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4 Ways to Incorporate Cyber Security Automation into Your Company

A glimpse at software tools for top security and how they boost efficiency and productivity and internet security

Businesses of all types are constantly looking for ways to increase efficiency and profitability in all facets of their business— from day-to-day to cyber-health. Regardless of how you feel about personal level automation — whether you think automation is awesome or it's the harbinger of death for cyber security workers — it doesn't change the fact that technology will transform the very essence of potential cyber security jobs. That's because incorporating process management and cyber security technology into business processes is one of the easiest ways to accomplish many of the company's goals.

Nevertheless, business automation comes in all forms, that can include a range of process control and automation software for protection. So, what are those things, how do they function and how do they play into your security processes?

Just let's figure it out.

The value of Cyber Security Automation

What comes to mind when you hear the term 'information security automation’? This automated method involves balancing the field of play between cyber security professionals and cyber criminals. The goal is to reduce the number of threats by reducing vulnerabilities while ignoring known cyber threats by preventing zero-day assaults.

Let's just dig a bit further down. Cyber security monitoring also deals with the following:

Making data collection faster and more efficient.

bringing artificial intelligence (AI) and machine learning (ML) technologies and processes into the fold to enhance organization’s analytical capabilities.

eliminating routine, time-consuming, non-cognitive tasks to enable IT security experts to focus on higher-priority activities and responsibilities.

Many of these elements are suitable for any company. After all, growing company's aim should be to make a corporation more profitable and redeploy human resources to where it's really required. But the structures and methods also need the level of improvement.

Many company reports show that cyber security budgets are on the rise among companies and businesses Globally. IDC data shows that global spending in cyber security infrastructure is expected to reach US$103 billion this year. In addition, in the foreseeable future, the cyber security automation industry— which includes the use of AI and ML— is to expand. Indeed, a Research and Markets Study shows the AI cyber security market is expected to reach $38 billion by 2026.

Investing in cyber security technology and automation systems is critical for all businesses — especially when cyber criminals conduct ever more sophisticated cyber-attacks. Yet how much is there of a tool and solution? Check this out:

Tools and resources for automating cyber security

Examples of information management systems and cyber security frameworks include:

Robotic process automation (RPA)

Security orchestration automation and response (SOAR) and security incident and event management (SIEM)

public key infrastructure (PKI) certificate and key management

Custom software development

We will address many of the merit of each of these cyber security automation approaches and how it helps you to improve performance, maximize cyber security efficacy, reducing expenses and improve overall operating processes.

1. RPA - Robotic Process Automation

Robot process automation usually refers to the process of automating repetitive tasks by using robots— both physical and artificial, such as autonomous bots. In terms of cyber security and network automation, this typically refers to allowing automated systems to perform low-cognitive functions such as testing, tracking, and low-level event reaction. You know, collect and aggregate data, perform simple processes for danger search and recognition, and other low-cognitive tasks.

Benefits to integrating RPA into your business

There are many benefits to using RPA from the operational, dangerous and legislative standpoints. As one aspect, it allows for more effective cyber security by increasing the responsibility of manually performing repeated tasks. It also lets you eliminate the cyber security's most significant risk: human interaction. People pose the greatest risk to the electronic safety of businesses and corporations by intentional or by human error. This makes the data safer, by increasing the human aspect.

Borrowing from and building from Ernst & Young Global Limited (EY) research, there are several ways that robotics technologies may help reduce risks in cyber security:

RPA reduces vulnerability detection and response time through predictive alerts and notifications.

RPA helps with program and hardware production and acquisition, helping to identify weak danger types, and reducing safety hazards.

RPA improves security by automating the roll-out and patching updates.

RPA helps cyber security teams tackle the void in expertise.

RPA does not tire or emotionally "check out" on the job, providing 24/7/365 security services.

RPA limits involvement of IT security practitioners to encourage them to concentrate on other highly cognitive tasks.

RPA prohibits the processing of sensitive personal information by any individual interest.

In addition, RPA would also keep the company in compliance with certain regulations, such as the EU General Data Protection Regulation (GDPR) or Payment Card Data Security Standards for the Industry (PCI DSS). Automation, for example, can be used to gather data, conduct informed consent warnings, monitor data breaches, and archive all data held for client audits. Why do many people go about these tedious tasks when automated systems can do that for you?

RPA provides numerous benefits for businesses and other organizations. Therefore, no organization can rely on RPA alone for more comprehensive security operations which require higher computational and analytical capabilities. This dimension is best left to a combination of cognitive-learning programs and the intervention of human observers.

2. Security Orchestration Automation and Response and Security Incident and Event Management

Security orchestration automation and response to security orchestration is a term coined by Gartner back in 2017, It applies to a mix of approaches that maximize the resources and productivity of the security operations centre without tying down your human resources in low-level activities.

This helps simplify three key tasks related to security in information— protection orchestration, security analysis, and security response— by expanding hazard and vulnerability detection, security response, and security operations integration skills.

Which sounds very much like disaster response and event management techniques, isn't it? SOAR and SIEM are in many ways similar— after all, they both gather and use unique data from multiple sources to detect some anomalous activity. Though these two approaches stacks often operate hand in hand with Security Operations Centers (SOCs), they often differ in a few respects:

SIEM is more procedural in nature. This packed solution system requires manual responses to alerts and regular changes and improvements to identification methods, rule sets, and signatures for results, consistency and effectiveness. However, it is mainly limited to detecting known threats and is less successful in acknowledging fresh or uncertain threats.

