What is Cyber Security?

What is Cyber Security?
What is Cyber Security?

The term “cyber security” covers all facets of safeguarding a company’s assets, personnel, and operations from online dangers. A plethora of security measures is needed to reduce business cyber risk as cyberattacks become more frequent and advanced and corporate networks become more complicated. or

The term “cyber security” refers to a group of techniques, tools, and procedures that work together to defend computer systems, networks, and data against hacker attacks and unauthorised access.

What Makes Cybersecurity Crucial?

The importance of cybersecurity is only going to increase as there are more people, devices, and programmes in the modern company, along with an influx of more data, most of it sensitive or confidential. The issue is made even worse by the increase in the quantity and level of sophistication of cyberattackers and attack methodologies.

Right Skills for Careers in Cybersecurity

  1. Skills for Solving IssuesTechnical Skills
  2. Platform-Specific Security Knowledge
  3. Communication and Detail-Orientation
  4. Basic Computer Forensics Knowledge
  5. An interest in learning about and understanding hacking

The Shifting Face of Cybersecurity Threats

Even a few years ago, the cyber threats we face today were very different. Organizations require defence against the tools and methods used by hackers today and in the future as the cyber threat landscape evolves.

GEN V Attacks

A new generation of cyber dangers occasionally emerges as a result of the ongoing evolution of the cyber security threat landscape. Five generations of cyber threats and countermeasures have been developed so far, including:

  1. Gen I (Virus): The first antivirus programmes were developed in the late 1980s as a result of virus attacks on standalone computers.
  2. Gen II (Network): The firewall was created to recognise and stop cyberattacks when they started to occur over the Internet.
  3. Gen III (Applications): The widespread deployment of intrusion prevention systems was prompted by the exploitation of application vulnerabilities (IPS)
  4. Gen IV (Payload): To identify new threats, anti-bot and sandboxing solutions were required as malware become more targeted and developed the ability to defeat signature-based defences.
  5. Gen V (Mega): The most recent cyberthreat generation employs massive, multi-vectored attacks, elevating the importance of advanced threat prevention technologies. Each new generation of cyber threats rendered outdated or less efficient than earlier cyber security measures. Gen V cyber security solutions are necessary to defend against the contemporary cyber threat landscape.

Availability Chain Attacks

Many firms have historically concentrated their security efforts on their apps and systems. They attempt to stop cyber threat actors from entering corporate networks by hardening the perimeter and only allowing access to authorised users and applications.
Recent spikes in supply chain attacks have highlighted both the drawbacks of this strategy and the readiness and capacity of hackers to take advantage of them. Hacking incidents involving SolarWinds, Microsoft Exchange Server, and Kaseya have shown that a company’s cyber security strategy can be vulnerable to relationships of trust with other firms.

A cyber threat actor can access the networks of all of its clients by preying on one organisation and using these trust ties. A zerozero-trustroach to security is necessary to defend against supply chain assaults. While partnerships and relationships with vendors are advantageous to the business, third-party users and software should only be given the minimal amount of access required to do their duties and should be constantly checked.


Although ransomware has been around for a long time, it wasn’t until recently that it overtook other viruses as the most common type. A dramatic increase in ransomware operations was caused by the WannaCry ransomware epidemic, which showed the potential and profitability of ransomware assaults.

The ransomware model has significantly changed since then. While ransomware used to merely encrypt files, it now steals data to use in double- and triple-extortion assaults against the victim and their customers. To entice victims to pay ransom demands, some ransomware gangs may threaten or use Distributed Denial of Service (DDoS) assaults.

The Ransomware as a Service (RaaS) business model, which allows ransomware authors to give their virus to “affiliates” in exchange for a share of the ransom, has also contributed to the growth of ransomware. RaaS gives many cybercriminal organisations access to cutting-edge malware, increasing the frequency of sophisticated attacks. As a result, ransomware defence has grown to be a crucial part of business cyber security plans.


The most frequent and efficient method for thieves to penetrate business environments has historically been phishing attempts. Instead of finding and taking advantage of a weakness in an organization’s defences, it is frequently far simpler to deceive a user into clicking a link or opening an attachment.

Phishing attacks have become increasingly sophisticated over the past few years. Unlike the original phishing scams, which were fairly simple to spot, modern attempts are convincing and sophisticated to the point where it is nearly impossible to tell them apart from real emails.

Training in cyber security awareness for employees is insufficient to defend against the contemporary phishing threat. Cyber security systems that recognize and block bad emails before they reach a user’s inbox are necessary for managing the risk of phishing.


The evolution of malware has played a significant role in defining the various generations of cyberattacks. Attackers aim to develop methods to circumvent or go around the most recent protection technology, which results in a constant game of cat and mouse between malware developers and online security experts. When they are successful, new generations of cyberattacks are frequently developed.

Modern malware is quick, covert, and clever. Legacy security solutions no longer employ effective detection methods, and frequently. By the time security, analysts have identified and addressed a threat, the harm has already been done.

The ability to detect malware attacks is no longer “good enough” to provide security. Cybersecurity solutions that are prevention-focused, preventing the attack before it starts and before any damage is done, are necessary to reduce the threat posed by Gen V malware.

