🚀 Byos introduces new Secure Cluster Edge. Discover More

Byos Introduces

The Secure Cluster Edge

The Byos Secure Cluster Edge brings powerful, hardware-enforced microsegmentation to the datacenter rack — without the complexity or need for network redesigns. It’s plug-and-play. It’s compliant. And it’s built for a world where lateral movement and misconfigured VLANs are no longer acceptable risks.

Key Features

Internet Isolated Access

Access resources on the server without having to expose the server to the internet.

Server Rack Mountable

Deploy directly in existing datacenter infrastructure.

Plug and Play

No network redesign or complex configuration required. Deploy in minutes and secure your assets instantly.

How the Cluster Edge works

Byos Secure Cluster Edge™ slots directly into your server rack, acting as a secure gateway between your workloads and the rest of the network. Each of its 10 downlink ports forms an isolated microsegment, with dedicated access controls, ensuring that traffic between segments is tightly controlled and monitored.

No reconfigurations. No software agents. No exposure.

Once installed, it creates a Zero Trust perimeter around each device or VM connected to it, effectively preventing lateral movement, reducing blast radius, and enabling dynamic policy enforcement - all without disrupting your existing setup

Cluster Edge Use Cases

Reduce Network Complexity in Datacenters

Creating secure microsegments for IoT devices, local apps or customer data without extra hardware.
Simplifies the network stack by handling segmentation at the application level.

Secure Multi-Tenant Environments with Physical Separation

Microsegmentation within a single server rack, creating isolated zones for each tenant’s workloads.
Secure, cost-effective multi-tenancy without overhauling their physical layout relying solely on software-based firewalls.

Contain Lateral Movement During a Security Breach

Microsegments the rack into zones (e.g., by application, department, or sensitive level).
If one segment is compromised, the attacker can’t easily pivot to others, as each zone has its own access controls enforced at the hardware level.

Enable Secure Testing and Development Environments

Carve out microsegments within the rack—one for production, another for testing—ensuring test workloads can’t leak into or disrupt live systems. Developers can simulate real conditions securely.

Optimize Resource Allocation for Hybrid Workloads

Allocate resources efficiently—e.g., dedicating a segment to HPC with high bandwidth and minimal latency, while another segment isolates legacy apps with stricter access controls.

Simplify Compliance for Regulated Workloads

Isolating patient data servers from administrative systems within the same rack.
The hardware-based segmentation provides a tangible, auditable boundary that’s easier to demonstrate to regulators.