Stop managing vessels as isolated systems. UNI leverages template-based Virtual Machine orchestration to standardize deployments across the fleet. New applications, updates, and configurations are rolled out centrally—consistently and simultaneously—regardless of fleet size or vessel type. Eliminate per-vessel configuration and reduce deployment cycles from weeks to minutes.
UNI aggregates real-time telemetry from onboard infrastructure into a unified dashboard. Monitor compute performance, storage health, and network activity across all vessels through integrated SNMP monitoring and intelligent alerting. Complete operational visibility with faster incident detection and response—before issues escalate onboard.
Applications are decoupled from physical hardware, enabling High Availability (HA) across onboard nodes. In the event of hardware failure, workloads are automatically redistributed—ensuring uninterrupted operation of critical systems. Continuous availability of mission-critical applications through built-in failover and self-healing infrastructure.
Direct access to virtual machines gives your team immediate visibility into onboard systems, without delays or dependencies on local intervention. Engineers can diagnose issues in real time, access logs, restart services, and apply fixes directly from shore. Faster resolution, minimized downtime, and uninterrupted vessel operations.
UNI is engineered to align with IACS UR E26/E27 and IMO cybersecurity requirements. Native segmentation, encryption, and access control mechanisms are embedded at the platform level—ensuring secure-by-design vessel operations. Audit-ready infrastructure that simplifies compliance and strengthens cyber resilience across the fleet.
UNI provides onboard edge computing capacity to support advanced applications such as AI analytics, performance optimization, and energy efficiency systems. Third-party solutions can be deployed rapidly within a standardized environment. Accelerate digitalization and decarbonization initiatives with infrastructure ready for next-generation applications.
From Fragmented Vessel IT to a Unified Infrastructure Platform.
UNI transforms fragmented vessel IT into a centralized, virtualized environment, securely managed across the entire fleet. By consolidating servers, applications, and user environments into a single onboard platform, it simplifies operations while ensuring robust cybersecurity compliance.
Modern fleets require more than standalone onboard systems—they require scalable, standardized infrastructure. UNI delivers that foundation.
UNI replaces physical clutter with a secure virtualization platform. Multiple applications run as isolated virtual machines (VMs) on a single, resilient hardware footprint.
UNI VM offers unparalleled customization options that can adapt to any IT infrastructure on board and is configured according to the client’s specific requirements. This solution can even utilize existing vessel equipment and be built with high-end specs to support a complete office infrastructure.
UNI replaces multiple dedicated onboard servers with a single, unified infrastructure platform capable of hosting numerous applications simultaneously. By virtualizing workloads, systems that traditionally required separate hardware—navigation support, monitoring tools, crew services, and IT applications—can coexist efficiently on one resilient environment.
UNI enables the deployment of identical virtual environments across the entire fleet using predefined templates. This ensures that every vessel operates under the same configuration, regardless of vessel type or deployment location. Standardization eliminates inconsistencies, reduces human error, and allows IT teams to manage updates, policies, and changes in a controlled and predictable manner.
New virtual machines can be created and deployed within seconds directly onboard, using standardized templates. Whether introducing a new application, scaling existing services, or replacing a failed system, provisioning becomes immediate and repeatable. This significantly reduces deployment time, minimizes operational disruption, and enables rapid adaptation to evolving vessel requirements.
With the Evo2 Router, you can achieve the most advanced multi-WAN network management on a vessel, regardless of your airtime provider. The Evo2 Router is designed to deliver seamless internet connectivity, even during service outages, thanks to its true failover capability and support for multiple satellite bands, including Inmarsat L-Band, VSAT C, Ku, and Ka bands, as well as LEO orbit satellites like Iridium, Starlink, and OneWeb.
UNI operates as the central compute layer onboard the vessel, providing a unified environment for all digital systems and services. Applications, operational systems, and onboard services run within isolated virtual machines, enabling secure, independent management and consistent performance across the vessel.
Typical onboard deployments include:
The platform integrates seamlessly with vessel networks and remote connectivity systems, creating a standardized infrastructure layer across the entire fleet.
The power to remotely self-manage and monitor your vessel’s infrastructure.
Triple Node Cluster
Automatic Replication
Low Cost Linux Thin Clients
Hardware Customization
Desktop virtualization and active directory
ABS Class Approved
IMO 2021 compliant
Remote desktop services
Off-cluster VM backups
Incremental Snapshotting and file recovery
Peripheral monitoring and alerting
IT Managed Services
Chosen case studies from various installations on selected clients’ vessels to showcase the value of our products and services which allow in-depth, multi-faceted explorations in their real-life settings.
