TomTom Orbis APIs Reach General Availability, Powering AI-Ready Location Intelligence
TomTom Artificial intelligence is reshaping the way developers build software. Applications are no longer designed solely for human users—they are increasingly built for AI agents capable of discovering services, reasoning over data, and invoking APIs autonomously. As this shift accelerates, developers need location platforms that are not only powerful and scalable but also consistent, interoperable, and designed for machine-readable interactions.
Recognizing this transformation, TomTom has announced the general availability (GA) of six new Orbis APIs, marking a significant milestone in the evolution of its location technology platform. Built on Orbis Maps, TomTom’s modular and continuously updated mapping platform, these APIs provide developers with direct access to advanced mapping, routing, traffic, geocoding, and search capabilities through a unified architecture.
The release introduces six production-ready APIs:
- Map Display API
- Routing API
- Traffic API
- Places Search API
- Geocoding API
- Reverse Geocoding API
Together, they form a modern API-first location platform engineered for cloud-native applications, enterprise systems, mobile experiences, and AI-powered workflows.
A New Era for Location APIs
Location intelligence has become essential across industries. From navigation and logistics to mobility, retail, autonomous driving, and urban planning, organizations increasingly rely on accurate geospatial data to power digital experiences and business decisions.
At the same time, AI-native applications are changing how APIs are consumed. Instead of developers manually integrating individual services, intelligent agents now discover APIs dynamically, interpret specifications, and execute requests with minimal human intervention.
Traditional TomTom location platforms often present challenges in this environment. Developers must navigate multiple authentication methods, inconsistent schemas, proprietary rendering technologies, and fragmented documentation. AI systems struggle even more, as differing conventions make it difficult to understand how services work together.
TomTom designed the Orbis APIs specifically to address these challenges.
Every API is built on a shared foundation using consistent data models, predictable interfaces, machine-readable OpenAPI specifications, and standardized authentication. The result is a location platform that works seamlessly for both software developers and AI agents.
One Platform, Six Powerful APIs
The six APIs available today cover the core capabilities needed to build modern location-based applications.
Routing API
The Routing API delivers intelligent route calculation for passenger vehicles with advanced traffic awareness.
Developers can calculate the fastest, shortest, most fuel-efficient, or even more enjoyable routes depending on application requirements. The API also supports route alternatives, road avoidance options, departure planning, and traffic-aware optimization.
One standout capability is support for up to 150 waypoints in a single routing request, enabling highly complex routing scenarios for fleet management, delivery optimization, and enterprise logistics.
Map Display API
The Map Display API provides high-quality vector and satellite map tiles optimized for web and mobile applications.
Supporting zoom levels from 0 to 22, it enables developers to build highly detailed interactive maps with multilingual labels and multiple visual styles.
Because the API is fully compatible with MapLibre, organizations can use open-source rendering technologies instead of relying on proprietary map engines, providing greater flexibility and reducing vendor lock-in.
Traffic API
Real-time traffic information is one of TomTom’s greatest strengths, and the Traffic API makes that intelligence directly accessible.
Powered by more than 5 billion kilometers of driving data processed every day, the API delivers traffic flow information and incident reports across more than 80 countries.
Traffic conditions refresh every 30 seconds, ensuring applications receive highly current information for navigation, fleet management, and mobility services.
Developers can overlay traffic data directly on map tiles or consume it independently for analytics and operational planning.
Geocoding API
The Geocoding API transforms addresses into precise geographic coordinates.
Designed to handle incomplete input, spelling mistakes, and partial addresses, it enables users to search naturally while still receiving accurate results.
Structured JSON responses simplify integration into enterprise systems, customer applications, and AI workflows.
Reverse Geocoding API
The Reverse Geocoding API performs the opposite operation by converting geographic coordinates into structured, human-readable addresses.
This functionality is particularly valuable for asset tracking, fleet management, mobile applications, emergency response systems, and location-sharing services.
Places Search API
Searching for points of interest has also been redesigned.
Instead of requiring developers to choose between multiple specialized search endpoints, the Places Search API follows a simpler three-step workflow:
- Suggest provides autocomplete suggestions as users type.
- Discover returns fully matched search results.
- Details retrieves comprehensive information about a selected place.
This user-centric approach reflects how people naturally search while simplifying application development.
Built on Orbis Maps
All six APIs share a common technological foundation: Orbis Maps.
Unlike traditional mapping platforms, Orbis combines open geographic data with TomTom’s extensive proprietary content, including address points, speed limits, traffic restrictions, traffic signs, speed profiles, and other highly detailed road intelligence.
The platform currently covers more than 235 countries and territories.
Orbis also aligns with the data model developed by the Overture Maps Foundation, an open mapping initiative jointly supported by TomTom, Amazon, Meta, Microsoft, and the Linux Foundation alongside OpenStreetMap contributors.
For developers, this means working with an open, standardized data model rather than proprietary geographic formats.
Applications become easier to build, easier to maintain, and more portable across modern GIS ecosystems.
Fresh Data Makes the Difference
While open map data provides the foundation, TomTom differentiates Orbis through continuously updated proprietary information.
