Twilio Microvisor, the new offering for ultra-reliable and highly secure Internet of Things (IoT) connectivity for microcontrollers by Twilio IoT, now supports Message Queuing Telemetry Transport (MQTT), a lightweight messaging protocol that is widely used in IoT applications for data transfer and communication between connected devices, on the FreeRTOS real-time operating system from Amazon Web Services (AWS).
Microvisor addresses the challenge of achieving robust and secure connectivity for IoT devices at scale, by way of introducing a hardware-protected hypervisor for microcontrollers to provide reliable and secure remote operations such as unbrickable over-the-air firmware updates, and secure remote live debugging as well as industry leading device-to-cloud security. Now, with Microvisor’s support for MQTT on FreeRTOS along with sample libraries and application source code, developers can accelerate the building of secure MCU-powered IoT devices and easily connect these devices to the cloud.
FreeRTOS, which was acquired by AWS in 2017, is an open source, real-time operating system for microcontrollers and small microprocessors that provides a highly scalable and configurable platform for IoT applications. FreeRTOS is widely adopted in the industry and has been optimized to work seamlessly with a variety of microcontrollers, making it a popular choice for developers building IoT devices.
“Twilio Microvisor and its MQTT support allows us to fast-track the go-to-market of our IoT solutions. As Microvisor takes care of connectivity and fleet management for us, we can focus on helping our clients capture value for their business in weeks. Twilio Microvisor gives us speed and flexibility for our development process for solutions including energy consumption reduction for industrial equipment, real-time cold rooms monitoring, and real-time drive-thru waiting time measurement.”Luis Ochoa, Systems Development Manager at Actus.io
“Twilio Microvisor and its use of Arm TrustZone provides an easy and efficient way for organizations to build more secure and reliable connected devices. With its support for MQTT on FreeRTOS, hardware designers looking to build low-power, MCU-based solutions can now quickly develop, deploy, and – most importantly but often ignored – scale the production and management of connected devices.”Richard Barry, founder of FreeRTOS and senior principal engineer for IoT Services at AWS
Twilio offers sample code and helpers on GitHub to help developers get started with an example application, and interested individuals can sign up for the Twilio Microvisor Beta Program to apply for a free development board to explore Microvisor on an STM32U585 MCU. With Microvisor, developers can quickly build IoT devices that are secure, reliable, and most importantly, scalable, making it an ideal choice for organizations of all sizes looking to benefit from a robust IoT infrastructure for their low-power devices with high security requirements.
“Embedded development for the edge is stuck in the past. No adaptive planning, evolutionary development, early delivery, continual improvement, or flexible responses to changes in requirements. What we’re really trying to achieve with the microvisor-based approach to IoT is to bring agile to the world of edge-native development. The tremendous market reception we’ve seen to date confirms that we’re on the right track.”Jonathan Williams, Lead Product Manager at Twilio
Microvisor is currently in Beta. Firmware engineers looking to build on Microvisor can learn more at www.microvisor.com, and sign up for the Beta Program and apply for a free dev board here.