DEMO — FICTIONAL DATA
DEMO NOTICE: All data, names, scores, contacts, and figures are entirely fictional and do not represent any real product, company, enterprise, or individual. While all data is fictional, the risk assessment methodology and standard citations are derived from real published standards using the HigginsReports PSP (Product-Systems-Project) Risk Register methodology. See the 📋 Disclaimer tab for the full legal notice. · contact@higgins.ai · 1.866.625.4524
| Risk ID ↕ | Category ↕ | Description (Fictional) ↕ | Root Cause ↕ | Probability ↕ | RPN ↕ | Severity ↕ | Owner (Fictional) ↕ | Deadline ↕ | Detail |
|---|
Form emergency teams, PRN-3 root cause analysis, AFM surface study, FDA Q-Sub request, CAPA linkage for all RPN >350. Gate: Team Formed
PRN-3 hydrophilic coating trials, SRN-1 nozzle prototype, PRN-1 folding analysis, ISO 14971 §7.3 controls documented. Gate: Solutions Viable
Material reformulation testing, fluid dynamics simulation, PRN-5 design sprint, PMS protocol drafted. Gate: Testing Active
PRN-3: 490→200, SRN-1: 350→140, CAPA 100% linked. FDA Q-Sub scheduled. ✅ Executive Sign-Off
PRN-3 100-sample validation, shelf-life parallel testing, PRN-5 design validation, OTF MTF baseline initiated. Gate: Validation Active
PRN-6 aging results, benefit-risk analysis, FDA Q-Sub Meeting #1, CAPA closure ≥80%. Gate: FDA Feedback
Phase 1 risks ≤50% original RPN, ISO 14971 §9 Risk Mgmt Report draft complete. ✅ Regulatory Sign-Off
Remaining slight risks resolved, DHF 95% complete, traceability matrix finalized, ISO 14971 §8 overall residual risk evaluated. Gate: Regulatory Package Ready
Final RPN ≤574, ISO 14971 compliance ≥85%, Risk Management File locked, PMA roadmap Q3 2027 activated. ✅ 90-Day Complete
Alpha (Materials), Beta (Design), Gamma (Validation) teams formed. CAPA system activated for all RPN >350 risks. Risk Management Plan per ISO 14971 §4.4 initiated.
PRN-3 surface polarization root cause confirmed. SRN-1 nozzle geometry analysis complete. FDA Q-Sub meeting request filed. CAPA records created for all critical risks.
Hydrophilic coating trials active. Nozzle redesign prototypes in testing. Folding mechanism analysis underway. ISO 14971 §7 risk control measures documented.
PRN-3 RPN reduced from 490 to ≤200. SRN-1 RPN reduced from 350 to ≤140. CAPA system 100% linked for critical risks. FDA Q-Sub meeting scheduled. Executive sign-off required.
PMA pathway confirmed. Clinical protocol feedback received. Biocompatibility testing plan aligned with ISO 10993. Q-Sub #2 scheduled for Q2 2026.
All Phase 1 risks validated at ≤50% original RPN. CAPA closure rate ≥80%. ISO 14971 §9 Risk Management Report draft complete. Regulatory sign-off required.
DHF completeness at 95%. Traceability matrix 100% complete. ISO 14971 §8 Overall Residual Risk evaluated. PMS plan finalized. FDA Q-Sub #2 scheduled.
Final RPN ≤574 confirmed. ISO 14971 compliance ≥85%. Risk Management File locked. PMA submission roadmap for Q3 2027 activated.
| Activity | Demo Contact A (Materials) | Demo Contact B (Design) | Demo Contact C (Validation) | Demo Contact D (PM) | Regulatory Affairs |
|---|---|---|---|---|---|
| PRN-3 Surface Treatment | R | C | I | I | I |
| SRN-1 Nozzle Redesign | C | R | I | I | I |
| PrRN-2 Shelf-life Testing | I | I | R | A | C |
| CAPA System Linkage | C | C | C | R | A |
| FDA Q-Sub Preparation | C | C | C | C | R |
| Risk Management Report (§9) | C | C | R | A | C |
| Gate Reviews (1, 2, 3) | C | C | C | R | A |
R = Responsible · A = Accountable · C = Consulted · I = Informed · All names fictional demo contacts only.
