{
  "version": "1.0.0",
  "runtime": {
    "issue_key_api_base": "https://sparse-primitives-cloud-api-prod.sparsesupernova.workers.dev",
    "turnstile_site_key": "0x4AAAAAADHYaEEOUG8Qs9SR"
  },
  "hero": {
    "title": "Sparse App Developer Program"
  },
  "portal_summary": "Evaluate whether a sparse state can be sent safely across a channel, send it with quantified margins, and verify the result with a receipt.",
  "transport_spotlight": {
    "title": "Move sparse state safely across a fragile channel",
    "description": "Send sparse state between heterogeneous nodes with a trust-aware gate before transfer, quantified margins during transfer, and a receipt after transfer.",
    "stack": "encode -> transport -> distance -> anomaly",
    "why_it_matters": "When a sparse state crosses a weak, noisy, or changing channel, the real question is not just can I send it but can I trust what arrives. Transport gives you a disciplined answer before you move compute, time, and energy.",
    "first_result": "Get a decision, a fidelity estimate, binding margins, and a receipt digest in the first call.",
    "cta_label": "Open Transport quickstart",
    "cta_doc": "/docs/dev/GOLDEN_PATH_TRANSPORT_V1.md",
    "support_heading": "Trust-aware sparse transport",
    "support_copy": "Transport is the primitive for deciding whether sparse state can move safely between nodes before you commit to the transfer. It evaluates channel quality, checks the governing margins, executes the send if it is viable, and returns a receipt you can store, inspect, and compare later. This is useful for edge-to-cloud handoff, agent state transfer, sparse telemetry delivery, and any workflow where a received state must be trusted before it is used. It also helps reduce waste. Instead of blindly shipping state and paying the downstream cost of retries, recompute, and debugging, you can gate the transfer first and move only what is likely to arrive with enough integrity."
  },
  "transport_short_labels": [
    "Primitive 6: Transport",
    "Smart-Atom Router",
    "Trust-aware sparse transport",
    "Fidelity-gated transfer",
    "Receipt-backed transport",
    "Send sparse state safely",
    "Move state between nodes",
    "Evaluate before send",
    "Compare on arrival"
  ],
  "transport_ctas": [
    "Try Transport",
    "Run the quickstart",
    "Evaluate a channel",
    "Send with receipt",
    "See the margins",
    "Plan a multi-hop route"
  ],
  "sparse_server_sentinel": {
    "title": "Sparse Server Sentinel",
    "meta": "Cloneable sparse app · server hardware health at the edge",
    "body": "Learn normal server hardware behaviour, detect drift early, rank evidence, distinguish equipment issues from bad telemetry, and render structured receipts — without shipping everything into a heavyweight monitoring stack.",
    "stack_line": "encode -> anomaly -> sequence-pathology -> govern -> receipts",
    "demo_href": "/apps/server-sentinel/index.html",
    "architecture_doc": "/docs/dev/GOLDEN_PATH_SERVER_SENTINEL_V1.md",
    "product_doc": "/docs/apps/SPARSE_SERVER_SENTINEL_V1.md",
    "example_doc": "/docs/examples/SPARSE_SERVER_SENTINEL_V1.md",
    "golden_path_doc": "/docs/dev/GOLDEN_PATH_SERVER_SENTINEL_V1.md"
  },
  "golden_paths": [
    {
      "id": "gp_anomaly",
      "label": "Golden Path A",
      "headline": "Detect off-pattern behaviour in 5 minutes",
      "stack": "encode -> anomaly",
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_ANOMALY_V1.md",
      "demo": "Tiny CSV or event list",
      "why_it_lands": "Familiar problem, no labels, no GPU, edge-friendly",
      "carbon_angle": "Low compute, low movement, local and edge-friendly",
      "result_example": {
        "decision": "anomaly",
        "score": 0.842,
        "threshold": 0.701,
        "receipt": {
          "primitive": "anomaly",
          "calibrated_on": 500,
          "alpha": 0.05
        }
      }
    },
    {
      "id": "gp_rightsize",
      "label": "Golden Path B",
      "headline": "Stop overbuilding reliability",
      "stack": "usl -> govern",
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_RIGHTSIZE_V1.md",
      "demo": "Ensemble width, validator count, replica count",
      "why_it_lands": "Immediate infra and cost lever",
      "carbon_angle": "Direct compute and redundancy reduction",
      "result_example": {
        "decision": "block",
        "reason": "outside_operating_envelope",
        "receipt": {
          "primitive": "govern",
          "predicted_frai": 0.95,
          "observed_frai": 0.81,
          "co2_budget_kg": 1.2
        }
      }
    },
    {
      "id": "gp_agent_loops",
      "label": "Golden Path C",
