Strategic Mission Capabilities
Deploying high-performance custom microelectronics across defense, aerospace, and advanced scientific payloads.
Electro-Optical Targeting & Night Reconnaissance
Thermal imaging and electro-optical readout systems for frontline tactical defense platforms — engineered to eliminate dependence on export-controlled foreign detector electronics at the point of greatest operational need.
- Thermal sights
- Electro-optic systems
- Stabilized sensing platforms
- Anti-drone targeting optics
Electro-Optical Targeting & Night Reconnaissance
Thermal imaging and electro-optical readout systems for frontline tactical defense platforms — engineered to eliminate dependence on export-controlled foreign detector electronics at the point of greatest operational need.
- Thermal sights
- Electro-optic systems
- Stabilized sensing platforms
- Anti-drone targeting optics
High-Reliability Space Sensor Payloads
Radiometric and optical payload readout electronics qualified for orbital deployment, supporting India's rapidly growing small-satellite constellations with high-revisit sovereign Earth observation capabilities.
- Orbital remote sensing
- Earth observation payloads
- High-reliability payload electronics
- Radiometric systems
High-Reliability Space Sensor Payloads
Radiometric and optical payload readout electronics qualified for orbital deployment, supporting India's rapidly growing small-satellite constellations with high-revisit sovereign Earth observation capabilities.
- Orbital remote sensing
- Earth observation payloads
- High-reliability payload electronics
- Radiometric systems
Extreme-Environment & Quantum-Adjacent Readouts
Specialized cryogenic sensor interfaces operating at the physical limits of temperature and timing precision — built for national laboratories pushing the frontiers of quantum science and deep physics.
- Advanced sensing systems
- Precision instrumentation
- Cryogenic electronics
- Quantum-related interfaces
Extreme-Environment & Quantum-Adjacent Readouts
Specialized cryogenic sensor interfaces operating at the physical limits of temperature and timing precision — built for national laboratories pushing the frontiers of quantum science and deep physics.
- Advanced sensing systems
- Precision instrumentation
- Cryogenic electronics
- Quantum-related interfaces
Development Trajectory
A phased path from laboratory to deployment.
Phase 1 — Current
Foundational Platform
Core mixed-signal readout silicon architecture and first tape-out execution, aligned with a committed domestic defense prime partner.
Phase 2 — Scale
Adjacent Sensing Domains
Extension of proven platform silicon architecture into pushbroom optical linear imaging and orbital communication links.
Phase 3 — Frontier
Frontier Programs
Advanced space-qualified and quantum-adjacent readout architectures supporting sovereign deep-tech missions.