TECHAY was founded by engineers who believe seismic intelligence is a strategic capability. We deliver scalable, covert, ITAR-free sensor architectures for Türkiye's asymmetric threat environment.
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.
Zero visual signature, optional zero-RF emission. Immune to EW and SIGINT platforms.
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.
Encrypted data links, wireless mesh network and tablet / command-and-control alerts.
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.