Cybersecurity tools and vendors

These vendors frequently provide a range of security goods and services. Typical security devices and platforms include:

  • Identity and access management
  • Firewalls
  • Endpoint protection
  • Antimalware/Antivirus
  • Intrusion prevention/detection systems (IPS/IDS)
  • Data loss prevention
  • Endpoint detection and response
  • Security information and event management (SIEM)
  • Encryption tools
  • Vulnerability scanners
  • Virtual private networks
  • Cloud workload protection platform (CWPP)
  • Cloud access security broker

Check Point, Cisco, Code42, CrowdStrike, FireEye, Fortinet, IBM, Imperva, KnowBe4, McAfee, Microsoft, Palo Alto Networks, Rapid7, Splunk, Symantec by Broadcom, Trend Micro, and Trustwave are a few well-known cybersecurity firms.

A Comprehensive Cybersecurity Architecture is Required

In the past, organizations could get by with several separate security solutions that were made specifically to address specific threats and use cases. However, when business infrastructures became less complicated, malware attacks became less sophisticated and occurred less frequently.

Consequently, cyber security experts regularly become overwhelmed by the complexity of today’s cyber security frameworks. This is caused by several factors, including:

  1. Attacks with Complexity: Modern cyber security techniques are unable to recognize advanced cyberattacks. More extensive visibility, as well as investigation, are needed to identify campaigns. This is made possible by sophisticated cyber threat actors and advanced persistent threats (APTs).
  2. Environments Complexes: The contemporary business network is a sprawling web of on-premises infrastructure and several cloud environments. Therefore, this significantly increases the difficulty of providing constant security monitoring and policy enforcement throughout the whole IT infrastructure of a business.
  3. Heterogeneous Endpoints: Conventional desktop and laptop PCs are no longer the only endpoints available for IT. Bringing your device (BYOD) rules and technological advancements necessitate the security of a variety of devices. Some of which the business doesn’t even own.
  4. Increasing Remote Work: Meanwhile, the approach to COVID-19 showed that many businesses may benefit from remote and hybrid work arrangements. Organizations now want solutions that enable them to properly protect both on-site personnel and their remote workforces.

It is impenetrable and unsustainable to try to address all of these issues with a variety of disjointed solutions. Companies can only manage their cyber security risk effectively by combining and simplifying their security infrastructures.

Using Check Point to Achieve Complete Cybersecurity

A modern cybersecurity infrastructure is unified and constructed from products that are intended to cooperate. Collaborating with a security provider with expertise in safeguarding all of an organization’s assets against cyber threats is necessary.

All of an organization’s security requirements are covered by Check Point’s solutions, which include:

  • Network Security: Check Point Quantum
  • IoT Security: Check Point Quantum IoT Protect
  • Cloud Security: Check Point CloudGuard
  • Application Security: Check Point CloudGuard AppSec
  • Endpoint Security: Check Point Harmony Endpoint
  • Mobile Security: Check Point Harmony Mobile

Is Coding Necessary for Cybersecurity?

Most entry-level cybersecurity positions don’t require coding knowledge. Nonetheless, coding may be required to grow in the field if cybersecurity specialists look for mid or upper-level positions.

Meanwhile, keep these suggestions in mind as you develop the abilities required for a job in cybersecurity.

  • Create a foundation by enrolling in an introductory course.
  • Analyze your enthusiasm for technology.
  • Learn something new every day.
  • Develop your ethical hacking skills.
  • Practice in a simulated setting.
  • Combine it with professional talents.

What Advantages Does Cybersecurity Offer?

The advantages of putting cybersecurity procedures into place and sustaining them include:

  • Protection for businesses from cyberattacks and data breaches.
  • Network and data protection.
  • Preventing access by unauthorised users.
  • Quicker recovery from a breach.
  • End-user and endpoint device security.
  • Regulation observance.
  • Continuity of operations.
  • Increased trust from stakeholders, customers, partners, developers, and workers in the company’s reputation.

What Job Prospects Exist in Cybersecurity?

There is a need for people with cybersecurity awareness and hardware and software expertise as the environment of cyber threats consequently expands and new dangers, such as IoT risks, arise.

Therefore, Security positions require IT specialists and other computer experts, including:

  1. The chief information security officer (CISO) is responsible for managing the IT security department’s operations. And implementing the security programme across the entire enterprise.
    The executive in charge of a company’s physical security and/or cybersecurity is the chief security officer (CSO).
  2. Security engineers concentrate on quality assurance within the IT infrastructure to protect firm assets from threats.
    The security architects do the planning, assessment, designs, testing, and maintenance as well as the support of the vital infrastructure of an organization.
  3. Planning security procedures and controls, safeguarding digital assets. Also performing internal and external security audits are undoubtedly just a few of the duties that security analysts are responsible for.
  4. Penetration testers are ethical hackers who examine the security of systems, networks, and apps in search of flaws that hostile users can use against them.
  5. Threat hunters are security analysts who hunt down weaknesses and attacks to thwart them before they compromise a corporation.
  6. Finally, Security consultants, data protection officers, cloud security architects, security operations management (SOC) managers and analysts, security investigators, cryptographers, and security administrators are further professionals in the field of cybersecurity.

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