Artificial Intelligence: a new milestone for Cybersecurity

The combination of computing power together with the availability of immense amounts of information has allowed the development of an ancient human ambition, which is to delegate tasks to machines that until now were only limited to him: the elaboration of predictions in environments complexes and decision making .

With Artificial Intelligence (AI) we are able to interpret an image and detect a disease, establish a conversation or anticipate risks much faster than before, such as the risk of non-payment or fraud when collecting insurance. In the field of cybersecurity , which consists of avoiding risks around our digital assets, AI also has a wide field of action.

Artificial Intelligence, as a set of predictive and self-learning techniques, are helping to improve cybersecurity. For this, it resorts to the continuous calibration of the algorithms as they are exposed to new information. The degree of complexity and dispersion of the systems with which companies currently work means that the traditional and manual means of surveillance, supervision and risk control have proven insufficient. Furthermore, the very use of AI by cybercriminals makes our systems much weaker.  techbizcenter

How can you improve Cybersecurity with Artificial Intelligence?

Current applications of AI to cybersecurity are broad:

Thead hunting : identification of threats and neutralization of cyberattacks. Traditional techniques that rely on the identity or the use of commitment indicators ( indicators of compromise ) can be seen improved, closing the security gaps to manage and interpret behavioral indicators.

Vulnerability Management ( Vulnerability Management ). The number of vulnerabilities grows every year and it is not enough to wait for cybercriminals to exploit them to react to them. User and Event Behavioral Analytics (UEBA) allows you to identify anomalous behaviors that signal cyber attack activity even before patches are available to correct vulnerabilities.

Data centers . AI, as in other areas in which it operates, facilitates the optimization and monitoring of essential data processing centers as well as helping to detect threats of anomalous behavior. It improves the use of these resources and their evolution, with the consequent cost savings and risk reduction, such as the loss of services or the execution of malicious software.

Network security . Both in the field of policies for action against user behavior and in the more topographic field when it comes to identifying which processes correspond to each application, AI allows learning the behavior patterns of traffic on the network and recommending grouping of workloads, as well as the application of security policies.

Secure user identification ( Securing Authentication ). Both for the protection of users who access our services, as well as the set of elements that they use, AI can identify the use of false identities or brute force attacks, conferring an additional barrier to fraudulent access to our services, beyond user authentication or the use of captcha.

Information privacy and compliance . AI helps to automatically classify information by its level of criticality in the face of different regulations such as the GDPR . This implies savings with respect to the efforts that are currently made manually, avoiding the risks that this entails.

Blocking bots based on their behavior . The activity of the bots without having to be malicious consumes the bandwidth of our servers, damaging the user experience of our true clients. AI allows you to classify the activity of these visitors to limit their action.

These use cases are a reality for the most advanced players in the digital world, such as Google that introduced AI in cybersecurity in its Gmail service or IBM / Watson that includes this combination among its security tools. Other notable cases are those of Juniper Networks or Balbix.

Both because cybercriminals are relying on AI to carry out their attacks and because of the advantages it provides for the management of different cybersecurity systems and services, the implementation of security solutions that use Artificial Intelligence has become a necessity. We will get better at detecting the bad guys, lower costs for our current levels of security, and improve the experience for our customers and users.

 newyorkersblog    cosmopolitansblog    realsimpleblog    nextwebblog   theinformativeblog

Popular posts from this blog

Volume Rendering

  Volume Rendering Volume rendering represents a set of strategies utilized in computer pictures and medical visualization to create a 2D projection from a discretely sampled three-D information set. An instance of a 3D records set is a group of MRI, CT, or MicroCT scanner 2D slice images. For example, a sequence of 2D slice snapshots of a human brain may be assembled to render 3-d volume-rendered pictures using an extended rendering set of rules. Typically, users seize these slices with a regular variety of photograph pixels in a sequence and at ordinary periods, inclusive of one slice in step with a millimeter. This is called an ordinary volumetric grid, wherein customers pattern the on the spot vicinity just round each voxel or volume detail to obtain volumetric statistics and create a single consultant fee for that vicinity. Once those three-D statistics set is captured, rendering a 2D projection of its far subsequent. However, it's miles first important to outline the qu...
Read more

Local Area Network

  Local Area Network A LAN is a set of computers or different devices interconnected within an unmarried, confined location, usually through Ethernet or wi-fi.   hollyhealthfitness What is Local Area Net? A LAN is a computer network that consists of getting right of entry to points, cables, routers, and switches that allow devices to hook up with network servers and inner servers inside a single constructing, campus, or home community, and to different LANs thru Wide Area Networks (WAN) or Metropolitan Area Network (MAN). Devices on a LAN, generally personal computer systems and workstations, can share documents and be accessed by means of every different over a single Internet connection.   A router assigns IP addresses to every tool on the network and helps a shared Internet connection between all of the connected gadgets. A network switch confers to the router and facilitates verbal exchange among connected gadgets, but does now not handle Local Area Netwo...
Read more

In-Memory Database

  In-Memory Database An in-reminiscence database (IMDB) stores computer information in a laptop’s major reminiscence in place of a disk power to provide faster reaction instances. Accessing information saved in memory removes the time needed to query statistics from a disk. In-reminiscence databases are used by applications that rely on fast reaction times and real-time statistics management. Industries that gain from in-reminiscence databases encompass telecommunications, banking, journey, and gaming. An in-reminiscence database is also known as a chief memory database (MMDB), real-time database (RTDB) or in-memory database gadget (IMDS). Marketing Strategy What Is an In-Memory Database? An in-reminiscence database maintains all its facts within the random get right of entry to memory (RAM) of a computer. Only the principle reminiscence is accessed when querying statistics. This allows for faster get entry to of that records than a disk-based gadget. The downside is the vo...
Read more