About WarpWare
WarpWare is the trade name of Attx Inc. It sells software to teams that build spacecraft, payloads, and spacecraft components. The platform covers mission design, vehicle design, software development, verification and validation, and mission operations. It has three named parts. WarpTwin powers the design stages, WarpOS is the flight software runtime, and WarpLink supports on-orbit operations.
LEAP is the featured case study. It reached flight readiness in under six months and saved more than $800,000 in NRE costs. LEAP's chief technology officer said the WarpWare team and its stack were critical to the Bullfrog launch vehicle's success. Spacecraft engineers founded the company, and its engineers work alongside customers from onboarding through flight. It is based in Westminster, Colorado.
Funding Rounds (SEC Form D)
| First sale | Filed with SEC | Amount sold | Investors | Avg. check | Terms | Filing |
|---|---|---|---|---|---|---|
| Jul 22, 2026 | Oct 28, 2026 | $1,065,140fully sold | 9 | $118K | SIMPLE AGREEMENTS FOR FUTURE EQUITYRule 506(b) | Form D ↗ |
First sale is the date the first investor in the offering committed to invest. Companies must file Form D within 15 days of that date, so filing dates run later.
Why Investors Backed WarpWare
Attx Inc. does business as WarpWare and sells software to teams that build spacecraft, payloads, and components. WarpWare's case is that space programs keep rebuilding the same software, and one shared platform can replace that work. The company has announced pre-seed funding and has a featured case study with LEAP. It is based in Westminster, Colorado.
The problem it targets
WarpWare's argument is that every new space program starts by rebuilding flight software, simulation tools, and operations infrastructure, before engineers reach what makes the mission unique. By its estimate, a custom in-house flight software stack takes 12 to 24 months to design, integrate, and test. It adds that each new spacecraft then needs major rework or re-certification.
What the product does
WarpOS runs the same kernel in simulation and in flight, so tested code is meant to behave the same in orbit. Drivers for spacecraft buses, sensors, and peripherals are built in. Core services, subsystems, and applications are kept apart, so new components can be added without rewriting older code. WarpOS also includes process isolation and watchdog monitoring for safety-critical work. The same platform fits CubeSats, smallsats, and multi-vehicle constellations.
Progress so far
WarpOS has been validated in multiple hardware-in-the-loop campaigns and on flight heritage missions. WarpWare's estimate is that reusable frameworks and standard interfaces cut mission software timelines by up to 70%. It puts the cost reduction at up to 70% against building flight software in-house. Visitors can request a demo or try an online simulation.
Who backs it
A news headline on the company's home page announces pre-seed funding. The headline names no investors and no amount.
How the market is moving
WarpWare's view is that launch has become far more accessible over the last decade and that spacecraft can be built faster than ever. Its own chart puts launch cadence at one every 18 days in 2015 and one every 36 hours in 2025. It argues that the software behind missions has not kept pace.
We wrote this summary from public statements by WarpWare and its investors. It is not investment advice.
Leadership Team
Executive officers and directors listed on WarpWare's Form D filed Oct 28, 2026.