the corridor offers a means of reducing Iranian influence over regional energy flows and of anchoring the economies of Iraq and Syria within projects backed by Western companies. For Iran, the project represents a potential reduction in the leverage provided by the Strait of Hormuz, but does not eliminate Tehran’s ability to threaten regional energy infrastructure through direct means, proxies, cyber-attacks or actions against terminals and pipelines.
For the global market, the project is part of a broader trend: Gulf states are accelerating the development of routes that bypass the Strait of Hormuz. Saudi Arabia is considering extending the East–West pipeline to the Red Sea, whilst the United Arab Emirates is investing in capacity at Fujairah, which lies outside the strait. However, whilst these solutions reduce exposure to a chokepoint, they do not eliminate the risk to the regional energy infrastructure.
Indicators to monitor. The key indicators are the awarding of contracts to US or international consortia, technical assessments of the pipeline’s condition and the actual cost of rehabilitation, security agreements for the route through Iraq and Syria, the expansion of Baniyas port’s capacity, the actual volumes exported via temporary Syrian routes, the reactions of Iran and its allied groups, the trend in Iraqi exports via Basra, Ceyhan and other corridors, as well as the impact on insurance and transport costs for Iraqi crude oil.
Conclusions and recommendations. The Iraq–Syria agreement should be viewed as a strategic project aimed at reducing dependence on the Strait of Hormuz, rather than as a quick fix to the export crisis, and its operational value will depend on the security of the route, funding, the capacity of the port of Baniyas and Syria’s political stability. The key indicator for decision-making is not the signing of the agreement, but the commencement of actual works, the securing of funded contracts and the achievement of consistent export volumes. Iraq must avoid overestimating the pipeline’s potential and continue to diversify via Turkey, Syria and Jordan, whilst strengthening its southern infrastructure; meanwhile, regional and Western actors must view the project both as an opportunity to reduce Iranian pressure on energy flows and as new critical infrastructure that will require physical, cyber and diplomatic protection.
Maritime Security Forum
Ukraine strikes second Russian vessel, the ‘Svetlyak’, in Kerch within two days: pressure on Russian maritime security in Crimea – Maritime Security Forum
The Ukrainian Defence Forces have reported striking a second Russian Project 10410 patrol vessel, the ‘Svetlyak’, in the port of Kerch on two consecutive days. The target belongs to the FSB Border Service, not the Russian Navy proper, but has direct operational significance: these vessels provide patrols, escorts, control of coastal waters and protection of maritime infrastructure in the Kerch–Crimean Bridge area.
The Ukrainian General Staff announced that the strike on 18 July 2026 targeted a ‘Svetlyak’ vessel in Kerch, after a vessel of the same class had been damaged on 17 July. Ukrainian reports and Western media sources indicate that the operation was part of a wider series of strikes against Russian maritime logistics: oil tankers, floating cranes, tugs, oil terminals, fuel depots and bridges used for military transport.
Project 10410 ‘Svetlyak’ vessels were designed for border patrol and coastal security duties. They have a displacement of approximately 375 tonnes, a length of around 49 metres, a crew of approximately 28, an endurance of up to 10 days and a speed of approximately 30 knots. Typical armament includes a 76 mm AK-176M naval gun, a 30 mm AK-630M system, Igla-type MANPADS, heavy machine guns and anti-sabotage launchers. In the Kerch area, their value lies not in their tonnage, but in their role as a mobile screen for ports, the Crimean Bridge, convoys and Russian logistical infrastructure.
Operational assessment. The repeated strikes against the ‘Svetlyak’-class vessels indicate that Ukraine is not merely seeking to destroy isolated platforms, but to degrade the Russian maritime defence system surrounding Crimea. Kerch is a critical hub: it controls the link between the Black Sea and the Sea of Azov, supports the defence of the Crimean Bridge and facilitates logistical flows to Russian forces in southern Ukraine. By attacking patrol vessels, tugs, cranes and tanks, Ukraine is simultaneously striking at escort capabilities, cargo handling, fuel transport and port response capacity.
The operational significance is greater than the individual value of a ‘Svetlyak’-class vessel. Following the withdrawal of a significant portion of Russia’s large vessels from Sevastopol and the growing threat from naval and aerial drones, Russia is increasingly relying on small, fast and numerous platforms for security, escort and local response. If these platforms become vulnerable even in the Kerch area, the effect is a reduction in patrol density, increased pressure on port defences and a decline in the security of Russian logistics routes.
The attacks also indicate the maturing of the Ukrainian campaign against Russian maritime infrastructure. Ukraine is combining aerial drones, naval drones, OSINT intelligence, strikes on energy infrastructure and attacks on auxiliary vessels. The likely aim is to create cumulative pressure: Russia is forced to allocate more resources to protecting ports and convoys, to reduce the exposure of ships in ports, and to operate at greater risk in the Black Sea and the Sea of Azov.
Implications for planning. For Russia, the priority is to rebuild the security perimeter around Kerch: dispersing small vessels, strengthening anti-drone defences, reducing time spent in port, and protecting cranes, tugs, tankers and fuel depots. In the absence of these measures, every strike on a patrol vessel has indirect effects on logistics and on the protection of the Crimean Bridge.
