English
SafeAI Autonomous Framework (SAF)

Making autonomy more accessible

SafeAI’s industry-first operating system hands heavy industry companies the keys to autonomy.

SAF is to heavy industry what Android is to mobile

operating-system-saf-desktop-full
operating-system-saf-mobile

Heavy industry companies recognize autonomous technology’s potential, but face significant barriers to entry in the form of limited time, few resources, and a lack of in-house expertise to build these solutions. That’s why we created the SafeAI Autonomous Framework (SAF), the first operating system purpose-built for autonomous heavy equipment.

By providing developers access to SafeAI’s certified and production-ready infrastructure, SAF allows companies to fast track their autonomous development and deployment, and experience the benefits of autonomy faster than ever and at a lower barrier to entry.

How SAF works

SAF is a highly portable and reliable operating system that provides ease of use and functionality in developing and deploying autonomous applications in embedded and real-time environments while supporting all safety-critical applications. Here’s how:

SAF wraps all underlying operating software and commands into a developer-friendly API that provides a smooth, real-time interactive experience between a company’s existing resources and SafeAI’s drivers.

Developers are able to manage and synchronize data using inter-task and inter-process communications, improving overall performance. By isolating its OS and DDS libraries, SAF runs independently of any particular OS or software, preventing potential for “vendor lock”. While highly capable as a standalone framework, SAF also connects seamlessly with ROS2’s well-established software libraries and logging capabilities.

SAF has been developed entirely in accordance with the coding standards set by both MISRA (C:2012 and C++:2008) and AUTOSAR, and has been certified to meet the road vehicle functional safety requirements set in ISO 26262. By building off of SAF’s established framework, developers’ programs and applications will meet all of these standards as well. 

SAF has been awarded the highest safety integrity level ASIL D Certification. Automotive Safety Integrity Level (ASIL D) is a risk classification scheme defined by the ISO 26262 standard for the functional safety of automotive equipment. ASIL D is the highest level of this classification, indicating the most stringent safety measures to mitigate risks. You can learn more about our ASIL D Certification here

Next
the benefits

How can your company benefit from SAF?

Since SAF is use case agnostic, companies across heavy industry can build off of this framework, and create customized applications to suit their specific needs and use cases.

faster
Faster and easier deployment

By providing developers access to SafeAI’s certified and production-ready infrastructure, SAF can alleviate the barriers most companies face and save companies valuable time — around 4 years — by greatly accelerating your development progress for smart applications for heavy industry.

lower-cost
Lower development costs

SAF provides developers with a ready-built software framework to build from, enabling more companies than ever to roll out their own autonomous applications while also saving millions of dollars in development costs.

high-standard
Highest safety standards

SAF has been built to comply with the coding standards set by the Motor Industry Software Reliability Association (MISRA) and the Automotive Open System Architecture (AUTOSAR).

 

Interested in learning more about SafeAI’s Operating System? Download our SAF Technical Overview today.

Find out how our certified and production-ready infrastructure can help your company fast track your autonomous development and deployment, and experience the benefits of autonomy faster than ever and at a lower barrier to entry.

Ready to learn more about SAF? Let’s talk.

Get In Touch

bw-mine 1