SOAR is a bit more interesting in its use of internal and external software and it takes certain SIEM warnings and reacts to them dynamically when necessary for triage and remediation. It depends on the cognitive technology and methods that use artificial intelligence (AI) and machine learning (ML) to learn from emerging risks and help identify new ones.

The benefits of using SOAR and SIEM Solutions

SOAR is the use of technology to optimize the security operations and response to incidents by eliminating repetitive tasks and organizing (or "orchestrating") the structures, resources and procedures of the enterprise to their full advantage. For example, SOAR in a Security Operations Center (SOC) promotes SIEM resources by building on them and Providing added value.

Security orchestration often profits from being successful in protecting the data from fraudulent activity. The above EY research reports a "50 to 70 percent reduction in time to detect and react to a phishing attack" By using robotic systems in data gathering, updating and remediation processes.

How do you determine if the company can profit from the SOAR technologies? Is that ROI worth the contribution? To assess this, ask yourself the following questions:

Would you be constantly inundated with boring, mind-numbing and routine activities that could be carried out by automation?

Do you have ready access to actionable intelligence so you can make informed cyber security decisions?

Do your workers get warning about exhaustion? Think of doctors and nurses hearing alarms going off the whole day and not having the time or money to handle it all.

Have you identified processes which could improve the automation of cyber security?

Do you weigh the costs of the salary and benefits of the IT security workers for the approaches to network automation?

If your answer is "yes" to these questions, then you need to find any options and make big decisions. After all, other safety-related tasks contribute to automation, and others... Sure, and not that much. Please take the time to carefully examine the pros and cons of incorporating digital systems and determine the true value of each project to your business.

3. Certificate Management

The widespread use of SSL certificates and keys resulting from the requirement to encrypt Google's website has created many hazardous blind spots. One of the biggest threats to the security of websites— and the success of your business— is a lack of visibility within your network and key public infrastructure. If you are asked yourself the following questions, will you address them frankly, without even one iota of concern?

How many licenses have been given for your company, customers, and domain(s)?

Which type of Certificates have been issued?

Were all certificates issued by the same or different Authorities for Certificates (CAs)?

Who'd ask them?

How many keys are you holding in your organisation?

Where should those keys be stored?

Who has keys to these Certificates and Keys?

Can't honestly answer those questions anyhow? That is not how we thought, Okay. Which, unfortunately, isn't unusual. The existence of shadow certificates is a major responsibility that can result not only in security breaches but also in costly downtime of the website or service outages. Yeah, yes, and that also has multiple effects on the bottom line — missed sales, fines and penalties for non-compliance, and decreased consumer confidence (just to name a few). Nevertheless, analysis by the Ponemon Institute and KeyFactor indicates that unanticipated delays or outages cost companies nearly $3 million in instant loss of revenue, and an estimated average economic loss of $11.1 million.

That is wasted a lot of money for something that you didn't even know existed.But, how do you hold certificates that you don't care about when you expire? That is where cyber security and encryption technology comes into play in the context of PKI credential administration.

The advantages of Certificate Management System

Certificate Management Platforms and certificate search software help you manage more than certificates from websites. We'll help you recognize all the X.509 digital certificates that occur on the network regardless of brand, form, date of issue, or expiry date— this includes code signing certificates, application certificates, system and IoT certificates, and SSL/TLS certificates. Sectigo Certificate Manager (SCM), or what used to be known as Comodo CA Certificate Manager (CCM), is an example of such a method. The advantages of Certificate Management System Certificate Management Platforms and certificate search software help you manage more than certificates from websites. We'll help you understand all the X.509 cryptographic certificates that exist on the network regardless of brand, type, date of question, or expiry date— this involves code signing certificates, device certificates, machine and IoT certificates, and SSL/TLS certificates. Sectigo Certificate Manager (SCM), or what used to be known as Comodo CA Certificate Manager (CCM), is an example of such a method.

In contrast, certification management systems will eliminate many of the time-consuming processes involved in processing hundreds, or even thousands of credentials and keys manually. These activities include:

automated issuance, review, activation, and removal of certificates.

automatic 90-day, 60-day, and 30-day certificate expiry reminders (depending on the CA or reseller's policy and assistance you are purchasing from).

automatic report generation; and

automatic end-user self-registration development.

We don't say you this just to give you a cyber security asset, when offering a nice credential management platform happens to us. Rather, we're just attempting to drive home the point that certification control is a very true, very significant concern for every company utilizing digital certificates.

Don't you believe us anyway? Just look at some of the big headlines over the last couple of years. Expired licenses have brought down some of the biggest names in the mobile and other industries, including Ericsson, Facebook, LinkedIn and even U.S. government territories!

Do not be like these guys — hold your digital certificates still accessible by taking advantage of the automated tools nowadays available for management. After all, a CM network is far better than the fees for non-compliance, court damages and attorneys you'll probably spend when shit finally hits the fan.

4. Custom Automation Software Development

The idea of creating custom automation systems is another field that we would be hesitant to not mention at least. We understand that every sector is specific, so client specifications also differ across a variety of industries. And while some current frameworks for cyber security automation may be helpful, designing custom solutions designed to suit the specific needs of your company may be valuable to your organization. This may be something the office of internal improvement can do, but more than likely you're going to want to hand that over to a third-party service provider.

Last thoughts

Cyber security automation offers advantages in terms of saved money and allowing the IT security professionals to make the most efficient use. Although the system isn't flawless, AI ad ML offers significant cyber security benefits that overshadow many of the drawbacks of the technology. As such, it is easy to see why security automation is listed as one of our top five cyber security trends for 2019—though we expect that this will continue well beyond even 2020.

Have you already invested your company on automating cyber security and encryption?