Dispersive Secure Enclaves

Isolate Any Environment

Zero Trust Network Segmentation for Critical Data

Dispersive Secure Enclaves use payload splitting, multi-path distribution, and deflection cloud routing to segment and isolate sensitive workloads at the network layer, providing unparalleled security and control.

Zero-Trust Enclaves for Data Sovereignty and Compliance

Dispersive payload splitting and deflection cloud geofencing create zero trust network segments, distributing data across geographically bound cloud locations and enforcing access controls for compliance-driven environments.

Dynamic, Micro-Segmented Enclaves for Cloud-Native Applications

Dispersive enables dynamic, micro-segmented isolation for cloud-native applications, adjusting network paths and routing in real time for adaptable security across microservices and containers.

Secure Enclaves for Edge, IoT and OT Workloads

Deploy edge-based secure enclaves for IoT and OT environments. Dispersive's distributed networking extends isolation to the edge, protecting sensitive data and critical infrastructure.

Isolated, Zero-Trust Networking for Critical Data

Sensitive data, mission-critical applications, and operational technology (OT) environments require a level of security beyond traditional perimeter-based protection. Legacy networking exposes workloads to unauthorized access, data leakage, and lateral movement once a single point is compromised.

Dispersive Secure Enclaves provide payload splitting, network gateway isolation, and zero trust enforcement to create highly secure, self-contained network environments. This is a network-layer approach, distinct from hardware-based confidential computing such as Intel SGX or AWS Nitro Enclaves: where those approaches protect data in use inside a chip, we protect workloads and traffic in motion across the network.

Traditional network segmentation, VLANs, firewalls, and access policies, creates the appearance of isolation, but the network beneath it often remains visible and observable even when traffic is encrypted. Dispersive adds a layer segmentation alone doesn't provide: transport-layer invisibility. Data is fragmented across multiple, dynamic, non-deterministic paths as it moves, so no single stream exists to intercept and no predictable route exists to target.

Organizations with jurisdictional data requirements often pair this segmentation with geofenced routing to keep data within defined boundaries. See our Data Sovereignty solution for how we handle that layer specifically. .

Solving Secure Enclave Challenges

Trust Segmentation & Geofencing for Critical Workloads

Dispersive splits and distributes encrypted traffic across geographically controlled cloud locations, ensuring data sovereignty and compliance with regulatory frameworks.

Dynamic, Adaptive Enclaves for Cloud & OT Deployments

Dispersive dynamically routes network paths and adjusts enclave security in real time, providing adaptive protection for microservices, IoT, and OT environments.

Defense & Intelligence

Isolate command infrastructure and sensitive communications from the broader network, preventing reconnaissance of administrative systems and privileged paths.

Sketched jet image by Gordon Johnson from Pixabay

AI & Cloud-Native Workloads

Protect AI inferencing and training traffic, and east-west data movement between distributed nodes, from interception and model data exfiltration.

Graphic depiction of cloud networks by Gerd Altmann from Pixabay

Regulated & Compliance Environments

Enforce least-privilege network access for frameworks like CMMC and CUI, with defensible evidence of transport-layer controls for auditors.

Abstract hexagons image by Gerd Altmann from Pixabay

Critical Infrastructure (OT/IoT)

Wrap operational technology and IoT systems in zero trust network zones without replacing existing infrastructure, eliminating lateral movement risk across industrial environments.

Critical infrastructure abstract graphic by by Gerd Altmann from Pixabay

FAQs

Does this replace my existing ZTNA, SD-WAN, or firewall investment?

No. Dispersive Secure Enclaves deploy as an overlay alongside your existing security stack, adding transport-layer protection those tools weren't designed to provide, without requiring migration or architectural changes.

How is this different from network segmentation tools like micro-segmentation platforms?

Segmentation controls access between workloads. Dispersive additionally makes the traffic itself invisible and uncorrelatable in transit, closing a gap that segmentation alone doesn't address.

What's the performance impact of adding this layer?

Organizations typically see improved performance in degraded or high-latency conditions, not a tradeoff, since traffic runs across multiple simultaneous paths rather than a single deterministic route..

How long does deployment typically take?

Most organizations start with a focused, time-boxed technical validation in their own environment, followed by a targeted pilot deployment, before expanding to full production.

Zero Trust for Secure Enclaves to Eliminate Attack Surfaces and Data Exposure Risks

Data protection requires more than just encryption, it demands complete network isolation, continuous monitoring, and strict access control. Dispersive Secure Enclaves ensure that sensitive workloads, cloud applications, and operational data remain protected from external threats, unauthorized access, and geopolitical risks.

Dispersive® Stealth Networking Solutions

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

DispersiveCloud™

DispersiveCloud™ is a hosted SAAS SOC 2 Type II-compliant solution that brings the power of our groundbreaking network fabric that simplifies the deployment and management process without compromising performance or security. We operate on state-of-the-art cloud networks, partnering with various vendors, including Amazon Web Services and Azure to enable global high availability.

DispersiveFabric™

DispersiveFabric™ is our robust, flexible solution designed for larger, more complex environments. A software-defined overlay network, DispersiveFabric™ utilizes a microservices architecture to provide unparalleled security, reliability, and performance. Deployable on any type of infrastructure with infinite scale- public cloud, private cloud, containers, VMs, dedicated hardware.

Future-Proof Data Security with Dispersive Secure Enclaves

Dispersive Secure Enclaves enable highly controlled, isolated, and zero- trust network environments for compliance-driven industries, critical workloads, and secure cloud applications. Contact us today to learn how we can protect your sensitive data and mission-critical infrastructure.

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