Dual Domain Robotics Autonomy
One Platform for Land & Sea
Advanced ROS2-Powered Autonomous Navigation System with Defense-Grade Sensor Fusion
Case Studies
common challenges and solutions in business and financial consulting.
Market Entry
- InterEX
- January, 15 2024
Financial
- DisCOM
- February, 23 2024
Financial
- FinFirm
- March, 18 2024
The $1.2M Hidden Cost of Fragmented Robotics Development
Why 85% of Cross-Domain Projects Miss Deadlines
Complex Sensor Integration Across Diverse Platforms
"60% of robotics projects face >6 month delays due to sensor protocol conflicts." – Gartner, 2023 Robotics Integration Report
Your pain point:
Harmonizing DVL, IMU, GPS, LiDAR, cameras across protocols
Lack of Reliable Autonomy in Challenging Environments
"45% autonomy failure rate in GNSS-denied zones without advanced fusion." – IEEE Transactions on Robotics, 2024
Your pain point:
Navigation failures in murky waters/off-road terrains
Disjointed Software Stacks for Terrestrial and Maritime Robotics
"Separate land/sea systems increase costs by 35% and delay deployment by 12-18 months." – McKinsey Automation ROI Report, 2023
Your pain point:
Duplicated maintenance efforts
Slow Development Due to Absence of a Complete Autonomy Stack
"Teams building from scratch take 2.3x longer to reach deployment than those using pre-integrated stacks." – Forrester, 2023 Robotics Development Benchmark
Your pain point:
Missing waypoint navigation and obstacle avoidance
Limited In-House Expertise in Real-Time Fusion and Navigation Algorithms
"85% of organizations cite talent gaps in sensor fusion as a critical barrier to scaling." – BCG, 2024 Robotics Skills Survey
Your pain point:
Lack of resources for adaptive path planning
The Industry's Only Unified Autonomous Navigation Stack
Resolve All 5 Pain Points with Defense-Grade ROS2 Architecture
Our ROS2-Powered Solution
Unified Fusion Framework
Outcome
10+ sensors synchronized in <5ms
Our ROS2-Powered Solution
AI-Powered Path Planning
Outcome
95% accuracy in murky waters
Our ROS2-Powered Solution
Single Codebase for Land & Sea
Outcome
70% lower maintenance costs
Our ROS2-Powered Solution
Pre-Built Navigation Modules
Outcome
Deploy in weeks, not years
Our ROS2-Powered Solution
Full Handover Support & Training
Outcome
Bridge skill gaps instantly
Our ROS2-Powered Solution
Unified Fusion Framework
Outcome
10+ sensors synchronized in <5ms
Our ROS2-Powered Solution
AI-Powered Path Planning
Outcome
95% accuracy in murky waters
Our ROS2-Powered Solution
Single Codebase for Land & Sea
Outcome
70% lower maintenance costs
Our ROS2-Powered Solution
Pre-Built Navigation Modules
Outcome
Deploy in weeks, not years
Our ROS2-Powered Solution
Full Handover Support & Training
Outcome
Bridge skill gaps instantly
6 Battle-Tested Components for Mission-Ready Autonomy
We deliver six battle-tested capabilities that resolve your most complex robotics challenges. Each component integrates seamlessly within our ROS2-native architecture for immediate deployment.
ROS 2-Based Autonomous Navigation Stack
Modular software for perception, localization, mapping
Waypoint-Based Mission Execution Engine
Customizable navigation with real-time obstacle handling
Sensor Fusion Framework
Synchronizes GPS, IMU, DVL, LiDAR, and cameras
Hardware Integration
Interfaces with CAN, UART,udp,tcp, Ethernet, proprietary systems
Simulation & Deployment Toolkit
Gazebo/Unreal + Dockerized ROS2 containers
Documentation & Handover Support
Detailed ICDs and deployment handholding
Quantifiable Results from Dual-Domain Deployment
Out-of-the-Box Waypoint Navigation
Ready-to-integrate ROS2 stack Pre-configured for
UGVs/USVs/AUVs
Unified Multi-Sensor Localization
Plug-and-play fusion of IMU, DVL, LiDAR, <0.5m accuracy in GPS-denied environments
Cross-Domain Compatibility
Single codebase for terrestrial & maritime 70% reduction in maintenance efforts
Faster Deployment & Integration
Dockerized simulation-to-field pipeline 50% less testing time (Gazebo/Unreal)
Out-of-the-Box Waypoint Navigation
Ready-to-integrate ROS2 stack Pre-configured for
UGVs/USVs/AUVs
Unified Multi-Sensor Localization
Plug-and-play fusion of IMU, DVL, LiDAR, <0.5m accuracy in GPS-denied environments
Cross-Domain Compatibility
Single codebase for terrestrial & maritime 70% reduction in maintenance efforts
Faster Deployment & Integration
Dockerized simulation-to-field pipeline 50% less testing time (Gazebo/Unreal)
Maritime & Terrestrial Robotics in Action
Our unified platform enables robust operations in diverse environments, serving both public and private sectors through configurable deployments.
Industrial & Commercial
• Autonomous port logistics (ship-to-shore cargo)
• Offshore energy platform inspection with USVs
• Agricultural field analysis via terrain-ready UGVs
Government & Research
• Coastal surveillance with USVs in GPS-
Denied Navigation zones
• Underground infrastructure inspection using UGVs
• Environmental monitoring AUVs for pollution mapping
Why Global Leaders Trust Our Defense-Grade Solutions
Dual-Domain Autonomy in Unified Stack
• Single platform for UGVs/USVs/AUVs → 60% faster deployment
• Eliminates separate terrestrial/maritime development
Pre-Integrated Sensor Fusion Engine
• Plug-and-play support for 10+ sensors
• <0.5m localization accuracy in challenging environments
Platform-Agnostic ROS2 Architecture
• Zero vendor lock-in → Works with ANY hardware
• Certified for sensitive operations (ISO 27001)
Docker-Based Deployment
• 70% faster testing via simulations
• Kubernetes-ready for fleet management
Mission-Critical Expertise
• 4+ years delivering for DRDO/NIOT/Cochin Shipyard
• CMMI Level 3 certified processes
Our Tech Stack
CORE TECHNOLOGIES
TOOLS
STANDARDS
Trusted By
Proven Defence Deployments
DRDO recognized Capabilities
Deep Engineering Expertise (75+ man years)
Meets International Standards
Certified By
