This suite exists because traditional verification forces you to trust a third party with the very data being checked. The trustless approach removes that standing trust: claims are settled by zero-knowledge proof, so nothing sensitive is revealed and no party has to be trusted — a supporting expression of the ZK Platform, which proves without revealing.
Related · tier-1 reading. For what a portable artifact actually is, see Portable Artifact.
Three products. One standard. Nothing is trusted. Everything is proven.
You trust your WiFi, your inbox, and your software. Attackers exploit all three.
You trust the network name. The attacker copies it. Your phone connects automatically. Every credential flows through them.
You trust the sender, the link, and the page. The attacker fakes all three. You type your password. They have it.
You trust the update, the package, the firmware. The attacker tampers with one. Your system runs their code.
Each product eliminates trust from one layer. Together, they cover every attack surface.
A typical enterprise scenario. Three layers, each catching what the others cannot.
Every number independently validated. Every claim backed by cryptographic proof.
Every product works standalone. The bundle just makes the math obvious.
| Tier | ZK-Proven | ZK-Phish | ZK-Verify | Individual Total | Bundle Price | Savings |
|---|---|---|---|---|---|---|
| Starter | $2/device | $49/mo | $49/mo | ~$100/mo | $79/mo | 21% |
| Business | $1/device | $299/mo | $299/mo | ~$600/mo | $399/mo | 33% |
| Enterprise | Custom | Custom | Custom | — | Custom | Significant |
Every product works standalone. The bundle just makes the math obvious.
They detect what's known bad. We prove what's real.
| CrowdStrike | Zscaler | Okta | H33-ZK-Trustless | |
|---|---|---|---|---|
| Connection verification | No | Partial (cloud proxy) | No | Full (ZK-Proven) |
| Phishing proof | No | URL filtering | No | Mathematical (ZK-Phish) |
| Binary verification | Signature-based | No | No | Commitment-based (ZK-Verify) |
| Post-quantum | No | No | No | SHA3-256 + Dilithium |
| Price per user | $8–15/mo | $7–12/mo | $6–15/mo | ~$2–4/mo |
| Approach | "Known bad" blacklist | Cloud proxy | Identity only | "Proven real" whitelist |
Not a wrapper. Not a plugin. Proprietary cryptographic engines built from scratch.
Every verification produces a cryptographic proof without exposing user data, browsing behavior, or network metadata. GDPR and HIPAA compliant by construction — not by policy.
Nothing that quantum computers will break. Dilithium-3 signatures, Kyber key exchange, SHA3-256 hash-based commitments. Ready for the post-quantum world today.
1,200 complete verification cycles per blink of an eye. Score computation in 0.4 microseconds. Proof generation in 23 microseconds. Cache hits in 80 nanoseconds.
Proprietary cryptographic engines built from scratch in Rust. Montgomery NTT, NEON-accelerated Galois operations, Harvey lazy reduction. 300+ patent claims pending.
H33-ZK-Trustless is a suite of supporting expressions of the ZK Platform — H33's capability that proves without revealing. Each product produces a zero-knowledge proof that a connection, a message, or a build is authentic while revealing nothing beyond that truth. It exists because attackers exploit the layers you implicitly trust; the suite replaces trust with proof.
When you need to prove a connection, message, or piece of code is genuine without disclosing the underlying data — verifying a channel, a page, or a build — and a verifier must be able to check the claim independently.
When you actually need to compute over encrypted data — that is the FHE Platform, not the ZK Platform. ZK proves a statement about data; FHE runs computation over ciphertext. A plain content filter or antivirus is also a different tool: the suite proves what is real, it does not match known-bad signatures.
A suite of supporting expressions of the ZK Platform that remove trust from the connection, content, and code layers by proving each is authentic rather than assuming it — proving without revealing.
Use it to prove a connection, message, or build is authentic without exposing the underlying data. Do not use it to compute over encrypted data (that is the FHE Platform), or where a plain content filter or antivirus is sufficient.
ZK-Trustless proves without revealing — it proves things are authentic without exposing their data. The FHE Platform runs computation over encrypted data (ciphertext) without decrypting it. ZK proves a statement about data; FHE computes over ciphertext. Complementary, not substitutes.
The ZK Platform generates the proof; H33-74, the 74-byte post-quantum evidence primitive, anchors it as portable, independently-verifiable evidence. Construction families such as zk-STARK and zk-SNARK are external cryptographic systems H33 uses and verifies against — never invents or owns.