Warehouse Security & Asset Accountability Platform
Prepared for WBSI. An operation-based security platform for five warehouses, designed for shared Honeywell scanners, employee QR identification, theft prevention, dispatch control, digital evidence, and management visibility.
Executive Summary
The final design is not scanner-based. It is operation-based, so shared Honeywell devices can be used without permanently assigning scanners to individual guards.
Project Intent
The platform will digitize WBSI security checkpoints by recording guard identity, clock in/out, receiving operations, dispatch operations, OCR evidence, incident reports, supervisor approvals, and management reporting in one centralized system.
Each operation begins with a guard scanning their employee QR code. The system then links all scans, photos, and actions to that operation until it is completed.
Primary Outcomes
- Works with shared Honeywell scanners
- Reduces theft and unauthorized item movement
- Prevents over-dispatch and duplicate releases
- Creates a timestamped audit trail per operation
- Keeps Wolf Bot / Enchanto as source-of-truth where appropriate
Current Business Challenges
WBSI’s operational risk is a security accountability issue involving people, assets, evidence, and visibility.
Current State
- Potential theft and over-dispatch
- Shared scanners make accountability difficult
- Manual verification increases human error
- Incident evidence may be scattered or incomplete
- Limited consolidated reports
Target State
- Every receiving/dispatch job starts with guard QR identity
- Every item scan is tied to a named operation owner
- Flagged transactions require supervisor approval
- Photos and OCR evidence attach to records
- Managers can review activity by guard, warehouse, truck, or date
Guard Operations UI
The guard does not need a normal username/password login for every task. The UI behaves like an operation kiosk or PWA screen.
Home Screen
How it works
- Guard selects an operation.
- System asks for employee QR scan.
- Guard identity is confirmed before scanning items.
- All package scans are linked to that operation.
- On completion, the system returns to the home screen.
Operation-Based Workflow
This avoids the risk of assigning one scanner to one person when 20 personnel may share devices.
Receiving, Dispatch, Incident, Clock In or Clock Out.
Example: EMP-1023.
Show name/photo; rescan if wrong.
Package, serial, DR, or shipment barcode.
Review count, attach evidence, submit.
Functional Modules
Personnel Accountability
Clock in/out, operation owner, shift logs, supervisor approvals.
Asset Verification
Receiving, dispatch, serial validation, duplicate detection.
OCR & Evidence
Photo capture, label reading, damaged goods documentation.
Alerts & Reports
Email/SMS framework, incident reports, Excel/PDF exports.
Device & Integration Strategy
The system will support the most cost-effective device path based on the actual Honeywell model.
If Honeywell is Android-based
Run the Progressive Web App directly on the Honeywell device. Guards can start operations, scan employee QR, scan packages, and complete work without returning to a PC.
If Honeywell is scanner-only
Use the scanner with a warehouse PC, tablet, or browser kiosk. Honeywell sends scan text into the web application like keyboard input.
If phones are needed
Use phones mainly for photos, OCR, incident reports, and manager access. Product scanning remains on Honeywell where possible.
Wolf Bot / Enchanto Positioning
If Wolf Bot already offers inventory and scanning, this platform should not duplicate it. It should add the security operations layer.
Wolf Bot / Enchanto
- Inventory source-of-truth
- Product / serial / dispatch data
- Receiving and dispatch reference records
- Warehouse operational records where available
WBSI Security Platform
- Guard identity per operation
- Security verification and audit trail
- OCR/photo evidence
- Incident management
- Supervisor approvals and investigation dashboard
Five-Phase Delivery Plan
Click each phase to view objectives, deliverables, and the business problem solved.
Phase 1 — Security Operations Foundation & Guard UI
Week 1
No personnel accountability, no centralized audit trail.
Operation-based guard UI ready for scanning workflows.
- Guard home screen: Clock In, Receiving, Dispatch, Incident, Clock Out
- Employee QR identity model
- User roles and supervisor/admin login
- Warehouse and operation setup
- Audit log foundation
Phase 2 — Operation-Based Scan Verification
Week 2
Shared scanner accountability, over-dispatch, duplicate scans.
Receiving/dispatch job flow with guard identity per operation.
- Honeywell keyboard-wedge/browser scan support
- Employee QR before operation
- Package/serial scan capture
- Duplicate and unknown barcode handling
- Wrong-ID rescan and correction flow
Phase 3 — OCR & Digital Evidence
Week 3
Human error, weak evidence, damaged goods disputes.
Photo-backed audit record for shipment and incident events.
- OCR label recognition
- Photo capture
- Damage evidence
- Incident notes
- Evidence repository
Phase 4 — Dashboard, Reports & Notifications
Week 4
No reports, delayed issue awareness, limited visibility.
Manager-ready reporting and alerting layer.
- Live activity dashboard
- Reports by guard, warehouse, truck, operation and date
- Excel and PDF exports
- Email alerts
- SMS notification framework
Phase 5 — Integration, QA & Production Go-Live
Week 5
Disconnected tools, deployment risk, user readiness.
Production-ready platform and trained users.
- Middleware/API integration with Wolf Bot / Enchanto if access is available
- UAT and bug fixes
- Device testing: Honeywell / PC / mobile
- Training and documentation
- Production deployment
Implementation Timeline
Five-week target delivery, assuming timely access to sample barcodes, employee QR test data, Honeywell model details, and third-party integration documentation.
Commercial Proposal
Pricing fields are intentionally left blank for manual completion.
| Description | Commercial Term |
|---|---|
| Total Project Fee | ₱ ______________________________ |
| Down Payment | 50% upon project commencement |
| Progress Payment | 25% upon completion of approximately two-thirds (2/3) of the project |
| Final Payment | 25% upon successful delivery, UAT sign-off, and Production Go-Live |
| Monthly Support & Maintenance | ₱ ______________________________ / month. Starts only after Production Go-Live. |
Monthly Support & Maintenance
Infrastructure
- Hosting
- Database
- Backups
- Storage
- Monitoring
Maintenance
- Bug fixes
- Security patches
- Performance optimization
- Application updates
Support
- Technical support
- Production incident assistance
- User admin assistance
- Log review and troubleshooting
About the Builder, Acceptance & Signatories
Prepared by Geoff Chen
Geoff Chen is an AI builder and product operator with hands-on experience designing, building, and deploying software products using modern AI-assisted development workflows. His approach combines business process understanding, rapid prototyping, hands-on QA, and practical implementation using tools such as Codex, Claude, and modern cloud platforms.
For this project, the priority is not to overbuild a full warehouse system, but to deliver a focused security operations platform that helps WBSI improve accountability, evidence capture, and dispatch control while working alongside current systems.
Acceptance
By signing below, the parties acknowledge the proposed scope, delivery structure, commercial terms to be completed, and implementation approach for the Warehouse Security & Asset Accountability Platform.