Functional safety, Debugging, Automotive
Knowledge bank
Insights, stories, guides & trends shaping the future of embedded systems
Our latest blog posts
Shaping the future with knowledge
Renesas RH850 MCUs with IAR: Powering next-generation software-defined vehicle development
Key takeaways from embedded world North America 2025
From driver information systems to body control ECUs: Breaking the cost & complexity barrier in automotive software
Driving ASIL-grade innovation: Optimizing motor control performance and safety with Codasip and IAR
Our latest customer cases
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Automotive
LeadDrive x SemiDrive x IAR
Industrial automation
Landis+Gyr
Our latest webinars
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On-demand
Boost your daily software development cycle
- In English
IAR Embedded Workbench for Arm Extended with 64-bit support
On-demand
Developing bare-metal applications for Cortex-A53 microprocessors
- In English
IAR Embedded Workbench for Arm Extended with 64-bit support
Articles
Embedded knowledge base
Why validating your own toolchain for functional safety is costly and time-consuming
Code and data size for an RTOS-based design
Finding bugs in Arm Cortex-M3 and -M4 applications
The straight way to secure device software applications
To C or not to C: deeper code insights through static analysis
Our latest guides
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Embedded security
The foundations of Embedded Security
Navigating threats and solution in the digital era
Development tools
12 Fundamentals of Embedded Software Development
Speed up time to market, secure quality, and at the same time stay within the budget
Development tools
TCO white paper
Determining the Total Cost of Ownership (TCO) for embedded software tools relies on factors like tool choice, team size, project complexity, and goals.
Development tools, Debugging
RISC-V
The Ultimate Hands-On Guide: Getting Started with RISC-V by IAR
