2 Critical findings
The weak baseline exposed gaps around AI controls, prompt injection, sensitive data, public-service ownership, and operational handoff.
SYNTHETIC REHEARSAL CASE STUDIES
These case studies are fictional/synthetic demonstrations of Janus Shield's reasoning. They are not real customer engagements, production assessments, certifications, or independently verified customer outcomes.
CASE STUDY 01 · BISCUIT BARN
Biscuit Barn is a fictional two-location business used as a small-business regression benchmark. We first loaded an intentionally weak Digital Twin, then documented a remediated control state and rehearsed the environment again.
The baseline produced modeled Critical exposure with 2 Critical findings. After the synthetic Twin documented the remediated controls, Janus resolved all five modeled findings as controlled and moved the environment to modeled Low exposure with 0 Critical findings.
The weak baseline exposed gaps around AI controls, prompt injection, sensitive data, public-service ownership, and operational handoff.
The remediated Twin documented the controls Janus needed to distinguish an existing safeguard from an open gap.
Janus stopped recommending controls already documented as present and shifted the roadmap from remediation to validation and assurance.
CASE STUDY 02 · DQ-SCALE HEALTH BENEFITS ENTERPRISE
DQ-Scale is a synthetic health-benefits enterprise benchmark. It is not a DentaQuest customer engagement. The model combines synthetic enterprise structure with explicitly identified safe public observations to stress-test Janus at scale.
Janus identified 0 modeled Critical findings, 2 open control gaps, and 3 partial controls with Medium evidence confidence. Instead of forcing a favorable score, Janus kept unsupported controls open and separated modeled risk from evidence confidence.
5 findings · 0 Critical · 2 High · 2 Medium · 1 Low
Sensitive-data reasoning selected clinical history, identity, analytics, cloud, eligibility, payment, backup, API, and provider workflows.
AI, Data/Privacy, Application/Public-Service, and Incident/Operations ownership stayed separated by the objective of each finding.
Janus rejected rehearsal instructions as proof while still recognizing declarative human-approval, rollback, MFA, rate-limiting, and handoff controls where documented.
WHAT THE TWO BENCHMARKS PROVE
Janus starts with the authorized environment description and keeps synthetic, client-stated, externally observed, and verified evidence distinct.
Findings connect controls and dependencies to plausible business consequences without claiming a real attacker used the path.
Documented safeguards lower modeled risk; instructions, desired states, and test objectives do not masquerade as implemented controls.
Leadership receives priorities, accountable owners, verification guidance, rollback-safe Courses of Action, and a roadmap appropriate to the remaining gaps.
EVIDENCE MODEL
Information supplied in the authorized Digital Twin can support modeled control state while remaining clearly distinguished from independent verification.
Finding-applicable checks such as authorized DNS, TLS, and HTTP observations can support only what those checks actually demonstrate.
Authorized internal evidence, synthetic workflow tests, or owner attestation can strengthen a specific finding without contaminating unrelated conclusions.
WHAT JANUS LEAVES BEHIND
Representative artifacts include executive findings, control-state evidence, attack-path context, operational handoff, approval decisions, rollback guidance, and the run manifest.
janus_executive_findings.md control_state.json janus_evidence_layers.json janus_operational_handoff_tree.json janus_client_coa_decisions.json rollback_vault.json run_manifest.jsonExplore Deliverables
Build the authorized Digital Twin, rehearse the likely path, and turn modeled exposure into owner-ready decisions.