TeleCANesis is to exhibit at embedded world North America, showing how teams building highly interconnected embedded devices and their related applications can accelerate connectivity integration and cut development costs. The show will take place in Anaheim, CA this year, after a first successful edition in Austin, TX.
The TeleCANesis lean middleware platform lets developers address trends in sectors such as healthcare, smart industry, communications, and e-mobility. Embedded devices in these industries now typically demand complex distributed systems comprising multi-channel sensing, edge computing, gateways, and cloud services. Connecting the domains to capture, process, store, and analyse data, and communicate with actuators and HMIs, involves more than mere protocol translation to handle the different data formats, timing requirements, security, safety, and other issues. Conventional approaches call for intimate engagement with the different communication standards and even a simple application can involve writing tens of thousands of lines of code, which can add several months to a project. TeleCANesis now offers an alternative.
“The TeleCANesis framework builds on our own experience in embedded projects, tackling the same connectivity issues and facing the same coding challenges again and again,” said Jonathan Hacker, TeleCANesis Founder and CTO. “Developers facing these issues can now get to market faster and cut their development costs by up to 70% with TeleCANesis’ tools and support. Embedded World visitors can find out how by coming to our booth, 2062, any time during the show or, better still, arranging an appointment in advance.”
The event will feature live demonstrations of TeleCANesis running on the NXP i.MX 95 using QNX and DiSTI GL Studio, as well as on a Toradex i.MX 8 Yavia board using Linux and Slint. Additionally, an Ottawa Infotainment DragonFire Pro buck will be showcased, leveraging Crank Storyboard for its HMI capabilities, and TeleCANesis for connectivity.
With TeleCANesis, developers can design robust distributed systems and use automated code generation to bring them up quickly. Its powerful runtime core abstracts the complexity of connectivity, simplifying system integration. TeleCANesis supports a wide range of hardware buses, including – CAN, GPIO, and Modbus – and protocols like MQTT, ZeroMQ, and REST, with flexible data formats (JSON, BSON, CAN, RAW, and more). It also integrates seamlessly with HMI environments such as Crank Storyboard, DiSTI GL Studio, Slint, and Unity.
