Attackers can “eavesdrop” on unencrypted data traveling over a network, not only impacting privacy but potentially opening the potential to modify or substitute data as a way to stage more sophisticated attacks.

Because industry mandates often require protection for data in motion, organizations that do not implement this protection risk fines, embarrassing data breach disclosure statements, and resulting damage to their reputation.

Depending on the application, encryption capabilities embedded in routers and switches may not offer the combination of security and performance you need.

The Datacryptor 5000 Series devices bring all the benefits of Layer 2 encryption to mixed backbone network types. Able to traverse Layer 2, IPv4 and IPv6 networks, the versatile Datacryptor 5000 is loaded with new features designed to secure data in motion with little to no impact to network performance and expensive bandwidth.

Datacryptor Link and Datacryptor Layer 2 standalone network encryption platforms from Thales eSecurity provide secure, efficient, and scalable data transport for a variety of point-to-point and multipoint applications. The tamper-resistant devices protect data confidentiality using the strongest commercially available encryption algorithms, as well as government ciphers. The encryption platforms use sophisticated key lifecycle management and storage techniques—at near-line-speed performance.

• Comprehensive data in motion security for Layer 2, IPv4 and IPv6 Networks.
• 95% bandwidth efficiency, which optimizes encrypted throughput from 10Mbps to 10Gbps.
• Integrated group key management system, which scales to support hundreds of encryptors with no-cost redundancy.
• Physical and logical separation of network administration and security responsibilities enforces policy and reduces opportunity for insider attacks.

• Traffic flow security to prevent traffic analysis and side channel attacks.
• Field-upgradeability to protect against new threats and to ensure long service life.
• Capabilities not found natively in network switches and routers, such as tamper-resistant physical hardening, strong authentication for administators, hardware-based key generation, and embedded and remote key management.
• Support for the strongest commercially-available algorithms, government ciphers or customized algorithms.

For organizations wishing to deploy country-specific or sovereign encryption algorithms and key management standards it is possible to minimize costs through the use off-the-shelf encryption devices that can be customized and reprogrammed to meet specific requirements.