Intelligent MultiWAN Networking

 

What is Muti-WAN Networking?

Multi-WAN Networking refers to solutions that can accelerate applications, duplicate data, and compress it for enterprises. Besides that, it can also offer custom support for Microsoft CIFS file access procedures and other customizations that can be based on specific business applications. In addition, it also does a good job of accelerating performance of other applications such as email and network backup.    

Benefits

One of the best things about Multi-Wan networking is that the WAN manager does not have to do much to troubleshoot external WAN. Keeping this in mind, the technology is revolutionary since historically, they had little to no control over it to begin with. The tool does more than allow users to detect network problems; it actively tracks down the causes and fixes the problems before they become noticeable.

Additionally, WAN Virtualization also offers more transparency into the performance of the WAN in order to track down issues as they manifest. It can also be used to reduce troubleshooting expenses which can result in lower OpEx on the WAN.

Since the networking solution is intelligent, it can run applications much faster and better across multiple network fabric along with predictable performance. This includes VoIP and VDI Desktop virtualization over the WAN, which are just some of the benefits it offers to an organization’s IT infrastructure.

Besides this, WAN Virtualization can also go a long way to advance latency sensitive VDI flows in ways that simpler optimization technology cannot. This is possible via a sub-second patch switching for network congestion. Applications that are interactive and sensitive to latency can increase their chances of success with WAN Virtualization and ensure businesses remain within budget at the same time.

Multiple WAN networking is also incremental in that it allows businesses to grow and evolve at their own pace. In other words, if you use this within your business infrastructure, you will not have to resort to ‘forklift’ upgrades regularly. The best benefit of this technology is that you won’t need to eliminate older connections to install it. If you wish to keep older WAN connections because they were expensive, you can do so.

Intelligent networking such as this one has allowed more and more businesses to take advantage of minimal private bandwidth which can be quite expensive to boot. Most tend to combine it with cheaper bandwidth at lower cost/bits and they can also avail cheaper monthly WAN expenditures without compromising reliability. This is a much better and productive idea compared to expensive options such as Verizon or BT.

In a nutshell, Intelligent Multi-WAN networking can allow you to connect your business network to more than one bandwidth provider at the same time. Besides this benefit, the approach can balance online traffic between private networks and offer support in case one of them fails. In addition, it can reduce downtime significantly, ensure your business network remain uncompromised, protect outer boundaries with firewall protection, balance load to ensure better internet speeds and increase its performance simultaneously.

An Overview of ZeroOutages

ZeroOutages is basically a WAN management service provider that offers dynamic QoS, SLA monitoring services, traffic altering services, network caching, IDP/IPS, automatic filtering, ticket tracking, intelligent WAN routing among others. In other words, it increases uptime of all critical enterprise applications by using adaptive QoS to take control of bandwidth and a few internet links. If it has access to multiple links, it can use those connections to re-direct cloud based applications on the best path.

The service uses Accelibond technology to optimize traffic and route over a number of active links without sending the data through a data center, which is typically the case with most internet acceleration solutions. The procedure leads to higher costs as well, but ZeroOutages used direct web bonding functionality to counter this. This means that it uses bonded internet connectivity to speed up web access along with downloads without the need of expensive backhauling.

The service also uses internet redundancy services to benefit from Vector Routing and Deep Path Inspection technology. This allows them to offer their customers routing rules for important applications and ZeroOutages also checks all available paths to figure out which traffic it should route to which link.

The service also prioritizes and provides bandwidth for VoIP traffic which can prevent other downloads and data usage from interrupting calls. ZeroOutages also allows the traffic to use a dedicated IP address even if the user is utilizing a number of internet providers. In other words, in case of a network failure, there will be no interruption in traffic or the need to restart phones. Besides this, the service can actively assist during network outages, reduce downtime significantly and increase productivity by improving internet connectivity significantly.

The service can also work in transparent mode but what sets it apart from other similar services is that it remains in the user’s current LAN. This means that there is no need for a complex firewall or alterations to WAN connections. In most cases, users just have to provide the address of firewall LAN and once ZeroOutages is triggered, it automatically connects to the management system in the backend and pre-configures itself as well. Once it is plugged in, there are no further changes required by the users or by the other services working with ZeroOutages. The service will then offer customer better and speedier internet connectivity along with the ability to automatically failover their access to the web.

ZeroOutages is patented and its active/failover service uses two or more links. Even if it has access to just backup links, it will use those to speed up cloud based services. The Active/Failover improves performance by using bonding functionality and offers instant and automatic failover in case of a crash. So if the internet stops working or the link fails, using this users won’t have to login back to the service. The Active/Failover will manage the issue and does not require manual intervention either.

Why Session Bonding is Better

Session bonding is one of the best ways of getting the most out of your network and has replaced packet bonding, which has become outdated and ineffective. In fact, if you aren’t currently putting it to good use you are already falling behind the competition. Whether your business is large or small, integrating session bonding into it will ensure that your business remains ahead of the curve. The following lines are going to be all about session bonding and how it can improve your business.

In the business world, session bonding is the new buzz word mainly because it helps businesses improve their productivity. The multi-session acceleration technology is able to cut off a single session of a single user and divide it in to several outbound sessions.

Outbound sessions are used to optimize data requests along the most optimal performing paths and through the utilizing the best server for the job. In this way session bonding enables businesses to work fast by pairing the resources that are needed with the right hardware, hence producing exceptional results.

Benefits of Session Bonding

So, why should your business integrate session bonding into the current system? Well, the following are some of the reasons why every business should consider session bonding.

Improved Performance

Session bonding features built-in caching capabilities which helps increase the performance of the network. This in turn, helps increase the download speed for some of the most accessed websites and data files.