| Phase | Timeline | Actions (Fictional) | Budget (Demo) | Success % |
|---|---|---|---|---|
| Phase 1: Investigation | Wk 1–2 | AFM surface analysis, polarization testing | $50,000 | — |
| Phase 2A: Hydrophilic Coating | Wk 3–6 | Hydrophilic coating application | $25,000 | 85% |
| Phase 2B: Material Reformulation | Wk 3–8 | Material reformulation study | $75,000 | 70% |
| Phase 3: Validation | Wk 7–12 | 100-sample bench study, advisory review | Included | 95% |
| Action | Timeline | Description (Fictional) | Budget (Demo) |
|---|---|---|---|
| Root Cause Analysis | Jan 20–31 | Nozzle surface interaction modeling, fluid dynamics simulation | $30,000 |
| Geometry Optimization | Feb 1–28 | Reduced contact area, controlled flow paths, enhanced surface finish | Included |
| Combined Elimination | Mar 31 | Target zero adhesion at nozzle interface — 840 combined RPN reduction | — |
| Risk ID | Description (Fictional) | RPN (Demo) | Real Standard | Mitigation Approach |
|---|---|---|---|---|
| RRN-1 | FDA Pathway Misalignment | 350 | 21 CFR 820.30 · Q-Sub Guidance | Q-Sub meeting, regulatory consultant |
| RRN-2 | Clinical Evidence Inadequacy | 420 | 21 CFR Part 814 PMA | Special Protocol Assessment, KOL panel |
| RRN-3 | Quality System Non-Compliance | 280 | 21 CFR 820 QSR | QSR gap analysis, mock inspections |
| RRN-4 | Biocompatibility Evidence Gap | 350 | ISO 10993-1:2018 | ISO 10993 matrix, FDA-recognized lab |
| CRN-3 | Vision-Threatening Complication | 490 | ISO 14971 §7.5 Benefit-Risk | Enhanced positioning, optical quality testing |
| Meeting (Demo) | Date (Demo) | Objective | Real Standard Basis |
|---|---|---|---|
| Q-Sub #1 | Feb 2026 | Classification & Pathway | 21 CFR 807 · FDA Q-Sub Guidance 2023 |
| Q-Sub #2 | Apr 2026 | Clinical Protocol Alignment | 21 CFR Part 812 IDE |
| PMA Submission | Q3 2027 | Full PMA package | 21 CFR Part 814 |
| FDA Approval | Q4 2027 | Commercial launch clearance | 21 CFR 814.44 |
| Team (Demo) | Lead (Fictional) | Focus Risks | Timeline | Budget (Demo) |
|---|---|---|---|---|
| Alpha — Critical Materials | Demo Contact A | PRN-3, SRN-1, SRN-3 | 6-week sprint | $70,000 |
| Beta — Design Optimization | Demo Contact B | PRN-1, PRN-5, SRN-1 | 8-week program | $45,000 |
| Gamma — Validation | Demo Contact C | PRN-6, PrRN-2 | 12-week program | $35,000 |
| Priority | Risk ID | Alert (Fictional) | Owner (Fictional) | Due | Status | Action |
|---|
| Trigger | Escalation | Response Time | Standard Basis |
|---|---|---|---|
| Critical alert unacknowledged 2 hrs | → Executive notification | 2 hours | ISO 14971 §7.3 Risk Control |
| High alert unresolved 24 hrs | → Management escalation | 24 hours | 21 CFR 820.100 CAPA |
| >20% variance from burndown | → Project Director | Weekly review | PMI DA Risk Burndown |
| Budget overrun >$200K | → Executive Level | Immediate | ISO 14971 §4.4 Risk Mgmt Plan |
Third Edition. All §4–§10 citations in this dashboard are accurate references to this standard.
§4.4 Risk Mgmt Plan§5 Risk Analysis§7.5 Benefit-Risk§8 Residual Risk§9 Report§10 Post-ProductionU.S. FDA QSR governing design, manufacture, packaging, and servicing of finished devices.
§820.30 Design Controls§820.50 Purchasing§820.75 Validation§820.100 CAPA§820.198 ComplaintsSpecifies accuracy of optical transfer function measurement. All §4 and §5 citations are accurate.
§4.5 Focus Error§4.6 Spatial Freq§4.7 Relay Optics§4.8 SpectralSeries of standards for evaluating the biocompatibility of medical devices.
ISO 10993-1:2018ISO 10993-5 CytotoxISO 10993-6 ImplantApplication of usability engineering to medical devices.
Formative EvaluationSummative EvaluationAnnex A TasksThe 90-Day Plan burndown methodology is based on real PMI Disciplined Agile risk management principles.
PMI DA BurndownSprint-Based ReductionGate ReviewsContact: contact@higgins.ai · Toll Free: 1.866.625.4524 · higgins.ai
This dashboard and all content are provided for demonstration and informational purposes only. HigginsReports and Higgins.ai make no representations or warranties regarding the completeness, accuracy, or reliability of the fictional data presented. Users should consult the official published versions of all cited standards and qualified regulatory professionals before applying any compliance frameworks to real medical device programs.
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