Key Takeaways
- Marpoint and ClearSkies have formed a partnership to launch a maritime‑focused cyber‑security and compliance solution.
- The solution merges Marpoint’s UNI infrastructure and cyber‑security framework with ClearSkies’ AI‑powered Integrated Security Operations Centre (ISOC) platform, delivering a SIEM‑SOC service.
- AI‑driven analytics continuously monitor vessel IT environments, networks, endpoints, DNS traffic, cloud services and connected systems, reducing false positives and speeding up investigations.
- Deployment requires no additional onboard hardware; the ISOC plugs directly into the existing Marpoint UNI environment.
- The joint offering aims to improve operational resilience, meet regulatory compliance, and protect business continuity across global fleets.
Partnership Overview
Marpoint, a provider of maritime IT and cyber‑security infrastructure, announced a strategic collaboration with ClearSkies, the developer of an AI‑enabled Integrated Security Operations Centre (ISOC) platform. The alliance is designed to address the growing cyber‑risk exposure faced by modern vessels that rely heavily on digital systems for navigation, cargo operations, and communications. By combining Marpoint’s deep domain expertise with ClearSkies’ advanced analytics, the partnership seeks to deliver a purpose‑built security stack that can be rolled out across fleets without imposing significant new capital expenditures on shipowners.
Combined Technology Stack
At the core of the joint offering is Marpoint’s UNI (Unified Network Infrastructure) environment, which already integrates vessel‑based IT systems, onboard networks, and shore‑side management tools. ClearSkies’ ISOC platform layers on top of this foundation, providing an artificial‑intelligence‑driven Security Information and Event Management (SIEM) engine coupled with a Security Operations Centre (SOC) that offers human‑led validation and response. The resulting architecture enables continuous, real‑time visibility into cyber events while preserving the maritime‑specific workflows that ship operators already use.
AI‑Powered SIEM and SOC Capabilities
The ISOC platform employs machine‑learning models to analyse vast streams of log data, network flow, and endpoint behaviour generated by shipboard systems. These models are tuned to recognise patterns indicative of malware, unauthorized access, data exfiltration, and other threats that are peculiar to maritime environments (e.g., spoofed AIS signals, compromised VSAT links). By automatically correlating events across multiple sources, the AI reduces the volume of low‑fidelity alerts that traditionally overwhelm security teams, allowing analysts to focus on genuine incidents. The SOC layer then applies maritime operational context—such as voyage phase, cargo type, and regulatory priorities—to validate, prioritise, and recommend remedial actions for each alert.
Deployment Model and Hardware Requirements
A notable advantage of the solution is its software‑only deployment model. Because the ClearSkies ISOC integrates directly with the Marpoint UNI environment, vessels do not need to install additional sensors, appliances, or gateway hardware on board. Instead, the platform consumes telemetry already generated by existing IT assets—such as firewalls, intrusion detection systems, and cloud‑service connectors—through secure APIs or agents that reside within the UNI framework. This approach minimizes installation downtime, reduces onboard power and cooling demands, and simplifies lifecycle management for fleet operators.
Enhancing Cyber Resilience and Compliance
The combined system is explicitly designed to bolster both cyber resilience and regulatory compliance. Continuous monitoring and rapid threat detection help prevent successful intrusions that could jeopardise navigation safety, cargo integrity, or crew welfare. Simultaneously, the platform generates audit‑ready logs and reports that align with major maritime cyber‑security frameworks, including the IMO’s Guidelines on Maritime Cyber Risk Management, BIMCO’s Cyber Security Workbook, and various flag‑state and classification society requirements. By providing demonstrable evidence of ongoing risk management, the solution assists shipping companies in satisfying audit obligations and potentially lowering insurance premiums.
Statements from Marpoint Leadership
Anastasios Kyrkos, Chief Executive Officer of Marpoint, emphasized that cybersecurity has transitioned from an optional upgrade to an essential component of vessel operations. He noted that the partnership marries AI‑powered threat monitoring with Marpoint’s longstanding maritime IT and cybersecurity expertise, enabling shipping firms to strengthen operational resilience, meet compliance mandates, and safeguard business continuity across their fleets. Kyrkos underscored the importance of delivering a solution that is both technologically advanced and attuned to the unique operational rhythms of the shipping industry.
Statements from ClearSkies Leadership
Eleftherios Antoniades, Founder and Chief Technology Officer of ClearSkies, highlighted that the maritime sector confronts an increasingly complex threat landscape that demands security tools built for its specific operational context. He explained that uniting ClearSkies’ ISOC platform with Marpoint’s deep maritime knowledge results in faster threat detection, sharper incident response, and enduring cyber resilience for global fleets. Antoniades stressed that the collaboration aims to provide shipping companies with a proactive defence mechanism that evolves alongside emerging cyber threats.
Addressing the Evolving Maritime Threat Landscape
Modern vessels are increasingly reliant on digital systems for engine monitoring, route optimization, cargo tracking, and remote diagnostics, expanding the attack surface for threat actors. Adversaries have demonstrated capabilities ranging from ransomware that locks down ship‑side IT to sophisticated espionage campaigns targeting proprietary shipping data. The Marpoint‑ClearSkies solution confronts these challenges by applying AI analytics that learn baseline behaviours specific to each vessel class and operation mode, thereby spotting anomalies that might escape rule‑based detection. The added SOC layer ensures that alerts are interpreted with an understanding of maritime safety protocols, preventing unnecessary operational disruptions while still enabling swift containment of genuine threats.
Implications for Shipping Companies
For shipowners and operators, the partnership offers a pathway to upgrade cyber defences without undertaking costly hardware retrofits or prolonged vessel downtime. The software‑centric rollout can be managed remotely, allowing fleets to adopt the solution incrementally—starting with high‑value assets or vessels operating in high‑risk regions—and scaling outward as confidence grows. Enhanced visibility and faster response times translate into reduced potential losses from cyber incidents, improved confidence among charterers and cargo owners, and stronger adherence to evolving international cyber‑risk regulations. Over the long term, the ability to demonstrate robust cyber posture may become a competitive differentiator in tenders and insurance negotiations.
Conclusion and Future Prospects
The Marpoint‑ClearSkies alliance represents a focused effort to equip the maritime industry with a purpose‑built, AI‑enhanced cyber‑security and compliance platform. By leveraging existing UNI infrastructure and delivering the ISOC as a software‑only service, the solution lowers barriers to adoption while providing the depth of analysis needed to counter sophisticated threats. As vessels continue to grow more connected and autonomous, collaborations that blend sector‑specific expertise with cutting‑edge technology will be essential to safeguarding the safety, efficiency, and reliability of global shipping. The partnership sets a precedent for how maritime stakeholders can approach cyber risk—not as an afterthought, but as an integral, continuously improving component of modern vessel operations.