Building hardware is hard. Not just technically hard, but organizationally hard. You're juggling BOMs, vendor quotes, certification requirements, firmware revisions, and design documents, often before you have closed your seed round or hired your second engineer.
The tools that exist to manage this complexity were built for a different world.
The Problem with Enterprise PLM
Traditional PLM software like Windchill, Teamcenter, or Arena were designed for teams of hundreds. The pricing reflects that. So does the onboarding process: expect a sales cycle, a demo, a proof-of-concept phase, and a multi-week implementation project before a single engineer can log in and do anything useful.
A 4-person hardware startup does not need a tool built for Boeing. They need something that works on day one, does not require a consultant to configure, and grows with the team.
What We Are Building Differently
After talking with hardware founders, four gaps keep coming up. Here is how oroForge addresses each one.
1. Simple by design
Enterprise PLM carries decades of accumulated features, integrations, and configuration options. Most small teams use maybe 10% of those features and spend the rest of their time working around the other 90%.
oroForge is built around the things hardware teams actually need: requirements, BOM, revision history, and vendor management. No configuration consulting. No feature bloat. If you need it, it is there. If you do not, it is not in your way.
2. Self-serve onboarding
The standard PLM onboarding process involves a sales team, a demo cycle, a scoping call, a kickoff meeting, and a 6-week implementation. By the time you are live, your product has already changed.
oroForge is self-serve. Sign up, set up your project, and start working. No sales call required. No implementation partner. No wait.
3. Git-style revision control for everything
Git changed how software teams track code changes. Hardware teams deserve the same: a full, permanent history of every requirement, BOM line item, and design decision.
Not just the current state, but the complete record. Who changed what, when, and why. That kind of audit trail matters for certifications, post-mortems, and onboarding engineers who join mid-project. oroForge keeps that history intact, forever.
4. Built with AI in mind
Most PLM tools are passive repositories. You put data in, you get data out. The system does not help you think.
Hardware product development involves a lot of repetitive, structured work: generating documentation, checking compliance requirements, drafting RFQs, flagging downstream impacts of a design change. These are tasks engineers would happily delegate if they could.
We are building oroForge with that future in mind. PLM has always been dumb storage. We want to build something that gradually takes on the boring engineering operations work, so your team can focus on the parts that actually require an engineer.
Where We Are Now
We are in early development and building our waitlist. If you are working on a hardware product and tired of spreadsheets, Confluence wikis, and $20k/year PLM systems, we would love to hear from you.