GIS-aware workflows for people, AI, vehicles, and business systems
Atlasemoji connects geography to the things that move, observe, communicate, exchange data, and make decisions.
Work with places, routes, UAVs, UUVs, ROVs, USVs, stations, sensors, telemetry, B2B data, APIs, agents, mobile devices, and operational systems through one geographic foundation.
You do not need to start by learning the whole platform.
Connect a vehicle. Import a dataset. Map a warehouse. Test an EDI transaction. Build a geofence. Give an agent a bounded job. Publish an observation. Explore a place. Learn GeoJSON.
Atlasemoji lets those pieces connect when the work grows.
Atlasemoji can work with fixed stations, mobile sensors, UAVs, UUVs, ROVs, surface vehicles, field devices, cameras, APIs, and other observation sources.
Keep vehicle control where it belongs. ArduPilot, ArduSub, BlueOS, autopilots, companion computers, and vehicle systems remain responsible for operating the vehicle. Atlasemoji works with the geographic context, observations, telemetry, rules, integrations, and downstream workflows around them.
A practical path can look like:
Vehicle or station → MAVLink / device protocol → radio, tether, Wi-Fi, cellular or other link → gateway / companion computer → REST or DataSynch → AtlasEvo → map, analysis, geofence, agent, API or workflow
Use ArduPilot and MAVLink for vehicle control and telemetry. Forward the observations your project needs through a companion computer or gateway, then connect them to AtlasEvo through an approved Atlas-facing interface.
Position, altitude, heading, sensor readings, mission observations, imagery references, timestamps and other useful telemetry can become project data without asking Atlasemoji to become the flight controller.
Keep subsea control in ArduSub and BlueOS. Atlasemoji can work with approved observations and telemetry coming through the companion or topside path.
That can include position, depth, pressure, temperature, imagery references, sensor observations, mission events and other data that belongs in the geographic record.
Tether, acoustic, optical and other underwater links remain distinct from the Internet-facing connection used to reach Atlasemoji.
A station can be simple or sophisticated: a camera, weather sensor, pier instrument, cellular node, field device, buoy, vehicle, laboratory feed, public-data source or API.
Define what it is, where it operates, what it observes, how it communicates and where its observations should go.
Build geographic projects from real sources
Bring together spatial data, observations, stations, vehicles, APIs, files, scientific data and other sources in a Workspace.
Organize sources, datasets, records, map layers, analysis and outputs while preserving provenance.
Use AtlasEvo for GIS projects, research, environmental observations, connected systems, field data, GeoJSON, routes, imagery references and multi-source geographic work.
Move data between the systems that already run the work
Connect APIs, EDI, EDIFACT, cXML, JSON, CSV, spreadsheets, databases, files, cloud services, telemetry, inventory, CRM records and partner systems.
Normalize records, map fields, resolve identifiers, evaluate Xref rules, capture exceptions and route data into Atlasemoji or another destination.
Give an AI agent a real job and clear boundaries
Build an Agent around a business or operational task.
Choose its systems, data, workflow, permissions and outputs, then connect the Agent Manifest to schedules, Atlas applications, APIs, MCP or a supported AI platform.
Examples include checking integration failures, reviewing location data, investigating stale inventory, validating observations or helping an operator understand what changed.
Let an approved AI use the right tools without handing it everything
Atlasemoji MCP exposes specific geographic and operational capabilities to authorized agents.
An agent can validate coordinates, inspect GeoJSON, check a point against a geofence, review DataSynch activity, investigate failed runs or work with other explicitly available tools.
Give the people around the work somewhere to communicate
Crossband is the Atlasemoji communications network.
Create a Station, post to the Feed, reply to a conversation, create or join Channels, and keep communication attached to the people, projects and geographic work it belongs to.
A Crossband post can also reference an Atlas map or manifest, so the conversation can point back to useful geography instead of passing screenshots around.
When you want broader reach, a Station can optionally connect supported identities on Bluesky, Mastodon and Matrix and publish selected content beyond Crossband.
Start inside Atlasemoji. Extend outward when it is useful.
Learn GIS and connected systems by actually using them
Start with latitude and longitude. Build points, routes and polygons. Learn distance, geohashing, raster and vector data, GeoJSON, observations, time, provenance, APIs, transport, geofences and workflows.
Then put those ideas together in projects involving real geographic data and connected systems.
Atlasemoji is not built around one industry or one kind of device.
The common piece is geography: where something is, where it was, where it is going, what happened there, and what should happen next.
Connect vehicle observations and telemetry to maps, project datasets, operating areas, geofences, routes, APIs, analysis and downstream systems.
