Audio Diodes Receive NIAP Certification
The FA10A-4 and the FA10A0-4 Audio Diodes are now NIAP PP4.0 for PSD certified. These audio diodes are indispensable for protecting meeting
rooms and offices since computer speakers can be repurposed by attackers to eavesdrop and exfiltrate information.
Key features:
- Unidirectional audio flow prevents repurposing speakers as microphones
- Low pass filter blocks information leakage via high frequency transmissions
- Speaker on/off control button (FA10A-4) for additional protection
For more information:
https://highseclabs.com/product-category/secure-devices/audio-diodes/
High Sec Labs (HSL) develops high-quality, cyber-defense solutions in the field of network and peripheral isolation.
The company, headquartered in Caesarea Industry and Business Park, Israel, was founded in 2008 and has a second manufacturing site in the United States.
High Sec Lab’s roots are deeply embedded in the defense industry developing cyber protection solutions for submarines and aircraft. Among its customers are some of the world’s leading governments and defense organizations as well as commercial companies such as banks, healthcare providers, and national infrastructure companies.
Highest Security Compliance
The company’s products are designed to provide the maximum computer and peripheral isolation as demanded by government agencies, military, financial institutions, and similar security-sensitive customers. HSL’s products are built to comply with the highest security standards, including EAL4+ security requirements and the latest National Information Assurance Partnership (NIAP) Protection Profile PSS Ver 3.0 PSS or PSD Ver 4.0 requirements for peripheral sharing switch devices.
Secure Segregation Solutions
HSL’s patented secure segregation solutions include a variety of peripheral sharing switch devices such as KMs, KVMs, and Matrix devices. These enable users to share peripherals between computers that belong to different security classification levels while protecting against data leakage and malicious attacks through shared USB, keyboard, mouse, video, and audio peripherals.
