Digital Themes

Network Optimization

What is Network Optimization?

Network optimization refers to the tools, techniques, and best practices used to monitor and enhance network performance. The first step of the optimization process is to measure a series of network performance metrics and identify any issues. Network performance monitoring includes measuring traffic, bandwidth, jitter, and latency caused by the likes of insufficient infrastructure or inadequate network security.

Outdated network hardware (e.g. routers or cables) can influence both bandwidth and latency. Similarly, weak network security can interfere with performance and drain valuable bandwidth. Inefficiently designed apps can consume excessive amounts of bandwidth. These are only a few of the possible network inefficiencies that can be corrected through network optimization.  With continual advancements in cloud computing services, consumers have come to expect secure, high-quality, high-performance applications. Poor network speed, bandwidth, or connectivity are points of unacceptable friction for the end-user.

Improving network performance has several driving factors, including more easily available, flexible, and scalable enterprise networks that can supply immediate, accurate, and secure delivery of data, applications, and services. The benefits of network optimization are increased security and compliance, reduced spending on hardware or software, and simplified, efficient network management.

Optimization initiatives generally include leveraging technologies and optimizing existing network systems for the purposes of quality of service (QoS) implementation, data compression, redundant data elimination, improved application delivery, and traffic shaping to reduce packet loss.

The set of optimization tools used to improve network performance often incorporates monitoring software to gain beneficial visibility of network performance issues from remote worksites and data centers. Encompassing real-time and post-event analytics, this monitoring software can prevent the loss of VoIP calls and eliminate downtime for network domains. Critical functionality including e-commerce transactions and security alerts also remain intact through this use of monitoring software.

 

What are the business benefits of Network Optimization?

 

  • Optimal management of network system resources allows for a constant stream of data to come in and drive greater network performance.

  • Optimized network security solutions can counter network attacks and secure customer and enterprise data.

  • Cloud-based network optimization can reduce IT support time and costs by lowering the amount of traffic on your legacy infrastructure.

  • This process can provide analytics and predictive modeling, as well as track performance metrics and provide real-time accounts, all of which can empower network managers to operate more proactively and discover the impact of architecture changes to the network prior to release.

  • Revenues increase when your customer experience is improved, thus improving the experience for your partners and stakeholders as well.

  • Network optimization can more efficiently connect remote or disparate employees and departments, creating a more productive workforce with reduced downtime and rapid application delivery.

  • Optimization can provide valuable insight into application performance through the implementation of end-user monitoring and analytics.

  • Network optimization can ramp up the transmission of content to end-users on connected network devices, in any location, furthering your company's reach.
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