Security Digital Twins: Simulating and Solving Physical Access Challenges Virtually
- Soloinsight Inc.
- May 5, 2022
- 5 min read

Introduction: What If You Could Test Your Building Before a Breach Happens?
Imagine a high-rise office, buzzing with contractors, vendors, and employees. Somewhere in that dynamic flow, a single missed compliance trigger leads to a physical security breach.
Now imagine you had already seen it coming—because a virtual replica of your facility, your access logic, and even your identity behaviors had flagged the risk in advance.
Welcome to the world of Security Digital Twins—where virtual simulations protect real-world environments.
As enterprises face increasingly sophisticated physical and cyber threats, the convergence of Physical Identity and Access Management (PIAM) with Digital Twin technology is setting a new standard for intelligent security.
In this blog, we’ll explore how Soloinsight’s CloudGate PIAM platform is making this visionary concept real—and how you can simulate, predict, and prevent access failures before they happen.
What Is a Security Digital Twin?
A Digital Twin is a virtual model of a physical system. In the context of security, it means creating a real-time, 1:1 replica of:
Buildings and entry points
Access policies and workflows
Employee, contractor, and visitor movement patterns
Sensor data from cameras, turnstiles, elevators, and doors
Integration behavior across access control systems
When combined with CloudGate PIAM, this twin becomes a living simulation of your entire physical identity ecosystem.
It allows organizations to:
Run what-if access scenarios
Visualize user flows and bottlenecks
Simulate breach attempts
Stress test compliance rules
Predict and fix vulnerabilities before they cause damage
Why PIAM Alone Isn’t Enough Anymore
Today’s enterprises have outgrown static security:
Access points change by the hour
Contractors come and go rapidly
Remote work has scattered the workforce
Threat actors use social engineering and insider tactics
Compliance mandates grow more complex each year
Traditional PIAM—even when cloud-native—needs foresight.
That’s where the Digital Twin layer adds transformative value: it lets security leaders go from reactive response to proactive simulation.
How CloudGate Builds Your Security Digital Twin
Soloinsight’s CloudGate PIAM captures and connects:
Access control data (who entered where and when)
User metadata (roles, clearances, visit history)
Sensor feeds (door states, motion, occupancy)
Visitor workflows (pre-registration, compliance forms)
Mobile and biometric credentialing (Face ID, Apple Wallet, etc.)
It then mirrors this real-world behavior into a visual, navigable virtual twin that can:
Highlight access anomalies in real time
Simulate rule changes to see impacts before rollout
Map user movement for analytics and bottleneck discovery
Forecast compliance gaps based on patterns
Train AI to detect evolving threats across your entire ecosystem
The result? A holistic view of identity and movement—before the doors ever open.
Simulating Real Scenarios: What You Can Test
Visitor Tailgating into a Restricted Lab
Visualize how and where tailgating might occur
Trigger alerts in the virtual space
Adjust smart turnstile policies before implementation
Contractor Access Misconfiguration
Detect if a badge rule inadvertently grants server room access
Simulate the journey that contractor might take
Adjust provisioning logic and test again instantly
Elevator Overload During Shift Change
Predict people density by time
Route traffic to alternate elevators
Deploy mobile-based floor credentialing for split distribution
Executive VIP Visit During Emergency Lockdown
Simulate alternate exit routes
Stress-test override credentials
Plan access for fire wardens and emergency services
The Role of AI in Your Security Twin
A static virtual twin is just a model. A learning twin, powered by AI, is a game-changer.
CloudGate’s platform uses AI to:
Predict access behaviors based on past identity data
Flag anomalies that deviate from normal user journeys
Simulate breach paths in complex environments
Score security risk levels per room, role, or entry time
Think of it as cybersecurity X-ray vision—but for your physical infrastructure.
Why This Matters to Fortune 500 Enterprises
For global enterprises with hundreds of entry points and thousands of identities in motion daily, the margin for error is thin.
Benefits of a PIAM-powered Digital Twin include:
Risk reduction without disrupting live operations
Scenario rehearsal for new policies or site expansions
Faster incident investigation using playback of virtual access logs
Improved board reporting with visual risk simulations
Instant collaboration across security, HR, compliance, and facilities
At this scale, guesswork is expensive. Simulation is essential.
From Digital Twin to Real-World Deployment
Here’s how the lifecycle works:
Mirror: CloudGate collects data across your environment and builds the twin
Model: You simulate new rules, devices, or access logic
Validate: Twin provides projected outcomes, gaps, and risk points
Deploy: Real-world systems are updated confidently
Monitor: Real-time feedback feeds back into the twin for ongoing learning
It’s a continuous feedback loop between design, test, and action—with zero downtime.
Use Case: Smart City Campus Creates a Virtual Security Sandbox
A North American smart city initiative implemented CloudGate’s digital twin integration to prepare for a high-profile tech summit.
They ran virtual drills to:
Test crowd density during rush hours
Simulate unauthorized press entry via contractor doorways
Predict failure points if a system went offline
After rehearsing 6 security breach scenarios in the twin, they adjusted badge provisioning rules, updated signage, and rerouted foot traffic.
The result?
A zero-incident, 6,000-attendee event with seamless access management.
All thanks to practicing virtually before executing physically.
Bridging the Physical-Cyber Divide
Digital Twins also bridge a long-standing security gap: the disconnection between physical and cyber security teams.
With shared, real-time visualizations of identity and access patterns, both teams can:
Align incident response workflows
Correlate physical access with data breach logs
Share alerts from SIEM or SOAR tools directly into the PIAM twin
Build holistic threat models that span both physical and digital touchpoints
It’s not just about seeing the building. It’s about seeing the behaviors—and responding as one.
What Makes Soloinsight’s CloudGate Unique
Unlike traditional access systems or generic digital twin platforms, CloudGate PIAM offers:
Feature | Soloinsight CloudGate |
Native PIAM Twin Sync | ✅ |
Real-Time Access Simulations | ✅ |
AI-Driven Behavior Prediction | ✅ |
Visual User Journey Mapping | ✅ |
Integrated Credential Testing | ✅ |
Role-Based Scenario Modeling | ✅ |
Enterprise-Scale Performance | ✅ |
No patchwork. No separate tools. One seamless environment where identity, access, and simulation converge.
A Paradigm Shift for Security Leaders
In the old world, you planned access based on policies. In the new world, you simulate policies before you activate them.
This unlocks:
Faster site rollouts
Stronger compliance audit trails
Fewer access exceptions and override requests
More agile enterprise security postures
You don’t just manage access—you orchestrate trust.
Conclusion: Simulate. Secure. Succeed.
The future of security doesn’t wait for something to go wrong.
With Soloinsight’s CloudGate PIAM and Digital Twin architecture, you gain the power to:
✅ Visualize risk before it materializes
✅ Test changes before deploying
✅ Align teams before incidents occur
✅ Understand movement before mistakes are made
In an age where zero trust meets zero friction, simulation is your best defense.
Ready to See Your Building in a New Light?
Let us show you what’s possible when you combine PIAM intelligence with virtual simulation.
🔍 Explore your facility’s digital twin.🛡️ Simulate real-world access.📈 Prevent tomorrow’s breaches—today.
Book your consultation with Soloinsight at www.soloinsight.com
Let’s move from managing access……to mastering possibility.