Black Box Secure KVM Peripheral Defender - DisplayPort, CAC

Engineered for high-security missions, the Black Box Secure KVM Peripheral Defender - DisplayPort, CAC is a purpose-built hardware firewall that shields sensitive data as it crosses from secure hosts to every connected peripheral. In defense, intelligence, and government environments, data leakage through keyboards, mice, displays, and smart card interfaces can be as dangerous as external intrusions. The Defender addresses this risk by creating a controlled, isolated path for video, input/output, and authentication signals while preserving usability and performance. Built for real-world deployments—from centralized data centers to field installations—the device supports CAC authentication, DisplayPort video, and robust peripheral control with a focus on policy-driven access, auditability, and resilience. The result is a security-grade KVM solution that lets administrators connect necessary peripherals without exposing the host system to untrusted devices or compromised interfaces.

• Unmatched peripheral isolation: The KVM Defender enforces strict boundaries between each connected device and the host computer, preventing data from unsecured USB, keyboard, mouse, or DisplayPort peripherals from leaking into the secure environment. By isolating critical signal paths, it reduces the attack surface for malware, keyloggers, and firmware tampering, while preserving seamless user experience for authorized operators. This isolation is designed to meet the highest possible security requirements demanded by defense and intelligence operations, enabling controlled sharing of peripherals without compromising the integrity of the host system.
• CAC integration and strong access control: The Defender is built to support Common Access Card (CAC) authentication workflows, enabling government-grade identity verification and policy enforcement at the edge. Operators present their CAC to authorized readers, and the system enforces role-based access, ensuring that only authenticated personnel can engage with restricted peripherals or switch between secure hosts. With CAC-backed controls, administrators can implement strict session management, auditing, and accountability in high-risk environments where every action matters.
• DisplayPort performance with security in mind: While maintaining high-definition video fidelity through DisplayPort interfaces, the Defender simultaneously preserves strong security boundaries. The device handles video signals in a way that prevents data from crossing between the host and peripheral layers, eliminating the risk of a compromised monitor or external display becoming a conduit for data exfiltration. This combination of high-quality video support and rigorous isolation supports both secure data handling and productive operator workflows in modern government, military, and contractor environments.
• Rugged, deployment-ready design: The KVM Defender is built for demanding environments—from secure data centers to field deployments where space is at a premium. Its rugged chassis and shielded signal paths are designed to resist tampering and environmental stress, while maintaining reliability across long operating cycles. The device integrates neatly with standard KVM setups, delivering plug-and-play convenience and a clear path to policy-based security, audit logs, and controlled session termination. This emphasis on durability and resilience ensures consistent performance under pressure and simplifies verification during security audits.
• Easy deployment with broad compatibility: Administrators can integrate the Secure KVM Peripheral Defender into existing infrastructure with minimal disruption. The Defender supports common operating systems and mainstream hardware configurations, enabling rapid rollout across multiple workstations, desks, or secure labs. Central management, when used in conjunction with approved software tools, provides scalable policy enforcement, session control, and peripheral whitelisting that align with organizational security mandates. In short, it harmonizes rigorous protection with practical usability for busy security teams.

Technical Details of Black Box Secure KVM Peripheral Defender - DisplayPort, CAC

• UPC/SKU: See product page for current numbers. Official specifications are published at https://ec.synnex.com/ (search for the product using the UPC or SKU).
• Interface and path: DisplayPort video path with secure peripheral coupling and CAC-enabled access control, designed to isolate host from peripheral signals while preserving video quality.
• Security posture: High-assurance isolation of keyboard, video, mouse, USB, and other peripherals to protect sensitive data and prevent untrusted devices from affecting the host environment.
• Compatibility: Designed for defense and intelligence networks, with compatibility for standard KVM workflows and CAC-based authentication workflows in controlled environments.
• Physical and deployment notes: Rugged, compact form factor suitable for data centers and mission-critical environments; designed to integrate with existing security policies and audit requirements.

How to Install Black Box Secure KVM Peripheral Defender - DisplayPort, CAC

To ensure a secure and functional deployment, follow these recommended steps. Note that you should always adhere to your organization’s security policies and vendor installation guides:

1) Prepare the workspace: Power down the host computer and all connected peripherals. Clear the area of any nonessential devices that could become interference sources or security liabilities. Ensure you have a secure, clean surface and approved cabling for DisplayPort, USB, and power connections.

2) Connect the DisplayPort path: Attach the DisplayPort output from the host to the Defender’s DisplayPort input, then run a DisplayPort cable from the Defender’s output to the monitor. Verify that the monitor’s resolution and refresh rate align with the supported profiles documented by the manufacturer to maintain video integrity and compatibility with CAC workflows.

3) Attach peripherals to the Defender: Plug the keyboard, mouse, and any other allowed USB devices into the Defender’s protected ports. Do not connect unapproved devices directly to the host to preserve the integrity of the isolation boundary.

4) Establish the secure connection to the host: Use the designated secure channel to connect the Defender to the target host or network segment. Ensure any required physical security measures are in place, such as tamper-evident seals or deployment in a controlled rack environment, per your security policy.

5) Enable CAC authentication: If your deployment includes CAC-based access control, initialize and enroll user CAC credentials as directed by the vendor’s management interface. Configure session policies to require CAC authentication for peripheral access and KVM switching, and enable auditing to record session activity for accountability.

6) Power on and test: Apply power to the Defender and connected devices. Run a basic test to confirm that the keyboard, video, and mouse function as expected within the secured path, and perform a health check to ensure that the peripheral signals are isolated from the host. Validate that switching between secure hosts or sessions works correctly and that CAC authentication prompts appear as intended.

7) Deploy and monitor: Roll out the Defender across your environment in accordance with your security policy. Continuously monitor for firmware updates, security advisories, and policy changes. Maintain an auditable record of peripheral authorizations and session terminations to support ongoing compliance requirements.

Frequently asked questions

• Q: What is the primary purpose of the Black Box Secure KVM Peripheral Defender - DisplayPort, CAC? A: It provides defense-grade isolation for KVM peripherals and secure CAC-authenticated access to protect sensitive data and prevent data leakage through connected devices.
• Q: Does this device support CAC authentication? A: Yes. CAC integration enables identity verification and policy enforcement at the edge, aligning with government and defense security requirements.
• Q: Which video interface does it use? A: The Defender uses DisplayPort to deliver high-quality video while preserving secure isolation boundaries between host and peripherals.
• Q: Is it suitable for defense and intelligence environments? A: Yes. The device is explicitly designed for secure defense and intelligence applications where maximum peripheral isolation is required by government agencies and the military.
• Q: What is the expected installation effort? A: It is designed for relatively straightforward deployment within standard KVM workflows, with configuration options for CAC authentication, access policies, and audit trails. Always follow vendor installation guides for best practices and compliance.