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# System Review Checklist
**Project:** Sensor Hub Poultry Farm Automation
**Scope:** Sensor Hub (Sub-Hub Only)
**Purpose:** Verify system readiness before FRD/SAD generation and AI-assisted implementation
## 1\. Requirements Completeness Review
### 1.1 Feature Coverage
✔ All major functional domains defined:
* ☐ Data Acquisition (DAQ)
* ☐ Data Quality & Calibration (DQC)
* ☐ Communication (COM)
* ☐ Diagnostics & Health (DIAG)
* ☐ Persistence & Data Management (DATA)
* ☐ OTA Update (OTA)
* ☐ Security & Safety (SEC)
* ☐ System Management & HMI (SYS)
**Acceptance Criteria:**
No functional behavior is undocumented or implicit.
### 1.2 Requirement Quality
For **each system requirement**, verify:
* ☐ Uses “SHALL”
* ☐ Is testable
* ☐ Is unambiguous
* ☐ Has a unique ID
* ☐ Is traceable to a feature
**Red Flags:**
* Vague timing (“fast”, “real-time”)
* Mixed requirements (“shall… and …”)
* Implementation leakage (“using mutex”)
## 2\. Architectural Soundness Review
### 2.1 Layering & Separation of Concerns
* ☐ Hardware access isolated
* ☐ No feature bypasses System Manager
* ☐ Persistence accessed only via DP
* ☐ HMI does not modify safety-critical configuration
**Fail Condition:**
Any feature directly accesses hardware or storage without abstraction.
### 2.2 State Machine Validity
* ☐ All system states defined
* ☐ Valid transitions documented
* ☐ Illegal transitions blocked
* ☐ Feature behavior defined per state
**States to Verify:**
* INIT
* IDLE
* RUNNING
* DEGRADED
* OTA\_UPDATE
* TEARDOWN
* ERROR
## 3\. Cross-Feature Constraint Compliance
### 3.1 Constraint Awareness
* ☐ Each feature respects cross-feature constraints
* ☐ No constraint contradicts a requirement
* ☐ Constraints are globally enforceable
### 3.2 Conflict Resolution
Check for conflicts such as:
* ☐ OTA vs DAQ timing
* ☐ Persistence vs Power Loss
* ☐ Diagnostics vs Real-Time Tasks
* ☐ Debug vs Secure Boot
**Acceptance:**
Conflicts resolved via priority rules or system state restrictions.
## 4\. Timing & Performance Review
### 4.1 Real-Time Constraints
* ☐ High-frequency sampling bounded
* ☐ Worst-case execution time considered
* ☐ Non-blocking design enforced
### 4.2 Resource Usage
* ☐ CPU usage bounded
* ☐ RAM usage predictable
* ☐ Stack sizes justified
* ☐ Heap usage minimized in runtime
## 5\. Reliability & Fault Handling Review
### 5.1 Fault Detection
* ☐ Sensor failure detection defined
* ☐ Communication failure detection defined
* ☐ Storage failure detection defined
### 5.2 Fault Response
* ☐ Graceful degradation defined
* ☐ Diagnostics logged
* ☐ System state updated appropriately
## 6\. Security Review
### 6.1 Boot & Firmware
* ☐ Secure boot enforced
* ☐ Firmware integrity verified
* ☐ Rollback prevention defined
### 6.2 Communication
* ☐ Encryption mandatory
* ☐ Authentication required
* ☐ Key management strategy defined
### 6.3 Debug Access
* ☐ Debug sessions authenticated
* ☐ Debug disabled in production unless authorized
* ☐ Debug cannot bypass security or safety
## 7\. Data Management Review
### 7.1 Data Ownership
* ☐ Single source of truth enforced
* ☐ Clear ownership per data type
* ☐ No duplicated persistent data
### 7.2 Persistence Safety
* ☐ Safe writes during state transitions
* ☐ Power-loss tolerance defined
* ☐ Data recovery defined
## 8\. HMI & Usability Review (OLED + Buttons)
### 8.1 Display Content
* ☐ Connectivity status
* ☐ System status
* ☐ Connected sensors
* ☐ Time & date
### 8.2 Navigation Logic
* ☐ Menu hierarchy defined
* ☐ Button behavior consistent
* ☐ No destructive action via UI
## 9\. Standards & Compliance Readiness
### 9.1 IEC 61499 Mapping Readiness
* ☐ Functional blocks identifiable
* ☐ Event/data separation respected
* ☐ Distributed execution possible
### 9.2 ISA-95 Alignment Readiness
* ☐ Sensor Hub maps to Level 1/2
* ☐ Clear boundary to Level 3/4
* ☐ No business logic leakage
## 10\. AI Readiness Review
### 10.1 Prompt Compatibility
* ☐ Features modular
* ☐ Requirements structured
* ☐ Architecture explicit
### 10.2 Tool Handoff Readiness
* ☐ Claude can generate FRD/SAD
* ☐ Mermaid diagrams derivable
* ☐ DeepSeek can critique logic
* ☐ Cursor rules enforce constraints
## Final Gate Decision
### GO / NO-GO Criteria
**GO** if:
* All sections ≥ 90% checked
* No critical architectural violation
* Security constraints enforced
**NO-GO** if:
* Missing system states
* Undefined failure behavior
* Security gaps
* Persistence inconsistency