For Ukraine, this series of strikes confirms the effectiveness of attacks on the less spectacular but essential links in the Russian maritime system. High-value targets are not only frigates or landing craft, but also FSB patrol boats, tugs, cranes, tanks and terminals that keep military logistics running. Ukrainian planning may continue to follow a strategy of selective attrition: reducing Russia’s capacity for guarding, escorting, repairing, refuelling and port handling.
For NATO and the littoral states, these actions confirm that the Black Sea remains a theatre of distributed naval warfare, dominated by sensors, drones and strikes against dual-use infrastructure. The implications for planning are clear: ports, oil terminals, tugs, patrol vessels and critical infrastructure protection systems must be treated as parts of the same operational system. The vulnerability of a single small component can have disproportionate effects on freedom of manoeuvre.
The main technical characteristics of the ‘Svetlyak’ project vessels:
- Full displacement: 375 tonnes
- Length: 49.5 metres
- Beam: 9.2 metres
- Height: 4.63 metres
- Draught: 2.16 metres
- Range: up to 10 days
- Crew: 28 people.
Standard armament of the OJSC ‘Almaz’ design:
- 1 × 76.2-mm AK-176M artillery
- 1 × 30-mm AK-630M automatic cannon
- 16 × ‘Igla’-type MANPADS
- Mounts for 14.5 mm machine guns
- CBA-1 or DP-64 anti-subversive grenade launchers.
Indicators to monitor. The main indicators are visual confirmation of damage to ‘Svetlyak’-class vessels, a reduction in FSB patrols in the Kerch–Sea of Azov area, the relocation of small vessels to less exposed ports, the installation of new barriers, nets, jamming devices and anti-drone systems around the Crimean Bridge, increased escorts for tankers, tugs and logistics vessels, repeated attacks on fuel terminals and port infrastructure, as well as changes in the pace of Russian shipments through Kerch and the Sea of Azov.
Conclusions and recommendations. The strikes on the ‘Svetlyak’-class vessels should be assessed as part of a Ukrainian campaign to degrade Russian maritime security in Crimea, rather than as isolated tactical incidents, and Kerch remains a critical point for Russian logistics, as the reduction in patrol and escort capacity increases the vulnerability of the Crimean Bridge, local ports and fuel flows. The key indicator for decision-making is the cumulative effect on Russian logistical operations, not the destruction of a single vessel. It is in Ukraine’s interest to continue striking auxiliary infrastructure, as this imposes disproportionate operational costs; for regional planners, the main lesson is that the defence of ports and critical maritime infrastructure must be designed to withstand repeated, low-cost and distributed attacks, not merely against conventional naval threats.
Maritime Security Forum
Ukrainian ports handled 42.4 million tonnes of cargo in the first half of 2026: logistical resilience under Russian attacks and a comparison with the Port of Constanța – Maritime Security Forum
Ukrainian seaports handled 42.4 million tonnes of cargo in the first half of 2026, not 422.4 million tonnes. This figure confirms the partial recovery of Ukraine’s maritime capacity following the reopening of its own Black Sea corridor, but also highlights the high vulnerability of the ports of Odessa, Chernomorsk and Pivdennyi to repeated Russian attacks. In operational terms, Ukraine is managing to maintain a significant maritime flow under fire, albeit at high costs in terms of security, insurance, port protection and logistical continuity.
According to the Ukrainian Maritime Ports Administration, agricultural goods accounted for the bulk of traffic, totalling 23.6 million tonnes in January–June 2026, an increase of approximately 20 per cent compared with the same period in 2025. In 2025, Ukrainian ports handled 82.2 million tonnes, exceeding the forecast of 81.77 million tonnes but falling short of the planned target of 86.2 million tonnes. The cumulative volume transported via the Ukrainian maritime corridor since its launch in September 2023 had exceeded 208 million tonnes by mid-July 2026.
This result has been achieved under conditions of persistent military pressure. Since the start of the large-scale invasion, Ukrainian sources report that approximately 1,002 port facilities have been damaged or partially destroyed, 221 civilian vessels have been damaged and 283 civilians have been affected. The intensification of attacks in July 2026 included, according to the USPA, 23 strikes on ports and 17 attacks on civilian vessels in the first two weeks of the month. This pressure indicates that Russia is seeking not only to destroy infrastructure, but also to increase the operational cost of every tonne exported.
Operational assessment. The volume of 42.4 million tonnes over six months indicates a functional but vulnerable logistical capacity. Ukraine has managed to reduce its reliance on alternative routes via Romania, Poland and the Danube, returning to direct loading at its own deep-water ports. The advantage lies in commercial efficiency: fewer transhipments, shorter transit times, lower logistics costs and the ability to load larger-capacity vessels. The vulnerability lies in the concentration of cargo flows in ports under constant aerial, naval and cyber threats.
Recent trends suggest a contest between Ukraine’s logistical resilience and the pace of Russian attacks. Data cited by economic sources show that shipments via the Ukrainian maritime corridor slowed after the end of June 2026, from a previous daily average of approximately 0.21–0.24 million tonnes to around 0.16 million tonnes. If this trend continues, the impact will not be merely statistical but operational: increased waiting times, congestion, higher insurance costs, pressure on air defence systems and possible temporary diversions to Constanța or the Danube ports.
