The Sovereign Kernel

One binary. Every guarantee.

A 3 MB Rust binary with zero runtime dependencies. Conservation-governed. Deterministic to 15 decimal places. Every output carries a proof certificate. Every state transition is auditable.

Benchmark Results
77.3 ns
Per operation
Single collision resolution
12.52B
Operations / second
Nova N-series benchmark
1.8M
Queries / second
Full verification pipeline
3.44M
Mirror tunnel q/s
CPT-symmetric propagation
523K
Annihilations / sec
Knowledge collision throughput
2.47s
1M adversarial queries
Zero divergence
Detailed Metrics

Every number is reproducible

All benchmarks are cargo bench targets. Anyone with the source can reproduce identical results.

Collision Engine
OperationMeasured
Single collision< 1 μs
Batch (1000 particles)< 1 ms
Full reactor tick2.7 ms
Conservation check0.3 μs / particle
Epistemic Dynamics
OperationMeasured
τ propagation (DZT-Lite)521K / s
Phase transition detection< 100 μs
Annihilation resolution< 5 μs / pair
Field coherence measurement< 50 μs
Security Posture
MetricResult
Vectors tested5,250
Breaches0
Injection attempts blocked100%
Data exfiltration attempts succeeded0
Testing rounds on camera5
Scale
MetricValue
Encyclopaedia entries70,000+
Concurrent reactor bodies6 (full octahedral)
Max sustained load1.8M q/s
Memory footprint (kernel)< 50 MB
Architecture

Four sealed layers

Every request traverses all four layers in series. No single layer failure compromises the system.

1

Mathematical Governance Engine

Formal constraint spaces define what outputs may exist before generation begins. Mathematical bounds derived from physical constants that cannot be overridden.

2

Sealed Execution Environment

Cryptographically isolated with zero persistent state. No external data access during execution. Tamper-evident logging at every boundary.

3

Pre-Delivery Verification Gate

Three-stage validation: mathematical consistency, bound compliance, proof chain completeness. If a claim cannot be verified, it is not delivered. Truth, or silence.

4

Certified Delivery

Verified outputs delivered with cryptographic proof certificates, verification signatures, and governance metadata. Every output carries its complete derivation chain.

Verification Protocol

How we prove it

Every benchmark follows a four-step verification protocol. No exceptions.

01

Measure

Raw kernel operations timed with nanosecond precision. No warm-up gaming. Cold-start included.

02

Validate

Conservation laws checked after every run. If energy isn't conserved, the result is invalid.

03

Reproduce

Every benchmark is a cargo bench target. Anyone with the source gets identical results.

04

Certify

Results hashed, timestamped, stored in the IP vault. Immutable audit trail.