Primary operating owner
Head Product; Cluster/Connectivity; EV Programme
P28 · Representative solution case · Automotive / Two-Wheeler
Two-Wheeler Navigation & Digital Cockpit
Can a rider complete the journey with fewer glances and fewer missed turns on your target roads?
Evidence distinction: this is a representative solution case constructed from the source requirements and Mappls delivery pattern. It is not presented as a named-customer outcome unless a separate verified customer story is explicitly linked.
01 · Operating context
The decision environment and the problem to change
Two-wheeler riders need glanceable, safe navigation and connected experiences within tight screen, compute and connectivity constraints.
Economic decision
CTO; Business Unit Head
Technical influence
Cluster/TCU; Mobile App; HMI; Validation
Why action becomes urgent
New scooter/motorcycle launch, digital cluster refresh, EV launch, connected app roadmap, navigation supplier change.
02 · Before and after
Change the operating model, not only the interface
Fragmented context and delayed action
Two-wheeler riders need glanceable, safe navigation and connected experiences within tight screen, compute and connectivity constraints.
- Location, operational and enterprise data remain separated
- Stakeholders make inconsistent decisions from partial context
- Exceptions are found late and evidence is difficult to reconstruct
A governed location-aware decision loop
Turn-by-turn navigation, compact map/cluster HMI, phone projection, voice/haptic prompts, ride analytics, connected services and map updates.
- One role-aware workspace in Mappls Automotive Cockpit
- Live context moves directly into the responsible workflow
- Every decision, scenario and outcome can be measured and audited
03 · Stakeholder experience
One shared system, different role moments
Own and govern
Head Product
Own and govern
Cluster/Connectivity
Decide and coordinate
EV Programme
Decide and coordinate
CTO
Decide and coordinate
Business Unit Head
Execute and verify
Cluster/TCU
Execute and verify
Mobile App
Execute and verify
HMI
Inside Mappls Pro, the same user can hold this role here and a different role in another application. Membership, saved runs and administration remain app-specific.
04 · Day-in-the-life journey
How the solution turns information into an operational result
Frame the operating decision
What display/compute constraints apply? How is phone connectivity handled? What rider KPIs and safety rules govern HMI?
Connect the location foundation
Bring the required map, address, road, place, imagery, asset, customer and operational data into a governed Auto Cockpit workspace.
Act through role workflows
Cockpit, Connected services, ADAS horizon, OTA operations give each stakeholder the information, decision and action appropriate to their role.
Prove the intervention
Target cluster/app integration with urban and intercity route set, rerouting and offline/degraded-network tests.
Scale and continuously improve
Operationalise the model through Per-vehicle royalty + NRE + update/support., adoption governance, service measurement and a managed improvement backlog.
05 · Solution and data architecture
The Mappls capabilities behind the experience
Location foundation
Map, address, place, route, imagery, boundary and context layers
Operational context
Customer, asset, order, sensor, incident, task or transaction records
Application workflow
Cockpit · Connected services · ADAS horizon · OTA operations
Outcome loop
HMI performance and route quality accepted; missed-turn rate reduced; connectivity/offline behaviour passed.
Mappls Pin / Digital Address
Compact digital location identity and address workflows
Product detailsEmbedded IVI / Cluster Solutions
Map/navigation software and integrated hardware/MDU/cluster programmes
Product detailsNavigation SDK
Turn-by-turn navigation, rerouting, voice and guidance
Product detailsClarityX Location Analytics
Market, territory, network and spatial decision analytics
Product details06 · Outcome and evidence
Make the value claim measurable before scaling
Bounded proof
Target cluster/app integration with urban and intercity route set, rerouting and offline/degraded-network tests.
- Confirm the baseline and decision scope: What display/compute constraints apply? How is phone connectivity handled? What rider KPIs and safety rules govern HMI?
- Use representative and, where approved, customer data in the configured workspace
- Review measurable success with the operating and economic owners: HMI performance and route quality accepted; missed-turn rate reduced; connectivity/offline behaviour passed.
- Document data quality, adoption, security, service and scale findings
- Convert evidence into a phased production scope and accountable value plan
07 · Governance and scale
Operate the solution safely and sustainably
Identity and access
Server-enforced identity, least-privilege app membership, role-specific actions and auditable administration.
Data governance
Source lineage, quality thresholds, update cadence, retention, consent and controlled data sharing.
Operating governance
Named process owners, exception SLAs, escalation, change control and adoption measurement.
Value governance
Baseline, intervention and outcome metrics reviewed on an agreed cadence with accountable owners.
Your outcome, powered by Mappls
Put Two-Wheeler Navigation & Digital Cockpit into your operating context
Bring the baseline, workflow, users, data and success criteria. Mappls will shape a bounded proof and production path.