Devices, without the wait.
Explore batteries, solar inverters, water meters, cold storage, marine equipment and an STM32-based MXChip profile.
STANDALONE · NO ACCOUNT NEEDEDBuild the idea.
Build the idea.
Simulate the device.
Your next connected product starts here. Explore how devices behave, test what happens when things fail, and prepare your telemetry flow before the board arrives.
Device simulationFault injectionMemory & batteryNetwork testingTelemetry APIsOptional virtual OTA
Runs in your browser. Your backend and OTA provider stay your choice.
01
// Explore your next connected product02
device = "battery_rack";03
scenario = "normal_operation";04
telemetry.sample();Scenario ready to explore
Battery rackSynthetic readings · browser preview
NominalSTATE OF CHARGE84.5%
PACK TEMPERATURE28.3°C
A place to explore. A clearer path to hardware.
LESS GUESSWORK. MORE BUILDING.Test the edges.
Test the edges.
Before the field does.
A practical workspace for developers and hardware teams building connected products. Start with a model, explore the failure modes, then connect the APIs you need.
Find the weak connection.
Inject faults, explore dropped packets and test bounded browser buffering. See how your telemetry behaves when connectivity fails.
Connect on your terms.
Use Telematric’s public telemetry APIs and optional virtual OTA. Keep your own application, backend and third-party tooling.
FROM WHAT IF TO WHAT’S NEXTYour next prototype
Your next prototype
can start right here.
Standalone simulation needs no account. Live Telematric APIs use your workspace credentials and allowances.
Simulation models and hardware budgets are illustrative estimates. Virtual OTA verifies downloads and simulates status reporting; real flashing, bootloader recovery and physical performance require hardware testing.