Ripline

ai-native ops for the physical economy.

[Ripline @tryripline]

Announcing Ripline: we execute mission-critical operations at light speed.

Hardware is getting harder to build, not because engineering is slowing down, but because the operations around it are getting more complex. Every new supplier, regulation, and program adds another layer of operational drag.

We lived this when building two-stage rockets at @Princeton, establishing high performance computing systems at @SpaceX, and crafting regulatory strategy at @ReflectOrbital.

Ripline addresses this by deploying agents to do the work that slows hardware teams down, while providing traceability the physical world demands.

Our thesis is simple: if engineers are breaking technical barriers at the speed of sound, operators should be moving at the speed of light.

More on our core beliefs below.

[Ripline @tryripline]

Read our mission statement → https://t.co/Lr16YpCaCZ

[Ripline @tryripline]

Announcing Ripline: we execute mission-critical operations at light speed.

Hardware is getting harder to build, not because engineering is slowing down, but because the operations around it are getting more complex. Every new supplier, regulation, and program adds another layer of operational drag.

We lived this when building two-stage rockets at @Princeton, establishing high performance computing systems at @SpaceX, and crafting regulatory strategy at @ReflectOrbital.

Ripline addresses this by deploying agents to do the work that slows hardware teams down, while providing traceability the physical world demands.

Our thesis is simple: if engineers are breaking technical barriers at the speed of sound, operators should be moving at the speed of light.

More on our core beliefs below.

[Anwith @anwitht1]

Update: I recently wrapped up my time working at @profound as a software engineer on the applied ai team. And, now I’m starting a company with @HridayUnadkat.

I originally met Hriday in sixth grade, funnily enough at our middle school’s innovation club. We’ve long since been best friends, and now we’re teaming up to start something new. It feels like the natural convergence of what we’ve both spent the last few years working on.

Most recently, I was working on scaling simulation compute at @SpaceX on the high performance computing team and building out the world’s first harness for marketing knowledge work at @profound.

Hriday was actually building his own two-stage rocket at @Princeton and more recently worked on the thermal engineering team at @SpaceX and the regulatory team at @reflectorbital.

Stay tuned. We’ll share more on September 2.
If you're curious about what we're building, my DMs are open.

[Hriday Unadkat @HridayUnadkat]

Big news: I recently wrapped up my time at @ReflectOrbital and am starting a company with @anwitht1. More on that on Sept 1.

A bit of backstory though: Anwith and I met in sixth grade at our middle school’s innovation club. We’ve been best friends ever since, and now we’re building together.

Since then, I’ve worked on rockets at @Princeton, Starlink at @SpaceX, and regulatory strategy at @ReflectOrbital. Anwith worked on high-performance computing at @SpaceX and helped start the applied AI team at @Profound.

We're officially launching September 2. DMs open if you’re curious.