Work above the surface, at the surface and below it without treating every vehicle or communication method as if it were the same thing.
Combine stations, sensors, vehicles, field observations, public data, scientific products, historical records and geographic layers.
Preserve source, time, units, vertical reference and provenance so observations remain useful after they leave the original device.
Connect stores, warehouses, DCs, yards, inventory, shipments, trading partners, EDI documents, location masters, telemetry and exceptions.
Use geography alongside the B2B transaction instead of treating location as unrelated data.
Create trading partners, work with X12, EDIFACT, cXML or JSON/API transactions, map identifiers, run good and bad transactions, diagnose failures, replay them and preserve successful behavior as repeatable tests.
Useful for onboarding, certification, training and regression testing.
Connect sites, territories, routes, assignments, mobile observations, scans, evidence, arrivals and changing field conditions.
Work with operational areas, facilities, resources, teams, routes, assignments, geofences and field updates while preserving when and where information was last reported.
Build and share routes for field work, customer visits, trips, vessels, aircraft and operational planning.
Connect routes to locations, telemetry, geofences and other workflows when a line on the map needs to become something operational.
Locate items and assets beyond the building level.
Model facilities, racks, bays, levels and operational waypoints using site context, XY position, vertical position and measurement accuracy.
Atlas Locate can work with GNSS, RTK, surveyed positions, UWB, RFID, scanners, rack geometry and human observations.
Wanderloop starts with a place and follows connections into history, wildlife, science, environmental events, archives, maps and other geographic evidence.
Useful findings can move back into GIS, Workspace and other Atlasemoji workflows.
The same basic pattern appears across very different Atlasemoji workflows.
A coordinate, store, warehouse, station, route, vehicle position, research site, operating area, service territory, rack position or geographic boundary.
Telemetry, observations, EDI, cXML, APIs, GeoJSON, files, inventory, CRM, sensor values, scans, scientific data or partner records.
Geofences, thresholds, proximity, matching, Xref, assignments, expected routes, validation rules and business conditions.
Arrival, departure, boundary crossing, observation, scan, position update, B2B document, inventory change, connection failure or exception.
Validate, normalize, enrich, analyze, route, store, publish, investigate, notify or hand the information to another system.
Update a record. Alert a person. Ask an agent to investigate. Trigger a webhook. Publish a map. Send a message. Create a task. Preserve an observation. Continue the workflow somewhere else.
Create radius and polygon boundaries around facilities, operating areas, service territories, project sites or other geographic regions.
Evaluate position, movement, arrivals, exits, dwell, proximity, telemetry and other location-aware events.
Find warehouses, yards, racks, bays, levels, inventory, equipment and shared waypoints with high-resolution XY + Z context.
Work with operational geography, routes, sites, assignments, teams, resources and changing field conditions.
Connect products, parts, consignment stock, store inventory, warehouse inventory, truck inventory and other assets to the locations and movements that give them context.
Connect customers, accounts, contacts, partners, campaigns, field coverage and support activity to sites, territories and operational context.
Capture scans, evidence, observations, inventory activity and location-aware events from Android and field devices.
Translate supplier, retailer, ERP, WMS, EDI, spreadsheet and application-specific identifiers into values the next system understands.
Turn geographic and operational events into alerts, exceptions, webhooks, notifications and downstream actions.
You can use the interface, call the APIs, connect another application or let an approved agent work through MCP.
Work with locations, GeoJSON, manifests, geofences, telemetry, integration records and other Atlasemoji resources programmatically.
Walk through useful workflows instead of starting from a wall of endpoints.
Import locations, test mappings, create geofences, send telemetry, inspect processing and work through integration scenarios.
Search the OpenAPI contract by the job, resource, schema or route you need.
Start with a practical job and follow the path from inputs to a working result.
Sometimes the easiest way into Atlasemoji is simply to start with the job.
Review inventory by location. Confirm facility arrival and dwell. Onboard a trading partner. Triage B2B exceptions. Prove an integration before production. Clean up a location master. Replace repetitive TMS lookups with an approved agent.
The playbooks show the inputs, operating steps, APIs, MCP investigation path, decision points and human controls for the workflow.
You do not need to already be a GIS developer.
Atlasemoji Learn starts with coordinates and geometry and works toward spatial indexing, GeoJSON, observations, provenance, APIs, transport, geofences and connected workflows.
Use Atlasemoji as the laboratory, then apply the concepts wherever you work.
There is no required starting point.
Bring a map. Bring a CSV. Bring an EDI document. Bring a vehicle. Bring telemetry. Bring a research station. Bring an API. Bring a warehouse. Bring a business process.
Start with the thing you already have.
