Friday, May 08, 2015

What is a Hybrid-MultiWAN and Why XRoads Hybrid-MultiWAN Solutions are better

A Hybrid-MultiWAN combines internet that is accessible to the public with private circuits for a business enterprise WAN transport. Hybrid-MultiWAN provides companies with increased network uptime while reducing the costs of the conventional WAN system.
Making Hybrid-MultiWAN part of your company will be a beneficial move, as it brings forth high quality performance, increased availability, and additional control and visibility to broadband internet. An additional benefit of Hybrid-MultiWAN is that it simplifies and increases speed of branch operation. Lastly, it provides network redundancy and automatic scaling for active networks located on-premise.
That is not all…

Advantages of Hybrid-MultiWAN Continue to Prove Its Efficiency in Enterprise Functions

The list of advantages provided by Hybrid-MultiWAN should automatically convey to businesses about what it can do for them when utilized in a company setting. The advantages of Hybrid-MultiWAN include:
·         Reduction of WAN costs, which cuts one additional cost for companies that are spending a lot of money towards it
·         New and improved management of WAN devices, traffic, and path selection abilities
·         Enhanced protection for businesses using the connection to transfer sensitive files
·         Monitors traffic effectively
·         For VPN-related solutions, Hybrid-MultiWAN is best
Companies interested in investing in a Hybrid-MultiWAN solution need not to look any further than XRoads.

Reasons Why XRoads Hybrid-MultiWAN Solutions are Better

For a number of reasons, XRoads Hybrid-MultiWAN solution stands at the top of the list, as the most reliable solution to date. XRoads Hybrid-MultiWAN solution is a better answer for companies for several reasons:
1.      Zero Network Downtime
Since companies cannot afford to have their network down, XRoads solution provides them with an entire database dedicated to network redundancy.  This allows business applications to use the most bandwidth, especially when those applications are used to communicate with customers.
2.      Immediately Re-routes Traffic
In the event of an ISP failure, packet loss, and latency, it re-routes traffic, enabling users to carry on with their work. If a user is using a remote source, Hybrid-MultiWAN will ensure that the user utilizes the most optimized path.
3.      Reduces Cost
Our solution will decrease your company’s cost by 40 to 80 percent and enhance performance by an incredible 200 percent.
4.      Optimizes Network Deployment
If you use our solution, you will have a high-speed internet connection, making it more scalable and responsive. It will increase user productivity and decrease the complaints by end-users. In addition, it will reduce your IT costs and save you loads of time, which without this solution would have been spent on repairing the network.
You need to take advantage of XRoads Hybrid-MultiWAN solution, as while you are thinking, some other company is probably contacting us to attain it. Take our word for it when we say that we are the provider of one of the best Hybrid-MultiWAN solution currently present in the market.
Therefore, you need to place an order for it today so you can benefit from its unique ability to put your business in the front.

Session Bonding vs. Packet Bonding

Packet bonding is no match for session bonding, as it is a far superior solution to accelerate and optimize network connectivity. Session bonding interrupts a single end-user session, splitting it into several outbound sessions. The outbound sessions optimize the requests for data across the most suitable path using the fastest server.
In short, session bonding allows a single user’s session to use the combined bandwidth for all the accessible WAN tunnels or links. In doing so, the connection to remote application servers is greatly improved. For instance, a user downloads a file that utilizes the bandwidth of more than two links. If session bonding were not in place, the file would not download as quickly.
Since it is in this example, the downloaded file is obtained at the same time across each of the links used. What happened? Through session bonding, bandwidth was used with each link for the file at one time, resulting in increased performance, and best of all, supplying automated redundancy. As a result, it makes packet bonding an outdated and ineffective tool to use.

Where Does Packet Bonding Stand in All of This?

Packet bonding sends single IP packets through single internet connections while making use of a router to share the packets over several connections. The downside of using packet bonding is that it unable to send traffic to remoter servers, as it employs a specific IP address that is already routed to one of the user’s connections.
This means that packet bonding will have a negative effect on the performance of the network, as it will not quickly download the file onto a user’s computer, but take its time. For this reason, session bonding is classified as one of the best in routing data in comparison to packet bonding.

Benefits of Session Bonding

Why should your company use session bonding? These benefits will explain why session bonding is a must technology for companies:
1.      Session bonding delivers packets that come in one piece, as packets are not being changed from a single WAN link to multiple links.
2.      Session bonding deliver enhance performance because it does not generate retransmission of TCP packets.
3.       Session bonding allows quicker application failover because it does not keep sending packets over the same link, which is corrupted.
4.      Session bonding is not costly to utilize, as companies will not need to attach a device at the other end to combine packets within the same session, which have been divided between several WAN links.
5.      Session bonding offers additional scalable bandwidth options for applications that use the internet through link speed bonding.
With more applications using sessions to maintain active communication with customers, the need for session bonding has increased. Companies should not waste time mulling over the thought of choosing session bonding or packet bonding, as proven here, session bonding should be the chosen one.
If your company does not have session bonding, contact us so we can provide you with the benefits of using session bonding.

