One of the most popular topics in cybersecurity is automation. Automating repetitive and mundane tasks allows people to focus on problem-solving activities instead.
Cybersecurity can be improved by organizations directing all resources towards problem-solving activities.
Technological advances also make it easier for malicious attackers to gain access. It is important that Cybersecurity programs are prepared to adopt automated cybersecurity solutions.
Globally, companies are looking for ways to increase their profitability and efficiency through their general activities such as smart warehousing and automation.
There are many ways to integrate automation into an existing infrastructure. This requires a variety security automation tools. What are these tools? What principles do these tools work on? How can they be integrated into security systems? What are the benefits of automation and integration for a business entity
This article will walk you through some of these basic concepts and ideologies.
What’s Cybersecurity Automation?
There are many cybersecurity tools available today that automate processes. Most likely, you have already implemented some of these tools in your company. You might have installed vulnerability management tools such as anti- malicious to automatically scan for BYODs in your organization’s systems. Based on security protocols set by an organization, these products can identify cyber threats and fix them. Experts in the industry use security equipment such as robotic process automation (RPA), custom software and code and Security Orchestration Automation and Responss (SOAR). These products automate the sequence and perform analysis.
SOAR products are designed to coordinate activities between security tools, and execute automation activities to address identified vulnerabilities. RPA tools, on the other hand allow automation of many processes. RPA tools allow for the automation of specialized processes and software that are not available in standard packages. Because they are able to automate many analyses and synthesize data efficiently according to the security regulations and standards, this is a great advantage.
All the new methods mentioned above can be used in conjunction with the organization’s tools to conduct a thorough analysis, collect intelligence, and prompt a team member to take action.
Why venture into Cybersecurity Automation?
As organizations place more emphasis on digitalization, the complexity and sophistication of network infrastructure is increasing. Digital transformations can have a significant impact on the nature of the work done by an organization, the modules they use to interact with customers, their strategies for staying competitive in the industry, as well as their efficiency. Digitalization of enterprise networks brings new threats to the organization. If not properly protected, monitored and responded to when they arise, it can have a significant impact on the organization’s ability to stay competitive within the industry. It is crucial to assess the threat exposure and vulnerability of an organization’s network systems from a corporate espionage standpoint as they embark on various digital transformation activities.
Organizations still use traditional methods to inspect their systems for abnormal behavior or other threat indicators. In today’s organizational setup, this is a lose proposition. Automation and integration of cybersecurity could help to address it. Automation can address the growing digital footprint of an organization by establishing a lean Cybersecurity team. Traditional methods are inefficient because they involve large amounts of data that are managed by humans who are susceptible to error. This creates gaps that allow threats to slip through. Automating an organization is a reliable way to protect it and ensure maximum defense by using repeatable, robust processes.
Benefits of Automation
Automation is not just a trendy term or a tech buzzword. It is a revolutionary technological change that will transform our business platforms. Automating an organization allows security personnel to concentrate on more complex and productive tasks. The machine is able to perform repeatable tasks. The cybersecurity team can also be devoted to more creative and critical work in resolving problems and improving organization’s risk position. Security personnel can now focus on other activities once they have an automated, reliable cybersecurity system in place.
- Architecture & Engineering:A shift in technology to automation will allow the cybersecurity team focus on developing and implementing strategies like zero-trust networks and cyber hygiene within an entity.
- After deficiencies are identified, it’s easy for security teams to identify repeatable activities in the environment of the business, resulting in less vulnerability.
- Automation development and engineering: automation forms an integral part the cybersecurity program. It requires special resources to be fully designed and implemented.
Platforms and Tools for Automation of Cybersecurity
Here are some cybersecurity platforms and tools. This article will discuss the benefits of each solution and how they can improve efficiency, reduce production costs, increase cyber effectiveness, and overall enhance organizational processes.
Robotic Process Automation
Robotic process automation is the use of technology to automate repetitive tasks, either physically or virtualy. Cyber-space defense and security automation can be described as the assignment of low-cognitive functions like monitoring, scanning and incident response that can be automated. This allows you to extract, aggregate and understand data, while also carrying out basic threat detection and search processes.
The Advantages of Integrating RPA in Your Enterprise
RPA implementation has many advantages, both in terms of compliance and logistical risks. It makes cyber-defense so easy because it eliminates repetitive tasks. It helps entities reduce human interaction, which is one of the greatest vulnerabilities in cybersecurity. People pose a major threat to the cyber-security of businesses and organizations, whether they are malicious or not. Your stored data and information will be safer if you remove the human element.
Here are some ways software robotics can reduce Cybersecurity vulnerability.
- RPA uses automated detection and alert responses, which reduces the time it takes to detect threats and provide feedback on how they are responding.
- RPA assists in device and application discovery by helping to identify vulnerable attack surfaces. This helps mitigate security risks.
- RPA fills in the gaps in cybersecurity expertise and helps bridge the talent gap.
- RPA removes human risk while handling sensitive personal information.
- RPA offers proactive security coverage that is available 24/7/365, unlike humans who are tired or mentally exhausted.
- RPA is a tool that improves security by automating software updates and rolling out patches.
