Automotive OEMs & Components
Market access, TISAX, automotive cybersecurity governance and supply-chain coordination
CUSTOMERS & EXPERIENCE
Organise experience by industry context and communicate capability with clear boundaries
Reusable service paths and delivery priorities for market access, governance and engineering challenges in automotive, technology and data-intensive organisations.
Connected Mobility & Vehicle Software
A-SPICE, TARA, bidirectional traceability and development evidence
Software, Internet & Cloud
Information security systems, cloud assessment and privacy
Display, Electronics & Advanced Manufacturing
Customer-audit readiness, management systems and focused risk reviews
Energy, State-owned & Data-intensive Organisations
Data-security governance, classification and sustainable operations
Cross-border Data & Overseas Compliance
Scenario review, impact assessment and compliance-path design
REPRESENTATIVE PROJECT SCENARIOS
Anonymised project scenarios and implementation paths
Derived from existing company materials without disclosing client-sensitive information or inventing project quantities, conclusions or certification results.
Automotive supply chain · Information security
Automotive supply-chain admission and ISMS readiness
Project context
For organisations entering automotive supply chains or responding to OEM security requirements, information is often dispersed across IT, R&D, procurement and administration.
Typical challenge
Unclear assessment scope, weak alignment between policy and operations, and late evidence gaps can disrupt remediation.
Implementation path
- 1Confirm assessment scope and key sites
- 2Identify gaps against VDA ISA / ISO 27001
- 3Prioritise controls and evidence by risk
- 4Run a mock audit and close issues
Delivery focus
Scope statement, gap list, risk-treatment plan, policy and record templates, mock-audit report
Business value
Give management a clear readiness priority and create traceable responsibility and evidence across functions.
Intelligent vehicle · Product cybersecurity
Engineering alignment from TARA to security goals
Project context
Intelligent cockpit, domain-control and vehicle-software projects need cybersecurity analysis embedded in the development process.
Typical challenge
Without a shared view of assets, threats and attack paths, risk results do not reliably lead to goals, requirements and verification.
Implementation path
- 1Define item boundary
- 2Build assets and damage scenarios
- 3Analyse threats and attack feasibility
- 4Treat risk and trace goals and requirements
Delivery focus
TARA results, treatment records, security goals, requirement traceability and review checklists
Business value
Make risk analysis an engineering input and establish evidence for verification and review.
Automotive software · Process improvement
A-SPICE process, toolchain and evidence alignment
Project context
For teams preparing for OEM or formal assessment, process documents may exist while project execution remains inconsistent.
Typical challenge
Unclear roles, tool workflows and work-product relationships weaken bidirectional traceability across requirements, design, test and change.
Implementation path
- 1Select process areas and pilot
- 2Diagnose process and work-product gaps
- 3Improve roles, templates and tool mapping
- 4Run the pilot and review evidence
Delivery focus
Gap report, processes and templates, tool mapping, work-product list and mock-assessment records
Business value
Ground process improvement in real project work and improve consistency and assessment communication.
NEXT STEP
Discuss your business scenario
Tell us about your business context, compliance goals and timeline. Our consultants will help outline a practical starting path.