GeoSVM
GeoSVM is enabling  

geospatial capital markets. 

The first virtual machine with an inherent understanding of our world's geospatial hierarchy. Unlock new frontiers for physical infrastucture networks, location-based capital markets and more.

How does GeoSVM Works?

Discover the core technologies enabling decentralized geospatial computing.

Verifiable Trixel Mesh

Mapping the World, Verifiably

GeoSVM's Verifiable Trixel Mesh (VTM) creates a precise digital grid for the entire globe. Starting with a base spherical structure (like an octahedron), it recursively subdivides into smaller, nearly equal triangular cells called 'trixels', forming a quad-tree hierarchy. This provides a universal, multi-resolution addressing system, allowing any geospatial data to be accurately pinpointed and efficiently queried at any scale, from global to local.

Sierpinski-Merkle Trees

Cryptographic Truth for Location

GeoSVM employs binary Merkle trees (a type of hash tree) to secure data within each VTM cell. Hashes of individual data pieces are paired and re-hashed, creating branches, until a single 'Merkle Root' is formed for that cell. This root acts as a unique cryptographic fingerprint. It allows anyone to efficiently verify the integrity and origin of specific data using a compact 'Merkle proof', without needing to download or process the entire dataset associated with the cell.

Geosharding

Natural sub-divisions, lower latency

GeoSVM achieves global scalability and rapid performance through GeoSharding. The network is intelligently partitioned into distinct geographic zones, or shards. Transactions and data queries are primarily processed by nodes within the relevant shard, significantly reducing data travel distance and network latency. This localized consensus and processing boosts overall throughput, enabling a responsive system for worldwide applications.

Geo-Smart Contracts

Programmable Geospatial Value

Leveraging a high-performance Solana Virtual Machine (SVM) based architecture, GeoSVM enables powerful 'Geo-Smart Contracts', typically written in efficient languages like Rust. These contracts can execute complex, automated geospatial logic directly using the VTM's verifiable data. Crucially, GeoSVM is designed for interoperability; it provides standardized Merkle proofs allowing smart contracts on other major blockchains (e.g., EVM-compatible chains) to securely consume and act upon GeoSVM's trusted location intelligence, paving the way for innovative geospatial capital markets and new data economies.

Watch the Demo

See GeoSVM in action and discover how it's revolutionizing geospatial use cases and capital markets.

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Read the Whitepaper

Dive deep into the technical vision and architecture powering decentralized geospatial computing on Solana.

Use Cases

Discover how GeoSVM is transforming location-based applications and experiences

  • Depin Infrastructure

    Hierarchical Maps

    Build decentralized, real-time maps with multi-resolution detail using crowdsourced location data.

  • Depin Infrastructure

    Smart City Sensors

    Deploy and manage urban sensor networks with secure, verifiable data across neighborhoods.

  • Depin Infrastructure

    5G Coverage

    Create transparent, community-owned 5G networks with performance verification at any scale.

  • Depin Infrastructure

    Precision Agriculture

    Connect farm sensors, drones, and equipment for data-driven cultivation at any scale.

  • Environment & Sustainability

    Carbon Credits

    Build transparent carbon removal markets with hierarchical verification from plot to planetary scale.

  • Environment & Sustainability

    Watershed Management

    Monitor and allocate water resources from individual streams to entire river basins.

  • Environment & Sustainability

    Sustainable Energy

    Create peer-to-peer energy trading networks optimized for local production and consumption.

  • Environment & Sustainability

    Biodiversity Credits

    Enable verifiable biodiversity protection and restoration markets across ecosystems.

  • Mobility & Transportation

    Autonomous Vehicles

    Enable secure, decentralized coordination between autonomous vehicles using verified location data.

  • Mobility & Transportation

    Ride Sharing

    Create community-owned alternatives to centralized ride-sharing platforms with fair value distribution.

  • Mobility & Transportation

    Supply Chain

    Track goods from production to delivery with immutable location history and condition verification.

  • Mobility & Transportation

    Drone Delivery

    Orchestrate autonomous drone deliveries with verified flight paths and secure coordination.

  • Capital Markets & Finance

    Tokenized Real Estate

    Create verifiable digital twins of properties with automated valuation and fractional ownership.

  • Capital Markets & Finance

    Spatial Insurance

    Enable parametric insurance for natural disasters with automated verification and claims processing.

  • Capital Markets & Finance

    Location-Based Assets

    Trade futures and options on location-dependent assets with built-in geographical constraints.

  • Capital Markets & Finance

    Infrastructure Funding

    Enable community-driven infrastructure investment with transparent impact verification.

  • Data & Analytics

    Decentralized AI Training

    Create fair, transparent markets for location-specific AI training data with verified provenance.

  • Data & Analytics

    Spatial Analytics

    Deploy analytics processing across distributed nodes with location-optimized task allocation.

  • Data & Analytics

    Location Intelligence

    Trade verified insights derived from spatial relationships and movement patterns.

  • Data & Analytics

    Geospatial Oracles

    Provide verified real-world location data to smart contracts through decentralized oracle networks.