They Can't Attack
What They Can't See

Dispersive® Stealth Networking is a lightweight, quantum-resilient overlay that makes communications and data in motion invisible and keeps them running under attack. It strengthens the network and security stack you already run, with sovereign control of critical systems, enclaves, AI workloads, and distributed operations.
Resilient network

Resilient

Stay Operational When Everything Else Fails

Self-healing paths instantly reroute around jammed, degraded, or attacked connections. No failover events, no dropped sessions, and no downtime.

Sovereign Control

Sovereign Control

Command Your Network, Wherever It Resides

Set policy and control routing across infrastructure you don’t own or operate. Your enclaves, AI workloads, and mission systems stay governed by you, regardless of whose wires or clouds carry the traffic.

High Performance Network

Performance

Ensure Critical Communications Under Any Conditions

Delivers stable, high-performance connectivity across cloud, hybrid, and edge environments, with no failover events, no performance collapse, and no operational downtime.

AI Security and Data Privacy

AI is turning enterprise networks into autonomous decision fabrics, built on agents, inference calls, model-to-tool exchanges, and GPU-to-GPU data movement. Current security tools govern who can access these systems. They do not control how the traffic between them behaves, who can observe it, or what it reveals. If that fabric can be observed, it can be studied, targeted, and exploited.

Dispersive® Stealth Networking secures the AI communication layer directly, across the full stack. Post-quantum cryptography extends across the data plane and control plane, with FIPS 140-3 validated cryptographic modules and NIST-standardized algorithms including ML-KEM and ML-DSA. Advanced TLS fingerprint mitigation helps sensitive AI traffic blend into ordinary web communications, closing off the metadata and traffic-pattern signals that side-channel techniques depend on. URL filtering gives operators granular control over which destinations agents, users, and applications can reach, reducing agent attack surfaces and limiting exfiltration paths.

The result: AI communications that are quantum-resilient, difficult to observe, and resistant to targeting, protecting the same paths connecting your users, applications, agents, models, and infrastructure, without replacing your existing security stack.

How Dispersive® Stealth Networking Works

Dispersive® Stealth Networking hides data in motion by splitting, encrypting, and obfuscating traffic across multiple diverse network paths simultaneously. Where VPN and SD-WAN rely on exposed tunnels and predictable routes, Dispersive removes them, eliminating the attack surface rather than trying to defend it. It extends your zero trust and SASE controls instead of competing with them.

Multi-Path Obfuscation

Dispersive® Stealth Networking breaks traffic into encrypted fragments and sends each piece across multiple channels and constantly shifting pathways. Because no full packet ever travels through a single route, there is nothing meaningful to intercept, correlate, or reconstruct. This defeats reconnaissance, renders packet capture useless, and removes observable flow patterns, eliminating the data-in-motion attack surface altogether.

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Quantum-Resilient Encryption

Each fragment is protected with layered encryption, including NIST-standardized post-quantum algorithms ML-KEM and ML-DSA, using FIPS 140-3 validated cryptographic modules. Crypto agility lets algorithms change in one place rather than across every application and endpoint. A captured fragment is meaningless on its own, which limits what adversaries can harvest today to decrypt tomorrow.

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Self-Healing Resilience

If a route becomes degraded, jammed, or attacked, Dispersive® Stealth Networking instantly shifts fragments across alternative channels without disrupting sessions or performance. This is Automated Moving Target Defense in practice: instead of defending a single path, the network continuously and autonomously repositions in motion, denying adversaries a fixed target to study or exploit. Preemptive cybersecurity by design delivers sustained uptime and throughput even under active attack, congestion, or infrastructure instability.

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Trusted by Government, Critical Infrastructure,
and Global Enterprises

Proven in High Consequence Environments

Dispersive® Stealth Networking is recognized for advancing secure, resilient communications across government, critical infrastructure, and global enterprises. Our patented multipath architecture has been validated in mission-critical deployments where continuity, invisibility, and performance cannot fail, including a production edge deployment with American Tower in collaboration with Vertical Data.

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Two Ways to Deploy Dispersive® Stealth Networking

Fortifying Networks with Secure, Resilient, and High-Performance Connectivity

DispersiveCloud®

DispersiveCloud® is a hosted SaaS deployment, SOC 2 Type II certified, that simplifies deployment and management without compromising performance or security. It runs on global cloud infrastructure from providers including Amazon Web Services and Azure for high availability.

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DispersiveFabric™

DispersiveFabric™ is the self-hosted deployment, built for larger, more complex environments, where you run and control every component. A software-defined overlay network with a microservices architecture, DispersiveFabric™ deploys on the infrastructure you choose; public cloud, private cloud, containers, VMs, or dedicated hardware.

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Start With the Stack You Have

Add Dispersive as a lightweight overlay on the network you already run. It works alongside your zero trust, SASE, endpoint, and identity controls, making the traffic between them invisible and resilient without a redesign..

Where a legacy component has become the weak point, Dispersive takes over its job. Organizations use it in place of VPN and SD-WAN, with multipath, automatic path failover, and crypto agility built in.

Stay Ahead with Expert Insights

Stay informed with expert analysis, best practices, and deep dives into the latest cybersecurity challenges and developments to strengthen your security posture.