Experience the power of seamless security with microTLS (µTLS), our lightweight yet robust communication protocol purpose-built for micro-controllers in the IoT landscape. µTLS serves as a secure platform, enabling developers to focus on the core business logic of their applications, while ensuring a smooth and secure transition to market, bypassing the challenges typically associated with integrating security in resource-constrained settings.
Developers acquainted with the Arduino platform will find µTLS intuitively familiar. Extending on the simplicity of Arduino's design principles, µTLS introduces an optimized communications layer with two additional callbacks that you need to implement in your sketch - one for generating messages to be sent to the server, and another for processing received responses. All the while, µTLS manages the complex aspects of secure communication, freeing developers from the intricacies of encryption and networking libraries.
Behind the scenes, µTLS takes care of all the security nuances. From establishing trust, securely exchanging encryption keys, to conducting ongoing integrity checks, µTLS ensures that your data remains untampered and complete throughout transmission. All this while conforming to the principles defined by the Transport Layer Security standard.
Communicating securely with µTLS is as straightforward as a "ping-pong" exchange between the micro-controller, sensors, and the cloud server. Designed with adaptability at its core, µTLS can be implemented across any bi-directional communication stream. Whether it's TCP, Serial (RS232 and TTL), 6LowPAN, Zigbee, BLE (Bluetooth Smart), or RF (Radio Frequencies), µTLS ensures secure communication from a micro-controller to a cloud server, and even between a mesh of sensors connected through a gateway.
We've adapted well-known encryption and security algorithms to suit resource-constrained micro-controller environments, ensuring your devices remain secure without compromising memory or code footprint. And the choice is in your hands; select the algorithm that best fits your target micro-controller. With µTLS, additional algorithms can be easily added in a modular fashion based on your constraints and requirements, enhancing the longevity and adaptability of the platform.
Our aim with µTLS has always been to simplify without compromise. We believe in empowering developers with tools that are easy to follow and simpler to use, while ensuring the highest standards of security. Unleash the potential of secure IoT with microTLS (µTLS).
