ROS2‑based framework with advanced machine learning algorithms for perception, planning, and decision‑making in complex environments.
LiDAR, stereo vision, hyperspectral, and resource‑specific sensors (GPRs) work together to create detailed 3D maps and enable robust navigation in challenging conditions.
Mesh networking and delay‑tolerant protocols ensure robot coordination even in environments with limited or intermittent connectivity.
ROS2‑based framework with advanced machine learning algorithms for perception, planning, and decision‑making in complex environments.
LiDAR, stereo vision, hyperspectral, and resource‑specific sensors (GPRs) work together to create detailed 3D maps and enable robust navigation in challenging conditions.
Mesh networking and delay‑tolerant protocols ensure robot coordination even in environments with limited or intermittent connectivity.
Our proprietary platform, TRACE, integrates AI, robotics, and advanced sensing to map and
detect high-value mineral deposits with unprecedented accuracy.
By automating exploration, we cut costs by 90%, reduce time-to-discovery by 50%, and increase success rates 150x—from 0.5% to 75%.
Advanced SLAM with multi‑sensor fusion enables precise navigation and mapping where GPS fails.
Intelligent swarm coordination enables real‑time collaboration and adaptability.
Systems function autonomously with fallback protocols during communication blackouts.
Edge computing delivers instant decisions, essential for dynamic and time‑critical environments.
Unified interface visualizing system performance, analytics, and decision-making insights in real time.
Accelerate mineral discovery and reduce exploration costs with autonomous robot teams that can safely navigate hostile environments, map geological structures, and collect critical data without human risk.
Enhance mission capabilities with autonomous reconnaissance and surveillance systems. Our robots operate in contested environments, providing real-time intelligence while keeping personnel safe.
Advance space missions with autonomous robotic systems built for extreme lunar terrains. Our platforms enable real-time mapping, resource detection, and in-situ utilization—laying the groundwork for sustainable off-world operations and permanent lunar infrastructure.
Accelerate mineral discovery and reduce exploration costs with autonomous robot teams that can safely navigate hostile environments, map geological structures, and collect critical data without human risk.
Enhance mission capabilities with autonomous reconnaissance and surveillance systems. Our robots operate in contested environments, providing real-time intelligence while keeping personnel safe.
Advance space missions with autonomous robotic systems built for extreme lunar terrains. Our platforms enable real-time mapping, resource detection, and in-situ utilization—laying the groundwork for sustainable off-world operations and permanent lunar infrastructure.
With over 10 years of experience in Space Technology and Robotics, Pradyumna has worked across research, product development, and business strategy. He is a founding member of three robotics startups and has led a portfolio of 15 deep tech ventures, guiding them from lab-stage innovations to successful market-ready solutions.
Vivek brings over a decade of research experience in Applied Robotics, Machine Learning, Autonomy, and AI. He has led and supervised teams of 20+ researchers on field robotics missions in extreme and unstructured environments. His work includes building multi-robot systems from the ground up, with a focus on enabling intelligent, resilient operations in challenging terrains.
WeWork Prestige Cube
Site No. 26, Laskar, Hosur Rd,
Chikku Lakshmaiah layout, Adugodi
Bengaluru Karnataka 560029 India
R&D Lab
ARTPARK@IISC
177, HMT Colony, HMT Staff Quaters, HMT Estate, Jalahalli, Bengaluru, Karnataka 560013, India
Polytechnique Montreal
MIST Lab
M4212 – Lassonde Pavilion
2700 Tour Rd, Montreal
Quebec H3T 1J4
Get in Touch
Get in Touch
WeWork Prestige Cube
Site No. 26, Laskar, Hosur Rd,
Chikku Lakshmaiah layout, Adugodi
Bengaluru Karnataka 560029 India
R&D Lab
ARTPARK@IISC
177, HMT Colony, HMT Staff Quaters, HMT Estate, Jalahalli, Bengaluru, Karnataka 560013, India
Polytechnique Montreal
MIST Lab
M4212 – Lassonde Pavilion
2700 Tour Rd, Montreal
Quebec H3T 1J4
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