The Kindi brand was created inspired by the scientist El-Kindi, who invented the frequency analysis method and decoded many cryptographic data with this method.

During the transfer of the data; Kindi Network Security Equipment is high-tech equipment that ensures the protection of integrity, accuracy and confidentiality principles. All cybersecurity solutions under the Kindi brand are hardware-based, high-performance and low-latency systems. Thanks to its digital design, FPGA card, unique core technology, and high-security measures, Kindi Product Family offers superior network security solutions.

Kindi EtherKripto Devices Series are crypto devices that encrypt data transfer between locations at the hardware level.

It provides end-to-end secure information transfer wherever data security is required. There is a range of products that can support 10/100/1000 Mbps, 1/10/40 Gbps speed at L2 Ethernet protocols level.

Thanks to the digital design capabilities of our R & D team, all FPGA chip designs can be quickly and conveniently developed according to the needs of the infrastructure to be used.

Kindi is designed to eliminate the security gap in information flows in many sectors such as telecommunication, finance, informatics, healthcare, etc., especially in the public, security and defense industries.

It supports different topologies such as point-to-point, point-to-multipoint, or multi-point to multipoint. Ethernet, Metro, MPLS, SDH, R / L, and similar L2 networks are secured with real-time AES 256-bit encryption.

Kindi DataDiode Device Series are a hardware cybersecurity solution that is placed between two networks with different levels of security, enabling information to travel in only one direction.

Data Diode creates a fully closed unidirectional data transfer protocol that cannot be routed between networks, enabling physical and electrical separation of source and destination networks. This provides a customized one-way communication path.

Kindi IPKripto Device Seriesare crypto devices that are capable of encrypting/decrypting and transfer data at line rates up to 10 Gbps over L3 networks for secret information.

Encryption of IP traffic can be secured with real-time AES 256-bit encryption.