Ethernet Encryption
Encrypt Voice, Video, & Data at Gigabit Speeds
AES 256-bit | Supports QKD
Encrypt Layer 2/3/MPLS Payloads
Secure Proprietary Information
Point-to-Point or Multi-Point Architecture
BlackDoor Ethernet Encryptors
The BlackDoor DUO & the BlackDoor OPS protect the confidentiality and integrity of Intranet and Internet Ethernet networks with the strongest commercially available cryptography. Our BlackDoor Ethernet Encryptors support Point to Point and Multipoint information assurance configurations with unique dynamic keys. They are specifically designed for real-time wireline backbones and the full spectrum of outdoor Wireless WAN technologies, including Free Space Optics and both licensed and unlicensed Radios.
Our BlackDoor Encryptors envelope Ethernet network segments in an AES Hardened Protective Shield. Access to the devices on the secured network's computers, work stations, file servers and networked devices such as printers, phone systems requires a 256 bit AES key, which is 10 to the 77th power of combinations.
The Engage BlackDoor OPS offers customers a new level of Gigabit speeds for securing existing packet based networks. The AES based encryption algorithms offer industry standard security levels at multiple layers of the network OSI while supporting up to Gigabit Ethernet transmission speeds. The BlackDoor OPS is installed at the edge of the existing network interfaces, providing instant security upgrades to ensure customer satisfaction and network invisibility.
100Mbps Full Duplex (200Mbps aggregate wire speed)
PARTNERED SOLUTIONS
QUINTESSENCE LABS AND ENGAGE BLACK PARTNERED TSF SERVER SOLUTION
Post Quantum Ethernet Encryption
- Utilizes Quantum-Safe Out-of-Band Key Distribution to deliver Session Keys to the BlackDoor over an encrypted out-of-band connection utilizing ETSI QKD Standard GS QKD 014 protocol.
- The ETSI QKD Standard GS QKD 014 is a communication protocol and data format for a Quantum Key Distribution (QKD) network to supply synchronized IPSec Session keys. An additional layer of Security to the BlackDoor is added by combining the IPSec session key with the Out-of-Band Key.
- A TLS Pre-Shared Key (PSK) connection to the Key Management Server provides Out-of-Band quantum-safe key transport. AES 256-bit PSKs are able to protect the connection against a large-scale quantum computer.
QUINTESSENCE LABS AND ENGAGE BLACK PARTNERED TSF SERVER SOLUTION
Post Quantum Ethernet Encryption
- Utilizes Quantum-Safe Out-of-Band Key Distribution to deliver Session Keys to the BlackDoor over an encrypted out-of-band connection utilizing ETSI QKD Standard GS QKD 014 protocol.
- The ETSI QKD Standard GS QKD 014 is a communication protocol and data format for a Quantum Key Distribution (QKD) network to supply synchronized IPSec Session keys. An additional layer of Security to the BlackDoor is added by combining the IPSec session key with the Out-of-Band Key.
- A TLS Pre-Shared Key (PSK) connection to the Key Management Server provides Out-of-Band quantum-safe key transport. AES 256-bit PSKs are able to protect the connection against a large-scale quantum computer.
Strong protection for today, quantum resilience for tomorrow:
- Replication network protected by long symmetric keys
- Standards-based interfaces and protocols
- Crypto-agile key management to manage new, quantum resilient encryption keys
- VMware KMS Certified
- Integrated HSM (optional)
- Embedded high speed QRNG (optional)
QUANTUM XCHANGE and ENGAGE BLACK Partnered QKD Solution
Quantum Key Distribution (QKD) Option
- QKD is an out-of-band symmetric key delivery method that utilizes quantum properties of a photon over dedicated fiber optic cable to exchange Encryption Keys. QuantumXC’s Phio TX does not require fiber optic cable. Instead, it can deliver out-of-band keys over any TCP/IP connection.
- The BlackDoor OPS or DUO can utilize either QKD or QuantumXC’s Phio TX to deliver Session Keys to the BlackDoor over an out-of-band connection via the support of the ETSI QKD Standard GS QKD 014 protocol. The out-of-band connection applies an additional layer of Security to The BlackDoor by encrypting and decrypting session keys with a second key.
- In a PKI, data will remain encrypted even if the public key is compromised, as the second key remains out-of-band and therefore cannot be compromised.
QUANTUM XCHANGE and ENGAGE BLACK Partnered QKD Solution
Quantum Key Distribution (QKD) Option
- QKD is an out-of-band symmetric key delivery method that utilizes quantum properties of a photon over dedicated fiber optic cable to exchange Encryption Keys. QuantumXC’s Phio TX does not require fiber optic cable. Instead, it can deliver out-of-band keys over any TCP/IP connection.
- The BlackDoor OPS or DUO can utilize either QKD or QuantumXC’s Phio TX to deliver Session Keys to the BlackDoor over an out-of-band connection via the support of the ETSI QKD Standard GS QKD 014 protocol. The out-of-band connection applies an additional layer of Security to The BlackDoor by encrypting and decrypting session keys with a second key.
- In a PKI, data will remain encrypted even if the public key is compromised, as the second key remains out-of-band and therefore cannot be compromised.
