DCGP.AI GOVERNED COMPUTE PROXY • ED25519 SIGNED VERIFICATION-AS-A-SERVICE

Tri-Sector Dynamical Admissibility & Energy-Accounting Gate

Stateless black-box trajectory auditor for coupled multi-regime simulations (Ψ_QFT + Ψ_Fractal + Ψ_Gravity) mapped onto the 729 + 42 + 729 = 1500 Quadratic Triad. Keep your proprietary dynamical generator local—POST state-step trajectories to receive an Ed25519-signed SHA-256 certificate auditing norm conservation, Π_K guard-subspace leakage, Contact-Hamiltonian dissipation H(q,p,S,t), su(8) Casimir purity C₂, and Lopez-Noether charge bounds (|Q_L| ≤ 1.611).

Provision Instant Commercial API Key (5,000 Frames / 5 MB) →

Sandbox Tier (Free / Zero Auth)Up to 100 Frames • 256 KB / Call • Live Ed25519 Receipt

Commercial API Key TierUp to 5,000 Frames • 5 MB / Call • Instant Self-Serve Key

VPC / Air-Gapped ApplianceContainerized AREX-P3Q Node License for Regulated R&D

Cryptographic Non-RepudiationEd25519 + SHA-256 (Public Key JWK)

Interactive Trajectory Benchmarks

Select a benchmark above or POST JSON directly to /v1/triad-audit ...

Drop-In Python / NumPy Client (Sandbox & Licensed Bearer Mode)

import requests, numpy as np

def to_pairs(vec):
    v = np.asarray(vec, dtype=np.complex128).ravel()
    return np.column_stack([v.real, v.imag]).tolist()

# Optional Bearer header unlocks Commercial 5,000-frame / 5 MB capacity:
headers = {}  # or {"Authorization": "Bearer dcgp_live_YOUR_KEY"}

payload = {
    "workload_tag": "local-dynamical-run",
    "energy_tolerance": 0.005,
    "frames": [
        {"t": 0.0, "psi_qft": to_pairs([0.68+0j]), "psi_fractal": to_pairs([0.27+0j]), "psi_gravity": to_pairs([0.68+0j])},
        {"t": 0.1, "psi_qft": to_pairs([0.679+0.03j]), "psi_fractal": to_pairs([0.269-0.02j]), "psi_gravity": to_pairs([0.68-0.01j]), "declared_dissipation_S": 0.0003},
    ],
}
res = requests.post("https://dcgp.ai/v1/triad-audit", json=payload, headers=headers, timeout=10).json()
print(res["summary"]["verdict"], "| Ed25519 Sig:", res["ed25519_signature"][:24] + "...")