With cyber attackers using every possible method to access secure data, businesses must update their security measures continuously. The struggle with updating security measures includes the need to shut down technology. In today’s online world, companies cannot afford downtime, so live patching has become necessary.
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Best security practices
The best security practices keep cyber attackers out of business systems. An effective way to keep your system secure is by using live patching services. This type of update happens automatically when software developers create a new patch. With live patching, system administrators can focus on other needs without worrying about continuous updates.
Companies rely on live patches for critical security vulnerabilities. Most live patches only happen on occasion – never daily. Despite their infrequency, it’s wise to automate the process and reduce time spent looking for updates.
Benefits of live patching
The benefits of live patching extend beyond keeping hackers out of the system. When live patching is automated, the system updates without a need for downtime. Since businesses need functioning systems for employees and customers, removing downtime lets companies stay productive.
Live patching can be automated, giving systems administrators more control over their security processes. With a live patching tool, administrators can choose the dates and frequencies of the live updates. Once administrators automate patching, their systems update within days after the software companies announce the patches.
Live patching works well with other security measures
Companies need several security measures to protect against cyber threats. Live patching functions well with other security systems like network segregation and attack monitoring. With regular updates, live patching makes computer systems more secure, sending hackers elsewhere.
Concerns with live patching
Before jumping into live patching, systems administrators need to know what challenges they may encounter. Software experts must write live patches, as the process can be complex. Each patch requires precise coding so they don’t crash systems. Software systems deliver patches slowly to monitor the efficacy and prevent crashes that will protect businesses and their productivity.
Live patching cannot update an entire system at once. The updates affect small portions of code. Systems users often experience a slowdown during live patches, which can affect customer and employee productivity.
Preventing live patching from slowing your system
If you are concerned with live patching slowing your system, you can balance your load with two or more servers. Ideally, live patching shouldn’t slow any servers, but in the real world, slowdowns often occur. Having a second server keeps the system available.
Along with the finances needed to afford a second server, shutting down a server puts your business at a reduced load capacity. Since software companies deliver patches slowly and in small amounts, the downtime won’t be significant.
The original goal of using computers was to allow for more productivity. With cyberhackers creating problems for all organizations, systems administrators need to have automated methods to protect against them. Automated live patching helps systems administrators work on other projects to protect against criminal hackers.