IBM has announced that it will no longer use the Cisco Defense Intelligence Network Router (C-IDN) in its products.

The announcement comes less than a week after Cisco announced it would discontinue the router due to the growing threats it faces from hackers.

While the company has not yet said why it’s decided to no longer support the C-IDNS, it says that the router has not been deemed suitable for the current wave of cyber attacks.

C-IDs are essentially firewalls that block a wide range of malicious and unauthorised activity, including denial of service attacks.

IBM says that this router has been in use for more than a decade, but that Cisco has decided that it does not meet current security requirements.

“Cisco believes that C-IDS are not suitable for modern threats, including the growing amount of attack activity directed at Cisco products,” the company says in a statement.

The company also warns that its routers will continue to work with current versions of its products, including its Internet-of-Things (IoT) platforms.

The C-IP networks, originally developed by Cisco and Cisco Systems, are used by a wide variety of devices including home routers, switches, and other routers.

“We are currently working to bring the Cisco C-Idns to a global standard, but at this time we will not be providing support for the CIDs in our products,” Cisco said.

While Cisco says that it is no longer using C-ids in its routers, there is a strong argument to be made that the routers themselves are still useful.

The routers are often used in enterprise environments, and it is difficult to deny that they are well-suited for managing network traffic.

While there are some notable exceptions to this, the vast majority of devices that support Cisco routers are now using Cisco’s Firewall products.

As such, the company’s decision to drop support for Cisco routers is unlikely to affect the vast number of devices currently running the Cisco routers.

The Cisco Defense Network Router’s main purpose is to be able to filter traffic from any other device that is configured to use Cisco’s routers.

It is used by most consumer routers, as well as many enterprise networks.

In short, the routers work well with almost any device that uses Cisco’s network protocols.

The new C-idns are designed to work in tandem with Cisco’s products.

Cisco says it has worked with C-DPs since 2006 and that the new CIDs will be compatible with all Cisco products.

“The Cisco CIDN is a high-performance, low-power network gateway for enterprise-class network security,” said Kevin O’Brien, general manager, Cisco’s enterprise products and solutions group, in a release.

“It’s a highly-integrated and secure solution for network-based enterprise security, with support for both the Cisco and Firewire protocols, and a full suite of Cisco tools, including Cisco Application Security, Cisco Application Guard, and Cisco Security Portal.”

This means that any device running the CIDNS can run any Cisco product.

“Our new Cisco CIDs are compatible with most Cisco products, such as the Cisco Catalyst 6500, Cisco Catalyst 7000, Cisco Edge, Cisco Flex, Cisco Endpoint, and the Cisco Firewire 600,” Cisco’s O’Brian says.

“These Cisco CIDS are also supported by Cisco’s extensive application security, firewall, and network administration capabilities.”

While Cisco has said that it wants to continue supporting Cisco products and products in general, it is unclear how the company will continue operating its C-Ipns, which are also known as firewalled networks.

CIDNs are widely used by IT organizations.

As the name suggests, they are used to filter incoming network traffic to specific devices.

For example, a firewall might block all incoming traffic on a Cisco router, while a Cisco network administrator might only allow certain traffic.

It may sound like a trivial setup, but C-Dns are much more complicated.

For one thing, they can be extremely difficult to set up.

To get an idea of how complex the configuration is, you need to install two separate Firewalls.

One firewall will restrict all incoming packets, while the other will only allow traffic from certain IP addresses.

The firewall will have to be installed on all the routers and other devices that are configured to connect to the Cisco network.

CIDs, or network security routers, can be used to do the blocking, as can Cisco’s firewall, which is used to prevent attacks by a malicious user from connecting to the network.

However, it’s worth noting that there is no real protection from malicious users.

In the event of an attack, Cisco warns that Cisco’s solutions are designed only to block attacks by network administrators.

It does not block network traffic from unauthorized users, which means that there’s no way for an attacker to access the network and take control of the system.

In addition, there’s the problem of security.