Five Ways AI And Machine Learning Can Enhance Cybersecurity Strategy
Artificial Intelligence (AI) and its essential component machine learning are causing a stir in practically every industry from marketing to education. It’s no wonder designers and tech developers are finding ways to use the benefits of automated technologies to improve cybersecurity infrastructure and defend against increasingly complex and numerous cyber threats. That being said, AI is not a cure-all for all cybersecurity threats. At the end of the day, it’s a piece of technology, a tool designed to help companies work better, so, like any tool, it has to be applied with consideration if it’s going to work. With that in mind, here are some ways in which AI (or, more precisely, machine learning) is being used to enhance cybersecurity measures.
“One of the reasons machine learning is so useful in combatting cyber attacks is that the attackers are already using machine learning against you,” says Flora Oglivy, a cybersecurity specialist at Writemyx.com and Nextcoursework.com. “Cybercrime using AI technology is so powerful because it’s tireless, it can continually test defenses until they find a chink in the armor. Employ machine learning in your defenses, however, and suddenly you have an indefatigable security guard to defend against the indefatigable thief.”
Marking Out Malware
Another use case for machine learning is in altering you to the presence of malware. Thanks to the work of thousands upon thousands of cybersecurity professionals over lifetimes of work, we have a good amount of examples of malware at our fingertips. Once a new example is discovered it’s easily labeled as malicious technology and can be removed from a system. Machine learning thrives on this kind of data: a simple yes or no question based on finding characteristics. As a result, supervised machine learning systems are great for sorting between regular applications and malware versions and can alert administrators whenever a malicious program is identified.
Sniffing Out Spam
The same concept goes for spam identification technology. Mark Chapel, a tech blogger at Britstudent.com and Australia2write.com, asks “have you ever wondered why your mail carrier can identify spam emails? The answer is: machine learning. Algorithms trained on typical spam emails help to identify unwanted messages and automatically sort them out of your inbox. That means, whenever you mark an email in your inbox as spam, you’re actually helping to train the bot.” Google’s spam filter is a good example of a powerful machine learning technology in action. According to a study last year, the search engine employs hundreds of rules to sort spam from regular emails, using optical character recognition (OCR) to identify keywords and phrase structures common across spam emails.
With machine learning technology the sky’s the limit, meaning they’re able to scale with a company’s security needs as the data they handle grows. In fact, the longer an AI system is in place and the more data it handles, the better at its job it will get, meaning investing in a machine learning aspect to your cybersecurity strategy is only going to pay back dividends as time goes on. I say the sky’s the limit, but that’s only hypothetically; in practice, the limit is data storage. Thankfully, machine technology lives very comfortably in the cloud, so storage space becomes less of a problem and the system can continue to expand unimpeded.
Tools, Not Cures
All of this notwithstanding, If you hope to install a machine learning system to learn your attackers’ moves and combat their breaches by itself then you’ve not understood the point of AI. All of these applications are not magic fixes, they require significant work to set up and maintain, which is why any AI solution is a tool, not a cure. Perhaps at some point in the future, we can develop AI machines powerful enough to create other AI machines, at which point we may well be looking at the singularity end of existence. However, until then, machine learning relies on clever applications and dedicated programmers. The technology is practically a blank slate, how you apply it depends on your cybersecurity needs and the data you train the system on.
Katrina Hatchett is a tech blogger at Academic Brits and writer for Essay Writing Service. She works with companies to identify and solve project issues, and her goal is to improve the effectiveness of our communication. She also writes for PhDKingdom.com about the future of machine learning.
Most Recent Articles
- EV Charging Station security demonstrator
- C-ITS ITS-S Security microservice
- C-ITS PKI as a Service
- Creative Dock, TeskaLabs, Indermedica, Czech Ministry of Industry and Trade and Line 1212 launch the indicative test for new COVID-19 coronavirus
- Cyber-health with a password and an antivirus program is not enough
You Might Be Interested in Reading These Articles
Data masking (or suppression) represents the de fact standard of pseudonymisation. Pseudonymisation is a critical part of GDPR compliance although there are no explicit GDPR pseudonymisation requirements. The regulation vaguely states that businesses must enforce safeguards and security measures to protect all consumer data that they handle. The GDPR refers to pseudonymization and encryption as “appropriate technical and organizational measures.
Published on June 11, 2018
How TeskaLabs Helped O2 Improve Customer Satisfaction of eKasa Point-of-Sale (POS), the Most Successful POS Product / Mobile Cash Register on the Czech Market
In 2016 the Czech government introduced a new law that required businesses to report their sales and provide Electronic Evidence of Sales (EET). This law calls for the adoption of a more modern point-of-sale system that enables businesses to meet regulatory requirements set forth under this law. During the next two years, the law will gradually impact more than three hundred thousand companies in the Czech Republic. O2, the largest integrated telecommunications provider in the Czech market, observed that many would need help complying with this law, maintaining data security and demanding excellent customer support.
Published on August 08, 2017
Can you imagine leaving your house without locking the main door while you are out? I guess not. Locking the door is a routine that we're doing automatically, so why there is so much noise about the latest update from WhatsApp that seems like the company has just reinvented communication encryption?
Published on April 07, 2016