Latest Updates
KRONO-SAFE announces ISO 9001:2015 certification
- mar 2021
- Posted in News
Paris, March 10, 2021 – The French software company KRONO-SAFE, is pleased to announce that it has obtained ISO 9001:2015 certification for the development, sale and support of a deterministic real-time software development platform for safety-critical cyber-physical systems. ISO 9001 is the internationally recognized standard for Quality Management Systems (QMS). It is the most widely […]
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[Whitepaper] ASTERIOS®: The Software Development Platform for the Automotive Transformation
- jan 2021
- Posted in Blog
Turning points in the car industry The next few decades will likely see the rise of EVs and autonomous vehicles and a diminishing of traditional internal combustion engines in modern transportation systems. This growing EV market is creating opportunities for new business models, while opening the door to new entrants into automotive, rewriting the auto […]
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KRONO-SAFE video presentation
- jan 2021
- Posted in News
With its ASTERIOS® integrated Software Tool Suite, KRONO-SAFE, a French DeepTech company, is pioneering new software development principles that empower architects and developers of safety critical real-time applications, and help them reach higher productivity levels for today’s complex cyber-physical systems. With a unique approach, based on Logical Execution Time paradigms (LET), the company is leveraging […]
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[Whitepaper] Reaching Higher Productivity Levels with KRONO-SAFE’s LET Based ASTERIOS® Platform
- jan 2021
- Posted in Blog
A turning point in realtime embedded systems engineering The evolution of the industry toward Cyber Systems – critically shaping our lives and businesses – calls for an evolution of real-time software development practices. To tackle a growing software complexity and meet the productivity challenge, companies developing real-time embedded systems are being confronted to a massive […]
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[Press Release] KRONO-SAFE launches a new version of its ASTERIOS® integrated software tool suite that provides performant and costeffective certification for realtime safety critical Software Applications.
- juil 2020
- Posted in News, Press Release
MASSY, July 9, 2020 – KRONO-SAFE announces today the launch of a new Release of its ASTERIOS® flagship solution, to accelerate and simplify real-time embeddded software design compliance and certification, primarily targeting Avionics systems. Over the last decade, the amount of software integrated in products like planes, cars or trains has considerably grown in order […]
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[Press Release] KRONO-SAFE raises €10.6 million and confirms its position as a leading european software tool provider for safety-critical real-time systems
- jan 2020
- Posted in News, Press Release
Massy, January 21, 2020 – French software company KRONO-SAFE recently completed a new €10.6 million Series B financing with participation from Aptiv PLC (NYSE: APTV), a new investor in the funding round, joining Safran Corporate Ventures and other lead investors. With this funding, the company has the necessary resources to further develop its ASTERIOS® tool-suite […]
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[Event] Meet us at ERTS’2020
- déc 2019
From 29th to 31st January, join our team at the ERTS (www.erts2020.org) in Toulouse to experience the benefits of ASTERIOS development suite for safe and critical markets. During the exhibition you will have the opportunity to attend a conference titled “Formal Verification”, run by AIRBUS, highlighting how ASTERIOS Checker offers “A Verification Tool for Certifying […]
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[Blog] Four reasons why current software development methodologies and tools are facing their limits in the safety and multi-core fastest growing segments of the embedded systems market
- mai 2019
- Posted in Blog
Real-time embedded systems are found in every innovative industry like aerospace, automotive, industrial, rail transportation, and medical devices. Breakthroughs in artificial intelligence (AI), industrial IoT (IIoT), autonomous transportation, robotics and smart automation are driving exponential growth in the number and complexity of real-time embedded systems. For example, an S-class Mercedes now runs with 20 million […]
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