Sqrrl offers a specialized operating system for safety-critical onboard computing, providing deterministic performance and enhanced security for aerospace, defense, and automotive applications. Its platform streamlines development with a focus on predictable execution and robust architectural foundations, enabling the deployment of reliable embedded solutions.
Funding
$12.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Developing and deploying high-performance onboard computing systems for safety-critical applications in aerospace, defense, and automotive sectors presents significant challenges in achieving robust security, predictable performance, and efficient development cycles. Traditional operating systems often lack the deterministic guarantees and specialized features required for these demanding environments, leading to integration complexities and potential vulnerabilities.
Solution
Sqrrl provides a specialized operating system engineered for critical computing, delivering deterministic performance, enhanced security, and safety assurance for high-performance onboard computers. The platform is designed to streamline development workflows, enabling comfortable programming and agile integration within demanding industries. By prioritizing optimal performance and leveraging a robust architectural foundation, Sqrrl addresses the unique requirements of safety-critical systems, facilitating the deployment of reliable and secure embedded solutions.
Target Audience
The primary target audience includes engineers and development teams in the aerospace, defense, and automotive industries who require a reliable and secure operating system for safety-critical embedded systems.
Features
- Real-time kernel with deterministic task scheduling for predictable execution
- Integrated security framework with fine-grained access control and memory protection
- Support for safety-certified development processes and standards
- Modular architecture for efficient customization and resource management
- High-performance I/O handling for demanding data throughput requirements
- Cross-compilation toolchain for seamless integration with embedded hardware
- Secure boot and runtime integrity verification mechanisms