Cybersecurity is one of the most in-demand skill sets for running a company smoothly in various industries under the pressure of unknown cyberattacks. These attacks are very well planned, and firms need specialists to fight against them.
To do that, an expert must have cybersecurity knowledge, skills, and a certificate to prove their ability. Other than that, companies are organizing cybersecurity awareness programs to improve basic-level security, which starts from human resources. What are we waiting for? Let’s share our view on “Why is cybersecurity needed in the IT Industry for businesses?”
What is Cybersecurity?
Cybersecurity is a set of rules, techniques, and tools to protect networks, systems, and databases against unauthorized access and unknown threats. Due to an increase in cybercrime, a huge number of vacancies for cybersecurity professionals have been announced by various companies.
Cybersecurity skills help organizations defend their confidential information against online threats and data breaches. Wonder, “Why is cybersecurity needed in the IT Industry for businesses?” Let’s move forward!
Skills that Businesses Need for Cybersecurity
| S.No. | Skills | Why? |
| 1. | Network Security | They need a deep knowledge of network protocols, firewalls, IDS/ IPS, VPNs, and secure network structure. |
| 2. | Cloud Security | They should be experts in protecting cloud environments involving IAM, data encryption, and CSPM. |
| 3. | Incident Response & Digital Forensics | They should have the skills to efficiently find, respond to, contain, and recover from cyberattacks while doing forensic analysis to understand data breaches. |
| 4. | Vulnerability Assessment & Penetration Testing (VAPT) | They must have skills to recognize, test, and exploit loopholes in systems, networks, and apps to improve security measures. |
| 5. | Risk Management & Compliance | They must have knowledge of frameworks and regulatory compliance, such as NIST, ISO 27001, GDPR, and PCI DSS, to test and reduce threats. |
| 6. | Threat Intelligence Analysis | They must have the skills to collect, test, and discuss data related to cyber threats, loopholes, and malware to predict and escape attacks. |
| 7. | Security Information and Event Management (SIEM) | They must have knowledge related to SIEM tools to gather, test, and correlate security logs from different sources to find and act on threats. |
| 8. | Application Security | They should be able to understand secure coding tasks, recognize loopholes in software, and deploy security into DevSecOps. |
| 9. | Identity and Access Management (IAM) | They must have skills to manage user identities, MFA, and authorization, and ensure access to systems & data. |
| 10. | Communication & Problem-Solving | They must have the ability to explain hard technical problems to non-technical stakeholders and collaborate with other teams to solve multifaceted security challenges. |
Trending Cyber Threats in 2025
The following are some of the trending cyber threats in 2025:
1. AI-Powered Attacks and Adaptive Malware: AI is used by attackers to automate attacks and create complicated, self-evolving malware.
2. Ransomware Evolution (Double/Triple Extortion & RaaS): Data theft for various blackmail stages is becoming more common in ransomware, and “Ransomware-as-a-Service” makes it easier for thieves to get started.
3. Supply Chain Attacks: In order to gain access to larger businesses, cybercriminals target third-party suppliers.
4. Deepfake and AI-Generated Deception: AI produces realistic-sounding synthetic text, audio, and video for extremely successful social engineering and phishing campaigns.
5. IoT and Edge Device Exploitation: IoT devices with poor safety increase attack surfaces, which can result in data breaches and delays to operations.
6. Cloud Security Vulnerabilities and Misconfigurations: Insecure APIs and improperly configured cloud systems continue to be key attack points.
7. Advanced Persistent Threats (APTs) by Nation-State Actors: State-sponsored organizations launch advanced, continuous attacks with the goal of spying or disrupting essential services.
8. Quantum Computing Threats (Harvest Now, Decrypt Later): Today, people steal encrypted material with the goal of decrypting it later, when powerful quantum computers become accessible.
9. Sophisticated Phishing and Social Engineering: Phishing crimes enhanced by AI are more customized and challenging to identify.
10. Insider Threats (Accidental & Malicious): Intentionally or accidentally, workers or contractors harm systems or data.
Industries that need Cybersecurity Professionals
| S.No. | Industries | Why? |
| 1. | IT Services and Technology | To protect cloud infrastructure, software development, IT services, and the handling of large amounts of client data. |
| 2. | BFSI (Banking, Financial Services, and Insurance) | To secure private financial information, stop fraud, and guarantee compliance with strict rules. |
| 3. | Government and Defense | To fight state-sponsored cyberthreats and protect confidential information, essential facilities, and national security. |
| 4. | E-commerce and Retail | To protect consumer trust, secure personal information and payment details, and secure online transactions. |
| 5. | Healthcare | To protect medical equipment, sensitive patient health records (EHRs), and guarantee compliance with data privacy regulations. |
| 6. | Telecommunications | To protect massive amounts of subscriber data, secure communication channels, and defend delicate network infrastructures, especially with the introduction of 5G. |
| 7. | Manufacturing and Energy | Support the protection of property rights in smart factories, manage industrial processes, avoid interruptions to essential services, and secure operational technology (OT) systems. |
Prevention of online threats
The following are some prevention techniques for online threats:
● Use Strong, Unique Passwords & MFA: For added security, set up Multi-Factor Authentication and create unique, complicated passwords for each account.
● Keep Software Updated: Update all of your apps, web browsers, and operating systems on a regular basis to fix security flaws.
● Be Wary of Phishing & Social Engineering: Verify the sender before clicking links or revealing information, and proceed with utmost caution when reacting to suspicious emails, messages, or phone calls.
● Install & Maintain Antivirus/Anti-Malware: For real-time security, install trustworthy antivirus and anti-malware software on all devices and make sure it is updated.
● Secure Your Network: Make sure your Wi-Fi router has a secure password, turn on its firewall, and use precautions when using public Wi-Fi.
● Regularly Back Up Data: To recover from data loss brought on by cyberattacks or system malfunctions, regularly back up your important data to an external drive or cloud service.
● Limit Personal Information Online: To avoid identity theft and targeted attacks, take precautions while sharing confidential data on social media and other public platforms.
● Educate Yourself & Others: To promote a safe online environment, keep up with the latest cyberthreats and best practices, and inspire friends and family to follow similar.
Why are industries failing to protect themselves against online threats?
| S.No. | Factors | Why? |
| 1. | Human Error and Lack of Training | Because they have not received enough cybersecurity awareness training, employees frequently use weak passwords, fall for phishing scams, or make dumb errors. |
| 2. | Inadequate Investment and Resource Allocation | Many companies, particularly smaller ones, see strong cybersecurity as an expense rather than an essential investment; therefore, they don’t dedicate enough funds, staff, or skills to it. |
| 3. | Failure to Patch and Update Systems Promptly | Important software upgrades and security fixes are frequently ignored by organizations, leaving known vulnerabilities vulnerable to attack. |
| 4. | Complex and Expanding Attack Surface | A company’s digital footprint grows as a result of the quick adoption of cloud services, IoT devices, and remote work, which makes it more difficult to secure everything and creates more access points. |
| 5. | Underestimation of Evolving Threats and Complacency | Companies frequently misjudge the complex nature and frequency of modern cyberattacks, which results in a reactive protection plan rather than an active one and a false sense of security. |
Is 2025 the year of rise for cybersecurity?
In fact, it is clear that 2025 will see a major increase in cybersecurity. A fast-growing digital attack surface across all industries and the growing complexity of AI-powered threats are behind the market’s significant rise.
More funding and ongoing innovation in cybersecurity solutions and experienced staff are required due to the growing threat scenario.
