UST TwinSync - Network Digital Twin Simulation and Validation

TwinSync builds and maintains a high-fidelity digital replica of your live network, kept in continuous sync with production topology and configuration. Proposed changes - capacity upgrades, configuration edits, failover scenarios - can be simulated against this twin to validate outcomes before any production risk is taken.

Unlike static lab environments or manual peer-review processes that rely on point-in-time snapshots, TwinSync provides always-current network state synchronization. This gives network teams a true "test before you touch prod" capability, dramatically reducing change-related incidents while accelerating the pace at which teams can safely evolve the network.

TwinSync integrates with AWS Transit Gateway and AWS Network Manager to synchronize cloud network topology, and leverages Amazon CloudWatch for monitoring twin-to-production fidelity metrics and alerting on drift conditions. This enables teams managing hybrid or multi-region AWS environments to validate changes across their entire network fabric.

UST delivers TwinSync through a structured professional services engagement:

• Phase 1 - Discovery and Assessment (Weeks 1-2): UST conducts a topology assessment of your production network, identifies integration points, and delivers a scoping report with twin architecture recommendations.
• Phase 2 - Twin Build-Out (Weeks 3-6): UST engineers configure and deploy the synchronized digital twin environment, establish data feeds, and validate initial fidelity against production.
• Phase 3 - Validation and Enablement (Weeks 7-8): UST delivers simulation runbooks, conducts guided what-if scenarios with your team, and provides a production readiness report with pass/fail scoring criteria.
• Phase 4 - Handoff and Ongoing Support: Your team receives the configured twin environment, simulation playbooks, and drift monitoring dashboards as final deliverables.

• Continuously synchronized live network digital twin
• What-if scenario simulation (failure, capacity, traffic surge)
• Pre-deployment change validation and pass/fail scoring
• Twin-to-production fidelity and drift monitoring
• Simulation history and outcome analytics

• Reduces change-related production failures by up to 73%
• Builds confidence in capacity and upgrade decisions before rollout
• Enables safe disaster-recovery and failure-mode testing
• Shortens change validation cycles from days to hours
• Improves overall network planning accuracy

TwinSync supports hybrid, cloud, and on-premises network environments. Customers must provide access to network configuration data (e.g., SNMP, streaming telemetry, or configuration exports). Supported topologies include routed enterprise networks, multi-region AWS VPC architectures, and SD-WAN deployments. Minimum engagement scope applies.

All network topology and configuration data is encrypted in transit and at rest. Access to the twin environment is governed by role-based access controls with full audit logging. Data is retained only for the duration of the engagement unless otherwise agreed.

• Pre-production change testing for multi-region enterprises: Validate OSPF reconvergence or BGP path changes across hundreds of VPCs before a maintenance window.
• Disaster-recovery drills for financial services: Simulate core link failures and verify failover behavior without impacting production trading systems.
• Capacity upgrade validation for large-scale networks: Model traffic surge scenarios across thousands of network devices before committing to hardware or bandwidth upgrades.
• What-if network planning for major cloud migrations: Assess the impact of migrating workloads to new AWS regions on existing network performance and routing.

Request a discovery call through AWS Marketplace messaging to receive a complimentary topology assessment and determine engagement scope for your environment.