The Interfold
@theInterfold
We let competing companies or complete strangers compute together on sensitive data: private inputs, verifiable outputs, no trusted hardware.
299 Following 3.8K Followers
The safest plaintext is the plaintext you never create.
Alice, Bob, and Charlie have trust issues.
TEEs ask them to trust hardware with decrypted data. But E3s keep inputs encrypted through computation and decrypt only the permitted output.
Now Alice, Bob, and Charlie can coordinate w/o trusting one another — or trusted hardware. 💚
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Modern coordination increasingly runs through software.
Historically, that has meant compromising confidentiality, aggregation, or verifiability.
The Coordination Trilemma is why we built the Interfold.
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Privacy becomes difficult when sensitive information has to produce a collective outcome.
Introducing the Coordination Trilemma.
Privacy becomes difficult when sensitive information has to produce a collective outcome.
Introducing the Coordination Trilemma.
Privacy has learned to coordinate.
Visibility is not neutral. It changes how people vote, bid, and coordinate.
Confidential coordination keeps the inputs private while making the outcome verifiable.
Zara has been such a huge addition to the Interfold team! We're lucky to have her.
What’s the biggest flaw in auctions?
The bidders… the auctioneer… or the system itself?
For centuries, auctions have depended on one thing: TRUST.
But what if you didn’t need to trust anyone at all?
With @theInterfold, trust on auctioneers is replaced with cryptography.
Here’s how it works🎥 👇
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Interfold multi-parties: show up without showing everything.
A little bit about my journey into cryptography and how I ended up at Interfold. I'm really proud to be part of this team and excited about what we're building together!
As AI agents work across private data and competing systems, coordination becomes a privacy problem.
Where will confidential coordination matter most for AI?
The hard part is not keeping data secret. It's producing a shared result anyone can verify.
The Interfold Launch Primer series continues through TGE.
Network Alpha, E3s, ciphernodes, FOLD, and what comes next.
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Meet @ZaraJavar, Senior Cryptography Engineer at the Interfold.
From pure math and formal security verification to threshold FHE and ZKPs, Zara is building the cryptographic core of E3s so private inputs can produce publicly verifiable outcomes.
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Design for institutions as they are, not as we hope they’ll behave.
The Interfold distributes threshold decryption by design.
> Insurance based on defined conditions and implemented onchain with verifiable data oracles
Insurance seems like a good product for @theInterfold. Private input conditions submitted from the insured and public outputs of the contracts being fulfilled.
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Next stop: confidential coordination on mainnet.
Multiplayer Privacy X Space | Secret Ballots for Onchain Governance | with Aragon & the Interfold
Why private voting matters for onchain governance?
Join us and @AragonProject tomorrow to discuss private, verifiable voting using @theInterfold's CRISP on Aragon OSx.
With @auryn_macmillan, @A_Leutenegger & @post_polar_
📅 Thursday, 9 July
⏰ 2pm UTC
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