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How we work / Managed Services

Ongoing engineering responsibility, operated as a service.

A defined engineering function can continue across products, releases and lifecycle change. The service boundary establishes what CEVOLARION operates, the customer interfaces and the evidence needed to review it.

An ongoing function with an explicit boundary.

The agreed service may cover one or several of these engineering activities. Its scope is defined for the assignment, not implied by the service name.

  • Product and platform maintenance and evolution
  • Variant development and customer tailoring
  • Defined embedded engineering responsibility
  • Verification, test and regression responsibility
  • Test infrastructure and environment operation
  • Sustained integration and release activities

Two established service models.

Managed Embedded Engineering Service

Ongoing engineering responsibility for a product, platform, customer-tailoring stream or explicitly defined engineering function.

A service scope with agreed interfaces, governance and change control. Maintained baselines, service evidence and a defined transition or exit plan.

Managed Verification & Test Service

Ongoing responsibility for verification and test, including agreed automation, environments, execution, reporting and evidence.

The agreed test scope, quality-framework interfaces and evidence requirements. Maintained test assets, usable results and controlled knowledge transfer.

One Cell or multiple Cells, organised around the service.

Competence composition and scale follow the engineering function. A larger operating scope does not create a separate collaboration model.

  1. Specialist competence

    Focused engineering responsibility and a primary technical interface.

  2. Engineering Cell

    The disciplines required by the work, connected around one agreed boundary.

  3. Expanded or multiple Cells

    Add disciplines, grow to department-scale capability or operate parallel Cells as the work requires.

Managed Services

The ongoing operating and responsibility layer around one or more Cells.

Explore the operating model ↗

Customer control. Defined service ownership.

Review the scope, priorities, dependencies, risks and evidence through agreed governance. Changes to the service boundary are explicit.

Customer context and decisions

  • Product and business objectives
  • Customer requirements, priorities and constraints
  • Access to relevant technical context and customer-owned interfaces
  • Customer decisions, approvals and governance inputs

CEVOLARION delivery responsibility

  • Engineering planning and competence composition
  • Technical execution and internal coordination
  • Engineering quality of agreed outputs
  • Progress, risks, issues and dependencies
  • Agreed documentation, evidence and handover or continuing operation

These are typical operating principles. Scope, responsibilities, interfaces and acceptance are defined in the agreement or statement of work for each assignment.

Continuity includes transition.

Maintain the agreed documentation, configuration baselines, test assets and open decisions as the service evolves. Define knowledge transfer and exit arrangements alongside ongoing operation.

Review the Strategic planning framework ↗

Define the engineering function that needs continuity.

Discuss its current state, operating interfaces, expected evidence and long-term responsibility.

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