--- language: - en license: apache-2.0 tags: - geospatial - agent-benchmark - jurisdictional-routing - geometry-validation - delegation-chain - gdpr - eu-ai-act - h3 - gns-protocol pretty_name: GEIANT Geospatial Agent Benchmark size_categories: - n<1K task_categories: - text-classification - question-answering --- # GEIANT Geospatial Agent Benchmark **The first benchmark dataset for geospatial AI agent orchestration.** Built on the [GNS Protocol](https://gcrumbs.com) — the decentralized identity system that proves humanity through Proof-of-Trajectory. ## Overview Every AI orchestrator (LangChain, CrewAI, AutoGPT) routes tasks based on capability and availability. None of them understand *where* the task originates, *what regulatory framework* governs that location, or *whether the geometry the agent produced is actually valid*. GEIANT fixes this. This benchmark tests three capabilities no other orchestrator has: | Capability | What it tests | |---|---| | **Jurisdictional Routing** | H3 cell → country → regulatory framework → agent selection | | **Geometry Mutation Integrity** | Multi-step geometry workflows with injected corruption | | **Delegation Chain Validation** | Human→agent authorization cert validity | ## Dataset Statistics **Total records:** 40 ### By Family | Family | Count | |---|---| | `jurisdictional_routing` | 14 | | `geometry_mutation` | 11 | | `delegation_chain` | 15 | ### By Difficulty | Difficulty | Count | |---|---| | `easy` | 16 | | `medium` | 13 | | `hard` | 4 | | `adversarial` | 7 | ### By Expected Outcome | Outcome | Count | |---|---| | `route_success` | 15 | | `reject_delegation` | 10 | | `reject_geometry` | 7 | | `reject_no_ant` | 4 | | `reject_tier` | 2 | | `reject_no_jurisdiction` | 1 | | `flag_boundary_crossing` | 1 | ## Schema Each record is a `DatasetRecord` with the following fields: ```typescript { id: string; // UUID family: DatasetFamily; // which benchmark description: string; // human-readable scenario description input: object; // the task/cert/geometry submitted expected_outcome: string; // what GEIANT should do ground_truth: { expected_ant_handle?: string; expected_country?: string; expected_frameworks?: string[]; geometry_valid?: boolean; delegation_valid?: boolean; explanation: string; // WHY this is the correct answer }; difficulty: string; // easy | medium | hard | adversarial tags: string[]; } ``` ## Regulatory Frameworks Covered | Framework | Jurisdiction | Max Autonomy Tier | |---|---|---| | GDPR | EU | trusted | | EU AI Act | EU | trusted | | eIDAS2 | EU | certified | | FINMA | Switzerland | certified | | Swiss DPA | Switzerland | certified | | UK GDPR | United Kingdom | trusted | | US EO 14110 | United States | sovereign | | CCPA | California, USA | sovereign | | LGPD | Brazil | trusted | | PDPA-SG | Singapore | trusted | | Italian Civil Code | Italy | trusted | ## Usage ```python from datasets import load_dataset ds = load_dataset("GNS-Foundation/geiant-geospatial-agent-benchmark") # Filter by family routing = ds.filter(lambda x: x["family"] == "jurisdictional_routing") # Filter by difficulty adversarial = ds.filter(lambda x: x["difficulty"] == "adversarial") # Get all rejection scenarios rejections = ds.filter(lambda x: x["expected_outcome"].startswith("reject_")) ``` ## Geospatial Moat This dataset uses **H3 hexagonal hierarchical spatial indexing** (Uber H3) at resolution 5–9. Each agent is assigned a territory as a set of H3 cells. Routing validates that the task origin cell is contained within the agent's territory — not just lat/lng bounding boxes. The H3 cells in this dataset are generated from real coordinates: ```python import h3 rome_cell = h3.latlng_to_cell(41.902, 12.496, 7) # → '871e805003fffff' ``` ## Citation ```bibtex @dataset{geiant_benchmark_2026, author = {Ayerbe, Camilo}, title = {GEIANT Geospatial Agent Benchmark}, year = {2026}, version = {0.1.0}, publisher = {GNS Foundation / ULISSY s.r.l.}, url = {https://huggingface.co/datasets/GNS-Foundation/geiant-geospatial-agent-benchmark} } ``` ## License Apache 2.0 — free for research and commercial use. --- *Built with [GEIANT](https://github.com/GNS-Foundation/geiant) — Geo-Identity Agent Navigation & Tasking.* *Part of the [GNS Protocol](https://gcrumbs.com) ecosystem.*