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The Best Ways to Keep Track of Broadband Usage

shutterstock_328634297Regardless of whether or not a broadband user has to worry about a data cap, bandwidth management is crucial for smooth operations. Broadband clients should make sure that they don’t run into problems by overusing bandwidth, which is often caused when too many devices run on a single network at a time.

If all devices on a network run simultaneously, some of the problems users might experience include poor-quality Voice over Internet Protocol (VoIP) calls and laggy video streaming, among other network issues. These problems are potentially exacerbated if businesses go over their data cap, resulting in more expenses and throttling of a connection.

Here are some of the ways that broadband clients can make sure they stay within their allotted bandwidth and get the most from their ISP’s services.

Check the Broadband Internet Connection Speed

The speed of an Internet connection has the biggest effect on streaming, particularly through services such as Amazon Video, Spotify, and Netflix. One way to make sure the speed is what it should be is to use a third-party website such as Speedtest.net, which can accurately measure Internet connection speeds. The best way to get an accurate reading is to use a device connected through cable modems or DSL instead of the router, leaving all other devices disconnected.

One thing to keep in mind is that speeds can change depending on the time of day. It’s also a good idea to test different devices on a connection to determine any variations on devices that might be experiencing performance issues.

Determine How Much Bandwidth Is Needed

The bandwidth an ISP provides in a plan is distributed among all devices used on a single network. This isn’t always easy to monitor because of the various demands of each device, some of which are more vulnerable to lag than others, including media streaming devices and VoIP phones.

The approximate ideal speed for general usage devices is 2.0Mbps, while video streaming and VoIP devices will benefit more from speeds of 5.0Mbps or higher. Depending on the number and types of devices used, clients should calculate the appropriate required bandwidth needed to run all of their devices with equal efficiency.

Monitor Usage to Find Any Bandwidth Issues

Broadband clients that experience any broadband performance issues or have reached a data cap can track all devices to determine which ones are using up the most bandwidth. There are many programs to help monitor bandwidth that are free to use on nearly any device connected to the Internet.

Distribute Bandwidth via the Router’s QoS

If a broadband client has a router with a quality of service (QoS) feature, it may be disabled without anyone realizing it. QoS is an effective way for routers to distribute bandwidth among all of the devices on a network to help make sure each performs well without using too much bandwidth. Clients can log in to their routers and determine if QoS features are enabled, and tweak their settings for maximum efficiency.

Increase Speeds Through Individual Devices

Another way to increase speeds and get the most out of available bandwidth is to connect devices to routers using an ethernet cable when possible. The reason for this is that if a device is connected to the router, it can help more evenly distribute bandwidth to other devices, requiring less time.

By taking these steps, broadband clients can get what they’re paying for with minimal frustration due to lag and other performance issues.

How to Keep DevOps Efficient in Distributed Network Environments

shutterstock_328634297DevOps needs to be efficient and adaptable when in a data-centric distributed network environment, which involves the determination of best practices for DevOps through developers and testers. Businesses should make sure that a data-centric production environment can successfully adopt a distributed network environment, and that is accomplished through successful development.


Ensuring that DevOps Works with a Distributed Network Environment

Businesses should follow three steps to make sure that DevOps is working with the agility needed for distributed network environments:

  • Containerize applications
  • Implement DevOps tools to form a continuous lifecycle
  • Utilize sandboxes in DevOps

Containerizing applications allows for more seamless transitions between production and non-production environments, and between on-site and cloud technologies. DevOps tools are ideal for effective automation of steps between programming, testing, and deployment. Finally, sandboxes help businesses learn where they should develop applications in the environment to keep development, testing, and production smooth.

While containerization and using DevOps tools are independently relevant, sandboxes are inherently necessary for data-centric environments.

The Importance of Sandboxes for DevOps

Sandboxes, or Uber Containers, are infrastructure environments that are self-contained while enabling configuration to look identical to the final target deployment environment. DevOps can create and run sandboxes anywhere. Developers and testers can both utilize a sandbox that looks like the internal IT environment. The main advantage of this is the ability to run tests on applications in multiple environments without leaving any impact on the actual production infrastructure.

Sandboxes give developers and testers plenty of freedom to work in an environment with all of the tools they need, while having all of the protections necessary to keep operations within those sandboxes closed off to unwanted parties. Ideal sandbox solutions allow for outside triggering through the use of a DevOps tool. Sandboxes are designed to give users all of the control they need, making them crucial in data-centric distributed network environments.

Use Sandboxes for Applications in Different Environments

The greatest benefit of sandboxes is having the ability to recreate large-scale data-centric and IoT environments. Through a system of containers, DevOps tools that can effectively manage processes all the way through to development and production, and sandboxes that can test applications throughout the development cycle, DevOps will be as efficient as it needs to be for all environments.