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The previous SIEM Solutions Can’t Fight Today’s Cyber Threats
Security Information and Event Management (SIEM) software have become a benchmark solution in the field of network security.
While the facts demonstrate that having a SIEM is better than surrendering network monitoring totally, a different SIEM solution is just insufficient in the present cybersecurity landscape. Hackers and other lawbreakers have gotten more complex – a large number of the present cybercriminals can simply bypass a standard SIEM arrangement. Advances in artificial intelligence (AI), specifically, have prompted the up and next generation of threats to IT security monitoring.
Synopsis of SIEM
SIEM software compiles log data generated from explicit points on the network. Data sources can incorporate SecOps features, for example, firewalls and antivirus filters, host systems, and applications.
SIEM software then examines the data gathered with the banners of existing security occurrences and incidents. While SIEM can vary in functionality somewhat, as a rule, a portion of these examples is incorporated for the system-generated reports, while the closer issues make alerts.
The network security team responds to alerts and audits log reports generated by SIEM later.
Deficiency and Disability
The first idea of the SIEM software incorporates a few deficiencies and shortcomings.
Lack of Power
SIEM technology requires broad human collaboration. SecOps teams need to audit reports, respond to alerts, and keep the application updated. Some SIEM functions are automated, for instance, to suspend network performance in case of clear security violations, yet these gadgets are limited in scope and effect.
Indeed, even in the best of conditions, SIEM technology requires long periods of manual investigation, starting a business up to a high risk of human mistake and accomplishing productivity.
Precision Issues
SIEM productivity is limited by the amount of data that software can enter and analyze, however, software can’t set everything. SIEM often lacks huge security threats.
Risk of data entered
Malicious characters can attack logs created by SIEM. Indeed, these logs have been a consistent target for a hacker, who discovers logs to take and destroy data.
Updating Limitations
SIEM software can’t stay aware of deep evolving data. It must be updated physically to monitor the ever-evolving networks. The other characters’ web gadgets, as well as an ever-increasing number of well-known gadgets by BYOD and IoT, represent a growing risk with each new expansion.
AI (Artificial Intelligence) Network Security Advantages
MixMode:
MixMode’s third wave AI features can save time and energy that your SecOps team can spend on other key activities.
Mix-mode benefits:
- Continuously monitors network advancement and compares it and an AI-made pattern.
- Requires considerably less human interaction and connection, which lessens human mistakes and builds productivity.
- Context-aware intelligence results in far less bogus positive outcomes.
- The benchmark is created in a couple of days compared to several weeks for other AI-upgraded platforms.
- AI-priority reports fundamentally diminish the time spent looking for SIEM logs
- Comprehensive network monitoring that is sufficiently strong to deal with the tremendous technical stacks that organizations have to manage today
Mix mode can also be utilized in a current SIEM, which creates covering security efforts that kill network security monitoring gaps.
Everything will be destroyed by AI as a service. Do you have a plan?
Do you need to pay attention to any technologies? As a leader, your role is to identify which two or three exponential technologies may be disruptive to your industry and to capture those exponential change curves to ultimately capitalize on this technological breakthrough. This is your platform to lead. Looking forward to it.
Computing devices with quantum properties
Quantum computing will drive the next era of computing, which will radically alter a wide range of industries, including finance, materials science, logistics, supply chains, biotechnology, and even network security. Many of the problems we face are too complex to solve or predict because they seem to have infinite variables. Quantum computers can simultaneously process a much wider range of values than even today’s most powerful supercomputers. Consequently, quantum computers will be able to quickly solve many problems that are currently too complex due to the large numbers of variables. In materials development, chemistry, and pharmaceuticals, quantum computing can optimize supply chains and logistics. Even faster than it was developed, quantum computing may lead to a coronavirus vaccine formula.
Because quantum computers are enormous and require a precise laboratory environment to operate, they are only of limited practical use today. However, all of the competing technology giants – Google, Amazon, Microsoft, IBM, and others – will be able to offer quantum computing as a cloud service within the next five years.
Systems by Avatar
Through remote communication, new user networks such as augmented reality and virtual reality have emerged to enable people to experience education, entertainment, and empathy. With this communication, we no longer have to move from place to place to find what we are looking for. Additionally, the disease coated the need for knowing distances with oil.
By 2030, avatars will be able to see your participation from wherever you are, allowing you to cast in an avatar from anywhere on the screen. on the bottom. Medical doctors can provide treatment in emergency zones and other remote areas, and skilled technicians can respond quickly to the need for experience. It is also possible for researchers to conduct studies.
Unfortunately, people cannot travel. A visit to an avatar could be interpreted as a form of travel. We are not going to make videos via Zoom as we do via Zoom, but by zooming (far-in). The advent of these and other consumer opportunities that enable remote interaction will drastically shift our time and opportunity constraints by 2030, and countless business opportunities will open up.
Blockchain/Cryptocurrencies
Cryptocurrencies like Bitcoin and other cryptocurrencies have become more popular because they are based on blockchain technology, a distributed database of encrypted information stored in duplicate on hundreds of thousands of computers around the world.
Through peer-to-peer networks or tokens, blockchain databases can store all kinds of data, including digital identity and origin, as well as the ability to own and trade digital assets (such as digital art). Users control blockchain technology, which offers a new method for establishing trust. In the future, blockchain technologies can help you create a completely new business model if your business relies on trust and authentication.
Blockchain technology, according to an analysis by PwC in 2020, could grow global gross domestic product by $ 1.76 trillion over the next decade, with the greatest impact on tracking chain products and services procurement, followed by payments and financial services, and identity management. Identity theft and fraud can be prevented. In truth, blockchain technology will usher in a new era of the internet, what some call Web 3.0, where all transactions are conducted directly on a peer-to-peer basis, which poses a direct threat to the businesses that we rely on as intermediaries. Brokers, then.
Also Read : What is Blockchain Technology? The Benefits and Uses of Blockchain
