Technical capability / 03

Verification, Validation & Technical Assurance

L-TTEC. helps teams define what must be true, reproduce the technical baseline, test consequential behavior, and separate supported findings from unresolved conditions.

How the work is structured

A defined path from technical problem to evidence.

A successful demonstration does not establish that a system, model, or workflow is correct for its intended use. Acceptance requires traceable criteria, controlled inputs, repeatable checks, and explicit limits.

  1. 01

    Define the acceptance basis

    Translate the intended use, requirements, risks, and decision into observable acceptance criteria and a controlled baseline.

  2. 02

    Execute repeatable checks

    Apply scoped verification, validation, regression, sensitivity, or test methods while capturing configuration and results.

  3. 03

    State the findings and limits

    Document what the evidence supports, which conditions failed or remain untested, and what decision can defensibly follow.

Capability includes

Define how acceptance will be assessed and produce traceable verification and validation evidence.

  • Verification and validation planning
  • Test and evaluation methods
  • Technical and evidence assurance
  • Reproducible qualification and evidence packages

Evidence and handoff

Decision-ready findings with explicit limits and acceptance evidence.

  • A documented acceptance basis and reproducible baseline
  • Executable checks, test results, and configuration capture
  • Traceable findings with explicit qualification and use boundaries

Capability fit

Start with the decision you need to make.

Best for
  • Decision owners who need evidence before a system, model, or workflow advances
  • Teams inheriting a technical baseline whose assumptions or implementation require independent scrutiny
  • Programs that need reproducible results and a clear review or handoff package
Typical technical questions
  • What must be true for the system, model, or workflow to be accepted for its intended use?
  • Can the baseline result be reproduced from controlled inputs and configuration?
  • Which failure conditions and evidence limits should constrain the decision?
Boundaries
  • Findings apply only to the supplied baseline, tested conditions, and stated acceptance criteria
  • The work does not imply universal safety, correctness, compliance, or production readiness
  • Formal certification, accreditation, and regulatory approval remain outside scope unless separately authorized

Bounded technical work

Bring the decision, available evidence, and constraints.

Discuss a technical need