TECHAY brings electronic hardware, embedded software, signal processing, communications and mechanical design together in field-oriented sensing systems. In our passive seismic detection work we focus on measuring ground vibration, processing event data on the sensor and relaying it to the operator interface.
We carry out system design and development in Türkiye, and validate our technical decisions with data from controlled field tests.
Legacy surveillance systems falter against line-of-sight masking, weather, and subterranean threats. We started from a different assumption: the earth is already speaking — we just need to listen on the right frequency.
By combining micro-seismic wave capture, low-power embedded sensor networks and machine-learning-driven signature recognition, we are building a fully sovereign defense platform.
To build a persistent perception layer across Türkiye's and allied border lines, critical infrastructure and forward operating bases — immune to electronic warfare and signals intelligence.
100% sovereign development from PCB to software. An agile supply cycle that translates field feedback into hardware and firmware within weeks. Export-ready defense technology with no foreign restrictions.
Hardware, firmware and algorithms with no third-party dependency. Zero backdoor risk.
The sensing layer operates without emitting an active interrogation signal. Buried or low-profile emplacement options and the communications architecture are selected according to mission conditions.
Lifecycle support, MRO and software updates free from ITAR and foreign embargoes.
An agile cycle that reflects field telemetry into firmware within weeks.
End-to-end sovereign capability from seismic intelligence to command-and-control layer.
Micro-seismic wave capture, frequency-domain transforms, adaptive noise filtering. Separates dismount, vehicle and digging signatures within seconds.
Ultra-low-power embedded sensor nodes; adaptable sensing with fixed-power and man-portable mission options.
Event data from the sensors is relayed to the Gateway and the operator interface over wired or wireless links suited to mission conditions.
In-house classification models, no third-party libraries. Agile OTA updates driven by field telemetry.
Thermal/optical (EO/IR) payload integration, Slew-To-Cue architecture. Cooperative coordination for positive visual ID.
Event-driven alarm protocols, map-overlay visualization, smart filtering to reduce operator cognitive load.