Comparison with the Port of Constanța. The Port of Constanța remains Romania’s main maritime hub and the most important regional alternative route for Ukrainian exports, but its role has changed following the resumption of traffic through Ukrainian ports. In 2023, Constanța reached a record of approximately 92.6 million tonnes, strongly supported by the transit of Ukrainian grain. Traffic fell to around 77.5 million tonnes in 2024 and to approximately 67 million tonnes in 2025, as Ukrainian exports returned to Odessa, Chernomorsk and Pivdennyi. In the first quarter of 2026, public sources indicated a volume of approximately 11.15 million tonnes for Romanian seaports, representing a slight decrease compared with the previous year, whilst other market reports put the figure for Constanța at approximately 14.7 million tonnes in the first quarter, down by around 10 per cent.
The operational difference is clear: Ukrainian ports are more efficient for their own exports when security conditions allow for direct loading, whilst Constanța offers regional redundancy, multimodal capacity and access to the Danube–Black Sea–TEN-T network. Constanța has extensive infrastructure, deep water, specialised terminals and a river connection, but is sensitive to fluctuations in Ukrainian trade flows. For Ukraine, Constanța is a logistical safety net; for Romania, Ukrainian trade flows represent a strategic opportunity, but also a source of trade volatility and pressure on rail, road and port infrastructure.
Implications for planning. For Ukraine, the priority is to maintain its own maritime corridor through air defence, naval surveillance, terminal protection, the dispersal of stocks and the reduction of vessel turnaround times. For Romania, the priority is to maintain absorption capacity in Constanța and on the Danube, even if Ukrainian volumes fall temporarily. Alternative routes must be kept operational before a crisis, not rebuilt during a security crisis.
For regional planning, the Ukraine–Constanța comparison shows that resilience is not measured solely in tonnes processed, but in the ability to rapidly shift flows between maritime, river, rail and road routes. Constanța must be treated as a backup and balancing hub, not merely as a temporary beneficiary of the blockage of Ukrainian ports. Investments in railways, quays, silos, digitalisation, ship queue management and interoperability with Danube ports remain critical for scenarios involving a sudden resumption of Ukrainian traffic.
Indicators to monitor. The key indicators are the daily volume of shipments through the Ukrainian maritime corridor, the frequency of attacks on the ports of Odessa, Chernomorsk and Pivdennyi, insurance costs for vessels entering Ukrainian ports, the volume of Ukrainian grain rerouted via Constanța, the level of rail and road congestion in the Constanța area, traffic through the Danube ports, the number of civilian vessels affected, and Ukraine’s ability to maintain agricultural exports at the peak of the season.
Conclusions and recommendations. The volume of 42.4 million tonnes confirms that Ukrainian ports are operating under military pressure but remain vulnerable to repeated attacks on infrastructure and civilian vessels, whilst the increase in agricultural goods demonstrates Ukraine’s ability to sustain exports, with the risk that any disruption will have rapid effects on prices, insurance and regional routes. Constanța will no longer handle the same exceptional volume as in 2023, but it remains a critical regional infrastructure hub in the event of emergencies, blockades or intensified attacks on Ukrainian ports; for this reason, Romania must plan for Constanța as a strategic hub of resilience for the Black Sea, not merely as a national commercial port. The decision must be geared towards maintaining a flexible logistics architecture, with Ukrainian ports operational when security permits, and with Constanța and the Danube ready to rapidly take on additional flows when the risk increases.
Maritime Security Forum
Analysis of the Iskander-M and Oreshnik wrecks reveals the limits of sanctions: Russia maintains access to modern microelectronics through circumvention networks – Maritime Security Forum
Analysis of components recovered from Russian Iskander-M and Oreshnik missiles points to a critical problem for the sanctions regime: Russia continues to produce modern munitions using recent microelectronics, including components manufactured in 2024–2025. The main conclusion is not that the sanctions are ineffective, but that their enforcement remains incomplete, fragmented and vulnerable to intermediaries, third-party jurisdictions and dual-use civilian products.
Current situation and known facts. According to the Ukrainian Presidential Commissioner for Sanctions Policy, Vladyslav Vlasiuk, an examination of an Iskander-M ballistic missile with cluster munitions and an Oreshnik missile used in the 24 May 2026 attack on the Bila Tserkva area confirmed the presence of new components in Russian weapon systems. Components manufactured in the United States, Taiwan, Switzerland, Japan, China and Belarus were identified in the Iskander-M, some dated 2024–2025. This indicates that Russia is not merely operating from old stocks, but continues to supply its current production with recent components.
The Oreshnik case is different and operationally relevant. The analysis cited by the Ukrainian side shows that the missile examined used components identified as being exclusively Russian and Belarusian, including products associated with the Belarusian companies Integral and Transistor. More than half of the identified components are believed to have been manufactured in 2023–2024, and some in 2025. This finding points to an adaptation by Russian industry: where access to Western components is more difficult, Moscow is developing or strengthening regional Russia–Belarus supply chains for electronic subsystems robust enough for military use.
