ABRAXAS
Cognitive Engine
Forensic data rendered as navigable space.
ABRAXAS turns forensic evidence into a place you can walk through. It renders complex evidentiary datasets as a navigable three-dimensional space where every element is a verifiable witness — cryptographically anchored, causally linked, and reproducible on demand. Investigators explore by spatial intuition instead of abstract notation, and every view they reach can be reconstructed exactly, so what an analyst saw is provable in front of a court months later.
Six guarantees, one navigable record.
Spatial Evidence Rendering
Every Voxel A Witness
Poseidon Anchoring
Deterministic Replay
Causal-Chain Telemetry
Holonic Swarm Orchestration
A reproducible record of the evidence —
and of the investigation itself.
ABRAXAS is not a general-purpose 3D engine, and it is not a dashboard. It is a forensic instrument built for one job — making complex evidence navigable to a human being while keeping every element cryptographically verifiable and every step reproducible. The same inputs and parameters produce pixel-identical output on any machine, so a conclusion never rests on trusting one analyst’s screen.
Voxel spatial partitions — the evidence set is decomposed into independently verifiable cells, so any region can be proven in isolation without rendering the whole.
Poseidon hash anchors — every element and transition carries an algebraic commitment, zero-knowledge-ready for third-party verification with no data disclosure.
Event-sourced archive — the full history of the investigation is retained as immutable events, replayable from genesis to reconstruct any prior state exactly.
Root-cause causal tracer — anomalies are followed to origin through verified causal chains, with proven absence of a link where none exists.
Holonic GPU swarm — holons reconcile through Merkle proofs, scaling to large evidentiary graphs while preserving interactive framerates and full determinism.
What it does, in the field.
Forensic Reconstruction
An incident’s data — transactions, logs, communications, artifacts — is assembled into one navigable scene that reconstructs what happened and in what order. Investigators move through the sequence spatially, following causation rather than scrolling timelines, and every step is anchored and reproducible.
Evidence Visualization
Dense evidentiary datasets that resist tabular review — sprawling transaction graphs, multi-party relationships, layered artifacts — become an environment an analyst reads at a glance. Structure, clustering, and outliers surface as shape and space instead of hiding in rows.
Spatial Anomaly Detection
Anomalies announce themselves as breaks in the spatial pattern — density spikes, orphaned clusters, impossible adjacencies — that the human eye catches faster than any query. Each flagged region is a verifiable voxel that can be isolated and proven on its own.
Provenance Navigation
Follow any asset, document, or event back through its full chain of custody by moving through the graph rather than reassembling it from records. Provenance is traversed as connected space, and each hop carries its own cryptographic commitment.
Deterministic Investigation Replay
Because every interaction is event-sourced, an entire investigation replays from genesis to any moment, pixel for pixel. A finding reached weeks ago is reproduced identically on demand — the same evidence, the same view, the same conclusion, on any machine.
Expert-Witness Exhibits
A rendered view, together with its underlying anchors and replay record, becomes an exhibit that withstands adversarial scrutiny. An opposing expert can reconstruct exactly what was shown and confirm it independently — visualization that is evidence, not illustration.
Technical Interfaces
Coordinates holonic agent swarms across the matrix, applying zero-separation logic to maintain spatial integrity within the graph visualization.
{
"matrix_id": "mtx-alpha-9",
"agents": ["agn-01", "agn-02", "agn-03"],
"coherence_threshold": 0.98,
"temporal_sync": true
}Fetches the deterministic inference results for a specific evidentiary voxel, returning both the semantic content and the Poseidon cryptographic anchor.
// GET /api/v1/matrix/inference/vxl-8821
{
"voxel_id": "vxl-8821",
"semantic_state": "QUARANTINED",
"anchor": "0x110ded401c1fc..."
}Render an investigation that holds up.
ABRAXAS makes forensic complexity navigable to a human being while keeping every element verifiable and every investigation reproducible — evidence you can explore, and a record you can defend.