Custom PCB design, embedded C/C++ firmware, wireless connectivity, and scalable cloud backends — built for Smart City & Government Hub.
Delhi-NCR's smart city initiatives and enterprise IT sector demand IoT infrastructure that's secure, scalable, and compliant. We've built solar-powered traffic signage systems, RFID access control platforms, and fleet monitoring solutions — all with production-grade security and OTA update infrastructure.
ARM Cortex-M, ESP32, RISC-V. Bare-metal C/C++, FreeRTOS, Zephyr. Multi-layer PCB layout with signal integrity review.
BLE, Zigbee, LoRaWAN, NB-IoT, LTE-M, MQTT/AMQP. Full protocol stack from sensor to cloud gateway.
Cross-platform iOS & Android apps with BLE device pairing, real-time telemetry dashboards, and OTA triggers.
Node.js/Go backends, AWS/Azure device provisioning, secure OTA update infrastructure with staged rollouts.
HSM integration, AES-256 encrypted storage, certificate pinning, and secure boot for production deployments.
DFM review, testing jigs, fleet provisioning scripts, and ongoing firmware release management post-launch.
government smart city projects, enterprise IT, retail chains, and infrastructure monitoring companies
Remote ignition & LTE telematics for 500+ commercial trucks. Automotive-grade PCB surviving extreme vibration and heat.
View Case Study →Sub-second encrypted RFID attendance logging with AES-256, edge database failover, and real-time cloud sync.
View Case Study →Real-time vehicle tracking, geo-fencing, speed analytics, and fuel monitoring across Indian national highways.
View Case Study →Yes — our SmartSign solar traffic system is deployed on Indian national highways and smart city corridors. We understand the compliance, documentation, and reliability requirements of government-grade IoT deployments.
Security is built into every layer — hardware security modules, AES-256 encryption, certificate pinning, and secure OTA infrastructure. We've built RFID systems with edge failover and encrypted cloud sync for enterprise campuses.
Simple connectivity projects (BLE only) run 8–12 weeks. Full hardware-to-cloud MVPs typically take 12–20 weeks depending on PCB complexity and regulatory requirements. We provide a detailed roadmap after a free technical discovery call.
Every project includes 5-year firmware support with secure OTA update infrastructure. We manage staged rollouts with automatic rollback on failure — your devices stay up to date without manual intervention.