Domains
Applying one methodology across different measurement challenges.
cosine applies the same development methodology across three specialised domains. Each domain focuses on a different type of measurement challenge, but all projects follow the same principle: combining physics and engineering to design and build systems that generate reliable data. While the scientific questions and environments may differ, the underlying approach remains consistent. We translate measurement needs into integrated systems that perform reliably in complex and demanding conditions.
Remote Sensing
Remote sensing systems observe processes on Earth and in planetary environments from a distance. By capturing optical and spectral signals from space, the atmosphere, or airborne platforms, these systems help monitor environmental change, analyse ecosystems, and support scientific discovery.
cosine develops instruments that measure environmental phenomena such as vegetation health, water quality, atmospheric composition, and surface dynamics.
High-Energy Optics
High-energy optics focuses on measuring radiation such as X-rays and gamma rays. These signals provide unique insight into high-energy processes in the universe and into the structure and composition of materials.
cosine develops advanced optical systems that capture and focus high-energy radiation with high precision, enabling observations in astrophysics as well as scientific and industrial research.
Inspection Systems
Inspection systems reveal information that cannot be observed directly within materials, components, and industrial processes. These systems support quality assurance, safety, and reliability by detecting defects, structural weaknesses, or hidden anomalies.
cosine develops measurement systems that help organisations inspect and monitor critical infrastructure, industrial equipment, and specialised applications such as forensic analysis.