Monitor telemetry streams, configure secure MQTT relays, and orchestrate smart operations with custom ESP32 firmware, serverless brokers, and custom data visualization.
Connect physical items to the cloud. We code secure MCU firmware, configure high-capacity MQTT brokers, and design custom telemetry visualization charts.
Optimize device memory and power consumption. We write robust C++ and Python firmware for custom telemetry sensors and edge control relays.
Transmit data safely over high-performance message brokers. Implement end-to-end client token authentication and SSL/TLS encrypted links.
Track sensor states, GPS traces, and relay conditions on custom React dashboard dashboards powered by Socket.io and InfluxDB.
Push security patches and features remotely. We build compliant Firmware Over-The-Air (FOTA) servers to update hardware fleets safely.
Trigger WhatsApp messages, SMS alerts, or database actions immediately when sensor values cross target security thresholds.
Extend transmission range using low-power wide-area network (LPWAN) protocols for remote telemetry or Bluetooth beacons for warehouse tracking.
We build enterprise topologies from bare-metal edge circuits to real-time browser visualizers. Select a tier to examine our framework integrations.
{
"device_id": "ESP32_A02",
"firmware_version": "v2.1.4-secure",
"uptime_s": 84320,
"sensors": {
"temperature_c": 24.8,
"humidity_rh": 52.4
}
}Click any edge device below to generate a data packet and trace its route as it flows to our brokers and dashboards in real-time.
Build connection templates instantly. Select your MCU, network configurations, and sensory parameters to generate production-ready code.
All templates configure standard pub/sub mechanisms with integrated auto-reconnection loops and keepalive routines.
We compile binaries and design PCB circuits for various systems. Filter options below to inspect supported microchips.
Excellent dual-core MCU with native hardware cryptography support for secure TLS sockets.
Industrial ARM Cortex-M4 board ideal for real-time sensor processing via RTOS kernels.
Miniature Linux SBC. Perfect for lightweight video streaming nodes and Python gateways.
GPU-enabled edge compute node for real-time AI object detection and video feeds.
Long-range, low-power transceiver for sending telemetry packets across miles of remote area.
Global Multi-Band LTE Module with integrated GPS for mobile asset and cargo trackers.
Ultra-low power SoC optimized for Bluetooth LE beacons and mesh networks.
Dual ARM Cortex-M0+ chip, excellent for custom industrial PCB logic controllers.
Real-world production case studies showing our hardware and telemetry implementations in action.
Retrofitted STM32 sensor array on automated hydraulic pump assemblies to monitor vibration frequencies and anomalies.
Distributed solar-powered ESP32 nodes monitoring micro-climate soil humidity and NPK indicators over long-distance relays.
Real-time GPS tracking and freezer cabin temperature reporting utilizing offline flash logging for blind spots.
Integrated RFID tracking system and worker processing app tracking garments through washing checkpoints.
Edge computer vision arrays running real-time object detection models for adaptive vehicle signal scheduling.
Custom Espressif ESP32 relays and central Zigbee gateways managing HVAC heating curves and power relays.
Automated climate regulating engine managing hydroponic drip valves, misting fans, and motorized shade curtains.
Frequently asked engineering and integration questions regarding our IoT architectures.
Ready to build or scale your telemetric network? Drop your details below. Our IoT systems architect will review your hardware targets.