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Cyber Threat Intelligence

By Andrew Michaels 23 May, 2023 4 mins read

Cyber threat intelligence is an array of skills, knowledge and techniques that can be used to reduce cyberspace risks. The term "cyber threat intelligence" encompasses several different disciplines. These include Automated Analysis, Contextual enrich information and Attack vectors. Here are the most important aspects of cyber threat Intelligence. Let's discuss some of them. This article will give you a thorough understanding of the subject.

Contextual enriched info

Experts agree that contextual threat intelligence (CTI) is essential for cybersecurity. It can identify potential compromise signs and provide insight into how to prioritize weaknesses. It can help security leaders understand the malicious hacker tactics and methods better. By helping security teams make better decisions, threat intelligence can improve operational efficiency. Threat intelligence provides a comprehensive view of the threat and helps to prevent cyberattacks.

Context(tm), which is based upon the six-step Intelligence Cycle process, is built on this. It collects data from the user, prioritizes it using machine learning and artificial intelligence (AI & ML), mechanisms. It then takes in vast amounts of information and converts it into actionable intelligence. Its unique capabilities let organizations target particular cyber threats and rank them according to their importance.

Automated analysis

Automated cyber threats intelligence analysis is a great way to enhance security teams' defenses against emerging threats. The key to securing the best source of CTI is choosing the most appropriate source and balancing accuracy and timeliness. Security experts will have more time to prepare if a threat alert is issued earlier. But, intelligence alone won't suffice. Many times, the threat may be known already but not enough information to assist the team.

The cybersecurity landscape is complex due to the large amount of data, a dearth of analysts and complex adversarial conditions. Current security infrastructures are not able to handle the increasing volume of data and are not able to address the challenges. Many organizations incorporate threat data feeds into existing security infrastructures without knowing what to do. These organizations are often unable to use their engineering resources or spend time analyzing the data. To address these challenges, TIP was developed.

Attack vectors

There are several types of cyber attacks, but one of the most common is the use of weak passwords and usernames. These are commonly exposed on websites and mobile apps. Attackers can use stolen credentials to gain access to networks and websites, or escalate their access within a network. For example, phishing attacks may reveal user passwords. This can cause an attacker to try several combinations until they discover one that works. You can also attack trusted third-party programs that allow you to log in.

Although the exact purpose of active attack can vary, it is generally to disrupt the normal operation of a company. The attackers may seek to take financial and personal information, then make it impossible for the owner to pay. In some cases, attackers may also attempt to steal data from an online bank system. These hacker techniques may be used to steal sensitive information and/or perform cyber war on behalf of a country.

Attackers use various tools

The tools used by attackers are not always publicly known. Megatron is a tool used by attackers. The CERT-SE Cyber Defense Program implemented it. This tool collects IPs that are not legitimate and extracts data. Megatron has the ability to convert log files in statistics and abuse/incident handling. ThreatConnect is also a platform to aggregate and process information about cyber threats. ThreatConnect allows security professionals to share intelligence and take action.

ThreatConnect, a platform which provides automated data collection from all sources, offers a graph database for better understanding of cyber attacks. It also displays meaningful connections and associations in the collected data. It also provides intelligence-driven orchestration tool called Playbooks. This can be used to automate tasks when certain triggers occur. For example, it can detect new IP addresses that are present on a network and block them until cybersecurity teams investigate them. This eliminates the need for manual labor and reduces the chance of making mistakes.

Prioritization

Prioritizing vulnerabilities based off cyber threat insight can help proactive organizations prioritize the most dangerous flaws. Many vulnerabilities fall under the CVSS 9, 10, and 11 categories. However, it's important to treat each one equally and logically. It is easy to see why the backlog could become overwhelming. Here's an example to illustrate vulnerability prioritization based on CVSS severity: Vulnerability B, the most severe vulnerability, is the most important. Based on intelligence and its risk profile, vulnerability C might be next.

External exploits can change the priority of vulnerabilities. By leveraging intelligence, organizations can identify common and sophisticated exploits and deploy response measures at appropriate junctures. Each organization may use similar tools and information sources. However, each organization will determine its own set prioritized vulnerabilities. No matter their situation, they can still benefit from vulnerability prioritization.

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FAQ

What are the future trends of cybersecurity?

The security industry is constantly evolving at an unimaginable rate. New technologies are emerging, old ones are getting updated, and existing ones are becoming obsolete. The threats we face change all the time. Whether you're looking for a broad overview of what's happening today or want to dive deep into the latest developments, our experts have you covered.

