An android clicking on a security check mechanism

Artificial Intelligence Is Revolutionizing Cybersecurity — Here’s How!

author

Kira Belova

Artificial intelligence (AI) plays a pivotal role in the cybersecurity industry. AI has the capacity to enable cybersecurity to tackle some of its biggest challenges, such as the inability of many organizations to keep on top of the innumerable new threats and vulnerabilities that arise as the internet grows and the uses of technology expand.

Cybersecurity powered by AI is set to help transform the way we deal with cyber threats. AI will be instrumental in detecting advanced threats because of its potential to analyze and learn from massive amounts of data. With new technology and devices emerging all the time, AI can be the one-stop solution for protecting these devices from malicious actors.

This article will take you through the challenges faced by the cybersecurity industry today, the importance of using AI in combating them, and also some of the limitations of pairing AI with cybersecurity. Finally, we will explore some real-world examples of AI in this field.

An overview of the cybersecurity industry

Cybersecurity refers to the measures used by individuals or companies to protect their hardware and software systems, connected to the internet, from cyberattacks.

The main factors driving the cybersecurity market are the increasing frequency and complexity of cyberattacks, the emergence of disruptive digital technologies such as IoT, strict data protection rules for information security, and a spike in the number of attacks that exploit software supply chains.

Due to the COVID-19 pandemic, the frequency of malware attacks on databases in large organizations has increased, creating the need to tighten up database security and spur the growth of the cyber security market. A rise in the adoption of enterprise security solutions in healthcare, manufacturing, insurance, banking, and financial services is anticipated. This will in turn drive market growth in the near future.

Here are some interesting statistics from the Cybersecurity domain:

  • The capital invested in internal cybersecurity functions is predicted to grow by 7.2% per year until 2026.
  • The global expenditure on cybersecurity services and products is predicted to grow by 8.4%, by Dec 2026. The continuing cyberattacks at the corporate and individual levels and the resulting need to address weaknesses in networks, apps, and systems are factors likely to spur growth.
  • The cybersecurity market was valued in 2020 at $156.24 billion and is projected to reach $350.25 billion in 2026, representing a CAGR of 14.5% between 2021 and 2026.
  • According to Gartner Inc., 2018 witnessed $144 billion in information security revenue for products and services, a decrease of 12.4 percent from 2017.
  • Gartner forecasts that the revenue from information security will grow from $124 billion in 2019 to $170.4 billion in 2022. Their research also shows a 4.1% increase in end-user spending on cloud security between 2020 to 2021.

Glaring сybersecurity сhallenges

An android securing data from fraudulent activities

Did you know that 95% of cybersecurity breaches are caused by human error? These errors may range from downloading an email attachment infected with viruses to using a weak password for accessing an insecure website. Studies have found that along with ransomware attacks, stolen laptops, and CEO fraud, phishing attacks are the most common cyber incidents recorded. While these attacks may seem like straightforward things to be dealt with, their after-effects are astounding. A report from Cybint suggests that the global average cost of a data breach is $3.9 million across small and midsize businesses (SMBs).

It is hard to pinpoint a single entity or group of hackers responsible for these breaches since an attack by its nature is very advanced. Let’s now look at some of the most pressing challenges for the cybersecurity industry when it comes to identifying how and when an IT security breach occurs:

#1 Extensive data monitoring

Data volumes continue to increase every year — every day, in fact! It is difficult to find security threats amidst this huge store of data. Most of the time, a human employee cannot analyze the network or hardware/software resources for its holistic data storage health and hence cannot spot any unusual activity that might signal a potential attack or vulnerability.

#2 Slower turnaround time

On detecting an anomaly in the network, a considerable period of time has to be invested in re-programming the system to stop the cyber-criminal. This delays the response to the ongoing threat, even as the sensitive information gets more and more compromised.

#3 Limited knowledge of threats

There is limited knowledge of global and industry-specific threats, meaning that security personnel falls short in making critical prioritization decisions based on the most commonly used attacks against a business.

