IPV6 Services
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Our Philosophy

Interconnection of multiple networks needs security, reliability and cost- effectiveness, so crucial to any organization.

Nowadays, enterprises are having more and more employees who work in remote locations, in small office or at home (SOHO) and, for this reason, need to be connected with resources on corporate websites.

Once more security,reliability and cost-effectiveness become a must for a really efficient connection.

Welcome to the future, IPV6 solution services.

Companies and businesses should always determine very carefully how to guarantee a safe and reliable use of digital technology into their business and, consequently, they should consider as their essential priority not only cost control, performance improvement and energy savings, but first of all security control.

Start to take advantage of IPv6’s features, such as increased security and reliability, don’t wait more,  let’s start now!

More Efficient Routing

IPv6 reduces the size of routing tables and makes routing more efficient.

Support For New Services

By eliminating Network Address Translation (NAT), true end-to-end connectivity at the IP layer is restored, enabling new and valuable services.

Directed Data Flows

IPv6 supports multicast rather than broadcast.

Simplified Network Configuration

Address auto-configuration  is built in to IPv6. A host can generate its own IP address by appending its MAC address.

More Efficient Packet Processing

IPv6’s simplified packet header makes packet processing more efficient.

Security

IPSec, which provides confidentiality, authentication and data integrity, is baked into in IPv6.

VPN Tunneling Services

A VPN is an end-to- end private network connection over third-party networks such as the Internet or extranets. We essentially create a tunnel between two points on a network that can securely transmit any kind of data between them. The tunnel eliminates the distance barrier and enables remote users to access central site network resources. Applications running across our VPN Tunneling may therefore benefit from the functionality, security, and management of the private network.

Information flows over the Internet, or between two digital devices, using protocols. In order to ensure an efficient data transmission, both sides have to understand and use the same protocol. A tunneling protocol is one that encloses in its datagram another complete data packet that uses a different communications protocol. VPN can also be used to increase the security of unencrypted data when it is sent over a public network.

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Cost savings

VPNs enable organizations to use third-party Internet transport to connect remote offices  to the main site, therefore, eliminating expensive, dedicated WAN links and modem banks. Furthermore, with the advent of cost-effectivehigh bandwidth technologies, such as DSL, organizations can use VPNs to reduce their connectivity costs.

Compatibility with broadband technology

Through VPNs mobile workers and telecommuting employees can have the opportunity of high-speed, broadband connectivity, like DSL and cable or Fiber which provides them with secure connection to the corporate intranet. Broadband connectivity supplies flexibility and efficiency. High- speed, broadband connections are a very helpful means, that allow companies with remote offices to create one cohesive network at a cost.

Security

VPNs can also include a security device that provides network administrators with secure traffic flow. VPNs advanced encryption and authentication protocols guarantee the highest level of security to protect.

Scalability

Finally, it should be also taken in consideration this VPNs option by which companies become able to add a large supply of capacity, without any addition of significant infrastructure. By this solution organizations can use the Internet infrastructure within ISPs and devices, and have the opportunity to add new users whenever necessary.

Provide Dynamic Routing Protocols over Layer3 VPN

Dynamic routing is the best choice for large networks like the one shown.

Builds a Topological Map

Link-state routing protocols create a topological map, or SPF tree of the network topology. Using the SPF tree, each router can independently determine the shortest path to every network.

Event-driven Updates

After the initial flooding of LSPs, link-state routing protocols only send out an LSP when there is a change in the topology.

Fast Convergence

When receiving an LSP, link-state routing protocols immediately flood the LSP out all interfaces except for the interface from which the LSP was received.

Hierarchical Design

Link-state routing protocols use the concept of areas.