Observation
Define the scene information that must remain useful.
01 / SYSTEMS
Observation systems for demanding environments.
Mission-led architectures, not generic payloads.
SYSTEM ARCHITECTURE
One observation chain.
One accountable system.
The useful unit is not an isolated sensor. It is the connected path from scene, through the platform and system interfaces, to the operator.
Integration
Relate mechanical, electrical, data and control interfaces early.
Presentation
Shape output around assessment, workflow and system state.
OHMIRIS approaches electro-optical systems as integrated observation chains. Each architecture is defined around the platform, environment, operator workflow and information requirement.
Persistent observation
Stable, interpretable imagery across time is the central design objective.
Platform integration
Mechanical, electrical and software interfaces considered from the first concept review.
Operator relevance
System outputs shaped for assessment and decision, not raw sensor volume.
RequirementsArchitectureIntegrationVerificationTRACEABLE DEVELOPMENT FLOW
ENGINEERING NOTE
A system is only as useful as its observation chain.
The design task begins by identifying what an operator must be able to observe, assess and communicate. That requirement is then carried through sensor selection, control loops, interfaces and the human-facing output.
A practical framework
Mission context
Platform motion, range, contrast, weather and operator workflow shape the system boundary.
Information continuity
The objective is not a single frame; it is a dependable sequence of interpretable observations.
Integration discipline
Electrical, mechanical, thermal and software interfaces are treated as design inputs.
OHMIRIS / ELECTRO-OPTICAL SYSTEMS ENGINEERING