Official Ukrainian data suggests the phenomenon is on a much larger scale. In the first six months analysed by Kyiv, Russia is reported to have used approximately 5,700 drones, 280 ballistic missiles, 340 cruise missiles, 36 Zircon missiles, five Kinzhal missiles and one Oreshnik missile against the capital and the Kyiv region, containing a total of around 35,000 foreign components. Ukraine has provided its partners with hundreds of serial numbers of the identified components for investigations into manufacturers, distributors and re-export routes.
Operational assessment. The presence of recent components in Russian missiles confirms that sanctions have increased the costs and complexity of procurement, but have not completely disrupted critical supply chains. For Russia, civilian and dual-use microelectronics remain a strategic resource, comparable to ammunition, fuel and industrial capacity. Access to processors, memory, sensors, controllers, navigation modules and communications components enables the maintenance of production rates for missiles, drones and guided munitions.
Belarus is becoming an important operational hub, not merely a political ally. Independent investigations have detailed the role of the company Integral in supplying microchips to the Russian military industry and in procuring equipment, materials and components via intermediaries in Kazakhstan, Kyrgyzstan, Turkey, China or other jurisdictions. If these networks are operational, Russia can reduce its direct dependence on visible Western imports and conceal its procurement through intermediary companies, redistributors and products with a declared civilian purpose.
From a military perspective, the vulnerability of sanctions translates into operational vulnerability for Ukraine and its allies. Every component that reaches the Russian industry can support further rounds of missile and drone strikes. At the same time, Russia’s dependence on foreign components creates an opportunity: if serial numbers are traced back to distributors, intermediaries and end-users, supply chains can be disrupted at specific points, and the production cost of Russian weaponry can rise significantly.
Implications for planning and sanctions. The priority is not merely to expand sanctions lists, but to apply them at the supply chain level. Governments must treat high-risk components as strategic goods, even if they are civilian: microcontrollers, integrated circuits, memory, sensors, navigation modules, RF components, converters and manufacturing equipment. Control must shift from the end manufacturer to distributors, resellers, logistics companies, banks, e-commerce platforms and customers in high-risk jurisdictions.
For Ukraine’s partners, serial number data provides a practical basis for action: auditing exports, blocking re-exports to Russia and Belarus, sanctioning intermediaries, reviewing licences, conducting criminal investigations and imposing enhanced due diligence obligations on manufacturers and distributors. For Romania and EU member states, the direct implication is the need to monitor transit companies, re-exports via third-party markets, and products with customs codes featured on high-priority lists.
Indicators to monitor.
The key indicators to monitor are the appearance of components manufactured in 2025–2026 in Russian missiles and drones, an increase in the proportion of Belarusian components in guidance, navigation and control subsystems, the identification of new intermediary companies in Kazakhstan, Kyrgyzstan, Turkey, China, the United Arab Emirates or other jurisdictions, changes to customs codes and re-export routes; the removal of Western components from weapons following intervention by governments and manufacturers; new sanctions against companies such as Integral, Transistor, ABS Electro or their associated suppliers; and variations in the Russian production rate for the Iskander, Kh-101, Kinzhal, Zircon, Shahed/Geran and Oreshnik.
Conclusions and recommendations.
Analysis of the Iskander-M and Oreșnik wrecks shows that Russia continues to produce modern weaponry by combining foreign, Russian and Belarusian components, which confirms that sanctions increase costs but are insufficient without effective monitoring of distribution and re-export chains. Belarus must be treated as an integral part of the Russian military-industrial complex, not as a peripheral actor, and the key indicator for decision-making remains the appearance of recently manufactured components in Russian weapons, as this indicates whether the export control regime is being circumvented in real time. The operational recommendation is to shift from general sanctions to targeted bans, serial number-based investigations, mandatory due diligence for distributors, and coordinated action against intermediaries in third-country jurisdictions.
Maritime Security Forum
Marauder MUSV begins sea trials: Saronic accelerates the transition from autonomous prototype to modular naval strike and support platform – Maritime Security Forum
Saronic has commenced sea trials of the first Marauder Medium Unmanned Surface Vessel, following the launch of the platform in May 2026 and the installation of sensors, navigation radar and a number of 20-foot containers, likely used to assess its performance under payload. This development is significant not only as an industrial milestone, but also as a sign of intensifying competition for medium-sized autonomous vessels capable of providing persistent presence, distributed logistics, maritime surveillance and, in the future, the remote deployment of kinetic munitions.
The Marauder platform was developed rapidly, utilising an existing hull design, modular construction and commercial components adapted for military maritime requirements. Saronic states that the first vessel progressed from design to sea trials in less than a year, a pace rarely seen in contemporary American shipbuilding. The vessel is designed for autonomous operation or under remote human supervision on long-duration missions far from the coast, reducing crew exposure and freeing up manned platforms for tasks of greater operational value.
