Current validation
TRL 6 completed; TRL 7 development underway.
Technology
RF sensing through passive photonic interaction and software-assisted interpretation.
Optii uses fibre-optic sensing and photonic signal response to support detection and interpretation of RF activity without relying on traditional powered electronic detection components at the forward sensing point.
Three Pillars
Optii combines passive photonic sensing, software-assisted interpretation, and a patent-backed photonics foundation.
Passive Photonic RF Sensing
Passive sensing architecture designed for contested and mission-critical environments.
Software Interpretation Layer
Tools for detection, classification, monitoring, alerting, and fibre health awareness.
Patent-Backed Architecture
RF sensing patent-pending work supported by foundational photonics IP.
RF Sensing Process
01
RF environment or source
02
Passive sensing end
03
RF converted to light
04
Converted back to RF
05
Operator awareness
Public Technical Snapshot
Development roadmap
Planned expansion toward broad multi-band RF sensing coverage.
Linewidth
Narrow linewidth response supporting frequency isolation.
Demonstrated sensitivity
RF detection demonstrated at signal levels down to approximately -40 dBm under tested laboratory conditions.
Fibre deployment potential
Fibre-enabled sensing architecture concept, subject to configuration and validation.
Forward sensing end
Designed without local power or battery at the forward sensing end.
Request a Technical Meeting
Review the sensing process, integration fit, technical maturity, and next-step evaluation pathways with the Optii team.