#4 Organizational compliance standards

In any organization, there are various organizational compliance standards to be adhered to. Among the factors that compromise security and challenge cybersecurity protocols are the lack of competent cybersecurity experts, strategic and proactive security planning, and the absence of secure endpoint and device management. Then there is the matter of human error, inadequate safety risk assessment, lack of coordination in response to incidents, and limited budgets and resources.

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Delving into common cybersecurity attacks

Complicating the challenges mentioned in the previous section is the fact that cybercrime is continually evolving, with hackers constantly upgrading their strategies to cause maximum damage. In 2019, 93.6% of malware observed was polymorphic, which means the malware could change its code to evade detection. Moreover, 50% of business computers and 53% of consumer computers were re-infected within the same year! Awareness and action are needed to cut off this infection at its root.

Here are some of the most common cybersecurity attacks that are ingeniously crafted by hackers — we all need to be aware of them:

#1 Phishing

Phishing is a social engineering technique where a hacker sends you an email with a malicious link. Clicking on the link can provide them access to your system to plant a bug and retrieve all of your personal information.

#2 Software and hardware attacks

If software and hardware are not upgraded to their latest versions, the chances are that your system is missing important security patches that can be exploited to plant “back doors” or “trojans” and gain entry into the system.

#3 Network attacks

Malicious actors can intercept and decrypt data flowing to and from an endpoint on the network. They can tamper with it, modify it, or use it for unlawful purposes if not detected in time.

#4 Cloud data hacks

With private and public cloud adoption on the rise, data stored on the cloud without any encryption is an open invitation for misuse by exploitative hackers. Insecure interfaces or APIs, poor access management, and improper security architecture are other reasons why data stored in the cloud can be compromised.

#5 Mobile malware

This harmful software can disrupt the working of the internal operating systems of mobiles, impacting their performance. Often, this happens due to the non-secure usage of URLs over the internet. Downloading applications that have vulnerabilities also contributes to mobile malware issues.

#6 Exploiting IoT devices

Since IoT devices can be connected to almost every household appliance, they are an easy target for hackers who can easily disable home security systems or even access personal data.

#7 Ransomware attacks

Ransomware represents one of the most popular forms of a cyberattack: the attackers initiate a virus that gains access to personal laptops and mobiles to exploit personal data. They follow this up with a ransom demand for releasing its access back to you.

#8 Blockchain attacks

When trading or using crypto, you will encounter one or two hazards associated with blockchain technology. This is why trading strategies need to incorporate appropriate security control to avoid loss of crypto assets on the network and to maintain transparency of cryptocurrencies usage within the network while keeping other DDoS attacks at bay.

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How can Artificial Intelligence improve cybersecurity?

Artificial intelligence analyzing data security

An important point about AI is that it helps dramatically reduce some notoriously labor-intensive tasks such as security monitoring, which is clearly a huge time drain for IT security professionals. Instead of humans having to monitor many devices, AI can take on this repetitive work. AI and machine learning can be used to enforce best cybersecurity practices, reduce attack surfaces, and track malicious activity.

Let’s take a look at some other core areas where AI can prove to be of utmost importance:

Manoeuvring huge amounts of data

Over 2.5 quintillion bytes of data are generated every day. AI solutions can help automate the processing of data and make sense of large amounts of information that would be impossible for humans to interpret in a useful way. Since organizations face millions of threats, it is impossible for security researchers to analyze and categorize every piece of data. For security experts, predicting threats before they grind down IT systems is an enormous challenge. Artificial intelligence can detect many cyber-security threats and problems without the need for human analysts.

Behavioral analytics

ML algorithms are capable of learning and designing a pattern of the user behavior by performing an analysis of how they normally use their devices.

If an AI algorithm spots some unusual activities that are uncharacteristic of the user’s normal behavior, it marks them as suspicious and may even block the user. Those activities comprise a change in the user’s typing speed or attempts to access the system in unusual hours, etc.

