How It Works
Three integrated steps to transform your mission continuity: Accelerate data movement, isolate critical systems, and recover with confidence.
Accelerate
AI-Driven Data Acceleration
200x or more faster data acceleration with stable throughput at high latency and packet loss. Works seamlessly with encrypted, compressed, and deduplicated data.
- Up to 200x+ faster
- Stable at high latency/loss
- Works with encrypted data
- Seamless integration
- No application or infrastructure changes
Isolate
Hardware-Enforced Layer-1 Protection
TANDMM provides Layer-1 physical segmentation with out-of-band control. When isolated, there is no IP connectivity. Control access via API, SMS, or timed schedules.
- Layer-1 physical isolation
- Out-of-band control
- No IP when isolated
- API/SMS control
- RJ45 & SFP form factors
Recover
Recovery-First Resilience
Recovery-First Resilience assumes disruption will happen and designs for the fastest clean recovery. Combine acceleration with isolation for rapid, secure restoration.
- Assume disruption
- Design for recovery
- Fast clean restoration
- Verified data integrity
- Minimal downtime
Integrated Architecture
How acceleration and isolation technologies work together
Source Site
AI-driven data acceleration accelerates data leaving your primary site
Protected Site
Hardware-enforced isolation protects your recovery data
High-Impact Protection Scenarios
Where TANDMM delivers the most value
Disaster Recovery Isolation
Physically isolate DR sites until needed, then rapidly sync with accelerated transfers.
OT Protection
Segment operational technology networks with Layer-1 isolation for critical infrastructure.
Vendor Access Risk Containment
Connections are time-bound, certificate-verified, and physically disconnected when not in use.
Technical Specifications
Enterprise-grade performance and reliability
Ready to build mission continuity?
Connect with our experts to design your own acceleration and isolation blueprint. Together we can protect your mission-critical operations and ensure rapid recovery.