Company · Synta LGM

Spatial intelligence,
built by operators and engine builders.

LGM is jointly owned and developed by SynPlanet and GUIDE Digital. The partnership connects planetary spatial AI with real city operations, simulation and enterprise delivery.

Research standardEvidence-first

Sources, operations, assumptions and limitations remain visible.

InfrastructureAWS Partner

880 vCPU and 12,960 GB RAM in the secured 2026 capacity.

DistributionOne core

API · MCP · GIS · workflows · digital twins.

Our thesis

A map locates an object.
LGM helps a system understand what it means.

Geospatial work remains fragmented across large datasets, specialist tools, infrastructure and manual analysis. LGM turns those parts into one reusable intelligence layer for agents, applications, engineers and decision-makers.

  1. 01Data
  2. 02Intelligence
  3. 03Decision
  4. 04Simulation
  5. 05Action

Built in partnership

City-scale execution.
Planetary ambition.

The model is only the core. Operational context, simulation and multiple distribution surfaces make the technology useful in the real world.

01Development partner

SynPlanet

Planetary spatial AI & simulation

Builds the planetary data model, synthetic environments and the path from geospatial intelligence into interactive worlds.

  • SynTa spatial intelligence
  • SynTerra for Unreal and web
  • Large-scale synthetic environments
synplanet.com
02Development partner

GUIDE Digital

City-scale operations & delivery

Brings real municipal workflows, digital-twin operations and enterprise delivery across complex spatial systems.

  • GIS, BIM, IoT and video workflows
  • Unreal and browser delivery
  • Sovereign and on-premises deployments
guidedigital.ai

Proof in use

Research that ends in a spatial decision—not a generic answer.

In the Tbilisi study, LGM orchestrated at least 117 MCP calls, processed 109,316 rows and raster samples, compared ten street corridors and built a shortlist of district opportunities.

109K
records and samples
10
street corridors
240
planning cells
Read the case study
LGM research output displayed as editable geospatial layers
Tbilisi researchPriority zones · Supporting layers

Why this team can deliver

Three capabilities that rarely live in one company.

The partnership can develop the model, connect it to real operational data and deliver the result into the environments where decisions are made.

01

Operate complex territories

GUIDE reports a city-scale digital twin in operation since 2022, connecting GIS, BIM, IoT, video and analytical layers.

02

Build interactive worlds

SynPlanet carries geospatial data into browser and Unreal environments through SynTerra and synthetic-world systems.

03

Ship reusable engines

LGM development applies an engine-first approach: one intelligence core distributed through API, MCP, GIS and digital twins.

Leadership & development

Spatial AI, operations, simulation and platform engineering.

A cross-domain team is essential because LGM must work as data infrastructure, an AI system and a usable product at the same time.

01

Dr Pavel Entin

Co-founder & CEO · SynPlanet

Platform vision and spatial-AI ecosystem development.

02

Dr Andrey Kirsanov

Co-founder & CTO · SynPlanet · CSO GUIDE Digital

AI, computer graphics and the technical bridge between both partners.

03

Tatiana Stack

Co-founder & COO · SynPlanet

Operations, compliance and enterprise product delivery.

04

Aleksandr Golubev

Head of LGM Development

Serial platform and simulation-engine builder leading the LGM product architecture.

05

Steve Bannigan

Chairman · SynPlanet

Company building, financial discipline and capital-markets experience.

06

Romain Janil

Chief Product Officer · SynPlanet

Large-area simulation, procedural cities and real-time environments.

Infrastructure capacity

Backed for the compute-intensive stage.

LGM is an AWS Partner with a secured 2026 compute and storage allocation for data processing, model inference and enterprise pilots. Further GPU-intensive stages are planned for 2027 and 2028.

Future stages are shown as cumulative planned capacity and remain under discussion.
Secured · 2026880 vCPU
12,960 GB
System RAM
104 GB
GPU VRAM · 2 GPUs
50 TB
S3 storage

3× x8i.64xlarge · c7gn.12xlarge · r8g.8xlarge · g6.4xlarge · p5.4xlarge

Planned cumulative · 20271,072 vCPU
15,008 GB
System RAM
744 GB
GPU VRAM · 10 GPUs
150 TB
S3 storage

Adds p5.48xlarge and 100 TB S3

Planned cumulative · 20281,456 vCPU
21,152 GB
System RAM
4,320 GB
GPU VRAM · 26 GPUs
150 TB
S3 storage

Adds p6-b200.48xlarge and p6-b300.48xlarge

Work with us

Bring LGM to your territory, platform or data product.

Start with the partnership path closest to your work. We can begin with a usage-based connection or develop a dedicated enterprise system.

01

Governments & territories

Build a sovereign geospatial intelligence layer for planning, monitoring and municipal operations.

02

Platforms & AI products

Add raster, vector, GeoRAG and spatial computation through API or MCP.

03

Data & technology partners

Make valuable datasets, models or simulation engines available inside LGM workflows.

Large Geospatial Model

Understand territory.
Build better decisions.

Try LGM now View the research