How we found our mission
Like many unique stories, how Step Function I/O found its mission is a story of serendipity. The timeline below highlights the major milestones in our transformation from a single-person consultancy to a product company focused on software reliability and security.
Adam Crain leaves his employer to form Automatak as a LLC in North Carolina. The mission is to provide commercial support for the OpenDNP3 project.
Adam creates a custom smart fuzzer for testing OpenDNP3. He writes to the DNP3 technical committee's mailing list offering to share the code with others. Chris Sistrunk responds that he'd love to try it out on some devices in his lab at Entergy. Over the next six months, they discover vulnerabilities in over 30 DNP3 products. The research project will become known as Project Robus.
The experience with Project Robus is eye opening. Much of the software that we depend on in critical infrastructure is rife with vulnerabilities and other reliability issues. The experimental smart fuzzer used in Project Robus is refined into the Aegis Fuzzer, a fully fledged product. Protocol support is expanded to include IEC 104 and Modbus.
For the next 4 years, Automatak consults on dozens of industry projects with clients including DER, CVR, DA, and OpenFMB. The company deepens its security portfolio consulting on DPI firewalls, unidirectional gateways, and secure protocol designs.
Émile Grégoire joins Automatak as the company's first employee. The team begins exploring Rust as a possible alternative to C/C++ and a new product direction. Among his many duties, Émile spearheads an innovative approach to modeling generic APIs in Rust and generating language bindings for our Rust libraries.
Step Function I/O2020
The time has come for a new brand and a focused mission. Step Function I/O incorporates as an Oregon LLC, and Automatak LLC is dissolved. Major tech companies like Microsoft, Amazon, and Cloudflare are now using Rust for mission critical software. Now is the time to introduce Rust into industrial control systems.