Meta Decod Underwater Robotics Control Suite
Engineering Software; Industrial Automation; Marine Robotics
Linux (Real-Time Ubuntu/ROS 2); QNX; Custom Embedded RTOS
The engineering expertise behind your custom robot
If you’re an offshore wind operator, marine research lab, or subsea infrastructure owner, you know off-the-shelf ROVs often fail where it matters most: in high-current zones, extreme depths, or when integrating custom sensor payloads. Standard systems lack the robotic load-bearing design, robotic force sensing design, and hydrodynamic stability needed for mission-critical tasks.
We solve this with bespoke robot design engineered from day one for your environment, payload, and reliability requirements-so your team never loses a vehicle or a data window due to robotic limitations.
How we eliminate subsea robotics risk
Unlike integrators who modify existing platforms, we build from first principles using robotics design and development protocols certified to ISO 13628-8, IEEE 1872, and IMCA standards. Every design of the robot includes:
- Robotic load distribution design that prevents torque overload-even with heavy manipulators or sonar arrays
- Robotic joint design with 10,000+ cycle fatigue resistance, validated per NORSOK U-001
- New joint design for three-dimensional hyper redundant robots enabling precise tool alignment on uneven seabeds
- Robotic compliance mechanism design that absorbs impact forces, reducing structural failure by up to 70%
- Robotic force sensing design for real-time feedback during delicate intervention tasks
This isn’t theoretical: our strong robot designs have operated continuously at 3,000m depth in the North Sea, Baltic, and Gulf of Mexico-with 100% mission completion across 50+ deployments since 2021.
Why deeptech over generic ROV providers?
Many firms offer “customization,” but rely on legacy chassis and outsourced mechanical robotics design. We’re different:
- Full in-house dynamic robot control and design laboratory - no third-party simulation gaps
- Robotics mechanical design team includes naval architects + former ROV pilots
- Rapid robot design blueprints to tank-test prototype in ≤14 days
- Every weight bearing robotic designs system includes CE, RoHS, and ATEX-ready documentation
We don’t just deliver a vehicle-we deliver confidence that your robotic system performance design will meet operational reality.
Flexible delivery: Code, system, or license
1. Turnkey Vehicle + Operator Training
Receive a fully tested underwater robotic system with warranty, robot cad design files (Fusion 360/AutoCAD), and ROS2 source code. Includes 24-month warranty on all robotic actuators design and structural components.
2. Licensed Engineering Package
Acquire full robot designs drawings, robot design calculations, and manufacturing specs under exclusive or non-exclusive license-ideal for in-house production or integration.
3. Co-Development Partnership
Joint design engineering project robotics with shared IP. All contracts include clear intellectual property rights, NDAs, and sustainability alignment (UN SDG 14).
Ready to de-risk your subsea mission?
Send us your operational profile-depth, current, payload, mission duration-and we’ll return a free feasibility assessment within 72 hours, including preliminary robotic design specification and compliance roadmap.
Frequently Asked Questions
Can you integrate our proprietary sensors or control software?
Yes. Our robotics technology design process includes API-compatible middleware. We’ve integrated LIDAR, methane sniffers, and custom manipulators for EU research consortia and U.S. defense partners.
Do you provide full design documentation?
Absolutely. Deliverables include robot design blueprints, cad robot design files (STEP, IGES), FEA reports, and a robotic design specification compliant with ISO and IMCA audit requirements.
How do you ensure long-term reliability of load-bearing structures?
Through rigorous fatigue design of robot structural components, salt-spray testing, and real-world validation in our 20m test tank. All mechanical design of robots undergoes 3x safety margins per offshore standards.
What’s your typical timeline?
From concept to sea trial: 14–22 weeks. We use agile sprints with biweekly reviews-so you’re never surprised at delivery.