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InterruptIO is the full-stack cloud platform for embedded devices. OTA updates, fleet dashboard, crash analytics, real-time data, serverless functions — all from one C header. No backend code. No DevOps. Just ship.
You learned C, not Kubernetes. You write firmware, not backend APIs. But every IoT project forces you to become a cloud engineer before you can ship.
Setting up AWS IoT Core, configuring MQTT brokers, building REST APIs, wiring up databases — weeks before your first sensor reading reaches the cloud.
OTA pipeline, crash reporting, fleet dashboard — you rebuild the same infrastructure every time. There's no "npm install" for embedded.
AWS IoT is built for enterprise DevOps teams. Firebase doesn't speak MQTT. Arduino Cloud is too limited. Nothing fits the embedded engineer.
One C header file. One init call. Instantly get OTA updates, fleet dashboard, crash analytics, MQTT streaming, time-series database, remote terminal, and serverless functions — all managed, all real-time, all included.
See what it takes to connect your embedded device to the cloud — with and without InterruptIO.
Your sensor sends data → InterruptIO processes it → Functions trigger automatically.
Whether you're blinking your first LED or managing a fleet of 10,000 devices — InterruptIO scales with you.
One header file. One init call. Works with any build system — PlatformIO, ESP-IDF, STM32CubeIDE, Makefile, CMake.
#include "interruptio.h"void app_main(void) {intr_init("YOUR_PROJECT_KEY");}
Telemetry, sensor readings, GPS, battery — any data you want to track. It's automatically batched, compressed, and works offline.
// Send sensor dataintr_metric_f32("temperature", dht.temp);intr_metric_f32("humidity", dht.hum);intr_metric_u32("battery_mv", adc_read());// Data syncs automatically ✓
See all your devices on one dashboard. Push OTA updates. Get crash alerts. Open a remote terminal. All from your browser.
// OTA happens automaticallyintr_ota_check_and_apply();// Remote config — no reflash neededuint32_t interval;intr_config_get_u32("poll_sec", &interval);
From your first sensor reading to managing a full fleet — one platform, one SDK, zero DevOps.
Push firmware updates to one device or your entire fleet. Canary rollouts, auto-rollback on crash, battery & signal checks before an update ships.
See every device on one screen. Online/offline status, firmware version, heap memory, signal strength, battery — all real-time.
When your device crashes, InterruptIO captures the stack trace, register dump, and heap state. Grouped by root cause, across firmware versions.
Managed MQTT broker included. Publish sensor data, subscribe to commands. 4ms latency. Works with any MQTT library on your MCU.
Every metric your device sends is stored in a fast, compressed time-series database. Query with SQL. Export as CSV. REST API included.
SELECT AVG(temp) FROM telemetry WHERE device = "sensor-01" GROUP BY hour;
SSH into any device from your browser. Run diagnostics, read registers, check heap usage — without physical access. Works over MQTT.
Change settings on your devices without reflashing. Push key-value config updates instantly. Devices hot-reload automatically.
A cloud mirror of every device. Test firmware updates, simulate faults, predict battery life — all without touching real hardware.
Get notified instantly when something goes wrong. Device offline? Crash detected? Battery low? Send alerts to Slack, email, or any webhook.
No new framework to learn. Add InterruptIO to your existing firmware. Works with any RTOS, any build system, any MCU.
1#include "interruptio.h"2#include "dht.h"34// Your InterruptIO project key (from dashboard)5#define PROJECT_KEY "proj_a1b2c3d4e5"67void app_main(void) {8 // 1. Initialize InterruptIO9 intr_init(PROJECT_KEY);1011 while (1) {12 // 2. Read your sensors (your existing code)13 float temp = dht_read_temperature();14 float hum = dht_read_humidity();15 uint32_t bat = adc_read_battery_mv();1617 // 3. Send to cloud (one line per metric)18 intr_metric_f32("temperature", temp);19 intr_metric_f32("humidity", hum);20 intr_metric_u32("battery_mv", bat);2122 // 4. Check for OTA updates23 intr_ota_check_and_apply();2425 // 5. Read remote config (no reflash needed)26 uint32_t sleep_sec;27 intr_config_get_u32("sleep_sec", &sleep_sec);2829 // Sleep until next reading30 delay_ms(sleep_sec * 1000);31 }32}
From the register on your MCU to a chart on your screen — here's what happens under the hood.
InterruptIO's backend runs on the Erlang VM — the same battle-tested runtime that powers WhatsApp, Discord, and telecom switches.
Whether it's a college capstone or a 10,000-device fleet — InterruptIO has you covered.
Agritech startups & college projects
Monitor soil moisture, temperature, humidity across your farm. Automate irrigation pumps. Get alerts when sensors go offline.
Factory automation teams
Track motor RPM, vibration, temperature on factory equipment. Predict failures before they happen. Push firmware fixes remotely.
Drone fleet operators & robotics clubs
Fleet-wide GPS tracking, flight hour logging, remote diagnostics. OTA update your entire fleet from one click.
ECE students & hobbyists
Your first IoT project — connect a sensor to the cloud and see data on a dashboard. No backend coding needed.
No more jumping between Grafana, AWS Console, and custom dashboards. Everything your team needs — in one clean console.
| Device | Status | Chip | FW | Temp | Bat |
|---|---|---|---|---|---|
| soil-sensor-01 | Online | ESP32 | v1.2.0 | 23.4°C | 94% |
| pump-ctrl-03 | Online | STM32F4 | v1.2.0 | 31.2°C | — |
| weather-node-02 | Offline | nRF52 | v1.1.8 | — | 12% |
| drone-spray-01 | Online | ESP32-S3 | v1.2.0 | 28.7°C | 67% |
From university labs to full-scale fleets — InterruptIO handles real workloads with real reliability.
Every connection encrypted. Every update signed. Every rollout verified.
Quick answers about the product and how to get in touch. Pricing numbers and limits — see Pricing.
Stop writing backend code for your IoT projects. InterruptIO handles everything — so you can focus on firmware.
Join the pre-release list — we're measuring interest before full launch. Early registrants get generous free access when we open the console.