Robotic process automation (RPA) uses machine learning (ML) and artificial intelligence (AI) to create a virtual workforce, able to handle repeatable tasks that require a human worker to perform.
By using an RPA, companies can perform repetitive tasks faster, longer and with a reduced error rate allowing the workforce to focus on essential duties and responsibilities.
In other words, companies have employees working like robots, performing jobs without thinking, why not have robots behaving like people for these tasks.
How RPA can strengthen cyber security
Cybersecurity personnel and cybercriminals are in a constant state of war, automation and specifically RPA can help protect against malicious cyber intruders.
Identification and prevention of zero-day attacks (an attack on an exploit the same day of its discovery) and elimination of any system weaknesses is the end goal of internal security teams.
Most businesses want to work efficiently and allocate their resources where they’re most needed and will be the most productive.
But without automotive platforms in place, they’ll never reach peak efficiency. It is almost becoming mandatory for a business to invest in AI cybersecurity, especially as cybercriminals are launching cyber-attacks that are increasingly becoming more complex and sophisticated.
Cyber-attacks are always on the rise despite an increase in security budgets and staffing. Security teams must be available 24/7 due to the global nature of threats and must respond quickly and reliably without error.
Depending on human support puts the defender at a disadvantage due to the nature of cyber warfare. Attacks can happen at any time from any location. If a cyber-criminal uses false-flag attacks to tie up the security team’s resources, it may mean that there are too many incidents to deal with simultaneously.
Cybersecurity teams can simplify their operations and strengthen their defense against cyber-attacks and malicious behavior. Automation improves response time, provides reliable detection and removes human error.
Kryon is one such company, already working with worldwide enterprises to implement RPA and discover new processes which can be automated.
The advantages of cyber security automation
By using security automation to deal with operational tasks, you remove the human element from the process, which has some significant advantages. Many of the functions performed by an IT security worker can be automated, which include the prevention of threats, detection of threats, and the remedy of threats.
Often the day-to-day processes are repetitive in nature and can take too long to complete manually. Paired together with an increase in the number of alerts and small security teams, organizations cannot perform efficiently and become at risk of successful attacks.
Automation will remove these challenges, as the software is designed to handle the massive amounts of manual work, can respond quickly to alerts and can function without direct user involvement.
The bottom line is that automating your cybersecurity will improve the productivity and value of the security team.
Examples of automated cyber security
Combining machine learning (ML) and artificial intelligence (AI) is how RPA can enable automation – taking human effort out of the equation.
But which cybersecurity tasks can be automated with an RPA, and how does it benefit system security?
Data collection – collect data more efficiently and at a faster pace than human workers can with a much lower rate of error.
Data analytics – Implement artificial intelligence and machine learning processes to increase your analytic capabilities. Can help provide more precise analysis, identify patterns, and problem solve by itself.
Manual work – many time-consuming tasks can be freed up to allow IT security staff to prioritize the most important tasks and duties.
Automatic reporting – Internal stakeholders, compliance auditors and other critical personal must have accurate reports provided on the activities and results of the security team. Automation allows for effortless aggregation of data and creation of reports which can be custom tailored. As a bonus, reports can be scheduled to be created and sent automatically.
False Positives – False positives are time-consuming work that can’t be ignored, even when your teams know 100% it’s not a real threat. Due diligence must always be carried out, and an investigation must take place. By automating the process, only the genuinely critical events can be forwarded to a security team member.
Team Budget – Utilizing automation means you can schedule your cybersecurity team more efficiently or reduce the number of staff operating at one time. Reducing the number of false positives and decreasing the manual workload will help in freeing up time.
If you have an IT security team, what’s to stop you automating your cybersecurity operations?
