How To Improve Your Company's Cybersecurity With Artificial Intelligence?
Aug 3, 20206 min read
Senior full stack developer and CTO at Ideamotive.
Cybercrime is one of the most profitable criminal activities. According to Cybercrime Magazine, this malicious activity will deliver a $6 trillion damage by 2021.Gartner predicts that worldwide spending on cybersecurity will reach up to $133.7 billion in 2022. So the scale of the threat is serious.
Apart from computer viruses, there are multiple other forms of malware, including:
Ransomware - an extremely vicious type of malware that encrypts the data of the company or an individual and offers to decrypt it for a price. Usually, a high one that depends on the size of the ransomed data or the number of infected computers.
Spyware - the type of malware that infects the computer with the aim of stealing the information and spying the user. The information gained this way can be used further for other malicious intents.
Phishing - the activity comparable with spyware with an aim on gaining the password or access to the particular system, where online banking is the most common example.
Adware - usually more annoying than harmful, the software infects computers to display ads.
Hijacking - sometimes the cybercriminals aim to hijack the computer for their own purposes, be that running DDoS attacks or mine cryptocurrencies on the machines owned by others. No matter what the main purpose of the activity, it is costly for the victim, counted both as reduced productivity and the computing power used by criminals that the company has to pay for.
What is cybersecurity?
Considering the threats, it is not a surprise, that there has been a whole industry established to counter them. Apart from gathering and reverse-engineering the newly encountered pieces of malicious software, cybersecurity companies deliver also training sessions that harden the companies against attacks or provide constant monitoring of the infrastructure to spot the signs of the malicious activity.
But how it started?
Sometimes scientific research simply goes wrong and people who were driven by curiosity or quest for making the world better deliver catastrophic effects. Sometimes even the brightest minds cannot avoid this fate - and John von Neumann, a polymath, prodigy, genius, and visionary is no exception.
For those less familiar with the matter - John von Neumann was am Austria-Hungary-born mathematician, physicist, and one of the godfathers of modern computing. One of his works was about the theoretic, self-replicating programs, initially delivered as a lecture at the University of Illinois. It was later published as the “Theory of self-reproducing automata”. It was the year 1949 - quite impressive considering the fact that it was the first academic work about the computer virus.
John von Neumann, despite being brilliant, probably never foresought that his work will be one of the cornerstones of cybercrime.
Challenges for cybersecurity in 2020
The list above is far from being complete and the landscape is getting increasingly sophisticated due to numerous reasons. Not only the technological landscape changes, but also the legal and social ones, and bad guys do everything to keep their cashflow. According to Security Magazine, there are several dominant trends in the cybersecurity to keep an eye on to stay on the curve:
Personal data - since the introduction of the GDPR in Europe, both companies and consumers are more aware of the value of personal information and data. Following that, cybercriminals see this information valuable also - apart from their value per se, they can be used also to blackmail the company - “you pay or we publish the data” in the least sophisticated (and the most common form).
Smart devices - the number of smart devices connected to the internet is predicted to reach 30.73 billion in 2020 and grow further to 75.44 billion in 2025. Thus, it is near-impossible to make them secure with such an impressive growth of scale. The issue is especially challenging considering the BYOD (Bring Your Own Device) trend and the fact that employees use their smart devices connected with the computers they use to access vulnerable business data. Another aspect of this threat is the increasing number of smart medical devices having access not only to valuable data but also is crucial for human life - for example, a hackable insulin pump.
Hacking the transportation - although there are no autonomous cars yet, vehicles are getting smarter every year, starting from parking assistance to safety-enhancing tools that support driving by automatic speed reduction. Also, with the increasing digitalization, logistics has a growing number of processes vulnerable for hacking - a logistics giant Maersk was forced to reinstall 4000 servers and 45,000 PC due to NotPetya ransomware software. And if a behemoth like Maersk was hit so hard - can any company feel safe?
Industrial espionage - with an increasingly large part of the economy transferring into the digital segment, it is not a surprise, that companies are increasingly willing to use cybercrime to gain the unfair competitive advantage. Due to industrial espionage, companies fear to be innovative, lack the initiative and spend increasing amount of money on hardening themselves against potential threats. According to the PwC report, companies across the globe will spend about $170 billion on cybersecurity by 2020 due to the industrial espionage being on the rise.