      "headline": "Detect unhealthy agent behaviour before it burns tokens",
      "stack": "encode -> sequence-pathology -> govern",
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_AGENT_LOOPS_V1.md",
      "demo": "Synthetic or real tool-call traces",
      "why_it_lands": "Direct current AI pain point",
      "carbon_angle": "Prevents repeated wasteful computation",
      "result_example": {
        "decision": "block",
        "reason": "loop_pathology_detected",
        "receipt": {
          "primitive": "govern",
          "pathology_score": 0.93,
          "max_repeat_window": 40,
          "co2_budget_kg": 1.2
        }
      }
    }
  ],
  "choose_by_problem": [
    {
      "label": "I want to detect hardware degradation before alarms escalate",
      "primitives": [
        "Sparse Signatures",
        "Anomaly",
        "Sequence Pathology",
        "Govern",
        "Receipts"
      ],
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_SERVER_SENTINEL_V1.md",
      "explain_doc": "/docs/examples/SPARSE_SERVER_SENTINEL_V1.md",
      "related_doc": "/docs/apps/SPARSE_SERVER_SENTINEL_V1.md",
      "body": "Surface thermal, cooling, power, memory, storage, and BMC-trust issues as ranked evidence with trajectories and receipts — before dashboards turn red.",
      "supporting_line": "Sparse Server Sentinel is the showroom sparse app for edge server hardware intelligence.",
      "cta_label": "Product page",
      "demo_href": "/apps/server-sentinel/index.html"
    },
    {
      "label": "I want to send sparse state safely between nodes",
      "primitives": [
        "Sparse Signatures",
        "Transport / Smart-Atom Router",
        "Sparse Distance",
        "USAD"
      ],
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_TRANSPORT_V1.md",
      "explain_doc": "/docs/dev/TRANSPORT_V1.md",
      "related_doc": "/docs/site/PRIMITIVES.md",
      "body": "You have state on one node and need it on another, but the channel is fragile, constrained, or trust-sensitive. Transport lets you evaluate whether the send is viable, see the safety margins, execute the transfer with a receipt, and compare arrival quality before acting on it.",
      "supporting_line": "Use this when delivery quality matters more than simple delivery success.",
      "cta_label": "See Transport docs"
    },
    {
      "label": "I want to detect unusual behaviour",
      "primitives": [
        "encode",
        "anomaly"
      ],
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_ANOMALY_V1.md",
      "explain_doc": "/docs/site/CHOOSE_BY_PROBLEM.md",
      "related_doc": "/docs/site/PRIMITIVES.md"
    },
    {
      "label": "I want to prioritise what matters first",
      "primitives": [
        "encode",
        "rank"
      ],
      "quickstart_doc": "/docs/dev/QUICKSTART_V1.md",
      "explain_doc": "/docs/site/CHOOSE_BY_PROBLEM.md",
      "related_doc": "/docs/site/PRIMITIVES.md"
    },
    {
      "label": "I want to govern an AI or workflow",
      "primitives": [
        "usl",
        "govern"
      ],
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_RIGHTSIZE_V1.md",
      "explain_doc": "/docs/site/CHOOSE_BY_PROBLEM.md",
      "related_doc": "/docs/site/PRIMITIVES.md"
    },
    {
      "label": "I want to analyse process sequences over time",
      "primitives": [
        "encode",
        "sequence-pathology"
      ],
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_AGENT_LOOPS_V1.md",
      "explain_doc": "/docs/site/CHOOSE_BY_PROBLEM.md",
      "related_doc": "/docs/site/PRIMITIVES.md"
    },
    {
      "label": "I want to prove I'm not over-provisioned",
      "primitives": [
        "usl",
        "govern"
      ],
      "quickstart_doc": "/docs/dev/GOLDEN_PATH_RIGHTSIZE_V1.md",
      "explain_doc": "/docs/site/CHOOSE_BY_PROBLEM.md",
      "related_doc": "/docs/site/PRIMITIVES.md"
    },
    {
      "label": "I want to verify outputs are still trustworthy",
      "primitives": [
        "fidelity",
        "govern"
      ],
      "quickstart_doc": "/docs/dev/RECEIPTS_AND_VERIFICATION_V1.md",
      "explain_doc": "/docs/site/CHOOSE_BY_PROBLEM.md",
      "related_doc": "/docs/site/RECEIPTS_AND_VERIFICATION.md"
    },
    {
      "label": "I need to map stable operating regions in a nonlinear system",
      "primitives": [
        "Envelope"
      ],
      "quickstart_doc": "/docs/dev/QUICKSTART_V1.md",
      "explain_doc": "/docs/primitives/ENVELOPE.md",
      "related_doc": "/docs/dev/ENVELOPE_API_V1.md",
      "body": "Envelope provides operating-envelope and regime analysis on declared nonlinear models. POST /v1/envelope/analyze is live (deterministic); other routes are planned. Results are numerical and receipt-backed—not physical proof or calibrated engineering.",
