CASE STUDIES / INDUSTRIAL PROGRAMMES

Two flagship stories. Six bounded proof units.

The flagship stories make the development chain visible. The proof units underneath show which mechanism supports which claim — and where the evidence stops.

02Flagship cases

06Proof units

01Operating logicProof before scale

EVIDENCE COVERAGE / CURRENT BOUNDARY

Strong operational proof. Explicit gaps in market and economics evidence.

The current library supports technical integration, service operations, resilience and decision acceleration. It does not yet support general market, revenue or ROI claims.

Technicalstrong

Operationsstrong

Marketnot evidenced

Economicsnot evidenced

Breadthlimited

The case studies use Bosch and EffiLink by name. They deliberately omit unapproved financial and scale claims; restricted banking-network operators remain unnamed.

01Flagship case

Remote Service Transformation

Bosch EffiLink

One flagship story, supported by four proof units: a secure first proof became an operating model, a resilient service platform and a controlled route into a structurally different customer network.

01Controlled outbound
02Remote diagnosis
03Minutes → seconds
04One controlled perimeter

Flagship caseHow one remote-service proof became a repeatable industrial service platformOpen the flagship case

04 · Proof units in this flagship

01Replacing a disappearing network standard with a secure remote-service foundation 02Redesigning field service around remote diagnosis and commissioning 03From intermittent outages to a resilient, scale-ready service platform 04Extending remote service through centrally managed banking networks

02Flagship case

Controlled Software Services

Bosch ECU Platform

One flagship story, supported by two proof units: an overdue platform programme became a board-ready proof and then a governed self-service model that protected specialist know-how.

01Within six weeks
02Within a day

Flagship caseHow a stalled platform programme became a governed self-service pathOpen the flagship case

02 · Proof units in this flagship

01Turning months of delay into a board-ready end-to-end proof 02Enabling customer self-service without exposing protected ECU know-how

CLAIM-SPECIFIC PROOF-UNIT LIBRARY

Filter the six proof units by decision problem — not by logo.

Each proof unit carries a bounded part of a flagship story and is mapped to a claim family, an evidence type and an explicit transfer boundary.

Decision problemEvidence typeStageOutcome dimension

06visible proof units

EVIDENCE PLATE / 01EVIDENCED MECHANISM

01Customer siteinitiates

02Outbound tunnelTLS / CERT

03Service-case gateexplicitly approved

04Techniciantime bounded

OUTBOUND ONLYCERTIFICATEFAIL CLOSED

JCIM / INDUSTRIAL SYSTEM EVIDENCEREF 01–A

01Technical Boundary / Integration

Replacing a disappearing network standard with a secure remote-service foundation

Supported claim: JCIM can connect technology, security and operating process into a controlled service foundation.
Evidence type: DEEP CASE
Evidence strength: MODERATE

Controlled outboundCertificate-basedFail closed

Open proof unit and evidence boundary

EVIDENCE PLATE / 02EVIDENCED MECHANISM

BEFORE

Unclear diagnosis

Travel

Return visit

AFTER

Support CentreProvisioning + diagnosis

Prepared visitonly when needed

Documented

JCIM / INDUSTRIAL SYSTEM EVIDENCEREF 02–A

02Service Operations

Redesigning field service around remote diagnosis and commissioning

Supported claim: JCIM can turn a technical remote-service concept into a workable operating model for service and field teams.
Evidence type: DEEP CASE
Evidence strength: MODERATE

Remote diagnosisSupport-centre orchestrationTechnician adoption

Open proof unit and evidence boundary

EVIDENCE PLATE / 03EVIDENCED MECHANISM

SESSION SETUP

~~MINUTES~~SECONDS

01On-demand connections

02Isolated failure boundaries

03Self monitoring

PARALLEL LOAD

JCIM / INDUSTRIAL SYSTEM EVIDENCEREF 03–A

03Repeatability / Scale

From intermittent outages to a resilient, scale-ready service platform

Supported claim: JCIM uses real production behaviour as evidence until an industrial service is practical to use.
Evidence type: DIRECT OPERATIONAL DATA
Evidence strength: STRONG

Minutes → secondsOn-demand sessionsIsolated failure boundaries

Open proof unit and evidence boundary

EVIDENCE PLATE / 04EVIDENCED MECHANISM

EFFILINK SERVICE

CENTRAL PERIMETER

Formal entrycontrolled

EFFILINK / INSIDE

internal sites

JCIM / INDUSTRIAL SYSTEM EVIDENCEREF 04–A

04Technical Boundary / Integration

Extending remote service through centrally managed banking networks

Supported claim: JCIM can adapt a proven service platform to a restricted customer environment without bypassing its control model.
Evidence type: MECHANISM EVIDENCE
Evidence strength: MODERATE

One controlled perimeterNested accessReusable model

Open proof unit and evidence boundary

EVIDENCE PLATE / 05EVIDENCED MECHANISM

6WEEKS

INPUTConfiguration

CONTROLProtected compiler

OUTPUTInstallable artefact

DECIDEBoard decision

JCIM / INDUSTRIAL SYSTEM EVIDENCEREF 05–A

05Decision Acceleration

Turning months of delay into a board-ready end-to-end proof

Supported claim: JCIM can isolate an investment-critical uncertainty and turn it into observable end-to-end evidence.
Evidence type: DIRECT OPERATIONAL DATA
Evidence strength: STRONG

Within six weeksEnd-to-end proofBoard decision

Open proof unit and evidence boundary

EVIDENCE PLATE / 06EVIDENCED MECHANISM

USERCustomer workspaceapproved actions

CONTROLLABLE GLASS SCREEN

Rights follow the workflow

PROTECTEDTools · Compiler · IPnot exposed

JCIM / INDUSTRIAL SYSTEM EVIDENCEREF 06–A

06Repeatability / Scale

Enabling customer self-service without exposing protected ECU know-how

Supported claim: JCIM can turn customer-specific engineering work into governed self-service without exposing protected specialist know-how.
Evidence type: DIRECT OPERATIONAL DATA
Evidence strength: STRONG

Within a dayProtected IPGoverned self-service

Open proof unit and evidence boundary

NEXT PROOF

Bring us the industrial problem that does not fit neatly into one department.

We will identify the smallest real proof that can turn uncertainty into a controlled management decision.

Discuss an Evidence Sprint Open the Decision Room