We Deliver
From measurement question to operational system.
Every project at cosine begins with a measurement challenge. Something needs to be understood, monitored, or observed with a level of precision that existing solutions cannot provide. Our role is to translate that challenge into a measurement system capable of generating reliable data.
To achieve this, cosine applies a consistent development methodology. We combine physics and engineering to design, build, and validate integrated measurement systems that operate reliably in complex environments on Earth and in space.
Proven systems
cosine follows a consistent development process that transforms a measurement question into a validated system.
Define → Design → Calculate → Build → Test → Validate
We begin by identifying the real measurement need behind each challenge. From there, we design the system architecture, analyse performance through modelling and simulation, build the integrated system, and verify that it performs reliably under operational conditions. This methodology allows cosine to develop systems that deliver dependable measurement performance across a wide range of missions and applications.
Domains
cosine applies this methodology across three specialised domains. Each domain addresses a different class of measurement challenges while using the same physics-and-engineering foundation.
- Remote Sensing – Measurement systems that observe environmental and planetary processes from space, the atmosphere, or the ground.
- High-Energy Optics – Optical systems that help capture and analyse high-energy radiation for astrophysics, materials research, and scientific instrumentation.
- Inspection Systems – Measurement solutions that reveal hidden information within materials, structures, and industrial processes.
Technologies
Behind every system is a combination of scientific principles and engineering technologies. cosine integrates optics, detectors, imaging systems, electronics, software, and system architecture to build measurement systems tailored to each challenge.
These technologies are not offered as standalone products. Instead, they are combined within a rigorous systems engineering framework to deliver reliable measurement performance.
Facilities
Specialised laboratories and integration environments that support the full lifecycle of system development and validation.