01
Statistical battery
100 independent million-bit streams evaluated across all 15 NIST SP 800-22 families.
188 passed · 0 flagged Read methodology →
HOP CORE 2.0 · AVAILABLE FOR RUST
Deterministic algebra.
Engineered for control.
A compact finite-field kernel for checked recurrences, polynomial transforms, seekable streams, and threshold sharing.
cargo add hop-core@2
FIELD KERNELLIVE
65,537
FERMAT PRIME
188/188NIST STS rows
100Mbits evaluated
0known vulnerabilities
1.81minimum Rust
INTERACTIVE RECURRENCE LAB
See the state move.
Configure a companion recurrence and execute it locally in your browser. No data leaves this page.
Recurrence
x³ + 2x² + 3x + 4
CURRENT STATEPOSITION 0
Latest output—
Field modulus65,537
TransitionO(k)
RELEASE EVIDENCE
Measured. Reproducible. Explicit.
Every number links back to a test, package gate, or documented methodology.
02
Algebraic invariants
Every nonzero element is inversion-tested alongside matrix, semigroup, seek, and sharing properties.
65,536 inverses checked Inspect tests →03
Release discipline
Formatting, strict lint, docs, all-feature tests, MSRV, packaging, and RustSec run in CI.
Warnings denied View automation →Statistical quality does not prove unpredictability. HOP streams are deterministic and are not presented as encryption or random-number generation.
DESIGNED AS A KERNEL
Small center. Strong boundaries.
The algebra knows nothing about networks, storage, processes, or async runtimes.
01hop-corefield · recurrence · streams
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02hop-actionscanonical transformations
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03hop-channelsstate · persistence
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04hop-relayvaults · signed receipts
HOP CORE 2.0
Build on deterministic state.
Start with the crate, inspect every invariant, and make the algebra yours.