New Cybersecurity Technologies: What is Shaking Up the Field?
Today numerous large and well-resourced companies are getting hacked, despite the best efforts from cyber security specialists on a daily basis. This indicates the need for new technological advancements, as the existing technologies may be limited or not working. The attackers have been continually devising new strategies for launching attacks, which evokes the need for the innovation and evolution of defense capabilities to ensure data integrity in organizations.
The old IT world is diminishing. Every day, new data threats are emerging. Cyber security specialists now have to deal with threats from the cloud, mobile/wireless, and wearable technology. Data that was once stored in systems is now being transmitted through a variety of data centers, routers, and hosts. The cyber attackers are now employing smarter ways like MiM attacks to eavesdrop on data, Spying Software and Google Glass to keep track of fingerprint movements on touch screens, and memory-scraping malware on POS systems along with bespoke attacks to steal specific data. Here are some of the new types of cyber attacks being launched every day.
Context-Aware Behavioral Analytics
Organizations were receiving meaningless security alerts that did not point to any attack. But with this innovation, they were able to utilize sophisticated behavioral analytics to monitor and identify suspicious transactions and behavior. This technology is founded on the premise that unusual behavior spells nefarious doings; activities like abnormal file movement, and unusual behavior across Target’s point-of-sale infrastructure. This technology also monitors different aspect like bioprinting (the rate at which an employee can type, how they use the mouse). Companies use phone printing to analyze acoustic information and identify spoof caller identifications.
Next Generation Breach Detection
Hackers are utilizing “zero-day” exploits that enable them to establish a foothold and mine information in systems and networks for several months without being detected. This is a threat to data integrity. New innovations combine machine learning and the behavioral analytics to detect these breaches and track them to the source.
Bespoke attacks were rampant in the past, where hackers launched an attack by analyzing the system defenses and then sent a Trojan horse. Because of the huge volume, variety, and the velocity of data handling in companies, breaches could not be detected. This innovation now focuses on what happens once such an attack has occurred, noting the breadcrumbs that the hacker leaves behind.
Virtual Dispersive Networking (VDN)
This tackles MiM attacks, which cracked traditional encryptions and attacked the intermediate nodes. With this innovation, the message is split into numerous parts, then encrypted and is then routed into several different protocols on independent paths. Since the data rolls in dynamically optimum paths, the hackers are left scrambling to find the parts as they whip through data centers, the internet, the cloud, etc.
Smart Grid Technologies
The installation of field devices and smart meters rendered critical infrastructure vulnerable to attacks. This technology tackles the problem using a range of new security standards and measures. These measures include the Padlock—a gateway that establishes encrypted communication between the central systems and the field devices, the Watchdog—which performs a deep packet inspection for the control system and its LAN, among other measures like the SIEGate, and NetAPT.
SAML and the Cloud
Issues on Cloud-based applications, along with the BYODs, are beyond the realms of traditional security policies and firewalls. This technology encompasses encryption with SAML and intrusion detection technologies to regain control of corporate traffic. This way, the information in the cloud is corralled. The alert system signals the organization of issues like unexpected logins, suspicious activities, etc.
What does this Mean for Cyber Security Students?
As a student aspiring to be a cyber-security specialist, you will need to learn and adopt future infrastructures and architectures of IT like the CSAIL that will enable you to protect most online financial transactions. And because the world needs a safe and resilient IT infrastructure to conduct safe business and communication, this field invites new minds to venture into research on developing new Cyber security ideas.
Do you want to join the fight again cyber attacks? Help to keep businesses and individuals safe through earning a Bachelor of Science in Computer and Information Science with a Major in Cyber and Network Security - Cybersecurity Track. For more information on this exciting career path, connect with a friendly admissions advisor today.
It could be the Best Decision You Ever Make!
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