Using our high speed, low-latency network encryption products, user can maintain networks that provide both data security via customized encryption and session integrity though persistent authentication. This powerful combination of data confidentiality and integrity ensures that control commands cannot be viewed or modified by unauthorized parties.
Other benefits include:
NETWORKING AND SECURITY
Our Main product line is in the area of Networking and Security. Security, a critical feature in today’s networks, enables secure transactions for any organization commercial or defense to communicate between 2 or more independent transacting parties. Network security also enables sharing data across different global locations.
In simple and effective way to provide Network Security is to encrypt the data as it travels across the network. Our Network solutions offer standard AES 128-bit encryption and other attributes as...
Dexcel has also designed custom built units like Remote Terminal Units (RTU) for SCADA, capturing of data port connectivity status, server rack power supply distribution units, war ship weapon position data network (part of Combat Monitoring System – CMS), RFID reader network are some of examples. Beyond the RTU concepts, we have also developed and supplied on board ship weapon position monitoring and control units, that are integrated into a central control unit with rugged computers, data logging and surveillance functions. We can provide the embedded networking elements for industrial and military specifications and robustness.
Network Delay Simulator allows to perform network bandwidth and delay simulation (simulate slow/congested links between nodes) on any connection from your computer to any remote node (on the local LAN or remote over Internet). Our solution also simulates all the conditions encountered in a real-time networking, such as latency, packet delay variation (jitter), bandwidth, congestion, packet errors, bit errors, duplication and other network impairments. These can be independently applied to either or both directions of the hardware.