Current status and known details. Public sources indicate a platform of approximately 150–180 ft, depending on the configuration and reporting phase, with a maximum speed of over 25 knots, a range of up to 5,400 nautical miles and a stated payload capacity of up to 150 metric tonnes. The modular configuration allows for the transport of up to four 40-ft ISO containers or eight 20-ft containers, transforming the vessel into a reconfigurable platform for logistics, ISR, communications, research, support for distributed maritime operations, or the integration of specialised military payloads.
Its military significance is heightened by the partnership announced between Saronic and Castelion to integrate the Blackbeard hypersonic missile onto the Marauder, with a maritime demonstration planned for 2027. If the test is successful, the concept could introduce a new category of autonomous maritime launchers: cheaper, dispersed platforms that are difficult to predict and capable of complicating the adversary’s calculations regarding location, trajectory and launch timing. At the same time, the Blackbeard is in a maturation phase, and recent US Navy contracts for prototypes indicate an interest in hypersonic weapons that are lower in cost and more scalable in production.
| Public technical and military specifications – Saronic Marauder MUSV | ||
| Parameter | Publicly available data | Operational relevance |
| Platform type | Medium Unmanned Surface Vessel / Autonomous Surface Vessel | Autonomous or remotely operated platform for distributed operations. |
| Length | Approximately 150–180 ft, depending on source and configuration | Large enough for heavy payloads, but smaller than a manned combat vessel. |
| Maximum speed | Over 25 knots | Enables rapid redeployment, escort, patrol and integration into dispersed naval formations. |
| Range | Up to 5,400 nautical miles | Supports long-endurance missions over long distances, including in oceanic theatres such as the Indo-Pacific. |
| Payload | Up to 150 metric tonnes | Allows for containerised logistics modules, sensors, communications, ISR or kinetic effects. |
| ISO containers | Up to four 40-foot containers or eight 20-foot containers | Provides modularity, rapid reconfiguration and integration with existing logistics chains. |
| Operating mode | Autonomous or under remote human supervision; local control possible in some configurations | Reduces crew exposure and enables missions in high-risk areas. |
| Propulsion | Diesel; public sources mention four waterjets | Provides speed, manoeuvrability and redundancy for autonomous operation over long distances. |
| Sensors observed during testing | Navigation radars, optical sensors and test containers | Initial phase of validation of navigation, autonomy, payload handling and safety. |
| Possible roles | Logistics, ISR, communications, research, MDA, relay, decoy, support for distributed operations | Increases operational capacity without utilising manned combat vessels. |
| Planned armament | Announced integration with the Blackbeard hypersonic missile for demonstration in 2027 | Can transform the MUSV from a support platform into an autonomous distributed strike launcher. |
| Estimated production | Up to 20 units per year following the expansion of the Franklin shipyard, according to Saronic | Industrial production rate is essential for the transition from prototype to fleet capability. |
Operational assessment. The Marauder should not be assessed as a conventional warship, but as a naval force multiplier. Its value lies in its ability to transport modules, sensors, communications relays or military payloads to areas where a manned vessel would be too expensive, too conspicuous or too risky. In a distributed combat architecture, such platforms can extend the detection range, support mobile logistics nodes, serve as decoys, collect data or act as launchers for remote strikes.
The integration of a compact hypersonic weapon would alter the vessel’s operational profile. A Marauder configured for Blackbeard could function as a dispersed autonomous launcher, reducing reliance on destroyers, submarines or aircraft for certain strike missions. The advantage is an increase in the number of potential launch points; the vulnerability lies in the reliance on secure command and control, resilient communications, clear rules of engagement, cyber protection and the ability to validate targets in a timely manner.
Implications for planning. For the US Navy and its allies, the Marauder points to the likely direction of future hybrid fleets: manned vessels coordinating networks of autonomous platforms that are cheaper, modular and produced in larger batches. Planning must encompass not only the procurement of the platform, but also data integration, communications security, containerised logistics, maintenance at forward ports, interoperability with manned vessels, and procedures for human control over kinetic effects.
For adversaries, the emergence of MUSVs with long range and containerised payloads complicates surveillance and target prioritisation. Not every container on an autonomous platform will be a weapon, but each one may force the adversary to allocate sensors, munitions and decision-making cycles to verify it. For Black Sea littoral states, the lesson is relevant: medium-sized autonomous platforms can rapidly become tools for surveillance, logistics, mining, demining, communications relay or strike operations, and port defences must take into account not only small drones but also modular autonomous vessels with long-range capabilities.
Conclusions and recommendations. The Marauder marks the accelerated transition from autonomous naval experimentation to platforms with the potential for production and operational integration. In its current configuration, its main value lies in its modularity: logistics, ISR, communications and support for distributed operations. In the Blackbeard configuration, the platform could become an autonomous strike launch platform, with implications for deterrence and for how adversaries calculate maritime risk. Critical indicators for decision-making include the results of sea trials, the resilience of the autonomous system, the secure integration of payloads, the maturation of Blackbeard, and Saronic’s ability to produce the platforms at the announced rate. The operational recommendation is to closely monitor the programme as a model for a hybrid fleet: not through the lens of a single vessel, but through the effects of mass, dispersion, cost and operational ambiguity that a family of autonomous platforms can generate.
