An extension to the capabilities of its DesignSpark Zerynth Studio middleware toolkit, through its partnership with Zerynth, was announced by RS Electronics at electronica. Members of the DesignSpark engineering community can now use Python to program microcontrollers for blockchain and Internet of Things (IoT) applications through the DesignSpark Zerynth Studio suite.
It is available to download free of charge via a unique portal on the DesignSpark website.
The Zerynth Studio toolkit enables fast IoT application development, with high-level standards of security, as developers can program in Python or a hybrid C/Python language on the most popular 32-bit microcontrollers and connect them to cloud infrastructures.
The move opens up the use of Zerynth for IoT applications and embedded development to the huge community of programmers who use Python, a powerful programming language, which is widely used with the highly popular Raspberry Pi single board computer, for example.
Extending the DesignSpark Zerynth Studio middleware toolkit is made possible with the introduction of the open-source Zerynth Ethereum Library. It allows microcontrollers to generate and sign Ethereum transactions based on just a few lines of Python.
Ethereum is an open-source distributed-computing platform that generates the blockchain for the Ether crypto-currency.
The Ethereum library therefore provides developers with easy connection to the Ethereum blockchain and to use smart contracts and seamlessly integrate IoT devices with decentralised applications (DApps). The ability to generate, sign and send transactions from a microcontroller enables any device capable of running the cryptography algorithms to directly take advantage of smart contracts, which deliver credible and trackable transactions, thereby removing the need for centralised gateways as well as avoiding possible points of failure.
Zerynth launched through a successful Kickstarter campaign in 2015, originally under the name VIPER, with the aim of providing professional development tools for embedded and IoT applications in Python.
Since then, the company has helped thousands of developers around the world to create new IoT products and Industry 4.0 applications.
"Having the possibility to generate, sign and send transactions from the inside of a microcontroller enables any device capable of running the cryptography algorithms to directly take advantage of smart contracts, removing centralised gateways and points of failure,” said Giacomo Baldi, CTO of Zerynth. “This can be applied to many different fields, and increases trust between consumers and third parties.”
Mike Bray, Vice President of DesignSpark, added: “Zerynth gives our users access to one of the most intuitive programming studios available, supporting their new designs. The addition of the new feature set supporting blockchain and crypto-currency transactions expands the capabilities of the platform, placing Zerynth at the forefront of new application development and programming. We’re delighted to have made another significant addition to the tools and resources available to our DesignSpark community.”