On Wednesday, 16 April 2025, at 16:30, CAREL will hold a new free webinar in English titled 'How STone Generative AI can simplify and add value to the daily work of a software designer in the HVAC/R industry.'
The webinar will focus on the typical problems faced daily by those who develop software for HVAC systems and will show how a generative AI model can accelerate and improve the coding, testing, and validation of application software, maximizing development efficiency and quality.
Smarter Development
STone allows a development team to work together on the same project, increasing each individual's efficiency
During the event, the main advantages of STone, CAREL's development environment that benefits from the generative AI engine and is designed to manage every phase of HVAC/R software development, will be summarised.
STone allows a development team to work together on the same project, increasing each individual's efficiency and setting up a workflow and team progress. The new CAREL tool is characterized by its ease of use, reduced development times, and high software quality.
Code Automation
Its generative AI component can help software developers by automating code writing, generating documentation, and suggesting solutions to complex problems.
It facilitates debugging and improves efficiency, allowing developers to focus on more creative and strategic activities, thus accelerating the software development cycle.
Cybersecurity Integration
Finally, the platform integrates functions required by market standards in terms of cybersecurity to protect CAREL's programmable controls from unauthorized access, unwanted manipulation, and other potential risks, aiming to protect the integrity of industrial processes and preserve the security of daily operations.
The webinar will be a unique opportunity to discover the main features of this new development tool and how the integrated Generative AI can revolutionize the daily work of software designers in the HVAC/R industry, ensuring quality in programming and focusing energies on higher-value activities.