Maritime Security Forum
The Danish naval drone X-Wave 01 points the way for European navies: persistent surveillance, low cost and a response to hybrid maritime warfare – Maritime Security Forum
The incident near the island of Bornholm, in which the Danish USV Stormborn X-Wave 01 monitored the Russian Steregushchiy-class corvette Soobrazitelny, provides a practical example of how Denmark and other European states can extend naval surveillance without permanently deploying manned vessels. The incident took place approximately 30 km south-east of Bornholm, in an area of strategic importance for access to the Danish straits, for maritime traffic in the Baltic Sea, and for the protection of critical undersea infrastructure. The Russian vessel was sailing without AIS, whilst the Danish USV was transmitting its own position, which created a useful asymmetry: the unmanned platform was visible, lawful and persistent, whilst the Russian military vessel was forced to react.
Situation and known facts. According to public reports, the Russian corvette approached to within less than 200 metres of X-Wave 01 and launched a small quadcopter to inspect the platform. The Russian reaction confirms that an unarmed USV, equipped with sensors and connected to a command-and-control architecture, can impose operational and intelligence costs on an opposing military vessel. X-Wave 01 is presented by Stormborn as an autonomous platform for persistent maritime surveillance, capable of integrating sensors for surface, subsurface, air and electromagnetic spectrum monitoring, including radar, AIS, electro-optical/infrared sensors, passive acoustic detection and secure communications via the StormCloud system.
Platform capabilities. The X-Wave 01 is built for operation in harsh maritime conditions and for long-duration missions, not for occasional patrols. The platform is road-mobile, modular and does not rely on traditional port infrastructure, enabling rapid deployment from small ports, austere areas or temporary support points. Specialist sources describe the platform as being geared towards monitoring critical infrastructure, traffic surveillance, patrolling, reconnaissance, ISR, acoustic detection and networked operation with other USVs. In this configuration, its value lies not in its armament, but in its continuous presence, the reduction in patrol costs and its ability to provide a persistent operational picture.
Operational assessment. The key lesson is that European navies should not treat USVs merely as technological experiments, but as tools for rapidly increasing surveillance capacity. In the Baltic Sea, where commercial traffic, submarine cables, pipelines, offshore wind farms and Russian naval activity overlap within a confined space, a fleet of autonomous platforms can cover areas that manned vessels cannot monitor continuously at an acceptable cost. The X-Wave 01 does not replace frigates, patrol vessels or maritime aviation, but it can take on missions involving observation, early detection, preliminary classification and maintaining contact with targets of interest.
From a military perspective, the most significant effect is the shift in the cost–risk ratio. A Russian vessel operating without AIS can be detected by an unmanned platform, and its reaction in turn becomes intelligence: its approach, the launch of a UAV, its manoeuvres, emissions and the manner of its investigation can all be collected and analysed. In peacetime, the USV creates transparency and acts as a deterrent through its mere presence. In a crisis, the same type of platform can become an advanced sensor, a communications relay, a decoy, a target marker or, if political and legal decisions permit, a carrier of kinetic munitions. This controlled ambiguity forces the adversary to treat even an apparently unarmed platform as a potential combat node.
Implications for planning. For Denmark, the incident confirms the need to build a distributed surveillance architecture around Bornholm, the Danish straits, commercial shipping lanes and subsea infrastructure. The Danish Navy has extensive responsibilities, ranging from the North Atlantic and the Arctic to the narrow and congested Baltic Sea, but has a relatively limited fleet. Unmanned surface vessels (USVs) can ease the pressure on manned vessels by carrying out permanent patrols, monitoring cables and pipelines, inspecting suspicious vessels, collecting acoustic data and providing early warning.
For NATO and the European Union, the implication is broader: the protection of critical maritime infrastructure cannot be ensured by conventional patrols alone. The Russian threat in the Baltic and the North Sea includes military vessels, dual-use commercial vessels, the shadow fleet, reconnaissance activities, potential sabotage of cables and pipelines, jamming, AIS/GNSS spoofing and intimidation operations. The optimal network must combine coastal sensors, aviation, satellites, manned vessels, USVs, UUVs, smart buoys and data fusion centres. Autonomous platforms offer the advantage of permanence: they can remain in the area of interest before an incident begins, rather than merely arriving after an alert has been raised.
Risks and limitations. USVs are not a complete solution. They depend on secure communications, cyber protection, reliable autonomy, clear navigation rules, integration with civilian traffic and the ability to operate in environments subject to jamming or spoofing. Furthermore, the approach of an adversary’s military vessel to an autonomous platform raises legal and tactical issues: what constitutes interference, what response is proportionate, who bears decision-making responsibility, and how to avoid accidental escalation. Therefore, rapid adoption must be accompanied by doctrines, interaction procedures, live-virtual exercises and frameworks for data sharing between coastal states.
Indicators to monitor. The main indicators are the increase in the number of Danish and allied USVs in the Baltic and the North Sea, their integration into NATO maritime surveillance missions, the emergence of autonomous patrols around cables, pipelines and wind farms, the reactions of Russian vessels to the presence of USVs, cases of jamming or spoofing of the platforms, the development of versions with military payloads, interoperability with naval command centres, and the production rate of European firms capable of rapidly delivering autonomous platforms.
