From sensor node hardware design and embedded firmware to cloud backend integration and real-time dashboards — we build complete, production-ready IoT systems that connect your products to the data that drives decisions.
Full-stack IoT development from sensor node hardware through to cloud dashboards and mobile apps
Custom sensor node PCBs and gateway hardware — ultra-low-power designs with RF front-ends, battery management, and ruggedised form factors for industrial environments.
Multi-protocol connectivity design and firmware: WiFi, BLE, Zigbee, LoRaWAN, NB-IoT, LTE-M, and Modbus/RS-485 for legacy industrial integration.
Bare-metal and RTOS firmware for IoT devices — sensor drivers, power management state machines, OTA update support, and secure boot implementation.
Device provisioning, MQTT broker setup, data pipeline architecture, and time-series database configuration on AWS IoT Core, Azure IoT Hub, or Google Cloud IoT.
Real-time monitoring dashboards, historical analytics, alert management, and custom web or mobile apps — built on Grafana, Node-RED, or fully custom React frontends.
End-to-end security architecture — TLS/DTLS transport, device certificate provisioning, hardware-based secure element integration, and over-the-air encrypted updates.
Our typical IoT platform choices — scalable from single-product prototype to fleet of thousands
A structured hardware-firmware-cloud co-development workflow from concept to live deployment
We define the full system: sensor types, measurement accuracy, connectivity protocol, cloud platform, power budget, enclosure constraints, and data retention requirements. The output is a signed System Requirements Specification before any design work starts.
Schematic capture, PCB layout, and BOM selection for the sensor node and gateway hardware. RF layout and antenna matching are handled in parallel with mechanical envelope definition. First prototypes are assembled for firmware bring-up.
RTOS or bare-metal firmware development — sensor drivers, power management state machine, connectivity stack integration, OTA bootloader, and secure provisioning workflow. Full unit test coverage and code review before integration.
Device fleet provisioning, MQTT topic schema design, data ingestion pipeline, time-series database setup, and alert rule configuration on your chosen cloud platform. REST / WebSocket APIs for dashboard consumption are delivered and documented.
Real-time monitoring dashboard build — configurable panels, historical trend charts, threshold alerts via email/SMS/push, and user role management. Delivered as Grafana, Node-RED, or a fully custom web application.
End-to-end system validation in real field conditions — RF range testing, long-duration power logging, cloud reliability stress testing, and OTA update cycle verification. Full production handover package with manufacturing files, firmware binary, and cloud configuration.
A complete, production-ready IoT system — hardware, firmware, cloud, and documentation
Gerber X2, schematics, BOM, pick-and-place, and 3D STEP model for sensor node and gateway hardware
Full Git repository with documented source, build scripts, and CI/CD configuration for continuous deployment
IaC scripts (Terraform / CDK), MQTT topic schema, data pipeline configuration, and device provisioning templates
Deployed real-time monitoring dashboard with configured panels, alert rules, and user management
OpenAPI / Swagger spec for all REST endpoints and WebSocket event schemas for third-party integration
Working OTA firmware update pipeline with rollback support, signed binaries, and fleet management tooling
RF range test results, power consumption log, long-duration reliability data, and cloud stress-test report
Hardware integration guide, firmware porting guide, cloud ops runbook, and field installation manual
The hardware, firmware, and cloud platforms we work with on every IoT project
Our go-to for WiFi and BLE connected nodes — dual-core performance, rich peripheral set, and extensive ESP-IDF ecosystem with mature OTA and provisioning support.
Preferred for battery-critical BLE nodes and Matter/Thread mesh applications — outstanding power management, multi-protocol radio, and hardware cryptographic accelerator.
Device provisioning by claim, Rules Engine for data routing, Greengrass for edge compute, and IoT Jobs for OTA fleet management — scalable from 10 to 100,000 devices.
The standard on-premise stack for industrial IoT — Node-RED flow-based data processing, InfluxDB time-series storage, and Grafana for live operational dashboards.
Long-range, low-power network deployment using The Things Network public infrastructure or private ChirpStack network server — ideal for wide-area asset tracking and metering.
Microchip ATECC608 hardware-based key storage and crypto operations — ECC-P256 key pairs, X.509 certificate chain, secure boot key storage, and mutual TLS handshake acceleration.
IoT deployments across diverse verticals with domain-specific protocol and compliance knowledge
Predictive maintenance, machine monitoring, OEE tracking, and energy metering on factory floors
Soil moisture, weather station, irrigation control, and cold-chain monitoring with LoRaWAN coverage
HVAC control, occupancy sensing, energy sub-metering, and access control on BACnet/IP and Zigbee
GPS + NB-IoT fleet and asset trackers with geofence alerts, battery-powered for multi-year deployment
Smart metering, pipeline monitoring, level sensing, and remote pump control with tamper detection
Medical-grade environmental monitoring, cold-chain compliance, and wearable device connectivity
Inverter monitoring, battery storage management, and microgrid control with Modbus/TCP integration
Custom data acquisition systems, test bench automation, and multi-sensor logging platforms for research
Tell us about your IoT application — hardware constraints, connectivity requirements, data volumes. We'll scope a solution that ships on time and scales with your business.