Data analysis and interpretation capabilities

AI and ML have become critical information security technologies, because they are capable of analyzing millions of events and identifying many different types of threats, from malware exploiting zero-day vulnerabilities to phishing attacks and malicious code downloads. These insights help companies understand threats and shorten response times, aligning them more consistently with the best security practices.

Spam detection

Natural language processing (or NLP for short), which is a branch of deep learning, can help with the detection of spam as well as other forms of social engineering.

Generally, NLP thoroughly learns common forms of language and communication patterns and resorts to different statistical methods to spot and block spam content.

Intrusion detection and prevention systems (ID/IP)

These types of systems can identify malicious network activities, prevent intruders from gaining access to the systems, and notify the users about the potential threats. Both ID and IP systems tend to be helpful in dealing with data breaches, thereby providing better security of the user information.

What’s more, by applying deep learning, convolutional neural networks, and recurrent neural networks, it’s possible to ensure a more efficient functioning of ID/IP systems. The aforementioned techniques will help analyze the traffic more accurately, reduce the number of false alerts, and crucially allow security teams to easily differentiate between safe and unsafe network activities.

Quick identification of varied types of threats

Cybercriminals are getting faster and more sophisticated when it comes to hacking systems. Advanced technology such as machine learning helps to identify cyberattacks more quickly. It is impossible for humans to monitor all connected systems for all the different kinds of threats that may occur. AI-powered devices can be trained with this data and are capable of learning from both real-world and cyber-world data.

Increased employee productivity

By enabling AI in cybersecurity applications to perform security diagnoses, security personnel can verify legitimate threats and diagnose applications. This leaves cyber defenders with more time to focus on other issues that might require immediate attention while enabling companies to use their time and resources more effectively.

Forward-looking, artificial intelligence-driven, modern, responsive cybersecurity platforms outperform previous generations of solutions in several key areas. Organizations are beginning to invest in building AI systems that can analyze large volumes of data including malicious code, malware, and code anomalies to help cybersecurity teams identify potential threats.

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Limitations of using Artificial Intelligence in cybersecurity

An android dealing going through a labyrinth

While AI can do a lot to keep hackers at bay, it can also be misused and pose a risk for any organization. Here are some obstacles confronting the use of AI in cybersecurity:

Advanced cyberattack tools

As a dual-use, all-purpose technology, AI can be a blessing and a curse for cybersecurity. While AI technologies can be used to identify and stop cyberattacks, similar AI systems can also be used by cybercriminals to launch their own complex attacks. Mindful of the risk of hacking campaigns and malware attacks, cybersecurity experts are investigating how AI might be used for counterattacks.

Upgrade of the existing malware

Another problem is that hackers can use AI to test and improve their existing malware to make it more resistant to AI-based security tools. These malicious actors can leverage AI tools to create new attack strategies that can damage traditional security systems.

Time and resource intensiveness

To build an AI system, you need to invest time, capital, and resources (computing power, memory, data). In order to train an AI engine to detect threats, the security team must research many data sets to provide relevant and sufficient data. consequently, it turns out to be a time-consuming process which will require due diligence and patience from your side.

Data exposure

For an AI-led cybersecurity system to be effective, it needs access to data — and that may include sensitive internal documents and other customer information. This is solely required for the purpose of building different use cases to protect the data against cyberattacks. However, it’s also risky if the AI system has even a single vulnerability that can be tapped into.

Problems with neural fuzzing

Neural fuzzing is intended for testing huge amounts of random input data within particular software to spot its vulnerabilities. It manages to do it thanks to the AI functionality.

Yet, fuzzing has a substantial disadvantage: hackers might find out about the weaknesses of a target system by collecting the data via neural networks.

Examples of Artificial Intelligence in cybersecurity

Self-learning and AI-based postural management systems for cybersecurity are capable of solving many challenges faced by the cybersecurity domain. Using AI in cybersecurity enables IT teams to identify more than just threats or vulnerabilities in an effective and practical way, as we will see below.

