Vehicle integration layer
Own GNSS and sensor fusion inputs, vehicle signals, audio, displays, policy, and driver-distraction constraints.
Head units, clusters, and connected vehicle platforms
Automotive
Treat in-vehicle navigation as a safety-aware, upgradeable system—not a screen.
C++JavaKotlin
Recommended boundary
How the pieces fit
Offline-capable navigation SDKs, data compilers, activation, and vehicle integration hooks. Use this boundary as a starting point, then narrow it around the exact Mappls products and trust model your application needs.
Navigation runtime
Plan, guide, reroute, search, match position, and operate with the installed online or offline data.
Fleet control plane
Manage activation, entitlements, staged releases, map data, telemetry, incidents, and rollback across device cohorts.
A safe first integration
From empty project to one real journey
Each step produces a testable boundary. Keep the first release deliberately small, then expand from observed product behavior.
- 1
Specify the operating envelope
Define platforms, displays, controls, vehicle signals, offline duration, regions, languages, and safety constraints.
- 2
Integrate simulation first
Feed deterministic routes, GNSS traces, deviations, tunnels, and failures before vehicle testing.
- 3
Model navigation state
Make route planning, preview, guidance, reroute, arrival, pause, and termination explicit and recoverable.
- 4
Qualify the release system
Validate runtime, map data, configuration, activation, cohort rollout, health signals, and rollback together.
Capabilities on Automotive
2 product families
2 of these families include durable or session state. Follow their complete lifecycle guidance rather than integrating only the first successful call.
Auditable implementation evidence
SDKs, APIs, distributions, and samples
Every item below is generated from a public Mappls repository and links to its source-grounded guide. Maturity labels distinguish current material from samples, distributions, legacy sources, and deprecated integrations.
No public repository is classified specifically for this platform.
The product and architecture guidance remains useful, but implementation requires the entitled private distribution and its corresponding local source documentation. The page intentionally does not relabel an unrelated public repository as evidence.
Learn by building
Platform tutorials
Start with one focused result, then move into complete stateful journeys and operational failure handling.
Before launch
Production readiness
Pass these checks in addition to the requirements of the selected product, SDK release, operating system, and security program.
- Driver-distraction and safety requirements are testable
- Navigation recovers after power and connectivity loss
- Runtime and map data roll out as a compatible unit
- Simulation and road-test evidence cover full journeys