Cybersecurity is a data-heavy industry powered with a high amount of analysis and computing. And that’s why it is a great field to be augmented with AI-based solutions. Actually, there are numerous solutions already existing.
From giants to startups, there are plenty of companies using AI to support, enhance, and augment cybersecurity for users and enterprises alike.
The company that is not a top-of-mind cybersecurity player (putting it gently) uses the AI solutions in its own cybersecurity platform - Windows Defender Advanced Threat Protection. The platform aims to automate the threat investigation and response. The system is a part of the Windows 10 operating system and implemented on every device with it, so in fact, it has access to an unimaginable amount of data about malware and suspicious processes - there are millions of testers around there.
The company provides a full cybersecurity ecosystem for companies and organizations that supports managing and responding to cybersecurity threats. The company takes pride in its user-friendly interface that makes the management not only easier but also more convenient, effectively cutting the time required to onboard the new member of the team or scrape through the data.
Contrary to the company above, Cybereason focuses on delivering a comprehensive platform for threat monitoring and analysis. The AI-powered solution delivered by Cybereason aims to determine if the company is really under attack, or is the anomaly in the data just a coincidence or other non-malicious phenomenon, effectively saving a lot of time and effort for security teams.
A non-professional user’s top-of-mind association of blackberry are business top-notch smartphones with a bit sturdy interface and physical QWERTY keyboard. In fact, Blackberry delivered smartphones before it was fashionable and devices were usually far beyond the reach of a typical user due to their high price tag.
With the touch screen smartphones dominating the marker and iPhone being their most prominent example, Blackberry mobile devices came to shade, but the company itself is far from decline. Blackberry is currently an enterprise software company with Clyace AI-powered antivirus product among others.
This company focuses on delivering a sophisticated system of email filtering and analysis to toss out phishing, spammy, or malicious messages before they can reach end-users. The company also delivers a dashboard to monitor both inbound and outbound email traffic, so the administration team can monitor not only attempts to enter the company through this channel, but also any sign of hijacking the email infrastructure in attacks launched on another system.
Inhuman soldiers require non-human strategists to be defeated, and that’s exactly what White Ops does. The company delivers a bot-detection platform that spots any signs of robotic activity occurring on the website or in the infrastructure. The solution automatically blocks the traffic before the amount gets harmful.
Cybersecurity in the financial sector is a whole different story - and Truu is one of the companies delivering a specialized product to tackle these challenges. The platform uses ML-based solutions to tackle frauds and support identity management. The whole trick is in spotting patterns in human behavior and hunt for abnormalities.
Spotting the out-of-ordinary activities within the network is where the AI-powered solutions shine. Anomali is the next company that leverages the power of pattern recognition to spot malicious activity within the infrastructure. The delivered platform enables specialists not only to spot suspicious activities but also to exchange the information with partners and other companies to further enhance the security.
Von Neumann delivered multiple concepts other than computer viruses. A Von Neumann Probe is a more sophisticated concept that takes the idea into an interstellar level - a probe able to replicate itself and perform other tasks like space exploration or search for intelligent life forms. Von Neumann’s probes were behind numerous science fiction works, including Arthur C Clarke’s and Stanley Kubrick’s Space Odyssey, where Monoliths were in fact Von Neumann Probes.
A more sinister version was shown by Stanisław Lem in his “The Invincible” novel, where self-replicating robots literally sterilized a planet. A lack of Von Neumann’s probes is one of the components of the Fermi Paradox - if there are so many planets able to host intelligent life, why haven’t we encountered a probe already?
Considering the effects of an earlier Von Neumann’s work on self-replicating machines, it is a dangerous question to ask.
But let’s get back to the point - AI and cybersecurity go well together - a tremendous amount of data to process, unimaginable for a human specialist, are considered nutrition for machine learning data-hungry solutions, that get better with every byte (pun intended) of information chewed.
If you need some more information about the AI support for cybersecurity or you have some questions - bring them on! Contact us with the form below or write the email - we are waiting for it!
Dawid is a full stack developer experienced in creating Ruby on Rails and React Native apps from naught to implementation. Technological superhero, delivering amazing solutions for our clients and helping them grow.