Every decision that moves a vehicle forward is Powered by KPIT Mobility Intelligence.

Built from mobility engineering experience and applied where vehicle programmes need context, evidence and measurable outcomes.

See where it moves

Mobility Intelligence in action

From the first line of code to the workshop floor.

Beacon is KPIT's Automotive AI Harness for Engineering. It combines automotive domain intelligence, program context, toolchain integration, and enterprise-grade governance to transform frontier AI models into production-ready engineering agents.

  • Domain Intelligence
    Automotive-native from day one.
    Grounded in automotive standards, architectures, and KPIT's 30+ years of engineering knowledge.
  • Engineering Context
    Understands your vehicle program.
    Connects requirements, architecture, code, tests, defects, and engineering history before generating answers.
  • Toolchain Native
    Works where engineers work.
    Integrates with DOORS, Jira, Git, Simulink, CI/CD pipelines, and existing engineering workflows.
  • Enterprise Assurance & Control
    Governed AI for enterprise scale.
    Enterprise-grade security, traceability, auditability, and access controls for reliable AI outcomes.
30-40%Faster Development Time
70%+Better Quality with Higher First-Pass Acceptance
40-60%Lower Cost of Ownership
Domain MapsEngineering Context GraphAgent LibraryEnterprise Assurance Portal
Beacon, KPIT's Mobility Intelligence Product: software readiness dashboard
Beacon · Mobility Intelligence Product

Finding the cause starts with correlating network traffic, event timing and test context.

  • Synchronise data across vehicle networks. Capture CAN, LIN, FlexRay, Automotive Ethernet and high-speed sensor-network traffic on a common timeline to examine what happened, where and when.
  • Timestamped in hardware. Capture modules provide hardware-level timestamping, so engineers can reconstruct events with precision.
  • Use the same validation approach across the lifecycle. Ensuring accuracy, efficiency, and future-ready development from E/E architecture and prototyping through integration to bench to HIL to Fleet car testing
150K+validated test cases
95%+test automation grade
17+ yrsAutomotive Ethernet leadership

400+ customers in 50+ countries, including 17 of the top global OEMs.

E/E architectureAutomotive EthernetSOME/IPCapture ModulesHILMediaConvertersEnhanced Ethernet SwitchesFleet Car ValidationTest Benches
Technica capture modules and a synchronised multi-network timeline across CAN, LIN, FlexRay and Automotive Ethernet
Technica Engineering

End-to-end cybersecurity from security design and architecture to VSOC and fleet operations.

  • Make it compliant. CSMS and SUMS process and advisory, TARA and risk assessment, security requirements, architecture and embedded security, and supplier cybersecurity management.
  • Prove it is secure. Vehicle, ECU and HPC pen testing, cloud, API, web and mobile testing, fuzz testing and secure code review, V2X and connected-vehicle security, and security control validation.
  • Keep it secure. IDS and IDPS integration, VSOC setup and operations, vulnerability management, monitoring and incident response, and post-SOP cyber operations.
10+R155 / R156 homologations
250+cybersecurity engineers across India, the EU, Israel and the US
100+programmes delivered for 35+ OEMs and Tier-1s
CyCSMSCyClarityCarAlertIDS & VSOC
Vehicle network protected by a security shield, with UNECE R155, R156 and ISO/SAE 21434
Automotive Cybersecurity

SERVIO connects vehicle signals, diagnostics, workshop execution, parts and warranty into one continuously learning aftersales ecosystem.

  • See the service need earlier. Vehicle health and service signals help initiate the right action before downtime escalates.
  • Orchestrate the service journey. AI agents coordinate diagnostics, workshop, parts and warranty workflows across existing OEM and dealer systems.
  • Make every repair improve the next. Service outcomes and field learnings flow back into the ecosystem, improving future decisions across the network.
20%fewer repeat repairs · commercial-vehicle OEM
40%faster diagnostics · passenger-vehicle OEM, 1,000 dealerships
Up to 25%higher fleet uptime · agricultural OEM

Outcomes from live OEM deployments.

Proactive ServiceGuided diagnosticsWorkshop ExecutionParts IntelligenceWarranty Management
Technician using a diagnostic tablet on a vehicle in a workshop
Aftersales

Generate the edge cases the road won’t safely produce.

  • Multiply the data you already have. ODD gap analysis finds what your captured fleet data misses, then fills it.
  • Start without fleet data. A scenario catalogue and HD maps generate scenes for any geography or sensor setup.
  • Fits your benches. One model across SIL, component HIL, system HIL and vehicle-in-loop, running inside your infrastructure.
100×more scenarios from every hour of captured data
5×lower compute cost
Months → weekscompression in certification cycles
SILHILVILODD gap analysisHD maps
KWFM-generated driving scenario with sensor overlays for ADAS validation
KWFM

The common layer

Engineering. Validation. Security. Aftersales. Powered by KPIT Mobility Intelligence.

Evidence travels with the outputAnswers carry their sources, references and impact paths.
Your data stays yoursUsed only inside your environment. Never used to train external models.
Fits the stack you haveAPI-first and built around your existing tools. No rip-and-replace.
Engineers stay in commandDeterministic, auditable, reviewable. Judgement stays with your team.

Trusted by mobility leaders worldwide

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