Deep-Sea Autonomy, Made Practical
AI-driven ROVs, AUVs, and persistent ocean pods that make underwater missions safer, faster, and cost-effective.
One Ecosystem. Five Platforms.
Mefferdi unifies hardware and software into a single ocean autonomy stack—MefferdiOS runs across every platform for consistent control, data, and fleet operations.
ROV Vertical — AI-assisted tethered precision at any depth.
Modular ROVs with intelligent navigation, plug-and-play sensors, and rock-solid reliability.
Learn moreAUV Vertical — Autonomy that endures.
Long-range AUVs for mapping, inspection, and reconnaissance—powered by MefferdiOS AI.
Learn moreSentinel PODs — Persistent ocean intelligence.
90-day deployments for observation, data relay, and networked comms below the surface.
Learn moreMefferdiOS — The brain of the ocean.
Core control, PerceptionNet, FleetManager AI, and AquaLM in a unified OS.
Learn moreAquaPlay — The ocean, accessible from anywhere.
Cloud/VR control of real ROVs at global nodes for education and exploration.
Learn moreSolutions (by industry)
Purpose-built use cases that map to real missions
Defense & Security
Real-time subsea surveillance and low-signature patrols.
Environmental Monitoring
Long-duration habitat, climate, and water-quality data.
Energy & Infrastructure
Autonomous inspection of pipelines, cables, rigs, and dams.
Education & Research
Hands-on AUV/ROV platforms and scalable data pipelines.
Built to lower mission risk and total cost
- Modular & Upgradeable: swap sensors, payloads, and software without redesign.
- Autonomy Where It Matters: adaptive navigation, AI stabilization, and perception.
- Fleet-Ready: plan, coordinate, and monitor multi-vehicle ops with FleetManager AI.
- Data to Decisions: unified telemetry → cloud processing → actionable insights.
- Operational Efficiency: deliver mission outcomes at a fraction of traditional cost while reducing human exposure.
Smarter technology, lighter footprint
Low-impact propulsion, energy-aware autonomy, and persistent sensing reduce repeated sorties and vessel hours—more data, less disruption.