      "cta_label": "Open Envelope API doc"
    },
    {
      "label": "I need to understand hysteresis or switching behaviour",
      "primitives": [
        "Envelope"
      ],
      "quickstart_doc": "/docs/examples/ENVELOPE_SCAN_V1.md",
      "explain_doc": "/docs/primitives/ENVELOPE.md",
      "related_doc": "/docs/dev/ENVELOPE_API_V1.md",
      "body": "Use scan and deterministic Envelope modes for bifurcation-style, continuation, and hysteresis summaries on the model you declare.",
      "cta_label": "Open Envelope API doc"
    },
    {
      "label": "I need to estimate safe operating envelopes under noise",
      "primitives": [
        "Envelope"
      ],
      "quickstart_doc": "/docs/examples/ENVELOPE_STOCHASTIC_V1.md",
      "explain_doc": "/docs/primitives/ENVELOPE.md",
      "related_doc": "/docs/dev/ENVELOPE_RECEIPTS_V1.md",
      "body": "Stochastic Envelope runs map regime occupancy against thresholds you supply for noisy nonlinear models.",
      "cta_label": "Open receipt doc"
    },
    {
      "label": "I need a receipt-backed numerical analysis service for a physical substrate",
      "primitives": [
        "Envelope"
      ],
      "quickstart_doc": "/docs/dev/QUICKSTART_V1.md",
      "explain_doc": "/docs/dev/ENVELOPE_API_V1.md",
      "related_doc": "/docs/dev/ENVELOPE_RECEIPTS_V1.md",
      "body": "Envelope is designed for bounded JSON, artifacts, and receipts for simulation-style operating-envelope studies—within an explicit not-physical-proof claim boundary.",
      "cta_label": "Open Envelope receipts"
    }
  ],
  "edge_proof_points": [
    "Runs in browser",
    "Runs in Node",
    "No GPU required",
    "No model download required",
    "Works in constrained environments",
    "Thin bridge over the live protected runtime"
  ],
  "nav": {
    "home": {
      "label": "Home",
      "doc": "/docs/site/INDEX.md"
    },
    "issue_api_key": {
      "label": "Issue API key",
      "doc": "/docs/site/ISSUE_API_KEY.md"
    },
    "get_started": {
      "label": "Get Started",
      "doc": "/docs/site/GET_STARTED.md"
    },
    "api_reference": {
      "label": "API Reference",
      "doc": "/docs/dev/API_REFERENCE_V1.md"
    },
    "primitives": {
      "label": "Primitives",
      "doc": "/docs/site/PRIMITIVES.md"
    },
    "bridges": {
      "label": "Bridges",
      "doc": "/docs/site/BRIDGES.md"
    },
    "receipts_verification": {
      "label": "Receipts & Verification",
      "doc": "/docs/dev/RECEIPTS_AND_VERIFICATION_V1.md"
    },
    "examples": {
      "label": "Examples",
      "doc": "/docs/site/EXAMPLES.md"
    },
    "manifest_submission": {
      "label": "Manifest & Submission",
      "doc": "/docs/site/MANIFEST_AND_SUBMISSION.md"
    },
    "faq": {
      "label": "FAQ",
      "doc": "/docs/site/FAQ.md"
    }
  },
  "primitives": [
    "usl",
    "govern",
    "encode",
    "rank",
    "anomaly",
    "sequence-pathology",
    "fidelity",
    "envelope"
  ],
  "envelope_route_status": {
    "analyze": "live",
    "stochastic": "planned",
    "scan": "planned",
    "interface": "planned",
    "receipt_lookup": "planned"
  },
  "envelope_roadmap": {
    "analyze": "live",
    "scan_next": true,
    "stochastic_later": true,
    "note": "Analyze live now; scan next; stochastic later — see docs/dev/ENVELOPE_NEXT_SLICE_DECISION.md"
  },
  "documented_planned_primitives": [
    {
      "id": "envelope",
      "label": "Envelope",
      "subtitle": "Operating-envelope and regime analysis for nonlinear systems. Live: POST /v1/envelope/analyze. Planned: stochastic, scan, interface, family receipt lookup.",
      "doc": "/docs/primitives/ENVELOPE.md"
    }
  ],
  "live_primitives": [
    "usl",
    "govern",
    "encode",
    "rank",
    "anomaly",
    "sequence-pathology",
    "fidelity"
  ],
  "bridges": [
    "sdk",
    "cli",
    "mcp",
    "docker"
  ],
  "bridge_docs": {
    "sdk": "/docs/dev/SDK_TS_V1.md",
    "cli": "/docs/dev/CLI_V1.md",
    "mcp": "/docs/dev/MCP_V1.md",
    "docker": "/docs/dev/DOCKER_V1.md"
  },
  "ctas": {
    "read_docs": "/docs/site/INDEX.md",
    "run_first_call": "/docs/dev/QUICKSTART_V1.md",
    "verify_receipt": "/docs/dev/RECEIPTS_AND_VERIFICATION_V1.md",
    "start_with_cli": "/docs/dev/CLI_V1.md",
    "connect_via_mcp": "/docs/dev/MCP_V1.md",
    "build_with_sdk": "/docs/dev/SDK_TS_V1.md",
    "docker_bridge_docs": "/docs/dev/DOCKER_V1.md",
    "validate_manifest": "/docs/site/MANIFEST_AND_SUBMISSION.md"
  },
  "protected_runtime_note": "Primitive execution, auth, receipts, verification policy, metering, and carbon remain protected on the service. This portal only links to docs and provides bridge entry points."
}