RPA can also help your company comply with regulations and rules such as the PCI DSS (General Data Protection Regulation) set by European Union. RPA, for example, can be used to automate repetitive tasks like data collection and documentation, notifications of data breaches, consent notification roll-out, consent notifications, and notifications of data breaches. RPA is able to eliminate repetitive, tedious tasks.
RPA has many benefits for enterprises and other organizations. RPA should not be relied upon for critical security operations that may require greater cognitive and analytical capabilities. It is necessary to perform more detailed analysis. A mix of cognitive learning technologies as well as human analysts’ intervention should be used by an organization.
Google’s requirement to encrypt its website led to widespread adoption of SSL keys, certificates and keys. This has resulted in many dangerous blind spots.
Your website’s security and the success of your business depend on transparency in your public key infrastructure. If you were asked the following questions, would you be able to answer them without hesitation?
- How many SSL certificates have been issued to your company, domains, or employees?
- What is unique about certificates?
- All certificates were issued by the same authority, or came from different sources?
- Who asked for the certificates to become issued?
- What are the keys to your business?
- Is there a key storage facility?
- Who is eligible to have SSL keys and who isn’t?
My guess is that you can’t affirmatively answer any one of these questions. Shadow certificates can cause data breaches, financial losses for an organization, or worse, even the collapse of an entire network. Shadow certificates can also have a negative impact on your company’s bottom line. This is a huge loss for something that you didn’t know existed in your system. How can we prevent unknown certificates from expiring? This is where cybersecurity and encryption automation come in handy.
The Advantage of a Certificate Management platform
Other than managing websites, management platforms that include tools for certificate delivery can also be used. It allows your organization to identify every X.509 certificate within your network, regardless of brand, issuance date and type. Sectigo Certificate Manager is an excellent example of such a tool.
These certificate management tools can eliminate repetitive tasks quickly, such as:
- Automated renewal, issuance, revocation and installation management certificates
- Self-enrollment is used to create and automatically generate end users.
- Notifications of expiry certificates within 30 to 60 days and 90 days automatically
To keep an eye on your digital certificates, my free advice is to use the most current certificate management software available today. This is a better option than paying the steep financial costs of lawsuits, fines from regulatory bodies, and even a dent in your brand’s image.
Event Management and SOAR
Gartner defined SORE in 2017 as the process of creating solutions that optimize security’s efficiency and capabilities. This is subject to the condition that no human resources are linked to low-level activities. SORE improves security automation, security response and orchestration by enhancing operations automation and response to security incidents, as well as capabilities for managing vulnerabilities. It may sound more like an event management and security incident because of the similarities between soar and siem. Both collect information from different sources and analyze it to detect abnormal activity in a network system. They work well together but have the following differences:
- SIEM is more manual. It requires a physical response for notifications and frequent manual updates about technologies in use. SIEM’s can identify known threats but are less efficient at identifying new or unknown threats.
- SOAR is quite diverse in its use of applications and how it takes in notifications. It automatically sends a reply for remediation or triage whenever the need arises. SOAR uses Artificial Intelligence and advanced cognitive technology such as machine learning, to detect vulnerabilities and threats both within and outside of the network.
The advantages of SIEM and SOAR solutions in your organization
SOAR is fundamentally about eliminating people, processes, and technology within an enterprise in order to maximize output and improve incident response. SOAR complements SIEM capabilities within a security operations centre by investing in additional value.
Past researches show a drop of 50% to 70% in threat detection and response times. SOAR orchestration helps organizations by preventing phishing attacks.
How do you know if SOAR solutions are right for your company?
To determine the benefits of the above solution for your company, answer the following questions.
- Do you find yourself constantly faced with ergonomic tasks that automation could eliminate or reduce?
- Are you tired of receiving alert notifications from your security team?
- Are you sufficiently literate to make informed decisions in cybersecurity matters?
- Is there a process in your organization that could be automated?
If the answer to most of these questions is “yes”, then you need to spend more time and weigh the benefits and drawbacks of automating every step of your business.
Custom Automation Solutions Development
Each organization is different in some way, and each organization has its own needs. While existing solutions can be useful, customizing a solution to meet your organization’s specific needs may still be beneficial. If your security team is competent, they can handle this. Or you can hand it off to a third party service provider.
What’s Next? What is the Future?
The future of cybersecurity will be shaped by automation. Technology advances have made cyber-experts more adept at software development and other code trick techniques. It is possible to predict that cybersecurity programs will become an outlet shop for people looking for different capabilities in the future.
How to Successfully Adopt Automation Concepts
- Your cybersecurity team should be trained and equipped with the development capabilities to report directly to cyber leaders.
- Establish a strong interdepartmental relationship with the cybersecurity team and other departments in the organization.
- Use a combination approach. Your core team can help you develop strategies and techniques to support organizational development, improve organizational goals and perform advanced integration activities.
The need for integration and security automation tools is growing as technology becomes more complex. Automation and integration will continue to be a key component of businesses’ cybersecurity plans. Are you ready to adapt to the inevitable changes? What strategies are you going to use to adapt to the changing landscape in your industry?