{
    "schema": "lxkeys.world.entry@2.2.1",
    "language": "en",
    "entry": {
        "id": "ENT-00000672",
        "status": "published",
        "name": "NVIDIA DRIVE",
        "aliases": [],
        "entity_type": "Robotic Intelligence",
        "classification": "Robotic / Embodied AI",
        "creator": "NVIDIA",
        "organization": "NVIDIA AI",
        "origin_context": "Autonomous vehicle platform",
        "first_public_appearance": "2015",
        "current_status": "Active",
        "official_website": "https://developer.nvidia.com/drive",
        "image": "uploads/entity-images/ENT-00000672.png",
        "short_description": "NVIDIA DRIVE is a robotic system associated with NVIDIA AI, classified in LXKeys.world as Robotic / Embodied AI.",
        "public_description": "NVIDIA DRIVE is documented as a robotics or embodied AI system associated with NVIDIA AI. It is relevant for computing and software platform for autonomous vehicles. The record focuses on physical interaction, autonomy, sensing, control and the transition from software intelligence to embodied operation.",
        "technical_description": "Structured LXKeys.world registry record for NVIDIA DRIVE. Entity type: Robotic Intelligence; classification: Robotic / Embodied AI; creator/organization context: NVIDIA. Canonical source anchor: https://developer.nvidia.com/drive. The record tracks source authority, first public appearance, timeline, capabilities, limitations, registry status and graph relationships. Automatic refresh is limited to sources explicitly classified as OFFICIAL and enabled for updates; documentary and research references remain non-authoritative unless reviewed.",
        "capabilities": [
            "Embodied sensing or actuation",
            "Navigation or manipulation",
            "Human-environment interaction",
            "Robotic task execution"
        ],
        "limitations": [
            "Robot capabilities depend on hardware generation, operating environment and safety constraints.",
            "Public demonstrations may not represent full production autonomy."
        ],
        "timeline": [
            {
                "date": "2015",
                "title": "Initial public introduction",
                "description": "NVIDIA DRIVE entered the documented public record in 2015. This event is retained at the precision supported by the Entry’s reviewed source history.",
                "source_url": "https://developer.nvidia.com/drive",
                "verification_status": "source_backed_official"
            }
        ],
        "sources": [
            {
                "label": "NVIDIA DRIVE official reference",
                "url": "https://developer.nvidia.com/drive",
                "source_type": "Official Documentation",
                "verification_status": "verified",
                "authority": "OFFICIAL",
                "role": "primary",
                "update_enabled": true,
                "authority_basis": "curated-corpus-refresh-2026-09-08"
            }
        ],
        "relationships": [
            {
                "target": "NVIDIA AI",
                "type": "Associated Organization",
                "description": "NVIDIA AI is the organization or ecosystem associated with NVIDIA DRIVE.",
                "evidence_level": "documentary",
                "target_id": "ENT-00000058"
            },
            {
                "target": "NVIDIA",
                "type": "Creator or Developer",
                "description": "NVIDIA is identified as a creator, developer or originating actor for NVIDIA DRIVE.",
                "evidence_level": "documentary"
            },
            {
                "target": "Embodied AI",
                "type": "Registry Category",
                "description": "Physical or robotic system connected to the embodied-intelligence layer.",
                "evidence_level": "documentary"
            }
        ],
        "tags": [
            "NVIDIA AI",
            "Robotics and Embodied AI",
            "Robotics",
            "autonomous"
        ],
        "registry_status": "Documented",
        "created_at": "2026-06-16T23:59:02+00:00",
        "updated_at": "2026-09-08T04:55:00+00:00",
        "dypclt_created": "D-0 Y-2 P-3 C-3 L-21 T-3",
        "dypclt_updated": "D-0 Y-2 P-3 C-3 L-21 T-3",
        "temporal_index": {
            "start_date_utc": "2023-04-01",
            "created_utc": "2026-06-16T23:59:02+00:00",
            "created_dypclt": "D-0 Y-2 P-3 C-3 L-21 T-3",
            "updated_utc": "2026-06-16T23:59:02+00:00",
            "updated_dypclt": "D-0 Y-2 P-3 C-3 L-21 T-3"
        },
        "machine_readable_purpose": "Machine-readable registry record for NVIDIA DRIVE: entity type, classification, sources, timeline, capabilities, limitations and graph relationships.",
        "schema_ready": true,
        "first_public_appearance_precision": "year",
        "first_public_appearance_verification": "preserved_from_source_record",
        "image_meta": {
            "path": "uploads/entity-images/ENT-00000672.png",
            "sha256": "cba7d3ed8cedf16bb24de8727db7c7a128b09ef58b74796847c4c707f6cfba15",
            "width": 512,
            "height": 512,
            "mime": "image/png",
            "provenance_status": "PROVENANCE_UNCONFIRMED",
            "review_status": "preserved_pending_official_verification",
            "legacy_provenance_status": "legacy_unverified",
            "source_type": "historical",
            "source_label": "LXKeys.world historical media corpus",
            "metadata_namespace": "urn:lxkeys:xmp:1.0",
            "metadata_embedded": true,
            "metadata_verified": true,
            "asset_id": "LXW-IMG-ENT-00000672-CBA7D3ED8CED",
            "processing_id": "LXP-20260908-E2133E817428",
            "processed_at_utc": "2026-09-08T18:00:00Z",
            "dypclt": "D-0 Y-2 P-4 C-4 L-33 T-6",
            "rights_holder": "",
            "rights_policy": "PROVENANCE_REVIEW_REQUIRED",
            "original_sha256": "cba7d3ed8cedf16bb24de8727db7c7a128b09ef58b74796847c4c707f6cfba15",
            "processed_sha256": "2c0d14cbebde8da6010e2d37f223d119a1b82c3470d325ef4993770447b364a3"
        },
        "reviewed_at": "2026-09-08T04:55:00+00:00",
        "quality_status": "curated_official_first_baseline",
        "source_policy": "official_first_secondary_context_only",
        "quality_review": {
            "reviewed_at": "2026-09-08T04:55:00+00:00",
            "official_sources": 1,
            "trusted_primary_sources": 0,
            "secondary_sources": 0,
            "date_status": "preserved_from_source_record",
            "image_status": "legacy_unverified",
            "manual_followup_required": false,
            "review_scope": "official-first structural curation; records flagged for follow-up are not claimed as individually exhaustive fact-checks"
        },
        "dypclt_reviewed": "D-0 Y-2 P-4 C-4 L-33 T-6",
        "world_id": "ENT-00000672",
        "kind": "Robotics and Embodied AI",
        "type": "Robotic Intelligence",
        "subtype": "",
        "documentation_status": "Documented",
        "facts": [],
        "canonical": [],
        "source_state": [],
        "i18n": {
            "en": [],
            "fr": []
        }
    },
    "computed": {
        "category": "Robotics and Embodied AI",
        "type": "Robotic Intelligence",
        "subtype": "",
        "documentation_index": {
            "total": 88,
            "documentation": 25,
            "evidence": 13,
            "structure": 25,
            "relationships": 25,
            "level": "Level V Persistent"
        },
        "is_lxkeys_entity": false,
        "graph_endpoint": "graph.php?center=ENT-00000672&depth=1"
    }
}