Graviton Framework
Policy-driven security, attestation, and encrypted workflows for AI and data platforms. Zero-trust by default. Evidence by design.
Attestation
Policy as Code
Encrypted Pipelines
Audit Trails
Overview
Graviton Framework establishes a cryptographically verifiable perimeter around services, models, and data paths. Every call, artifact, and decision is authenticated, authorized, encrypted, and recorded with human-readable evidence.
Purpose
Secure AI and data operations with enforceable, testable controls.
Primary Users
Security engineers, platform leads, compliance teams, SREs.
Key Outcomes
Reduced risk, provable compliance, minimal trust assumptions.
Core Capabilities
Identity Everywhere. mTLS, OIDC, workload identity, and hardware-backed roots.
Policy as Code. Declarative controls for services, data, and models with unit tests.
Encrypted Pipelines. At-rest and in-flight encryption with key rotation and scopes.
Attestation. Provenance for models, datasets, and builds with signed manifests.
Segmentation. Least-privilege networks, service meshes, and token budgets.
Evidence Trails. Immutable logs, decision journals, and ready-to-audit views.
Threat Controls. Rate shaping, anomaly guards, and query risk scoring.
Compliance Kits. Mappings for SOC2/ISO/NIST with report extractors.
Architecture
Trust Plane
Identity, keys, certs, and attestation anchors.
Control Plane
Policy compilers, simulators, and enforcement points.
Data & Model Plane
Encrypted paths, quarantine lanes, and redaction services.
Documentation & Access
Controlled Release. Partners receive CLI, policy packs, and attestation tooling.
Engagement. We co-design controls, test harnesses, and reporting views by target framework.
Trust, Verify, Then Scale
Graviton Framework delivers zero-trust operations with human-readable evidence.