Baseline
Measure current volume, time, cost, failure, service, risk and revenue at the workflow level.
P26 · Implementation blueprint · Mappls Navigation Lab
Camera/sensor-only systems lack horizon context and consistent road intelligence, while fleets and agencies need actionable risk maps.
01 · Target operating outcome
What safety decisions could improve if the vehicle knew the road beyond sensor range?
Fewer safety events and false alerts; faster ADAS development; improved risk prioritisation and safer routing.
Measure current volume, time, cost, failure, service, risk and revenue at the workflow level.
Attribute accuracy and freshness accepted; alert precision/recall threshold met; integration latency and coverage proven.
02 · Solution architecture
HD/lane and road-attribute maps, speed limits, curvature, hazards, accident blackspots, predictive horizon, safety alerts and validation services. Mappls connects proprietary map and location intelligence with hd/lane and road-attribute maps, speed limits, curvature, hazards, accident blackspots, predictive horizon, safety alerts and validation services. We start with one measurable workflow, prove the operating impact, and scale through reusable data, APIs and SaaS rather than a one-off implementation.
Map, customer, asset, sensor and enterprise data
Search, routing, GeoAI, rules and spatial models
Route lab · Guidance simulator · Traffic scenarios · Road-event replay
Fewer safety events and false alerts; faster ADAS development; improved risk prioritisation and safer routing.
03 · Users and RBAC
Head ADAS
Vehicle Safety
Road Safety
CTO
VP Engineering
Transport/Road Safety Secretary
ADAS Algorithm
Map Validation
Functional Safety
Product manager
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
Map, road, address, place, imagery, boundary and terrain layers appropriate to the decision.
Customer, order, asset, vehicle, incident, task, sensor or transaction records from systems of record.
APIs, SDKs, secure batch, streaming events, webhooks, files or on-premise integration depending on architecture.
Least-privilege RBAC, audit events, encrypted transport, tenant separation and cloud, private or offline deployment.
Lane, road attribute, risk and predictive horizon data
Product detailsLive/historical traffic, ETA and safety/road events
Product detailsBattery/portable/asset location and alert devices
Product detailsGeotagged 360 imagery, photos and videos
Product details05 · Proof of value
Representative corridor pilot comparing map horizon and safety attributes with vehicle/sensor observations.
06 · Rollout and operating model
Baseline, data, stakeholders, security and architecture
Data connection, role workflows, rules and dashboards
Live users, measurement, change support and decision review
Phased geographies, integrations, service model and continuous improvement