SigmaLabs develops radiation detectors and radiation‑resilient electronic systems for harsh environments such as space missions and high‑energy physics experiments.
Funding
Funding not disclosed
Founders
Product
Problem
Space missions and high‑energy physics experiments operate in radiation‑intense environments where conventional electronic components and detectors quickly degrade, leading to loss of functionality and costly redesigns.
Solution
SigmaLabs designs and builds radiation detectors and radiation‑resilient electronic systems that can operate reliably under high‑dose conditions. The company covers the full development lifecycle, from system architecture and component selection through schematic capture, PCB layout, analogue and signal‑integrity simulation, FPGA verification, and embedded software implementation. It also provides device characterization, predictive‑maintenance tools, and dedicated radiation‑testing and modeling services. By leveraging a network of specialist engineers and a history of collaboration with the European Space Agency, SigmaLabs delivers customized solutions that meet the stringent reliability requirements of space and particle‑physics applications.
Target Audience
Primary customers are aerospace agencies, satellite manufacturers, and research institutions conducting high‑energy physics experiments that require radiation‑tolerant detectors and electronics.
Features
- End‑to‑end hardware design workflow including architecture, component selection, schematic entry, PCB layout, and power‑/signal‑integrity analysis
- Mixed‑signal, high‑speed digital, and FPGA design with full simulation and verification capabilities
- Embedded software development and integration for detector readout and system control
- Radiation testing and modeling services using specialist engineers and ESA‑validated methodologies
- Predictive‑maintenance systems that monitor device health and forecast performance degradation
- Expertise in commissioning and integration of payloads for space missions and high‑energy physics experiments