Epsilon3 develops software that supports planning, tracking, and analyzing a wide range of complex operations. Their AWS GovCloud-hosted procedure management platform was designed to adapt to any program, from manufacturing and testing cutting-edge products to executing high-stakes space and defense missions.
Epsilon3 has a successful history of providing reliable operations management solutions to U.S. Government agencies and contractors. Their highly secure web-based tools have supported the U.S. Space Force, four NASA facilities, and a Phase 1 STTR for Orbital Prime. They’re also trusted by the world’s top aerospace and defense companies, including Blue Origin, Rocket Lab, Virgin Galactic, Sierra Space, Redwire, AeroVironment, Axiom, Epirus, and BAE Systems.
Epsilon3 simplifies digital transformation with its dynamic, user-friendly process control solutions, including role-based signoffs, version control, and a searchable database of as-run builds, tests, and procedures. They often help their customers transition away from static, error-prone checklists managed with Microsoft Word, Excel, PowerPoint, OneNote, Confluence, and other internal or legacy software that has become outdated and inefficient.
Epsilon3’s leadership team is intimately familiar with the needs of both commercial and government organizations, including the latest data security and regulatory requirements. One Co-Founder, Laura Crabtree, spent two decades managing satellite and launch operations at SpaceX and Northrop Grumman. Another Co-Founder, Max Mednik, started Epirus, a leading manufacturer of counter-UAS systems built for the DoD. Their Head of Engineering developed web-based spacecraft tracking software at NASA’s Jet Propulsion Laboratory.
Now, more than ever, teams running high-stakes operations need a reliable procedure management solution that can be securely accessed from anywhere, anytime. Whether developing next-gen hardware systems or planning life-saving missions, Epsilon3 can help your team streamline and track every critical procedure.