Newsroom
10 Jun 2026
Versatility and scalability of UMIS
What it means for Mine CouterMeasures operations
Modern mine countermeasure (MCM) operations no longer follow a single model. Navies must operate across environments ranging from confined harbors to open seas, non contested to contested environments, while adapting to evolving threats, budget constraints, and increasingly heterogeneous fleets.
Yet many MCM solutions remain tied to fixed architectures and dedicated platforms, limiting how quickly capabilities can be deployed or reconfigured. In this context, flexibility is no longer a benefit, it is a requirement.
Exail’s Unmanned MCM Integrated System (UMIS) was designed with this operational reality in mind. Built as a modular and scalable solution, it enables navies to adapt their MCM capabilities to each mission.
But beyond the terminology, what does that mean in practice?
Deploy where you need it
One of the most immediate expressions of UMIS versatility lies in its deployment model. MCM operations can be conducted from shore or using a wide range of platforms from:
- From dedicated naval vessels,
- Or from platforms of opportunity,
- or from RHIBS.
This flexibility allows navies to conduct mine warfare missions without relying only on dedicated ships, an operational dependency that still constrains many legacy MCM systems.
In practice, the same system can support both expeditionary missions and homeland security operations, adapting to available assets rather than imposing new constraints.
Containerization: enabling rapid projection
Scalability is not only about systems, it is also about logistics.
UMIS can be delivered in a containerized configuration, integrating command and control, mission planning, and system supervision capabilities into a transportable format. This allows rapid deployment by land, sea, or air, with minimal infrastructure requirements.
For navies, this means being able to project MCM capabilities into new areas of operation quickly, whether for planned missions or emerging crises. Containerized setups also enable operations from ships of opportunity, removing the structural dependency on dedicated MCM vessels, still a limiting factor in many conventional approaches.
Containerized C2 delivered to the Belgian Navy
Photo credits : © Belgian Navy
A modular toolbox approach
At its core, UMIS is built around a modular “toolbox” architecture.
Rather than relying on a fixed configuration, operators can select and combine unmanned assets according to mission requirements. These may include unmanned surface vehicles, autonomous underwater vehicles, remotely operated vehicles, and systems such as UAVs or sweeping systems.
Each asset contributes to a specific phase of the mission—detection, classification, identification, or neutralization—allowing the overall system to be precisely tailored. For example, the A18-M AUV can be deployed in contested zones where discretion is critical, thanks to its low acoustic and visual signature, making it ideal for covert detection tasks. Conversely, the T18-M towed sonar offers high speed and real-time data transmission, enabling rapid intervention and live situational awareness in territorial waters where responsiveness is essential.
This approach ensures that capabilities match operational needs, whether for high-end naval operations or more constrained missions. UMIS empowers users to choose assets according to mission constraints, reinforcing its adaptability across a wide spectrum of scenarios.
A18- M & T-18 M
Photo credits : © Exail
A unified software backbone: Umisoft
Umisoft is the software suite backbone that ensures coherence across the entire system. Scalability and modularity would have limited value without a unified user interface capable of integrating all assets and mission phases into a single operational picture.
Umisoft provides this consistency by centralizing command and control, mission planning, data acquisition and processing, and system supervision within one environment. Regardless of the configuration deployed—light, medium, or full-scale—operators interact with the same interface, reducing training requirements and operational complexity.
This common software layer is what enables UMIS to be scaled seamlessly to an operational need, ensuring that adding or removing assets does not disrupt workflows but rather enhances mission efficiency through a fully harmonized system.
Scaling the mission, not just the system
While many systems claim modularity, scalability in UMIS is expressed operationally, not just technically. The same architecture supports different levels of mission complexity, from rapid-response deployments to full-spectrum MCM operations, without requiring a redesign of the system.
A light configuration can be deployed for rapid-response operations in very shallow waters, supporting clearance divers and explosive ordnance disposal (EOD) teams. A medium configuration enables efficient port and coastal clearance. At the highest level, a full configuration delivers complete MCM capability, covering the entire mission cycle, from detection to neutralization, with parallelized operations enabling to reduce significantly the time required for demining operations.
Across all configurations, operators benefit from a consistent system architecture and software environment, ensuring continuity and ease of use while scaling capabilities up or down as required .
Operational flexibility without compromise
Versatility and scalability would have limited value without operational performance.
UMIS is designed to maintain high efficiency at every level of deployment. Its architecture supports sustained operational tempo, redundancy of critical capabilities, and the ability to operate across environments ranging from coastal waters to 300 meters water-depth scenarios.
This ensures that adapting the system to mission constraints does not come at the expense of effectiveness or safety. Instead, scalability becomes a way to optimize resources while preserving mission outcomes.
A different approach to MCM
UMIS reflects a broader shift in how mine countermeasure capabilities are conceived.
By combining flexible deployment, containerized mobility, and modular unmanned systems, it moves away from platform-centric models toward a capability-driven approach. Navies are no longer constrained by a single platform or configuration, they can build and evolve their MCM capability over time, based on operational needs.
Versatility and scalability are not simply features of UMIS. They define a different way of conducting mine countermeasures: deploying the right capability, at the right scale, from the right platform for every mission.