Key operational advantages include:
- Weekly map content updates.
- Traffic information refreshed every 30 seconds.
- Processing of over 5 billion kilometers of driving data each day.
- Continuously validated road intelligence across global markets.
These updates ensure developers build applications using location information that accurately reflects real-world conditions.
A Completely Redesigned API Experience
Although existing TomTom customers will recognize familiar capabilities, the Orbis APIs represent an entirely new platform rather than a simple upgrade.
TomTom redesigned the APIs from the ground up.
Endpoints have been reorganized so that URLs clearly represent the resources being accessed, making them easier for both developers and AI agents to understand.
For example, map display services now distinguish vector and raster tiles as separate resources instead of treating them as variations of a single endpoint.
Similarly, the Places Search API replaces numerous specialized search services with three intuitive actions—Suggest, Discover, and Details—that mirror real user behavior instead of internal product categories.
These improvements simplify development while reducing unnecessary complexity.
Consistency Across Every API
One of the most significant design goals behind Orbis is consistency.
Every API follows identical conventions for authentication, versioning, request formatting, response structures, geometry representation, and error handling.
Developers authenticate using the same request headers across the entire portfolio, eliminating the need to remember different authentication mechanisms for different services.
API versioning has also moved from URLs into request headers.
This separation keeps resource identifiers stable while allowing API versions to evolve independently.
The platform further supports selective responses through configurable attribute headers, allowing developers to request only the fields needed by their applications.
Reducing unnecessary response data improves performance while minimizing bandwidth consumption.
Error responses follow standardized formats throughout the platform, enabling reusable error-handling logic across multiple services.
Field names explicitly include measurement units—for example, distanceInMeters and durationInSeconds—eliminating ambiguity and reducing implementation errors.
Geographic coordinates consistently follow the GeoJSON standard, ensuring interoperability across GIS tools, visualization platforms, and mapping libraries.
Together, these design decisions create a developer experience that is easier to learn, faster to integrate, and more predictable to maintain.
Accelerating Development with the Maps SDK
To simplify implementation even further, TomTom provides a Maps SDK for JavaScript.
Designed with TypeScript support, the SDK works across browsers, Node.js, and React Native while leveraging MapLibre for open rendering.
Developers can display interactive maps, perform searches, calculate routes, and visualize traffic information using one unified programming interface.
Because routing results are delivered as native GeoJSON rather than encoded polylines, route visualization works immediately with popular mapping libraries such as MapLibre and Leaflet without requiring additional decoding.
The SDK is currently available in public preview and can be downloaded free of charge, with organizations paying only for API usage.
Designed for AI Agents
Perhaps the most forward-looking aspect of the Orbis platform is its support for AI-driven development.
Modern AI assistants increasingly need direct access to external tools and services.
To support this emerging workflow, every Orbis API includes comprehensive OpenAPI specifications that describe endpoints, parameters, request formats, and response structures in a machine-readable format.
These specifications allow AI coding assistants to understand API behavior without relying on incomplete documentation or inferred patterns.
TomTom has also introduced a Model Context Protocol (MCP) Server, exposing the entire Orbis portfolio through a single AI-friendly integration.
Instead of separately integrating routing, search, traffic, and geocoding services, AI agents can access the complete location platform through one standardized interface.
For example, a user might ask:
“Show me coffee shops within a 10-minute drive of Piccadilly Circus while avoiding traffic.”
Behind the scenes, the AI agent automatically:
- Resolves the starting location.
- Calculates a drive-time area.
- Searches for nearby coffee shops.
- Retrieves live traffic conditions.
- Combines the results into one response.
This orchestration occurs without developers writing custom integration logic between individual APIs.
Practical Applications Across Industries
The flexibility of the Orbis APIs supports a wide range of real-world applications.
Developers can build intelligent navigation systems, logistics optimization platforms, mobility services, retail location planning tools, urban analytics dashboards, tourism applications, fleet management systems, and AI-powered digital assistants.
TomTom has already demonstrated applications such as interactive Routing API playgrounds that allow developers to test functionality instantly without configuration.
Another example is an AI-powered site selection assistant that analyzes geographic regions, evaluates nearby competitors using Places Search, calculates drive-time accessibility through Routing, and recommends optimal business locations.
These examples illustrate how Orbis transforms location intelligence into practical building blocks for modern software.
Looking Ahead
The general availability of the six Orbis APIs represents the beginning of a broader platform evolution.
TomTom plans to continue expanding the portfolio throughout 2026, introducing additional routing modes, advanced capabilities, broader vehicle support, and enhanced AI tooling.
Existing TomTom Maps APIs will remain available during the transition, allowing organizations to migrate at their own pace using dedicated migration guides.
As AI continues reshaping software development, location intelligence must evolve alongside it. With Orbis, TomTom has created a modern, open, and AI-ready platform that simplifies development, improves interoperability, and delivers continuously updated geographic intelligence.
By combining trusted map data, consistent API design, cloud-native architecture, open standards, and built-in support for AI agents, the Orbis platform lays the foundation for the next generation of intelligent location-based applications.
Source link: https://www.tomtom.com