Everything you need is here

Get the latest news on new vulnerabilities and attacks
Best practice solutions for dealing with the latest threats
This guide will help you stay ahead of the curve

You can look forward to many things in the future. But the reality is that there is no way to predict what lies beyond. Therefore, we can only hope for luck and plan for the next few decades.

But if you are really curious about the future, all you have to do is look at the headlines. They say that hackers and viruses don't pose the greatest threat. Instead, it's governments.

Governments around the world are continuously trying to spy on their citizens. They use advanced technology (including AI) to monitor activity online and track people's movements. They collect data on everyone they come across to build up detailed profiles of individuals and groups. They don't believe privacy is important because they view it as a threat to national security.

This power has been used by governments to target individuals. Experts believe that the National Security Agency may have used its power to influence German and French elections. Although we don't know if the NSA targeted these countries intentionally or not, it makes sense when you consider it. You need to ensure that the population doesn't stand in your path if you want control over them.

This is not a hypothetical scenario. History has shown that dictatorships often hack into opponents' phones and steal their data. It seems like there's never any limit to what governments will do to keep their subjects under control.

You might still be worried about corporate spying, even though you don't worry about surveillance at the federal level. There's no evidence that big businesses may be tracking your every move online. Facebook, for example, tracks your browsing history without asking permission. Google claims that advertisers don't have access to your data. However, no proof has been provided.

In addition to being concerned about what happens when governments are involved, you also need to consider how to protect yourself when it comes to corporations. For those who work in IT, cybersecurity is something you need to be aware of. You could prevent companies accessing sensitive information. Employees could be taught how to spot phishing schemes or other forms of social engineering.

Cybercrime is a major problem currently facing society. Hackers, governments, criminals, and terrorists all work together to steal your personal information and destroy your computer systems. There are always solutions. All you have to do to get started is to discover where to start.

What can I do to earn my cyber security certification certificate?

A certification in cyber security is essential for all IT professionals. CompTIA Security+ (1) Microsoft Certified Solutions Associate – Security (22) and Cisco CCNA Security Certification (33) are some of the most widely available courses. These courses are widely recognized by employers, and they provide a great foundation for building on. There are other options as well, such as Oracle Certified Professional – Java SE 7 Programmer (4), IBM Information Systems Security Foundation (5) or SANS GIAC (6).

Your choice, but ensure you are knowledgeable about your options!

How can you prepare for your certification exams?

There are many methods to prepare. You can study the entire syllabus before you sit for the exam. Another option is to read the entire content of the exam guidebook before sitting the exam. You can also attempt a few sample questions in order to test your understanding of the topics covered. The last option is to enroll in a local community college so you can interact directly with students who have completed the same certification exam.

Many websites are offering free exam preparation materials. Although you can purchase the exam manual electronically, only one copy will be sent to you. You should save the exam manual on a CD/DVD.

Be aware that not all companies offer their own self study guides. These typically cost between $100-$400. These products often include extra features such as flashcards and quizzes. These products allow you to take the exam online.

Which IT course has the highest salary?

Higher salaries are associated with the most expensive courses. (This is due a rise in demand for these skill sets. But, this doesn't necessarily mean the course will be lucrative in terms of job opportunities.

You can determine whether you should invest in a course by looking at the market. If there aren’t many jobs available, don’t bother to invest.

If there are lots of jobs available, then this indicates that people are willing to pay a premium for the skill set required by that course.

If you can find a good course, and it's one you really want to do, then invest in it as long as the investment is worth your while when compared to other options on offer.

Statistics

The number of IT certifications available on the job market is growing rapidly. According to an analysis conducted by CertifyIT, there were more than 2,000 different IT certifications available in 2017,
The IT occupation with the highest annual median salary is that of computer and information research scientists at $122,840, followed by computer network architects ($112,690), software developers ($107,510), information security analysts ($99,730), and database administrators ($93,750) (bls.gov).
The top five countries contributing to the growth of the global IT industry are China, India, Japan, South Korea, and Germany (comptia.com).
Employment in computer and information technology occupations is projected to grow 11% from 2019 to 2029, much faster than the average for all occupations. These occupations are projected to add about 531,200 new jobs, with companies looking to fill their ranks with specialists in cloud computing, collating and management of business information, and cybersecurity (bls.gov).
The United States has the largest share of the global IT industry, accounting for 42.3% in 2020, followed by Europe (27.9%), Asia Pacific excluding Japan (APJ; 21.6%), Latin America (1.7%), and Middle East & Africa (MEA; 1.0%) (comptia.co).
The global information technology industry was valued at $4.8 trillion in 2020 and is expected to reach $5.2 trillion in 2021 (comptia.org).