The Capgemini Research Institute examined the role of cybersecurity and pointed out that building cybersecurity systems with AI is essential for businesses. Some respondents (850 leaders in cybersecurity, IT information security, and IT operations from 10 countries) believed that AI-enabled systems are the urgent need of the hour.

Here are some examples of AI-led cybersecurity systems:

#1 FortiWeb

This artificial intelligence-based firewall for web applications uses machine learning and artificial neural networks to detect threats. Machine learning is a perfect application for cybersecurity because it begins with a baseline of the normal device, network, and application behavior, and uses to detect and determine abnormal behaviors.

Fortinet’s customers include Siemens, BMW Motorsport, and Copa Airlines.

An android hand carrying an orange lock

#2 DarkTrace

DarkTrace’s cybersecurity software uses machine learning that captures raw network traffic data to understand the correct or normal behavior of users and devices within the organization. Drawing on other training data sets and cybersecurity software experts, they use ML to analyze network traffic information to understand the basic behavior of the user and the devices so that the company can learn to recognize vital deviations from the normal behavior of the user and alert the breakthrough AI vendors to cyber threats.

DarkTrace’s customers include Gallagher-Kaiser Corporation, Suzuki, and Hydrotech.

#3 Vectras Cognito

Email surveillance AI software helps financial institutions prevent phishing attacks, misdirected emails, and data breaches by using anomaly detection and NLP at different stages to detect email cyber security threats. The Vectras Cognito platform uses AI to detect cyberattacks in real-time, for the benefit of clients including HBO, American University, and DZ Bank.

#4 Versive

Versive is an AI-based cybersecurity software that uses dissonance detection to track security threats, helping banks and financial institutions to identify adversaries and manage cybersecurity threats. Recently acquired by Esentire, Versive offers software called VSE (Versive Security Engine) which helps banks and other financial institutions analyze large amounts of transaction and cybersecurity data with machine learning.

Versive/Esentire’s customer list comprises IRIS Software Group, Global Investment Firm, and Global Architecture Firm among others.

#5 SQRRL

SQRRL is designed as a cyber threat hunting platform that scans networks to find code that bypasses security measures. It uses machine learning to turn data points into behavioral maps that act as visual representations of computer networks to show the source of the threat. Threat actors combine neural blur with neural networks to gather information about the target software or system in order to learn about its weaknesses.

SQRRLS’ customers include Finch Computing and Cyber Rescue Alliance.

#6 Other tools

Machine learning-based software uses a number of techniques such as statistical analysis, keyword matching, and anomaly detection to determine whether a particular data packet is different from the basic data packet used as a training data set. Big data frameworks allow modeling using large amounts of network protocols in order to detect non-conformities. Tools such as User Event Behavior Analytics (UEBA) and Power AI analyze user behavior on servers and endpoints to track the deviations and anomalies that indicate furtive attacks.

The future of AI in cybersecurity

Given the growing popularity of AI in cybersecurity, it’s safe to say that in the future we will see even more advanced solutions capable of solving even more complex and challenging industry’s issues. Artificial intelligence will continue acting as the savior for cybersecurity and help keep the digital space secure by automating threat detection.

These days AI is used by IT security experts to cement good cybersecurity practices, shrink the attack interface, track malicious activity, analyze and deal with huge amounts of data, assess human behavior and the list of its capabilities is far from complete.

To get closer to the AI cybersecurity future, it’s better to embrace the technology now and stay ahead of the curve. Yet, it’s true to admit that implementing AI can be a complex and daunting task that requires the due expertise and top skills.

Fortunately, PixelPlex’s team of professional AI developers is here to help you. We have been delivering top-notch NLP, deep learning, computer vision, and machine learning solutions that helped our clients trigger exponential KPI growth across their enterprises and stay one step ahead of their competitors.

Contact us any time and we will be happy to introduce you to new and exciting opportunities.

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author

Kira Belova

Copywriter

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