Welcome Embedded World 2025 Attendees
Welcome to Embedded World North America!
Developing high-quality embedded systems that are safe, secure, and reliable is challenging. That’s why many software and hardware teams rely on solutions that help efficiently manage strict compliance requirements and foster collaboration and innovation.
Stop by our booth (TBD) to chat with our experts about how our embedded development tools can help you to find a balance between security and velocity to help you drive new innovations. If you want to skip the line, you can contact us now to pre-schedule a meeting with one of our experts.
Don’t Miss This Presentation
Chat With Our Experts for a Chance to Win!
- Stop by the Perforce booth (TBD) for a chance to win a pair of Apple AirPods Max Headphones
- Complete the 2025 State of Automotive Software Development Survey for a chance to win a gift card
Explore Embedded Solutions
Functional Safety & Compliance
Ensuring that your code is safe, secure, and reliable can be a difficult and time-consuming process. However, by applying a coding standard or guideline, it makes the process far easier. Using a static analysis tool is one of the most efficient and easy ways to enforce coding standards and verify compliance.
This helps ensure the overall consistency, correctness, and completeness of your code with respect to functional safety and security requirements. In addition, static analysis tools identify defects, vulnerabilities, and compliance issues as you code which enables you to fix errors earlier in development.
Development Velocity & Security
When you write code, you most likely need to comply with quality, as well as functional safety or security standards. Static analysis tools can quickly analyze your codebase and provide feedback — ensuring that your team is able to maintain a high development velocity.
In addition, some static analysis tools are also able to perform static application security testing (SAST), which is crucial as they detect vulnerabilities that leave systems open to software security vulnerabilities.