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Encryption

Encryption Devices

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CipherPilot Encryption Devices

CipherPilot Encryption Devices

Encryption of data is the best way to prevent any misuse of sensitive, private and secret information that is transmitted over fibre optic links laid on public ground between locations. Using encryption techniques on easy to crack protocols like Ethernet also prevents against manipulation of data and intrusion into a network. Although encryption devices have a rather complex task to fulfil, the CipherPilots are easy to integrate into the existing network topology. Their influence on the network performance is as low as technically possible. Encryption is carried out without overhead, without extra data buffering and without any changes to the network devices and protocols. The CipherPilot encryption devices offer real time 256 bit AES hardware encryption at wire speeds of up to 10Gbit/s for all standard transmission protocols. The CipherPilots introduce very low latency and do not create any overhead that would reduce throughput. The CipherPilots may also be used in combination with any CWDM/DWDM system on the channel ports.

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Introduction to ThruLink

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ThruLink - A Secure Network Within a Network

ThruLink - A Secure Network Within a Network

Despite an increasing choice of solutions for transmitting video and data securely, many organisations continue to come up against issues such as network access, complexity, poor signal quality and capacity limitations - all of which can increase network operating costs. With its simple, cost-effective method for establishing secure connections over a public network, Thrulink is helping organisations such as the police, security providers, transport & port authorities and government departments to overcome their network challenges. ThruLink is a specialised, hardware VPN (Virtual Private Network) device that enables an encrypted, virtual connection, or ‘private tunnel’, to be established between two networked components over any type of WAN (Wide Area Network).

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Uni-Directional Diodes - Single-Point Single Location

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Uni-Directional Data Security Diodes - Single-Point Single Location

Reflecting Lanode's capability in developing secure systems, we offer a range of Uni-Directional Data Security Diodes. These network devices ensure data can only travel in one direction and are commonly used to provide connections between networks of differing security classifications.

For Single-Point Single Locations the options available are as follows:

Uni-Directional Data Security Diodes

Our Uni-Directional, Single-Point, Data Security Diodes are used in environments where two-way communications introduces the risk that high-value servers and their sensitive data could be subject to purposeful, malicious attack or inadvertent corruption. The resulting loss of critical data, denial-of-service, or its non-availability, can be fatal to mission-critical activities. Uni-Directional Data Security Diodes provide additional data loss protection in the event that malware or hidden executables escape detection and penetrate commonly used network defenses. Our Uni-Directional Data Security Diodes forward information originating from an un-secured open source to a restricted High-Security destination. They simultaneously partition the data path to stop all return-path transmissions and completely block the reverse transmission of sensitive information. You can also position our Uni-Directional Data Security Diodes to selectively forward authorized data originating from a secured, trusted source to weakly protected, insecure destinations. It also blocks the return path to shield the secure source from hidden viruses, Trojans, malicious instructions or other intrusion attempts. This prevents the exposure of critical data, its non-availability and its possible loss or corruption.

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Uni-Directional Diodes - Multi-Point Dual Location

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Uni-Directional Data Security Diodes - Multi-Point Dual Location

Reflecting Lanode's capability in developing secure systems, we offer a range of Uni-Directional Data Security Diodes. These network devices ensure data can only travel in one direction and are commonly used to provide connections between networks of differing security classifications.

For Multi-Point Dual Locations the options available are as follows:

Uni-Directional Data Security Diodes - Multi-Point Dual Location CT-20RD

Our Uni-Directional Multi-Point Dual Location Data Security Diodes are one more defense layer against a broad range of internal/insider or external cyber threats that can escape common security applications – to reveal and corrupt sensitive data or make other mission-critical information services nonavailable. Protect secure servers and sensitive data from compromise by placing our Uni-Directional Data Security Diodes in environments where un-restricted two-way, bi-directional communications expose secure servers and their sensitive data to penetration and malicious attack.

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Uni-Directional Fast Ethernet Media Converters

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Uni-Directional Fast Ethernet Media Converters

Uni-Directional Fast Ethernet Media Converter

The CFT-206XD and CFT-206XDR Uni-Directional, Fast Ethernet Media Converters are designed for one-way data transmission across a single fibre strand. Standard duplex SC and ST Fibre connectors are utilized with their Full-Duplex function disabled. Optimized for environments where two-way communications is undesirable, the Uni-Directional, Converters implement factory changes that are irreversible after configuration. No on-board external/internal switches or jumpers are usable to restore bi-directional operation either before or after installation. Simply changing Fibre optic connectors will not re-enable bi-directional operation. The Fast Ethernet RJ-45 port is Switch-Selectable to allow a choice of Forced Full-Duplex or Auto-negotiated twisted-pair connections with other network devices. Even if Full-Duplex links are established at the UTP interface, they never actually transport full-duplex traffic. The converters also support multi-channel, parallel transmission over a single fibre strand by using CWDM techniques. Each channel is transported via its own dedicated wavelength. Making optimal use of state-of-the-art integrated circuits and surface-mount technology, they offer exceptionally reliable, tamper-resistant, low-cost single-purpose converters.

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