Cross-discipline dependencies
Producer/consumer mapping that handles hardware lead-times measured in weeks, not days. Slack is highlighted automatically and warning indicators appear when consumer iterations precede producer delivery.
← Solutions
Automotive & Manufacturing
Hardware + software trains in lockstep.
Modern vehicles and machines are software products with steel around them. PlanTrain helps coordinate hardware, embedded and cloud teams in a single PI cadence.
30%
fewer cross-team blockers
1 board
for HW + SW + suppliers
5 PIs
rolled out in one quarter
100%
homologation gates visible
Why Automotive & Manufacturing teams choose PlanTrain.
OEMs, Tier-1 suppliers and industrial-equipment manufacturers were the second wave of large-scale SAFe adoption, and today they run some of the most demanding Agile Release Trains anywhere — coordinating mechanical engineering, electrical engineering, embedded software, vehicle software, cloud back-ends, mobile apps and supplier delivery against immovable homologation gates.
The challenge is not Scrum. The challenge is choreographing teams whose lead-times differ by an order of magnitude: a cloud team can ship in days; an electrical sub-system can have an eight-week prototype cycle; a stamping tool change can take a quarter. PlanTrain's program board, capacity model and dependency tracking are designed to make those mismatches visible early, not late.
Safety-critical milestones — ISO 26262 (ASIL), IATF 16949, ISO/SAE 21434, UNECE R155 — are modelled as first-class gates on the program board. Objectives cannot be committed without their gates planned, which keeps homologation surprises out of the back half of the PI.
The challenges we hear most
Patterns we see across Automotive & Manufacturing ARTs running SAFe today.
- Cross-discipline dependencies between mechanical, electrical and software
- Tier-supplier coordination across long lead-times
- Safety-critical milestones and homologation gates
- Distributed engineering centres on different continents
- Plant calendars and shutdowns that disrupt iteration cadences
- SOP (start of production) dates that don't move
What changes with PlanTrain
Concrete outcomes Release Train Engineers report after switching.
- One program board across HW, SW and supplier teams
- Milestones linked to homologation and safety gates
- Capacity planning that accounts for plant calendars
- Real-time visibility for executives across regions
- Earlier detection of cross-discipline blockers
- Predictable hand-offs between OEM and Tier-1/2 suppliers
Capabilities
What Automotive & Manufacturing ARTs get out of the box.
Safety-critical milestones
Mark milestones as gates (ASIL, ISO 26262, IATF 16949, UNECE R155, ISO 21434). PlanTrain blocks objectives from being committed without their gates planned and tracked.
Distributed teams
Multi-region capacity grids with locale-aware holiday calendars, time-off, plant shutdowns and shift patterns. The capacity that the train commits to is the capacity it actually has.
Supplier integration
Model Tier-1 and Tier-2 suppliers as named teams with their own capacity, milestones and dependency lanes — without giving them write access to your portfolio.
Use cases
Common Automotive & Manufacturing programmes powered by PlanTrain.
Software-defined vehicle (SDV) programmes
Coordinate domain controllers, vehicle OS, OTA platform, cloud back-end and mobile companion app teams against a unified PI cadence.
ADAS / autonomous driving releases
Tie sensor calibration, perception, planning, control and safety-case teams to homologation milestones with explicit ROAM risk tracking.
Industrial automation & smart factory
Plan PLC, MES, SCADA, edge and cloud-analytics teams together; fold in plant downtime windows as immovable iteration constraints.
EV battery & powertrain
Sequence cell chemistry, BMS firmware, thermal management and charging-network software teams across geographies and suppliers.
AI copilot
AI for hardware-aware planning
The AI copilot understands long lead-times, homologation gates and supplier hand-offs — and proposes work that fits the train, not just the sprint.
Draft SDV / ADAS epics in seconds
Describe the capability (‘L2+ highway pilot v2’); the AI returns a structured portfolio epic with sub-systems, safety considerations and gating milestones.
Break features into HW + SW stories
AI splits a feature into mechanical, electrical, embedded and cloud stories and posts them to each breakout team’s Backlog swimlane after approval.
Detect cross-discipline dependencies
Producer/consumer links between firmware, vehicle OS and cloud are suggested automatically, with slack warnings when iterations don’t line up.
Wikis as a living engineering handbook
ASPICE work products, ECU specs and supplier playbooks live in Wikis and ground every AI answer with proper attribution.
Every AI suggestion is reviewed by a named user before it lands. Permissions are role-gated (admin, RTE, PM, PO) and per-org isolated.
Frameworks & regulations we hear about
PlanTrain is used in Automotive & Manufacturing programmes governed by:
ISO 26262IATF 16949ISO 21434UNECE R155/R156ASPICEVDA 6.3EU GSR
PlanTrain provides the audit trail, tenancy isolation and access controls these regimes require. We do not certify your programme to these standards — but we make sure the PI Planning artefacts your auditors and regulators ask for are always one click away.
Automotive & Manufacturing FAQs
Can PlanTrain handle hardware iteration cadences longer than two weeks?+
Yes. Iteration length is configured per team, so an embedded team on 4-week iterations can plan alongside a cloud team on 2-week iterations within the same PI.
Does PlanTrain integrate with PLM / ALM tools?+
Yes — features and epics can be imported via CSV today, with native connectors for Polarion, Codebeamer and Jira on the roadmap.