Advanced Optical Sensing and Detection Technology
Spectrosense develops advanced optical sensing platforms for rapid detection and analysis of biological particles, combining high-sensitivity photodetection with FPGA-based acquisition, embedded hardware and real-time signal processing.
Advanced Sensing Challenges
Detecting complex biological signals
Biological particles can produce complex, low-intensity optical signals that require sensitive detection and precise signal acquisition.
Advanced optical architectures can capture subtle spectral signatures that conventional measurement approaches may struggle to resolve.
FPGA-based acquisition and embedded processing enable rapid analysis of optical signals directly within the sensing platform.
High-sensitivity detection
Real-time processing
The Solution
Advanced optical sensing
Spectrosense uses intrinsic signals and high-sensitivity photon detection to identify and analyse optical signatures from biological particles.
FPGA-based signal processing
FPGA-based acquisition and embedded electronics enable high-speed signal capture, processing and real-time analysis.
Precision optics, MPPC/SiPM photodetectors and embedded hardware are integrated into a compact and adaptable sensing architecture.
Integrated sensing platform
Address
Get in touch
66 Lancaster Road,
London, England,
W11 1QR