P21 · Implementation blueprint · Mappls Automotive Cockpit

Automotive Navigation, EV & ADAS Location Stack

OEMs need India-optimised navigation, connected services, EV routing and ADAS-grade map content with production lifecycle support.

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01 · Target operating outcome

Define the change before choosing the technology

Which upcoming vehicle programme needs an India-specific location advantage that the current global stack cannot deliver economically or quickly?

Business case: faster SOP, lower foreign licence/engineering dependency, feature differentiation, attachment revenue and improved EV/ADAS experience.

Baseline

Measure current volume, time, cost, failure, service, risk and revenue at the workflow level.

Target

Feature coverage; performance; route/EV/ADAS accuracy; integration effort; validation plan; sourcing and SOP path.

02 · Solution architecture

One connected flow from source data to operational action

Embedded/connected navigation, map SDK/APIs, EV range/charger routing, HD/ADAS map attributes, OTA updates, telematics and cockpit integration. We de-risk the full vehicle programme—from India map content and embedded integration to cloud services, validation and production updates.

Data foundation

Map, customer, asset, sensor and enterprise data

Intelligence services

Search, routing, GeoAI, rules and spatial models

Role workflows

Cockpit · Connected services · ADAS horizon · OTA operations

Decision and outcome

faster SOP, lower foreign licence/engineering dependency, feature differentiation, attachment revenue and improved EV/ADAS experience.

03 · Users and RBAC

Give every stakeholder the view and actions they actually need

Sponsor / owner

Head Connected Car/Infotainment

Sponsor / owner

Head ADAS

Manager / analyst

EV Platform/Product Director

Manager / analyst

CTO

Manager / analyst

Business Unit President

Operator / specialist

Chief Product Officer

Operator / specialist

Vehicle Architecture

Operator / specialist

Navigation/Cloud Engineering

Operator / specialist

Validation

Operator / specialist

Procurement

The shared Mappls identity is separated from application membership. A user can be an administrator in one app, an analyst in another and a viewer elsewhere.

04 · Data and integration

Connect the minimum information needed to make the workflow real

Location foundation

Map, road, address, place, imagery, boundary and terrain layers appropriate to the decision.

Enterprise context

Customer, order, asset, vehicle, incident, task, sensor or transaction records from systems of record.

Integration pattern

APIs, SDKs, secure batch, streaming events, webhooks, files or on-premise integration depending on architecture.

Security and control

Least-privilege RBAC, audit events, encrypted transport, tenant separation and cloud, private or offline deployment.

Recommended Mappls building blocks

Standard 2D Map & Road Data

Road network, attributes, administrative boundaries and cartography

Product details

NCASE Automotive Suite

Navigation, Connected, ADAS, Shared and Electric mobility capabilities

Product details

Embedded IVI / Cluster Solutions

Map/navigation software and integrated hardware/MDU/cluster programmes

Product details

Connected Vehicle & Companion App

Vehicle, mobile and cloud location/telematics journeys

Product details

05 · Proof of value

Use a bounded implementation to answer the scale decision

8–12 week SDK/data benchmark and vehicle/HIL demonstrator tied to programme requirements.

Confirm data, geography, users and workflow: Programme SOP/volumes? Platform/OS? Feature scope? Offline/cloud split? Validation? Commercial model? Incumbent and renewal timing?
Configure Mappls Automotive Cockpit for the selected role set
Run baseline and intervention scenarios with real stakeholder reviews
Evaluate agreed criteria: Feature coverage; performance; route/EV/ADAS accuracy; integration effort; validation plan; sourcing and SOP path.
Package production scope and commercial model: Per vehicle/model/platform licence + NRE + cloud/API usage + maps/OTA support; minimum programme commitment.

06 · Rollout and operating model

Move from proof to governed adoption

Week 0–2

Discover

Baseline, data, stakeholders, security and architecture

Week 3–6

Configure

Data connection, role workflows, rules and dashboards

Week 7–10

Prove

Live users, measurement, change support and decision review

Production

Scale

Phased geographies, integrations, service model and continuous improvement