Top Ways To Optimize Your Cyber Security And Performance Monitoring Tools Using Load Balancing

A significant element in ensuring your business’ success is investing in cybersecurity software and performance monitoring that will help to secure your system from third parties and external threats.

By 2025, cybercrime will cost the world $10.5 trillion annually. The success of your business is contingent upon the efficiency of your cybersecurity and performance monitoring tools.

Keep reading to learn how to optimize your cybersecurity and performance monitoring tools using load balancing strategies.

What Is Load Balancing For Security And Performance Monitoring?

Load balancing software is traditionally used to manage traffic flows across routers and servers. Implementing load-bearing software in your security strategy means you will not have to understand how many servers are active and in use and how many are configured.

The benefits of load balancing for security include:

• Protecting systems and applications from emerging threats - your load balancing software comes with a website application firewall (WAF) that can help to prevent hackers from gaining access to your applications.
• Authenticating user access - the load balancer can help you implement password protection for your website to prevent unauthorized access.
• Preventing DDoS attacks - your load balancer will detect DDoS traffic and drop it before reaching your site.
• PCI compliance - your load balancer can help you achieve PCI compliance with ease should your company use credit card payment processing on its website.

The benefits of load balancing for performance monitoring include:

• SSL offload - the secure sockets layer (SSL) within the load balancer allows more resources for your web application by removing the overhead from servers.
• Traffic compression - your load balancing software will compress traffic to improve the user experience on your site.
• Traffic caching - traffic caching can help provide your users with quicker content access.

When Is Load Balancing Used?

Load balancing is primarily used alongside web applications and large localized networks. Load balancing software and cloud-based load balancing work to distribute traffic across the network or web application servers. These servers can be local, or you can distribute them in several locations globally. When your load balancing software distributes the workload to servers located across the world, this process is called global server load balancing (GSLB).

How To Optimize Your Cyber Security And Performance Monitoring Tools Using Load Balancing

Load balancing software has many benefits for your cybersecurity strategy and can assist with performance monitoring. Here are some ways you can use load balancing to optimize your cybersecurity and performance monitoring tools.

Prevent Performance Erosion

Your company needs to process large amounts of data traffic. Should you wish to process these large amounts of data traffic with limited-capacity tools, you can implement many low-capacity tools and use load balancing software to distribute the traffic across these low-capacity tools evenly. This option is preferable to using high-capacity tools, as it is more cost-effective.

If your network traffic increases, you can implement additional cyber security and performance monitoring tools to ensure that your system can keep up with the increase in traffic.

Use AI To Analyze Real-Time Data

You can use AI and analytics to automate the analysis of real-time data, identifying any spikes in data volume. When you automate, your load balancing offers immediate redistribution of data to avoid a single point of failure. This can prevent your system’s productivity from being interrupted due to an increased workload.

Analytics and AI identify that your cybersecurity system is about to receive a spike in data and can predict the data spike before your system becomes overwhelmed. The capabilities of AI and analytics can increase the efficiency of your load balancing software to ensure your cyber security tools do not become overwhelmed.

Create Automated Triggers Between Physical And Cyber Security Tools

You can use physical access control to account for cybersecurity downtime. Finding a door access control system that offers identity verification features will allow you to prevent breaches that may occur when your cybersecurity system is down.

Cloud-based video access control is a two-in-one security installation that secures your building from unauthorized users. It also provides identity verification and video surveillance, preventing incidents involving stolen or misappropriated access credentials.

Businesses are merging physical and cyber security concepts more frequently as cloud-based technologies become increasingly popular in the security sphere.

Summary

If you wish to prevent losses in your business caused by vulnerabilities in your cybersecurity system, then you should consider implementing these tips. Optimizing your cybersecurity and performance monitoring tools using load balancing will help to eliminate any vulnerabilities in your system caused by data traffic overloads. A healthy cybersecurity system will ensure your business’ network is secure, and can ensure the efficiency of the user experience on your websites.