TASKING Integrates Modern AI Technology to Enable Robust Software Verification and Validation (V&V)
TASKING, a global leader in high-performance embedded software development tools, today announced enhancements to the TASKING toolchain that enable seamless integration of AI in the software development and verification workflows. These new capabilities accelerate the design and increase the performance of functionally safe and secure embedded real-time applications within automotive, aerospace & defense, industrial, and robotics while enabling OEMs to verify and validate (V&V) systems using agentic AI workflows.
TASKING Delivers Advanced Worst-Case Timing Coupling Analysis and Mitigation for Multicore Designs
TASKING, a global leader in high-performance embedded software development tools, today announced enhancements to its unified toolchain that provide greater in-depth timing analysis of real-time, multicore embedded systems. With the integration of TASKING’s compiler technology, BlueBox debuggers, winIDEA IDE, and the LDRA tool suite, developers can more accurately assess complex timing issues such as worst-case execution time (WCET) as outlined by industry standards. By accelerating and simplifying complex timing coupling analysis, TASKING helps OEMs reduce the risks and costs associated with certifying mission-critical multicore systems, including applications in aerospace, automotive, industrial, and robotics such as collaborative robots (cobots).
TASKING Celebrates 1-year Anniversary of LDRA Acquisition with Launch of Complete End-to-End “Compile, Debug, Test” Toolchain for Safety- and Security-Critical Systems
On the first anniversary of its acquisition of LDRA, TASKING, a global leader in high-performance embedded software development tools, announced the availability of its TASKING toolchain. With the successful integration of LDRA and TASKING capabilities, this seamless, integrated toolchain provides complete end-to-end compile, debug, and test capabilities. Its AI enhancements accelerate the design of functionally safe and secure embedded real-time systems in automotive, aerospace & defense, industrial, and robotics.