Conclusions and recommendations. The X-Wave 01–Soobrazitelny incident demonstrates that an unarmed autonomous platform can achieve a real operational effect through its presence, detection, documentation and the constraining of adversarial behaviour. For Denmark and its European allies, the priority is not merely the procurement of naval drones, but the establishment of a persistent surveillance network linking USVs, coastal sensors, commercial data, aviation, satellites and fusion centres. The operational recommendation is to accelerate the procurement of modular USVs, test them in real NATO missions, define rules for interaction with Russian military vessels, ensure the cyber security of the platforms, and integrate the data into decision-making cycles. For Black Sea states, including Romania, the lesson is directly applicable: port infrastructure, cables, pipelines, anchorage areas and trade routes can be monitored more effectively through a combination of low-cost, persistent autonomous platforms that are interoperable with existing naval systems.
Recommendations for other regions. The X-Wave 01 model is relevant beyond the Baltic Sea, but must be adapted to the geography, threats and legal framework of each theatre. In the North Sea and the Baltic Sea, the priority is the protection of cables, pipelines, offshore wind farms and ports through USV/UUV patrols integrated with aviation, coastal sensors and joint data fusion centres. In the Mediterranean, the focus should be on monitoring subsea infrastructure, energy routes and ports with dual-use traffic, with rapid data sharing between navies, coastguards, civilian operators and NATO/EU structures. In the Black Sea, including for Romania, autonomous platforms should be used to monitor the mouths of the Danube, routes to Constanța, anchorage areas, cables and offshore energy infrastructure, with a focus on the early detection of naval drones, drifting mines, suspicious vessels and reconnaissance activities.
In the Arctic and the North Atlantic, the recommendation is to use USVs as persistent sensors for shipping routes, submarine cables and areas that are difficult to access, but which require high levels of autonomy, resilient satellite communications and the ability to operate in severe weather conditions. In the Red Sea, Bab el-Mandeb and the Gulf of Aden, where threats include UAVs, explosive USVs, missiles, boarding attempts and attacks on commercial vessels, autonomous platforms must be integrated into escort operations, early warning systems, remote verification of suspicious contacts and convoy protection, without exposing crews to additional risk. In the Indo-Pacific, where distances are vast and maritime disputes involve exclusive economic zones, islands, straits and paramilitary activities, USVs should be prioritised for maritime domain awareness, combating illegal fishing, surveillance of grey zones, communications relays and distributed logistical support.
For all regions, the common recommendation is to avoid isolated procurements. Autonomous platforms must be procured alongside data architecture, command-and-control procedures, cyber protection, rules of engagement, maintenance, operator training and mechanisms for sharing with the private sector. The measure of success is not the number of USVs, but the ability to generate a common, persistent and actionable maritime picture before, during and after an incident.
Maritime Security Forum
The Ukrainian Navy unveils an unknown UUV: the shift of the naval drone war in the Black Sea to the submarine domain – Maritime Security Forum
The recent presentation to President Volodymyr Zelenskyy in Odessa featured several Ukrainian naval capabilities of strategic importance: Harpoon, NSM , and RBS-15 anti-ship missile systems; Seawolf unmanned surface platforms; and, more discreetly, a previously unknown unmanned underwater vehicle. The appearance of this UUV is significant as it indicates the expansion of Ukraine’s Black Sea campaign from surface drones and coastal missiles to a more difficult-to-detect underwater layer, according to specialist reports by Covert Shores and other OSINT sources.
Situation and known details. The observed UUV is similar in size to a heavy torpedo: approximately 6–7 metres long and nearly half a metre in diameter. The comparison with heavy torpedoes is useful for assessing internal volume, fuel capacity, batteries, sensors or payload, but the platform does not appear to be designed for launch from torpedo tubes. This suggests a different operational concept: launch from a quay, from a trailer, from a small craft, from a surface platform or from a discreet launch site, rather than conventional integration onto a submarine.
Visible features. The hull appears to consist of four tubular sections of similar length, with rounded bow and stern. Two large fixed fins are positioned on the upper section and appear to be associated with antennas or communications systems, whilst the fixed stabilisers at the rear indicate stabilisation and control at shallow depths. The propeller is relatively small and mounted low at the stern, suggesting moderate speed, a greater emphasis on endurance than on speed, and a potentially low acoustic signature. The configuration is reminiscent of the design of some underwater or semi-submersible drones used for strikes against ports, anchorages and maritime infrastructure.
The context of Ukrainian capabilities. Ukraine has already demonstrated that it can combine sensors, coastal missiles and naval drones to restrict the freedom of action of the Russian Black Sea Fleet. Visual confirmation of the Harpoon, NSM and RBS-15 systems reveals a layered coastal defence, featuring mobile launchers and different guidance profiles, whilst the family of Ukrainian USVs has struck ships, port infrastructure and coastal targets. The unknown UUV completes this picture: whilst USVs are fast and visible, and missiles provide a long-range strike capability, UUVs can introduce persistence, surprise and sub-surface access into areas where radar, optical cameras and aerial patrols are less effective.
