Agentic Workflows
Artificial Intelligence that doesn’t just answer, it acts.
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Intelligence & Research of Exponential Artificial Intelligence
At IREXA, we are pioneering the next frontier of artificial intelligence through the power of agentic workflows. Our vision is to build exponential AI systems, intelligent agents that go beyond simple responses to reason, plan, and act autonomously in solving complex real world challenges. We design and deploy self evolving AI architectures that learn from every interaction, scale effortlessly, and deliver outcomes that compound over time. From intelligent automation to multi agent orchestration, we are redefining what is possible when machines think, collaborate, and create alongside humans.
From agentic workflows to exponential intelligence, IREXA is redefining the future of artificial intelligence
Artificial Intelligence that doesn’t just answer, it acts.
Systems that grow smarter with every step.
Machines collaborating like teams, alongside humans.
Results that compound into unstoppable progress.
3‑Drishti is our flagship geospatial intelligence platform that revolutionizes how satellite imagery is transformed into actionable 3D terrain data. Powered by proprietary computer vision and physics‑guided inference models, 3‑Drishti delivers ultra‑lightweight, offline‑ready terrain intelligence with rapid processing pipelines. From defence navigation and autonomous robotics to smart city planning and energy analysis, 3‑Drishti brings precision, scalability, and real‑time decision support to every mission it powers.
Generates full 3D terrain intelligence in files under 1 MB.
Maps 100 km² in less than 5 minutes, even without internet.
Physics‑guided AI delivers ~95% precision using shadow geometry.
Powers defence, autonomous systems, telecom, and smart city planning.
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TejasKalp is an AI‑assisted drone‑based geospatial reconstruction platform in the research phase, designed to deliver real‑time 3D terrain intelligence directly in the field. Equipped with a daytime aerial imaging drone and an onboard GPU‑enabled edge computing module integrated into the RC/controller system, it captures high‑resolution imagery and generates georeferenced 3D outputs without relying on cloud infrastructure. By supporting GeoJSON‑based workflows, TejasKalp enables rapid structural and terrain reconstruction at significantly lower cost than traditional LiDAR solutions, with applications ranging from city planning and infrastructure mapping to surveillance, situational awareness, and energy or telecom asset monitoring.
Generates georeferenced terrain and structural models instantly in the field.
Onboard GPU module enables rapid analysis without cloud dependency.
Provides high‑resolution outputs at a fraction of LiDAR’s operational cost.
Supports city planning, surveillance, and energy/telecom asset monitoring.