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We want to change how physical systems are built across defense, government, and the real world.
Today I'm introducing Fabric: software that turns mission requirements into engineered designs grounded in physics, cost, and the realities of production.
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Dal Kelly retweeted
🚨 BREAKING: RFK JR. PUSHES PEPTIDES THROUGH
- BPC-157
- TB-500
- Epitalon
- KPV
- MOTS-c
- Semax
$HIMS
$HIMS
🚨 BREAKING: HHS PEPTIDE POLICY DOCUMENT IS OUT
ALL 6 PEPTIDES ARE ON THE LIST
- BPC-157, Epitalon, KPV, MOTS-c, Semax, and TB-500
- Draft outlines 503A enforcement discretion for licensed compounders
- Requires patient prescriptions, quality testing & serious adverse-event reporting
- Federal Register publication scheduled for Oct 30
🔥🔥🔥🔥🔥
h/t @ZachShurtleff - awesome find!!!
I recently met with various companies claiming they wanted to take over industries ranging from defense and energy.
Their rough process, “We build physical prototypes; test, get feedback, rebuild, test, etc, etc until we have the right product. Then ship”
This worked for the last 100yrs up to ~5yrs ago. This is how legacy companies operate.
You can’t claim innovation of a market using the same methodology of those you want to “overtake”
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The gridlock of how the govt. handles requests for proposals and new tech, followed by how companies handle that process and submit, is archaic.
It carries costs beyond just money and time.
We are fixing this.
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Build it first, make it perfect later
Our model is specifically designed for customers who need to ship systems with real timelines and budgets
Rockets and satellites next🚀
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After watching this and learning about Ben, has 4 kids under 5, is 38, and hopes for at least one more year to live
My immediate thought was: “I can’t go to sleep tonight. I have to be here, I have to produce,I have to have my will to power. The cost is too great.”
Ben Wilson (@BenWilsonTweets) has stage 4 cancer and 4 kids under the age of 5.
I want to help him as much as possible, so I invited him on the podcast to talk about his work studying history’s greatest leaders and what it’s like getting told he’s going to die at 38.
He’s a good guy, a close friend, and one of my favorite podcasters.
His work has benefited millions of people all across the world.
Please watch this episode and see if you can help with medicine, introductions, or donations.
0:00 What Ben has learned from making How to Take Over the World and studying history’s greatest leaders.
55:51 Living like you're dying. Ben on facing cancer.
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Aerospace, defense and physical AI all have similar bottlenecks.
“If we spend time/resources researching and developing this, can we actually build it in real life and at scale?”
Fabric makes sure it’s always a yes
Check out our demo, feedback welcome🚀
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8/9
The first place we're applying this is proposals.
Today, companies burn weeks and months, and enormous resources, bidding for these contracts.
Engineers get pulled off funded programs. Decisions move across departments. Customers wait for answers at the next design review, while requirements and reality drift apart.
With Fabric, one engineer should be able to drive the proposal, while the customer sees the tradeoffs, cost, and progress in real time.
Fewer handoffs. Faster decisions. More Production.
🤖 Made with AI
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9/9
We're starting in aerospace and defense, where some of the most consequential bottlenecks exist and delay has real consequences.
Countries can't afford to wait.
Neither can we.
Then space, chips, robotics, and beyond.
We intend to build Fabric into a $100B company by becoming foundational to how the physical world is designed, engineered, and produced.
This is only part of what we're building.
If you want to build or invest in an accelerated future, DM me.
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