Delivers Packets of Data

Sessions bonding is capable of delivering packets of data which are received in one piece since these packets are not altered from a single WAN link to multiple links.

Uses TCP Packets

Again, session bonding is able to deliver better speed and performance mainly due to the fact that it doesn’t generate re-transmission of TCP packets.

Quicker Application Failover

Session bonding enables faster application failover since it doesn’t keep on sending packets over the same link that’s corrupted.

Affordable

Contrary to popular believe, utilizing session bonding isn’t a costly task. That’s because a company will not have to attach any device to the other end in order to combine data packets within the same session that have been divided between many WAN links.

Scalability

By far, the best advantage of using session bonding is that it allows additional scalability options for those applications which use the internet via link speed bonding. With more and more applications using session bonding to maintain active communication with clients the need to increase the use of session bonding has increased now more than ever, which is one of the reasons why companies need to utilize session bonding to stay ahead.

Ending Note

When it comes to running a business, session bonding is the future. For instance, if many people are downloading a file through session bonding, the file is able to be downloaded across each available network link at the same time, which means that no one has to deal with unwanted delays due to slow internet speed. In the end, session bonding is able to improve the connectivity to remote application servers by properly utilizing the bandwidth for the WAN links and tunnels.

What is the Real Cost of an Internet Outage?

How much does an Internet outage cost? When it comes to mission critical applications, most companies invest a lot of cash in order to see results. Unfortunately, they do not get the desired outcome all of the time. Despite the advancements made in IT infrastructure, businesses still have to face downtime due to internet outages.

While unplanned internet outage falls under the responsibility of the IT infrastructure to resolve, it is however a business issue that sadly many businesses have to deal with. A major part of the thorough evaluation process is being able to calculate how much money a business can lose for each minute, hour or day of downtime. That being said, while the exact number of the cost of downtime can be hard to quantify, certain enterprises which depend on their ability to deliver IT services to customers, such as ecommerce websites and telecommunications services are mostly hit the hardest with downtime, with the damages of downtime reaching as high as one million dollars or $11,000 of revenue being lost per minute.

Outage Period on Average

Whenever an internet outage occurs it is a race against time for businesses to get back online before everything spirals out of control for good. According to a study done by IP Process Institute, the average resolution time per outage is 200 minutes, while the average outage incident length that has been reported has been around 90 minutes.

Employee Productivity

Needless to say, downtime costs also have a major impact on employee productivity, which is measured in terms of wages and other benefits which are made idle due to downtime. Right after a downtime event it is good to investigate the problem and find out the cause (whatever it may be) to keep it from happening again. Other solutions such as hiring temporary staff to recover any lost data and enter paper transactions. If customer satisfaction has been damaged, you might also need a special marketing program so that those who are disgruntled can be won back before they change their mind for good. Whether it’s hiring more staff, having to pay overtime or coming up with a new marketing strategy to win back those who left due to the internet outage, it is the business that has to bear the brunt of unexpected internet outages.

Loyalty and Reputation

What is the reputation of your business worth to you? More importantly, what is your reputation worth? Probably a lot, while it could be hard to assess considering the long term effects, downtime costs usually involve the loss of business, tasks of employees diverted from other tasks to getting the IT system of track again and overtime expenses along with additional repair and maintenance costs. Of course, these costs will vary from company to company and will depend on when exactly the downtime even occurred, which systems were at fault and what measures will have to be taken to get it functioning properly again.

According to studies performed by IT analyst firms, on average companies in the US lose between $84,000 and $108,000 for every hour of IT system downtime. When it comes to total data center outages that had an average recovery time of around 134 minutes, the average costs were around $680,000.

Internet of Everything (IOE) and Network Redundancy

It’s easy to see that the Internet of Everything is having appositive impact on the ways I which businesses operate. Basically, IoE is seriously reinventing the way in which businesses do business in general. As in, it is increasing both the competitiveness and the productivity of organizations to a much higher level than was previously possible, thus opening up new doors and new business opportunities in the process.

How IoE Technology Works

The main goal of Internet of Everything is to connect businesses to people that are located far away. It does that by connecting many devices together and then to the internet, resulting in automation and the further use of smart applications.

The Demands of IoE Technology

The use of Internet of Everything does put a high demand on those networks that have not previously been used correctly to maximize business potential. This is why important decisions will have to be made taking into consideration both the enterprise and technology side of IoE technology. This will also include extra funding for on the ground technology, the hiring of additional staff to operate the new technology, and planned network downtime.

Impact on Job Growth

It is without a doubt that the use of IoE will have a major impact on the overall creation of new jobs across many industries. According to the Jobs Report for 2014, around 252,000 new jobs were created in December of that year alone, dropping the employment rate down to 5.6%. The integration of IoE will only help increase those numbers further, since it will require businesses to hire new people to expand their skill set. According to a new report, IoE will also be responsible for boosting the GDP of around 20 of the world’s largest economies by the year 2030 by an estimated $14 trillion.

While that number is mind boggling, it goes without saying that IoE will also increase the frequency of corporate training sessions to create IoE-specific IT personnel and engineers not to mention the vendors who are only going to be focused on advancing IoE.

It is plain to see that IoE is literally shifting the industry from both a technological standpoint and from within a business as well. It’s not just helping to create a more robust and technologically advanced workforce, but is also creating an entirely new field of jobs. In other words, IoE is opening up doors for development and growth on all fronts, from IT teams to the cross-pollination of C-Suite. The only question that remains is “How disruptive will these connected devices be?”

Bottom Line

In the end, the only drawback one can see with the Internet of Everything is the possible loss of internet speed, which could hamper productivity. But, that too can be avoided by simply implementing a network redundancy system which can decrease the amount of risk you have to put your business through. So, it is possible to take advantage of the many benefits of IoE and make it secure by putting a network redundancy system in place.