Security is not easy for organizations in 2023. We often hear hackers stealing sensitive information from a large corporation and using it for all the wrong reasons. Enterprises are forced to adopt new measures and enhance security. Hackers and malicious actors look for blind spots within the security of an enterprise. Once they find a blind spot, they exploit it to the fullest and compromise the sensitive data. A blind spot in security might occur from a remote endpoint, a network device, or a software system.
To tackle the challenges of cybersecurity, organizations have started implementing SecOps using AIOps based analytics platforms. It is a concept where an organization’s security and operations teams join hands. Both teams prioritize security in every situation and use each other’s tools. Both teams’ technology, processes, and tools are integrated for better results. Many organizations have successfully boosted service availability with SecOps implementation. In the meantime, new automation technologies are being launched for enterprise security. Many recent developments in SecOps have strengthened the status of security for organizations. Security professionals must know the SecOps trends for better results. Read on to understand trends and the future of SecOps.
SecOps 2023 trends
Here are some of the recent and most popular SecOps trends:
Third-party software security
Managing the security of one’s IT infrastructure was simple a few decades ago. An enterprise only had to manage the security of a few software systems and endpoints connected to the network. Over the years, the number of elements connected to the organization’s network increased. Companies started using third-party software services to ensure service availability for customers. Third-party software components can become entry points for hackers. Enterprises are relying on reusable software components that are freely available on the internet or sold by a vendor.
Recently, many supply chain crises occurred due to security breaches. Hackers got access to the supply chain software and disrupted the entire process. After a thorough investigation, it was observed that most hackers were successful due to unsecured third-party software components. The challenges with third-party software components have increased post-COVID.
SecOps was only supposed to focus on the vulnerabilities within the IT infrastructure. However, recent cyber-attacks have forced security teams to focus on third-party software components. SecOps processes involve tools to identify third-party software components automatically. Whenever a vulnerability is observed, security teams must isolate the software component. An enterprise can also upgrade to a secure version of third-party software components. In the coming days, enterprises are supposed to invest more in third-party software security.
Remote work security
Remote work security is one of the biggest trends in SecOps. During the COVID era, organizations had no other choice than to support remote work. Cybersecurity is easy when all devices are connected within the IT infrastructure at the premise. However, things are complicated when a remote endpoint is to be monitored. Since enterprises allow remote employees to use private devices for office work, security becomes complex. Private employee devices might create blind spots in security. Remote workforces are here to stay, and enterprises must find the right remote security tools.
SecOps has seen a transition towards tools that help with remote monitoring. It includes AI data analytics monitoring tools that can collect data from remote endpoints. Since SecOps is concerned with remote or hybrid workplace security, it must navigate challenges that did not exist before. SecOps trends include securing home devices used by employees for office work. It also includes securing enterprise applications exposed to private devices used by the employees. Many effective AI data analytics monitoring tools have been launched in recent times for remote workplace security.
Security against pervasive malware
Malware is everywhere, and enterprises are concerned about it. In 2023, malware is the primary weapon of a malicious actor. Hackers use trojans and viruses to corrupt a system or an application. Security professionals know that malware can impact their systems. For the same rationale, they actively look for malware that can deteriorate service availability. However, someone who is not a security professional might not be aware of the common precautions. As a result, hackers target IT professionals who don’t know much about common security measures.
Enterprises have to protect every employee from viruses and trojans. To do so, SecOps teams are investing in lightweight automation. With automation, every employee within the organization can be secured from malware. For example, an automated virus scan can be performed for every enterprise email before it opens. It will reduce the chances of malware injected via mail into enterprise systems. Since the virus scan is automated, it will be also done for employees who aren’t even aware of malware.
It is one of the biggest SecOps trends in 2023. Proactive cybersecurity is eliminating common threats before they disrupt the enterprise’s service reliability. Enterprises are now monitoring the performance of every element within the IT infrastructure at all times. Whenever abnormal behavior is observed, security teams look after it immediately. Security professionals might prevent a cyber-attack before it leaves an impact. Traditional cybersecurity tools will not help in becoming proactive. SecOps teams now trust AIOps-based tools for proactive cybersecurity. An AIOps based analytics platform will perform automated monitoring, detect abnormalities, and perform root cause analysis.
What does the future of SecOps look like?
Now that you have understood the SecOps trends, it is time to predict the future. As you have seen most SecOps trends are related to security automation. According to cybersecurity experts, the SecOps future will also be full of automation. SecOps future is supposed to move towards hyper-automation, where most cybersecurity tasks will be automated. Redundant cybersecurity tasks like monitoring, event correlation, and pattern discovery will not require human intervention.
Most individuals think that one might not find jobs due to automated cybersecurity in the future. Contrary to this belief, many cybersecurity processes in the future will require a human touch. AIOps based analytics platforms and humans will work side by side for improved cybersecurity. Skilled cybersecurity professionals will be respected even when automation technologies become popular. Move towards cybersecurity automation now!