Hardware that thinks.
Software that scales.
Products that last.
End-to-end IoT development — from embedded firmware on the chip to cloud dashboards and fleet management at scale. We bridge the gap between physical devices and digital intelligence.
What we build
Full-stack IoT,
chip to cloud.
Embedded Firmware
Custom firmware for microcontrollers and SoCs — from bare-metal C to RTOS-based systems. We write code that runs reliably on constrained hardware for years.
IoT Cloud Platform
Scalable backends that ingest millions of device events per day. Device management, OTA updates, telemetry pipelines, and real-time dashboards.
Connectivity & Protocols
We select and implement the right protocol stack for your product — whether that's BLE, Zigbee, LoRaWAN, LTE-M, Wi-Fi 6, or a custom RF solution.
Device Management
Fleet management at scale — remote provisioning, OTA firmware updates, health monitoring, and anomaly alerting across thousands of deployed devices.
Security by Design
Hardware-backed key storage, secure boot, encrypted channels, and certificate management. Security built into the architecture, not bolted on after.
Edge Intelligence
Run ML inference directly on-device — anomaly detection, predictive maintenance, and computer vision at the edge with no cloud round-trip required.
Who we serve
Industries we've
shipped products in.
Industrial & Manufacturing
Predictive maintenance, asset tracking, quality control sensors
Smart Buildings
Energy management, occupancy sensing, HVAC automation
Healthcare & Med-Tech
Remote patient monitoring, clinical wearables, asset tracking
Agriculture & Environment
Soil sensors, irrigation control, environmental monitoring
Consumer Products
Connected home, wearables, smart appliances
Logistics & Supply Chain
Cold chain monitoring, GPS tracking, warehouse automation
How we work
From concept
to production floor.
Requirements & Architecture
We define the full system architecture — hardware constraints, connectivity requirements, data flows, cloud topology, and security model — before any code is written.
Prototype & Proof of Concept
A working prototype on evaluation hardware validates core assumptions. You see real sensor data flowing to a real dashboard before committing to production hardware.
Firmware & Cloud Development
Parallel development tracks: embedded firmware and cloud backend built simultaneously with regular integration milestones. Weekly demos, no surprises.
Hardware Integration & Testing
Integration testing on production-representative hardware. EMC pre-compliance checks, stress testing, power profiling, and OTA update validation.
Certification Support
We prepare technical documentation and support you through FCC, CE, and carrier certifications — the part most teams underestimate.
Production & Scale
Manufacturing hand-off, production firmware signing, fleet management setup, and ongoing firmware maintenance as your product scales to thousands of units.
Our stack
Production-proven tools,
not evaluation boards.
Hardware
- ESP32 / ESP8266
- STM32 Series
- Nordic nRF52
- Raspberry Pi CM
- Custom PCB Design
Firmware
- C / C++
- MicroPython
- FreeRTOS
- Zephyr RTOS
- Arduino Framework
Connectivity
- BLE 5.0
- Wi-Fi 6
- LoRaWAN
- LTE-M / NB-IoT
- Zigbee / Thread
Cloud & Data
- AWS IoT Core
- Azure IoT Hub
- InfluxDB
- TimescaleDB
- Grafana
Common questions
FAQ
Do you design the hardware too, or just the software?
Both. We can take a product from concept through schematic, PCB layout, firmware, and cloud — or work with your existing hardware team on just the firmware and cloud layers. We're flexible on scope.
How do you handle OTA firmware updates for devices already in the field?
We build OTA update infrastructure from day one — not as an afterthought. This includes rollback mechanisms, staged rollouts by device cohort, and cryptographic signing to ensure only verified firmware is accepted.
Can your systems handle hundreds of thousands of devices?
Yes. We design cloud architectures that scale horizontally from day one. Our time-series pipelines are tested to handle millions of events per minute, and device management platforms are built on infrastructure that auto-scales.
How do you approach battery life optimisation?
Power profiling starts at the architecture stage. We implement duty-cycling strategies, select appropriate sleep modes, optimise radio duty cycles, and profile current draw at every hardware lifecycle stage to meet your target battery life.
What certifications do you help with?
We support FCC (Part 15), CE (RED Directive), IC (Canada), and carrier certifications for cellular modules. We also assist with Matter/Thread certification for consumer products and IEC 62443 compliance documentation for industrial deployments.
Have a hardware idea
ready to be built?
Share your concept — prototype spec, napkin sketch, or fully scoped brief. We'll come back with a clear path from idea to production-ready product.