Four deeply engineered products. Built from first-principles physics. Deployed as a unified platform or independently. Hardware-coupled where the mission demands it.
Post-mission analytics platform that reconstructs mission geometry from telemetry, correlates planned versus actual, and surfaces AI-generated lessons-learned and risk signatures.
Full 4D mission replay overlaid on the TERRAVEC terrain model. Automated anomaly detection flags deviations and correlates them to environmental, mechanical, or human-factors causes. NLP-driven report generation reduces mission preparation time by over 80%.
REKADO's proprietary AI foundation model. Trained on physics simulation corpora, historical mission telemetry, and domain-specific defence datasets. Not a fine-tuned general model — built from the ground up for defence-domain accuracy.
Physics-constrained architecture means VECTOR cannot produce outputs that violate physical laws. Every inference carries a calibrated confidence bound. Deployed fully on-premise — no cloud dependency, no data egress.
REKADO's fully proprietary geospatial intelligence engine. Built from the ground up — no commercial GIS stack underneath. TERRAVEC provides the terrain intelligence layer on which all other REKADO products operate.
Multi-source sensor fusion integrates satellite imagery, LiDAR, SAR, and field sensor data into a continuously updated, physically consistent terrain model. Runs entirely offline on edge hardware.
Physics-based algorithms infer sub-metre elevation and terrain type without requiring ground truth data. Validated against Indian terrain diversity from Himalayan to coastal environments.
Kalman-filtered fusion of optical, SAR, and hyperspectral data streams. Material classification and change detection at operationally relevant update rates.
EM propagation, atmospheric refraction, terrain masking, and microclimate modelling — all in real time. Used by NEXUS for physics-accurate threat envelope generation.
AI-augmented mission planning built on the TERRAVEC terrain layer. NEXUS generates optimal routes, physics-accurate threat envelopes, fuel and endurance profiles, and deconfliction analysis in real time.
Doctrine-informed workflow design, built around the way real mission planning is done. Intended to export in STANAG and Indian MoD data formats for C2 integration.
REKADO designs ruggedised hardware platforms engineered to run the full product stack in field conditions — offline, in degraded environments, under physical stress.
Ruggedised edge compute platform. Runs TERRAVEC, VECTOR inference, and NEXUS planning stack without external connectivity. MIL-STD-810H rated.
Ruggedised tablet running NEXUS and AXIOM interfaces. Sunlight-readable display, glove-operable touch, integrated GNSS and encrypted comms.
Multi-source sensor aggregation hardware. Ingests feeds from UAV, ground sensors, radar, and EO/IR systems and pipes them into TERRAVEC in real time.