F1
F1 · Frame
Command Center Overview
A high-level operations screen showing door status, camera health, alerts, switch status, and active incidents.
Enterprise Product Design Case Study
Chick-fil-A Headquarters Security Operations Dashboard
Centralizing cameras, access control, network diagnostics, and audit intelligence into one operational command center.
A custom dashboard designed to help security, IT, and access control teams monitor door events, camera health, network status, IP assignments, route traces, switch conditions, and audit logs from one organized interface.
Role
Product Designer / Systems Builder
Focus
Enterprise dashboard UX, security operations, monitoring, audit workflows
Platform
Custom web dashboard
Systems
Cameras, access control, cloud APIs, SQL data, network monitoring
Status
Enterprise operational dashboard
Enterprise Security
tellbyte
× Chick-fil-A
Why this project matters
From scattered security systems to one operational view.
Large enterprise campuses often rely on several disconnected systems to manage security operations. Cameras, access control, door events, network devices, IP assignments, logs, and audit reports can live in separate tools. This dashboard was designed to bring those operational signals into one organized interface so teams could monitor, investigate, and act with more clarity.
01
The Visibility Problem
Security teams need to understand what is happening across doors, cameras, switches, and networked devices without jumping between disconnected systems.
02
The Response Problem
When a door event, camera issue, forced entry alert, or network failure occurs, teams need context quickly so they can decide what action to take.
03
The Audit Problem
Enterprise environments need clean logs, searchable history, event trails, and exportable records for investigation and compliance workflows.
User and use case
Designed for security, IT, and access control operations.
Primary Users
Security operations teamsAccess control administratorsIT and network teamsLow-voltage / security techniciansFacility operations teamsSystem administratorsAudit and compliance stakeholders
User goal
Monitor access control and camera infrastructure, diagnose operational issues, review security events, verify system health, and export clean records for investigation.
Pain Points
- Too many separate systems
- Difficult to trace events across cameras, doors, switches, and logs
- Door status and camera status are not always easy to compare together
- IP address changes can create device confusion
- Forced entry, access denied, and unlock events need clear review paths
- Audit logs can become difficult to search and export
- Operators need confidence before taking high-risk actions
Design principle
The interface should make operational status visible, preserve context during investigation, and make high-impact actions clear, controlled, and auditable.
The core workflow
The product workflow.
The workflow was designed to help operators move from signal to context to action without losing visibility across the larger security environment.
UX challenge
The challenge was not only monitoring. It was operational confidence.
Problem statement
Security and access control systems generate a high volume of events, device statuses, logs, and network signals. When these signals are scattered across separate tools, operators lose time and confidence trying to understand what happened, where it happened, and what needs to be done.
Design goal
Create one dashboard that helps users answer:
- Which doors need attention?
- Which cameras are online or offline?
- Which access events matter right now?
- Which network or IP issue may be causing the failure?
- What actions are available to the operator?
- What evidence or audit trail needs to be exported?
“High-trust dashboards should not only show system data. They should help operators understand the situation, verify context, and act with confidence.”
Wireframe story
Wireframing the operational command center.
Drag through the five wireframe frames that defined the operational flow: overview → doors → cameras → network → audit.
F2
F2 · Frame
Door Access Monitoring
A door-focused view for lock state, forced entry events, access denied logs, user events, and event history.
F3
F3 · Frame
Camera and Event Context
A review screen connecting camera status and event details so operators can investigate issues in context.
F4
F4 · Frame
Network and IP Diagnostics
A diagnostic panel for IP assignment, device status, switch monitoring, route tracing, and connectivity checks.
F5
F5 · Frame
Audit and Export Workflow
A searchable log interface designed for filtering, organizing, and exporting clean event trails.
Drag or scroll5 frames
Final product experience
A dashboard built around visibility, control, and auditability.
Module surfaces
One operational story rendered across the three primary surfaces.
Each surface frames the same idea: a security signal moves from high-level health to investigation to controlled action without losing context.
Access Control
Camera Operations
Network & IP Diagnostics
Audit-ready trail
Event logs, search, and export - designed for investigation and compliance.
Operational intelligence layer
Where automation improves the user experience.
The dashboard was designed to make operational signals easier to interpret. Instead of forcing users to manually piece together door events, camera status, network checks, and logs, the interface organizes these signals around investigation and action.
01
Event Prioritization
Important alerts like forced entry, access denied, offline cameras, and failed connectivity can be surfaced above routine system noise.
02
Context Linking
Door events, camera status, device records, switch information, and timestamps can be reviewed together to support faster investigation.
03
Audit Summaries
Logs and event trails can be organized into cleaner exportable records for review, reporting, and compliance.
Future AI opportunities
Where AI could extend the operational layer.
These directions are framed as opportunities, not claims. They reflect where AI could strengthen monitoring, investigation, and device health without replacing human judgment.
“The goal is not to automate away human judgment. The goal is to help operators see risk, context, and next steps faster.”
Design decisions
Key design decisions.
Before and after
Before: disconnected tools. After: centralized operations.
Before
- Separate camera, access control, and network tools
- Manual device checks
- Difficult IP tracking
- Door events reviewed in isolation
- Logs spread across systems
- Slower investigation paths
- Harder audit preparation
- Limited shared visibility between security and IT
After
- Unified security operations dashboard
- Door, camera, and network context in one view
- IP assignment and route tracing support
- Clear event timelines
- Searchable and exportable logs
- Faster issue investigation
- Better audit readiness
- Shared operational visibility across teams
Relevance to complex enterprise products
Why this matters for high-trust product design.
This dashboard was more than a monitoring tool. It was a high-trust operational system designed to help teams understand complex infrastructure, verify events, diagnose technical problems, and act with confidence. The same product design principles apply anywhere users need to turn live data, alerts, system states, and logs into clear decisions.
This type of workflow thinking is relevant for products that rely on
Live dataAPIsDevice monitoringAccess control eventsCamera systemsNetwork diagnosticsAudit trailsHuman reviewOperational dashboardsHigh-confidence decision-making
Reflection
What I would carry forward.
The biggest lesson from this project is that enterprise dashboards need more than clean visuals. They need clarity, trust, permissions, system state transparency, and auditability. When a dashboard supports security, access control, cameras, and infrastructure, every design decision should help the user understand what is happening, why it matters, and what action is safe to take.
Trust is part of the interface.
A security operations dashboard has to make users confident in what they are seeing before they act.
Context reduces response time.
Connecting doors, cameras, devices, network state, and logs helps operators investigate faster.
Auditability protects the workflow.
Every meaningful event and action should be searchable, reviewable, and exportable.
Designed for operational confidence
Designed for operational confidence.
This case study represents the type of product work I enjoy most: complex systems, live operational data, high-trust workflows, technical diagnostics, and interfaces that help teams make better decisions faster.