The Cambrian Explosion was a moment of rapid evolutionary transformation that reshaped life on Earth. At Eoptic, we apply that same principle of accelerated innovation for autonomous vision platforms.
Cambrian Technology combines multi-modal imaging with real time vision processing – fusing data information in real time, enhancing autonomous systems ability to identify and discriminate.
Bringing multiple sensing types into a single compact system delivers deeper insight and more trusted characterization than standalone sensors.
Physics-Backed Confidence
Onboard AI leverages multiple sensing modes to improve detection and identification
Cross Environment Capable
Designed for any scene, any weather, any target
Low SWaP
Smaller, lighter, power efficient
A standard (RGB) photo provides only a limited representation of the scene and its underlying context.
Different types of light reveal different details. Combining multiple modes in a single image delivers a more complete picture than any single mode alone.
Mode 1
Mode 2
Fused
Mode 1
Mode 2
Fused
Mode 1
Mode 2
Fused
By combining modalities, we can use information from each to make the best decisions.
Size
Heavy and bulky
Each camera requires its own housing, lens, mounting hardware, and power supply.
Compact and lightweight
Multiple sensor modalities share a single housing, lens, and embedded processor.
Integration
Complicated integration
Separate data streams require proprietary synchronization and offline processing pipelines.
Single device, complete picture
One device outputs a unified, fused data stream – no synchronization overhead.
Speed
High latency
Fusing data across systems takes time – measured in seconds or minutes, not milliseconds.
Real-time results
On-board edge compute performs sensor fusion and AI inference without leaving the device.
Detect, track, and classify unmanned aerial systems in complex backgrounds – across day, night, and adverse weather conditions – with the reaction time that operational environments demand.
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Surface defects, contamination, and structural anomalies that are invisible to standard cameras become unambiguous signatures when inspected across multiple spectral bands simultaneously.
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Track resident space objects, distinguish debris from active satellites, and maintain persistent awareness of the orbital environment – where the margin for error is zero.
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We begin with physics. Determining which spectral bands, polarization states, and sensing modalities carry the most discriminative information for a given application.
Custom optical systems designed in-house allow multiple modalities to share a single aperture and lens train. This reduces size, weight, and latency while enhancing precision required for high-accuracy fusion.
Embedded compute modules run sensor fusion, AI inference, and advanced processing directly on-board. The system produces actionable outputs – detections, classifications, alerts – not raw data requiring external processing.
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