120+APIs
A broad API and SDK surface for maps, location, telematics, analytics, and digital transformation.
The official Mappls API overview describes more than 120 APIs spanning the core developer and enterprise location stack.
Why Mappls
Location infrastructure for the whole physical-world journey.
Mappls brings maps, search, routes, navigation, IoT, field operations, GIS, analytics, deep links, and AI-native access into one developer platform—with source-backed claims and transparent integration boundaries.
Official-source ledger
Big claims, visible receipts.
Each claim below links directly to a Mappls-owned source and records when this portal last checked it. Product availability, commercial terms, coverage, and entitlements still depend on the selected account and region.
238countries supported
Build global maps, search, routing, tracking, optimization, and analytics experiences.
Mappls' official Global APIs page states that its global APIs and SDKs are available across 238 nations.
200,000+developers
Join a large developer community already building with the Mappls platform.
The official Mappls API overview reports a developer community of more than 200,000.
5+SaaS platforms
Move beyond individual calls into operational products for tracking, field work, GIS, and analytics.
The official Mappls developer platform overview describes more than five SaaS platforms alongside its API portfolio.
Since 1995mapping heritage
Develop on technology shaped by decades of geospatial work in India and around the world.
Mappls' official company profile describes C.E. Info Systems as a publicly listed, India-headquartered deep-tech company pursuing geospatial transformation since 1995.
Cloud + on-premdeployment choice
Match location infrastructure to enterprise architecture and data-boundary requirements.
The official API overview describes cloud and on-premise deployment options, data-privacy commitments, encryption, versioning, and developer support. Exact controls remain product- and contract-specific.
One spatial stack
From “where?” to “what happens next?”
Use only the layer your product needs today, without closing off the operational system it may need tomorrow.
Understand place
Maps, tiles, search, geocoding, addresses, POIs, and rich spatial context.
Move intelligently
Routes, matrices, optimization, navigation, traffic-aware decisions, and journey hand-offs.
Operate the real world
Live assets, trips, geofences, field work, proof, telemetry, and full lifecycle recovery.
Reason spatially
GIS, digital twins, visualization, analytics, AI-ready tools, and explainable location decisions.
10 documented product families13 platform playbooksExplore the complete suite
Built for builders
Less integration archaeology. More useful software.
The developer experience connects exact evidence to the practical architecture that ships.
One vocabulary from prototype to operations
Begin with a REST call, widget, SDK, or deep link. Keep the same place, route, asset, and journey concepts as the system grows.
A platform for both requests and journeys
The catalog separates stateless answers from durable workflows so teams can model identity, state, events, retries, recovery, and audit evidence deliberately.
Native where it matters
Use platform-specific experiences for web, Android, iOS, cross-platform mobile, embedded Linux, automotive, widgets, deep links, and AI agents.
Evidence before guesswork
Browse 162 normalized operations with source identity, auth mode, schemas, samples, lifecycle role, and provenance.
Real architectures, not isolated snippets
Industry blueprints and downloadable mini-apps cover control planes, data boundaries, failure handling, observability, and operational ownership.
A credible path to enterprise deployment
The official platform describes cloud and on-premise choices. This portal adds explicit integration gates for identity, entitlement, security, metering, support, and regional validation.
Choose with clarity
Verify the exact product boundary before production.
This portal distinguishes repository evidence, official marketing claims, implemented reference behavior, fixture-backed demonstrations, and external dependencies. That distinction is part of the product—not fine print.