Custom Electronics
We design the boards, write the firmware, and build the devices — in-house, in Tbilisi.
Overview
AzRy builds its own electronics. The validators, controllers, readers, and displays behind our transport, fintech, and government systems are designed, manufactured, and serviced by our own hardware arm — Georgian Microelectronics (GeMe) — a team with no peer in the country in embedded design.
Twenty years and 20,000+ devices in, we still own the whole stack under one roof: schematic and PCB, firmware, manufacturing, and lifelong service. We bring that same capability to outside clients across telecom, banking, government, and retail.
Capabilities
Hardware Design
Schematic and multi-layer PCB, microcontroller and microprocessor systems, prototyping and validation.
In-House Manufacturing
PCB fabrication and assembly, component sourcing, serialized production in 100–1,000-unit batches.
Embedded Software
Bare-metal and Zephyr RTOS firmware, with automated on-device testing built into every board.
Lifecycle Service
Warranty and post-warranty repair, field and bench diagnostics. We support what we ship.
What We Build
Public-transport hardware — ~10,000 validators, thousands of onboard computers, bus-stop displays, and metro turnstiles — the hardware behind 1M+ daily taps across 30+ cities.
Secured payment readers — Secured kiosk card readers for Bank of Georgia (2,600 in the field, a new STM32H5 generation in production) — transport top-up and bank-card identification in one device.
Monitoring & control — Video Monitoring Controllers for Silknet's national surveillance network (2,400 deployed, a next generation underway), and diesel-generator controllers for remote mountain sites.
Access & parking — Turnstile and access controllers, plus full license-plate-recognition parking systems in Batumi and Kutaisi.
Self-service & bespoke — Payment kiosks, money changers, and automated car-wash controllers with plate recognition and loyalty.
Design → build → run → service — all in-house
We work at the chip level — STM32, NXP, and Maxim silicon, LoRa and cellular, FPGA-driven displays.
What's Next
Smart Circuits Kit — a gamified electronics-education kit for ages 12+: 250+ build exercises across 17 topics, with a task book that turns a parts box into a curriculum. In pilot now.
Clients
The hardware behind Georgia's systems.
Bank of Georgia
TBC Bank
Galleria Tbilisi
Civil Registry Agency