Automation and Integration
Automation and Integration in Cybersecurity
With the increase in the usage of digital products, the security of the users has also increased. Solutions arrive continuously at the market, but not all cyber security solutions are taken and embedded in the devices. The solutions that protect the users from potential harmful sources, protect business-critical servers, and protect sensitive data such as personal / private information, healthcare data, intellectual property, and credit card data are being taken up by companies and are installed and provided to the users, with a goal of better understanding with reduced risks path.
As providing security operations tasks require human intervention, such tasks can be automated for threats like monitoring intrusion detection systems to search for threats, fraud detection and flagging the malwares, and trojan horses. Also, as the security threats are on the rise, cyber security automation helps the teams to navigate and find data alerts that contain more obscure threats, which thereby saves a lot of time and adds threat intelligence.
Cyber Security Automation: Benefit or a Threat?
Cyber Security Automation is considered to be a playground for cyber attackers as well as criminals. Its main objective is to minimize and eliminate cyber threats that would happen by reducing vulnerabilities and bugs. Cyber Security Automation is made to collect data easily and at a faster rate, making it more effective, integrate the artificial intelligence with machine learning techniques to produce more advance and unique security firewalls that helps in improving the analytic capabilities of the company, thereby reducing time consumed and relieving IT professionals of this tireless work, and making them focus on high-level tasks.The digital world as we know is evolving. The manual processes and operations are done with the help of cyber security automation, which facilitates the detection and prevention of cyber-threats while enhancing the response intelligence of companies to protect them from cyber-attacks.
Cyber Security Automation is required for two main reasons:
- To predict potential harmful risks and retaliate them effectively
- Reducing human intervention in handling such security activities
Top 4 Cybersecurity Automation and Integration Process
The Cyber Security Automation and Integration Processes are:
Robotic Process Automation:
RPA is a process that includes the usage of robots, both physical as well as software robots that help in handling repetitive duties. In Cyber Security Automation, RPA uses automated systems/tools/platforms to manage/handle intellectual functions like inspections, scanning, and low-level instance responses. It also helps in extracting and collecting data, basic threat detection and various other such functions relating to cyber security. RPA increases the efficiency of cyber security as it eliminates manual tedious work done by the robots. It reduces human intervention, making it more secure.
SOAR and SIEM:
SOAR – Security Orchestration and Response, is a technology that enhances the capabilities and efficiency of security activities with the least human contact. SOAR-SIEM are considered the best ways to analyse and identify obscure data. Security Incident and Event Management (SIEM) is more manual than SOAR and it has limited solutions to detecting threats and is incapable of detecting new and unknown threats.
Certificate and Key Management:
The application of Secure Socket Layer (SSL) certificates and keys is a threat to cyber security. The certificate management systems facilitate several cyber security automations to be executed where tedious and time-consuming operations are involved. These include the automation of issuing, renewing, installing, and revoking of certificates, automation of generation of reports, and automation for creating the users. Thus, certificate management tools play a very critical role by automating the processes of SSL certificates.
Custom Software Solution Development:
The operations and needs differ from company to company. Similarly, certain cyber security automation techniques are critical to several companies in order to find a better solution for meeting their requirements. It can be where the company’s working team could handle but the management could be handled only by the third party.
Benefits of Automation in Cyber Security
There are several benefits of Automation in cyber security:
- It is efficient and cost effective. It allows for faster collection of data, which thereby helps in making the incident management response more dynamic, uniform and efficient. It also eliminates the repeating processes, which reduces time consumed and allows cyber security experts to focus on strategies and new techniques that are to be applied in the future.
- It has less errors, as it adds AI to it. It eliminates human intervention from the processes, which makes it more efficient and useful and also relocates the human resources where required.
- It provides optimized decision making, which helps in identifying the deficiencies, corrected by certain long procedures at a later stage, and provides a more secure environment to work for the people.
Top 11 Most Powerful Cyber Security Software Tools In 2021
The top most powerful cybersecurity software tools in 2021 are:
- Network Security Monitoring tools
- Encryption Tools
- Web Vulnerability Scanning tools
- Network Defence Wireless Tools
- Packet Sniffers
- Packet Sniffers
- Antivirus Software
- PKI Services
- Managed Detection Services
- Penetration Testing
It is becoming a tedious task for companies to secure themselves with a strong key, and stay safe from cyber threats and malwares that are taking place in a more sophisticated manner, due to the evolution of new techniques and technologies. Security teams are facing huge challenges to stay protected and generate the required security protection. Automation and Integration of cyber security is becoming a very critical tool for saving the company's resources, data, revenue, and reputation. Hence, security automation is being followed these days, to solve repetitive problems that are cost effective, efficient and also reduce the time of the security teams working tirelessly.