RESEARCH BRIEF 01 / 30
Governance by verifiable claims rather than promotional certainty
Research question
How can an interdisciplinary digital enterprise communicate its capabilities without confusing ambitions, prototypes and deployed services?
Proposed research protocol
Construct an evidence registry in which every capability has a named owner, deployment environment, status class (proposed, prototype, tested, active, retired), observation date and supporting artifact. Interview representatives from research, finance, engineering and service delivery independently; reconcile conflicting answers before publication. Preserve claims and prior revisions as immutable versions rather than rewriting the historical record.
Analytical framework and study design
Model each published statement as a tuple (claim, scope, timestamp, provenance, confidence, reviewer). A claim about scientific expertise is not equivalent to proof of a laboratory installation; similarly a payment integration in a repository does not demonstrate completed customer settlements. Apply a materiality threshold to determine which assertions require additional evidence and keep unresolved claims explicitly conditional.
Validation, reporting and acceptance evidence
Audit a stratified sample of public pages against deployment logs and primary documents. Report the fraction of substantiated claims, median age of supporting evidence, unowned assertions and correction lead time. Block statements about accreditation, patents, audited revenue or active production when no primary evidence is available.
Limitations and responsible interpretation
This is a governance design, not an assertion that a particular company has validated facilities or certifications. The OECD guidance concerns responsible conduct and cannot independently authenticate a company profile.
Methodological references
RESEARCH BRIEF 02 / 30
Technology readiness, organizational maturity and investment gates
Research question
Which project is ready to become a commercial service, and how should uncertainty affect the allocation of scarce research capital?
Proposed research protocol
Create independent gates for technical feasibility, user utility, security, legal scope and unit economics. Score each gate from evidence rather than employee confidence. A prototype may satisfy an engineering gate while failing accessibility or customer entitlement delivery; do not average these incompatible failures into an apparently healthy composite score.
Analytical framework and study design
Use a decision matrix with alternatives such as continue research, run a controlled pilot, license technology, partner, or stop. For each option specify expected reversible cost, maximum plausible loss, information gained and dependence on assumptions. Compare one-stage deployment against staged investment with a fixed learning budget and a minimum success criterion announced before testing.
Validation, reporting and acceptance evidence
Track gate pass rates, ratio of independently reproduced tests, post-launch rollback frequency, and calibration between predicted and observed results. Approve public release only after responsible reviewers sign off on the smallest required evidence set; log rejected releases as learning events.
Limitations and responsible interpretation
Maturity instruments are context-specific; a numerical readiness score cannot guarantee market fit or compliance. Publishing examples of gates does not imply that any listed product is currently available.
Methodological references