Indeed, the synergy of compute and cryptography is Quip's core innovation.
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The uncomfortable truth:
GPG's key derivation would take ~455 years to brute-force on modern hardware.
What failed wasn't the cryptography. It was the human who chose the passphrase.
We all build password patterns — and those patterns are always the easier target.
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🟢Real Trust
Quantum-resistant architecture with PoQW (Quantum Proof of Work), quantum entropy, and multi-layer cryptography (based on lattices, hash functions, etc.). This isn't marketing; it's an infrastructure prepared for future threats.
dachain.tech
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fun fact: nobody born past 1995 can read this. it's basically cryptography to them
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Quantum plus cryptography layered like this makes Quip’s foundation hard to ignore.
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Quantum-resistant cryptography shouldn't be an afterthought.
Future-proofing blockchain security starts at the protocol level.
DAC is building with this principle in mind.
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practical coordination is becoming as important as cryptography itself
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ECDSA is one of the most intellectually offensive constructions in modern cryptography.
It's ugly.
It's hard to thresholdize.
Indeed, every research grant and venture capital dollar spent on it is, in a final sense, a theft from better cryptography.
So what originally got me thinking of DSA as mangled Schnorr (beyond the obvious patent avoidance issue), was a version of ECDSA someone put up at RWC 2016.
Its a little hard to read, so I just asked Gemini for a cleanup version with Schnorr and Elgamal next to it.
Its not a perfect fit. But its kinda interesting.
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Post-quantum security is becoming a real design consideration in long-term cryptography planning.
If Quip Network can deliver practical, scalable solutions, it could become an important part of future-ready blockchain security.
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And start making a massive shift to much safer post-quantum cryptography domains. Landscape is changing fast and research-wise there is still so much to do on the frontier of PQ cryptography
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I am a corporate research animal and I specialized in international banking cryptography at both the hardware, middleware and software levels on main frame and mid range.
Those chips on your credit card I did those long ago 🤭🤷♀️🦁
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I think people underestimate what @quipnetwork is trying to build.
Yes, post quantum security matters.
But compute may be the bigger story.
AI growth is putting enormous pressure on infrastructure and accessing computing resources is still far from seamless.
Quip's vision is to create a network where compute and next generation cryptography work together instead of existing in separate systems.
The result isn't just better security.
It's infrastructure designed for a future where AI, Web3 and high performance computing become increasingly interconnected.
$QUIP
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The cryptography was perfect. The threshold was met. The signatures were valid. The protocol still got drained. Because the attack never touched the keys, it targeted the judgment of the people holding them.
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cykros🔻 #PardonSamourai retweeted
Jun 13
Just think, cryptography used to also be controlled by export laws
Jun 13
Is it just me or is this insane
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Quantum resistant cryptography is a real and active research area, and gradual migration is already underway in industry standards.
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Post quantum cryptography is still early, but it is being actively standardized and will likely be adopted incrementally rather than all at once. The real test for any project will be whether its security and compute layers remain practical and interoperable as those standards evolve.
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Quantum risk to current crypto assumptions is a serious topic as cryptography evolves. Post-quantum readiness could gain relevance quickly if standards and tooling mature faster than expected.
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