Dynamic Bandwidth Management (Guarantee bandwidth and QoS for critical applications like VoIP, Citrix, and CRM systems)

If your bandwidth is disappearing and slowing down your business operations, the culprit is videos, games, and other multimedia tools. Together, they steal bandwidth, leaving people that really need it without any. Most businesses have shown concern over the problem of slowing speeds they are currently facing, as it taking away from important functions such as VoIP, Citrix, and CRM systems.
For a business, these systems are critical, and without them, they will not be able to perform to their optimal level. In order to get their business operations back on track, companies have begun to use dynamic bandwidth management, as it guarantees bandwidth and QoS for applications that are in dire need of it.

How Does Dynamic Bandwidth Management Manage the Allocation of Bandwidth?

Dynamic bandwidth management or DBM manages bandwidth by adjusting network resources and equally distributing bandwidth for every user. No one user or group of people will be able to squeeze all the bandwidth by clogging the network with traffic from useless applications.
Users that need the bandwidth for critical applications will not frustrate over the misuse of the network bandwidth by other users, as their applications will work smoothly, without slowing down.

What Makes Dynamic Bandwidth Management Different

With each application receiving its own bandwidth, businesses will be able to improve their functionality by performing better. This in return would increase user productivity, as no one will struggle to operate critical applications.  However, some people may counter the need for DBM, as other traffic shaping systems exist.
What makes DBM different from the rest is its ability to identify sessions automatically in progress on the network whereas the other traffic shaping systems use filters available from another vendor.
Moreover, DBM in regard to Quality of Service (QoS) method provides one of a kind services in maintaining a stable connection by only giving selective traffic permission to enter through technologies such as frame relay, Ethernet, and asynchronous transfer mode (ATM).

Benefits of Dynamic Bandwidth Management

The top benefits of Dynamic Bandwidth Management:
1.      Amazing Network Speed
This benefit is a given, as DBM is most popular for giving companies astounding network speed. Through QoS, a system that includes DBM ensures that performance of the network is reflected through the transmission of quality and service. This assists companies stay one-step ahead of their competition, as they will be closing sales faster than companies that have yet to get DBM.
2.      Zero Delays for Mission Critical Applications
Again, businesses will not face any delays when trying to work using critical applications. In addition, network administrators can assign increased bandwidth to high priority application and limit bandwidth usage on others. Plus, tools to analyze network usage will provide business with an idea of how their bandwidth is being used.
3.      Customized Service for Customers
DBM provides companies increased control and visibility, enabling them to design services to increase customer retention by assigning service rank levels to them.
If you are dealing with slow bandwidth problems, consider getting dynamic bandwidth management for your business today!

Why the Lack of Network Redundancy Can Cost Thousands of Dollars per Hour in Lost Productivity and Sales

Network redundancy ensures that your company’s computer-related tasks do not stop or pause unexpectedly while one of your employees is in the midst of making an important deal. For instance, your employee might be succeeding in persuading a customer to invest in their product.  The customer might be leaning towards a yes when suddenly the call drops, the connection is lost, and the deal falls through.
Perhaps, the network overloads, causing a temporary shutdown. The company loses their work, if nor saved, not to mention the thousands of dollars per hour in loss of productivity and sales. What the company needs is a solution that works in their benefit.
They need network redundancy to keep their company performing at all times of the day, without the threat of malfunctioning in the middle of a workday.

The Role Network Redundancy Plays in Keeping the Functions of the Company Afloat

In the event of a sudden disruption in the network, resulting in the stoppage of work, companies in order to get the system up and running end up spending several thousand dollars to correct the problem.
Even though they succeed in getting people back to work, it all came at a high cost, which could have been avoided if the company had invested in a network redundancy system. All of their time and effort—that should have been spend on work—were spent on repairing the system and recovering data.
For companies that are in the business of process operations, abrupt faults and system outage can disrupt the flow of production, preventing it from running smoothly. Therefore, to ensure that everything works according to plan, companies equip their system with network redundancy.
Network redundancy decreases the risk of unexpected outages, ensuring that the company maintains continuity of operation by quickly detecting and responding to errors that may cause unnecessary delay. Companies of all types need to invest in a network redundancy system, as in the end, it will be beneficial for them.

The Types of Companies Need to Equip Their System with Network Redundancy

Network redundancy functions by creating more than one data paths within a system. If a router, switch, or cable malfunctions, it creates another path for them to ensure that the low of communication remains constant. Due to their network sustaining ability, the following companies will benefit from its use the most:
·         The work of a process industry never stops, as they have to operate at all hours of the day.
·         Pharmaceutical, food, and beverage plant and manufacturers require personnel to monitor data constantly and keep a precise record of process control.
·         Industries that demand the production of another will be hit hard if their network stops functioning, as it will affect both upstream and downstream operations.
·         Any manufacturing plant that faces an outage or disruption in the activity will lead to massive scrap, waste, product damage, or spoilage.
With network redundancy to keep their operations running, companies will not have to worry about unexpected system failure.
If you have not equipped your company with network redundancy yet, now would be good time.