thinger.io

How do you simulate the behavior of an IoT system before deployment?

⚠️ In well-designed architectures, validating system behavior is not optional.

At thinger.io, we take a deeper look into the role of simulation in IoT systems and show a practical example of how AI can help recreate system behavior and test different scenarios before deployment.

👉🏻 Read more: https://thinger.io/how-to-simulate-an-iot-environment-before-deployment/

Enjoy 🚀

Starting the year is a good moment to return to what really matters ✨

At Thinger.io, we believe is best learned by practicing and building, using tools and projects that connect theory with real use cases.

That’s why we support universities and educators in teaching and research, providing environments where students can experiment, learn, and create without unnecessary barriers. 🚀

If you are a student or educator, discover the special educational conditions we offer:

👉 Go → https://thinger.io/educational-support-thinger-io/

Over-the-air (OTA) updates are essential for any IoT deployment — but unstable networks can turn them into a challenge.

With the new Thinger.io VS Code Remote OTA 1.1.5, you now have precise control over every step of the process, even in poor connectivity environments.

🔧What’s new:
• thinger-io.otaTimeout — set your own timeout per device or network.
• thinger-io.otaBlockSize — adjust the data block size for slow or unreliable connections.

💡 The result: safer, more reliable firmware updates — perfectly adapted to real-world IoT conditions. Ideal for industrial, rural, or large-scale deployments.

Develop, compile, and update your firmware directly from the cloud with the Thinger.io VS Code Plugin.

Learn more 👉 https://docs.thinger.io/ota