Operational assessment. The exact role of the new UUV has not been announced, but the most likely missions include attacking ports and anchorages, covert reconnaissance, mapping access routes, transporting a payload and monitoring maritime infrastructure. Its heavy-torpedo-sized design strikes a balance between cost, mobility and payload capacity: the platform is large enough to provide sufficient range and payload, yet small enough to be manufactured, transported and deployed more flexibly than a large underwater system. For Russia, the problem is not just the possibility of an attack, but the uncertainty: every port, anchorage, breakwater or logistics route in Crimea and the Sea of Azov must be treated as potentially vulnerable, including underwater.
The operational advantage of UUVs is that they alter the geometry of port defences. A surface UUV can be detected by radar, cameras, patrols and direct fire; a slow-moving UUV at shallow depth forces the defender to use sonar, hydrophones, nets, underwater barriers, diver patrols, magnetic sensors and continuous monitoring procedures. These measures are costly, difficult to maintain on a permanent basis and complicate the normal operation of ports. Even without frequent use, the mere existence of UUVs can have a deterrent effect, cause delays and consume resources.
Comparison with other Ukrainian programmes. The unknown UUV must be distinguished from the Sea Trident ST-1000, the Ukrainian XLUUV platform presented at Eurosatory 2026 by Global Mark. The Sea Trident is a much larger vehicle, approximately 10 metres long, with a mass of 10 tonnes, a payload of up to 1,000 kg, a stated range of up to 2,000 nautical miles and an operational depth of up to 60 metres. The new UUV spotted in Odessa appears more compact and closer in class to a heavy torpedo, which may make it more suitable for dispersed production, rapid transport, discreet deployment and targeted missions near Russian ports or shipping routes.
Implications for planning. For Ukraine, the emergence of this UUV confirms the need to integrate underwater systems into a common architecture with surface drones, coastal missiles, ISR intelligence, air strikes and special operations. UUVs can be used for port reconnaissance, identifying barriers, attacking moored vessels, selective mining, jamming or sensor deployment. The priority is to develop a doctrine for combined use: UUVs for covert access and target preparation, USVs for rapid attack or saturation, missiles for long-range strikes and UAVs for reconnaissance and confirmation.
For Russia, the immediate implication is increased pressure on port defences in Sevastopol, Novorossiysk, Kerch, Feodosia and the Sea of Azov. Floating barriers and surface patrols are insufficient against an underwater threat. Defences will need to include acoustic sensors, anti-sabotage patrols, underwater nets, access control to harbours, constant monitoring of navigation channels, and procedures for inspecting ships and infrastructure. This increases the cost of Russian logistical protection and may reduce the manoeuvrability of small vessels, tankers, tugs and auxiliary vessels.
For NATO and coastal states, the lesson is broader: naval warfare involving drones is no longer confined to the surface. Ports, naval bases, energy terminals, submarine cables, pipelines and anchorage areas must be protected against a full spectrum of threats: UAVs, USVs, UUVs, mines, sabotage, cyber-attacks and AIS/GNSS manipulation. Romania must treat Constanța, Midia, Mangalia, the mouth of the Danube and its offshore energy infrastructure as nodes requiring underwater surveillance, not just aerial and surface surveillance.
Risks and limitations. UUVs are not invulnerable. They have low speeds, rely on inertial navigation or limited updates, find it difficult to communicate underwater, and can be affected by currents, salinity, shallow depths, obstacles, fishing nets and jamming of surface positioning systems. Human control over the mission is more difficult than with USVs, and the identification of targets in congested ports raises legal and operational risks. For this reason, they are most effective in well-prepared missions involving fixed targets or clear signatures, rather than in improvised operations against mixed traffic.
Indicators to monitor. The main indicators are the emergence of additional images of the UUV, confirmation of its name, manufacturer and dimensions, signs of mass production, integration with naval or special operations units, unexplained incidents in Russian ports, an increase in underwater anti-sabotage measures in Crimea and Novorossiysk, the installation of new nets and acoustic sensors, as well as the discovery of wrecks or fragments that would confirm operational use. Another indicator is the way in which Russia is altering its port routines: reducing the time ships spend in port, increasing patrols and shifting logistics to more distant ports.
Conclusions and recommendations. The unknown UUV presented in Odessa indicates the rapid maturation of Ukraine’s unmanned naval ecosystem and the increasing pressure on Russia in the underwater domain. If the platform is operational, it can complement the Harpoon, NSM and RBS-15 missiles, Seawolf drones and other USVs by providing a more covert capability, targeting ports, anchorages and fixed infrastructure. In terms of decision-making, the significance lies not merely in the drone’s size or name, but in the emergence of a family of assets that forces Russia to defend the air, surface, coastline and underwater domains simultaneously. The recommendation for Ukraine is to integrate UUVs into a joint reconnaissance–strike–assessment cycle, whilst for NATO and Romania, the priority is to accelerate multi-domain port defence: underwater sensors, anti-sabotage procedures, exercises involving UUV scenarios, the protection of critical infrastructure and the rapid sharing of data between the navy, coastguard, port operators and the energy sector.