MPLS

Securely Transfer Sensitive Data

Nothing frustrates an employee or customer more than a slow response time for site-to-site transmission. From a business owner or management point of view, another high priority is the safety and protection of company information. Viruses, malware and service attacks are frequent occurrences and it can be scary to use the public Internet as a means of site-to-site data transmission. In other words, you are looking for a secure, high speed connection to keep your data safe and employees happy, when sending information from one location to another.

How does it work?

Multi-Protocol Label Switching (MPLS) is a private, IP-based, wide area network (WAN), service that connects two or more sites. Protocols are essential for sending and receiving information across the Internet and there are various protocols that exist for all the different telephony technologies. MPLS will benefit organizations with two or more locations that need to communicate large amounts of data in real-time. It is also ideal if you want to consolidate voice, Internet and WAN connectivity onto the same access circuit. The most unique feature of MPLS is its ability to label each unique data application with differed classes of service (CoS), in order to give bandwidth priority and the highest quality of service (QoS), levels to mission-critical and/or real-time applications.

What’s in it for you?

Transfer data safely. A private MPLS network means that only your business locations have access to what is being transferred. This means that your sensitive data and information is safe from the public Internet.

Experience faster network speeds. A private connection also means no encryption and decryption bottlenecks. This will increase response time to anyone attempting to access information.
Reduce chances of downtime. One site sees all sites. This allows for more opportunities for redundancy routing.

QoS (Quality of Service). Guaranteed QoS levels on your data applications ensures that each application is transmitted effectively, with a tolerable level of latency, packet loss and jitter.

Faster restoration. Regardless of the technology, it is inevitable that network connections are occasionally are broken or interrupted – with MPLS networks these issues are resolved much quicker and more efficiently.
Improvement on performance. Network architects are given the ability to decrease the number of hops between network points which in turn allows for better application performance.

Disaster Recovery. Through MPLS, data is minimized; therefore key sites and data centers connect with each other via multiple outmoded channels. In addition, a remote site has the ability to quickly reconnect to a back up location.

Available Features with Select Providers:

Internet Access on same circuit.
SIP or TDM Voice on same circuit.
Managed Routers
MPLS over DSL
Application Performance Management (APM)
WAN Optimization Hardware
BGP Routing
Network Firewall
Automatic IP-VPN Failover Routing
Remotely IP-VPN directly into the MPLS, rather than one site.