The First Line of Defense. The Final Word in Rescue.
ℝ4 — Resilient · Responsive · Real-time · Reconnaissance
A defence-grade intelligence framework that transforms spaceborne sensing into mission-ready decision support.
Engineered to withstand denied/contested environments and maintain operations.
Adaptive tasking and analytics aligned with evolving mission needs.
Low-latency pipelines that close the loop from sensing to action.
Optical, SAR, and cooperative signals fused for persistent awareness.
Current Earth Observation systems are fragmented. Optical struggles at night/under cloud; SAR lacks spectral detail; AIS/ADS-B/APRS miss non-cooperative targets — creating gaps in awareness and delaying response.
All-weather intelligence via multi-modal sensing and AI-driven fusion.
Optical, SAR, and cooperative tracking integrated for persistent global coverage and minutes-scale revisit.
Multi-source fusion, anomaly detection, predictive modeling, and confidence-scored alerts for mission-grade decisions.
Resilient · Responsive · Real-time · Reconnaissance
A structured, defense-grade intelligence pipeline that transforms spaceborne sensing into mission-ready decision support.
Integrated optical, SAR and tracking sensors capture spectral, structural and positional signatures for persistent coverage.
Downlink, time-sync, georeference and fuse streams into a coherent, trusted operating picture resilient to disruption.
Fusion, pattern learning, anomaly scoring and predictive models produce prioritized, confidence-scored insights.
Dashboards, taskable products and secure APIs integrate into C2/GIS workflows for real-time decision support.
Designed for high-stakes defence missions and critical civil needs — equally weighted.
Persistent awareness, target tracking, change detection and BDA under cloud/night with SAR+EO fusion.
Dark-target detection, smuggling interdiction and piracy monitoring with AIS/SAR/HSI fusion.
Mission-ready EO/ISR for force protection, targeting support, and situational awareness in contested environments.
Rapid mapping for floods, fires and earthquakes; tasking + APRS to coordinate first responders.
Pollution plumes, illegal deforestation, critical infrastructure monitoring, mineral exploration, soil/river health and emissions tracking.
ADS-B/AIS fusion for traffic analytics, compliance monitoring and incident support.
Pixel-level SAR+HSI fusion, pansharpening and physics-aware models producing georegistered, uncertainty-aware products. Multi-temporal change detection with robust cloud/shadow handling.
On-demand acquisition windows, priority queuing, autonomous retask on alert, and edge filtering to minimize downlink and processing time; SLA-based tasking for emergencies.
End-to-end encryption (in transit & at rest), role-based access, MFA, tamper-evident logs and tenant isolation aligned with defence compliance regimes.
REST/OGC endpoints (WMS/WFS/WCS), STAC catalogues, webhooks for event alerts, and SDKs for Python/JS. Seamless drop-in to C2 and GIS stacks.
Stream/Batch pipelines, GPU-accelerated inference, tiling/warping, orthorectification and DEM-aware corrections. Built for scalability on cloud/on-prem.
Orthorectified imagery, object detections, vector alerts, spectral indices, risk scores, and mission-ready reports with confidence intervals.
Complete PDR for Insight Set and finalize sensor trade studies.
Critical design freeze; begin payload AIT; ground segment MVP.
Pathfinder launch (×2); early-access with pilot customers.
Scale constellation; enable minutes-scale taskable intelligence.
Specialists in spacecraft design, propulsion, and orbital mechanics who create resilient and reconfigurable systems.
Innovators in AI, earth observation, and geospatial analytics developing the intelligence behind our solutions.
A global network of scientists, partners and advisors contributing interdisciplinary expertise and strategic insight.
We are looking for passionate engineers, researchers, and innovators to join our mission. Explore opportunities to contribute to next-generation aerospace and defence technologies.
Handle architecture, requirements, and integration of our satellite systems.
Own sensor trades, calibration, characterization and on-orbit validation.
Design ground-sat links, modems, spectrum planning and ITU filings.
Ground segment setup, testing, commissioning and mission planning.
Build pipelines for raw ingestion, ETL, cataloging and lineage.
Develop fusion models, detectors, predictors and uncertainty metrics.
Operate scalable storage, GPUs, orchestration and customer APIs.
Customer discovery in defence, agriculture, climate and maritime.
Licensing, ITU coordination and regulatory compliance.
STAC/OGC tooling, tiling/warping, orthorectification and DEM pipelines.
Env. testing, FMEA, radiation/TVAC and qualification campaigns.
Zero-trust, KMS, key rotation, hardening and threat modeling.
Prototype models for SAR/HSI fusion and change detection.
Assist in payload trades, mission analysis and GNC tools.
Build ETL, STAC catalogs and API integrations.
We combine SAR (cloud-penetrating) with optical and hyperspectral sensors, then fuse them through the ℝ Insight Engine. This ensures consistent intelligence regardless of weather, time of day, or visibility conditions.
Our outputs include orthorectified imagery, spectral indices, object detection layers, vector alerts, temporal change maps, and standardized GIS layers. Delivery is via OGC-compliant services, REST APIs, or secure data packages tailored to client infrastructure.
Yes. We provide standards-based endpoints and SDK snippets for integration into common C2, ISR, and GIS platforms. Multi-tenant access controls ensure secure role-based integration.
Defence and intelligence agencies, disaster management authorities, environmental agencies, agricultural organisations, maritime and aviation regulators, urban planners, and humanitarian NGOs all benefit from our multi-domain solutions.
Security is paramount. Data is encrypted in transit and at rest, with access controlled through multi-factor authentication and detailed audit logs. We comply with defence and critical-infrastructure security standards.
Our Insight Set constellation is designed to achieve a global average revisit of 120 minutes, with regional tasking enabling much higher refresh rates for priority zones.
We employ physics-informed models, calibration with ground truth, and redundancy across sensing modalities. Automated quality checks and AI-driven anomaly detection maintain high reliability.
Absolutely. We co-design mission-specific data pipelines and analytic dashboards with customers, ensuring outputs are tailored to operational needs.
We maintain a dedicated rapid-response tasking protocol for natural disasters, with high-priority acquisition, expedited processing, and direct collaboration with relief agencies to deliver critical intelligence in hours.
Yes. Beyond defence and government, we serve commercial sectors including insurance, logistics, energy, agriculture, and infrastructure management, providing dual-use value across industries.