By minimising the responsibility of manually performing various repetitive tasks, RPA assists enterprises in preventing cybersecurity attacks. Read on to know more…
One of the key challenge in cybersecurity is human intervention. Humans pose the highest level of risk in a cyber-security system, whether by accident or on purpose. As a result, removing the social aspects from cyber systems lowers the risk of cybersecurity attacks and protects sensitive data. The cybersecurity of the devices is also enhanced via automated security update rollout and patching.
Robotic Process Automation (RPA) security is quickly expanding around the world, and it is now universally recognised as a critical component of digital transformation. When used in the right processes, RPA software robots can greatly improve productivity, quality, data accuracy, and security while also empowering employees.
With the use of automated detection and alert notification, robotic process automation minimises the system’s attack detection and response time. Robotic process automation aids cyber-security teams in closing the paucity of talent gap. RPA also helps the IT security professionals to focus on high-cognitive tasks by limiting their involvement.
Cybersecurity Applications of RPA
Robotic process automation is used to increase employee productivity while also reducing errors. The RPA based Bots delivers effective security defence against a variety of malicious viruses and unexpected cyberattacks. Several organisations can rely on automation through stable digital workforce platform to automate security-sensitive processes.
The following are some of the areas where RPA can be adopted to minimise cybersecurity threats
Securing Confidential Data: Artificial Intelligence (AI) Bots powered by robotic process automation can comply with the General Data Protection Regulation (GDPR) without disrupting the information flow. During an emergency shutdown, robotic process automation can backup copies of critical processes.
The robotic process automation lets users to access information from a remote system. Multiple audit trails are permitted in RPA and it is capable of capturing a limited number of data operations in a log.
Configuring Controls: By using RPA based Bots, security professionals can monitor configuration management. The enterprise control room can authorise, enforce, and record changes for Bot developers. Encryption and authentication are used to enforce bot change regulation during execution.
Risk Analysis: RPA based risk evaluation can be carried out in static, dynamic, and network-based vulnerability evaluations. Through event capture, logging, and auditing, transparency on all 3 components including granular event capture at the bot level and non-repudiation can be developed. Near-real-time incident response and Security Event integration are possible through embedded analytics from Bot insight.
RPA based Access Control: RPA is ideal for preventing unauthorised users from gaining access to and managing sensitive data. Secure access is necessary to protect businesses from security risks from employees and also from sophisticated cyberattacks.
RPA based robots can be used to grant authorised access to selected personnel with certain credentials so that they can access critical data within the corporate system. RPA can also add an additional layer of encryption for more data security, preventing any external threats.