Cyber Security Online Training

Why Cyber Security Online Course from ACTE?

ACTE’s Cyber Security online course provides comprehensive, up-to-date training in the fundamentals of cyber security to help you protect your organization’s data and networks. You'll learn about the latest security technologies and strategies, as well as best practices for managing, monitoring, and responding to cyber threats. The course covers a wide range of topics, from basic security concepts to advanced methods for protecting against malicious attacks. You'll gain the skills and knowledge needed to confidently manage and secure your organization’s data and ensure its safety in the digital age.

What are the Future Frameworks of Cyber Security?

• Attacks Against Cloud Services: Recent years have seen a massive migration of company data, operations, and infrastructure to the cloud. The cloud speeds up time to market, enhances productivity, decreases operational costs, and provides flexibility and scalability. In the future years, organisations will face cloud-based dangers such limited visibility and control, misconfigured cloud storage and settings, susceptible cloud apps, incomplete data destruction, compliance challenges, and migration concerns.
• Increase in IoT (Internet of Things) Devices: IoT devices streamline complicated corporate operations and increase global communication. Due to a lack of built-in security, the cloud and its accompanying networks constitute a weak security perimeter. Companies may anticipate more non-encrypted personal data, hardcoded passwords, software upgrades from unknown sources, and wireless communication security risks.
• Combining AI and ML: Manually protecting against complex, developing threats, technologies, and gadgets that circumvent typical security procedures is unfeasible. With the rise of cyber threats, IoT, linked devices, and WiFi network security vulnerabilities, comprehensive security automation is needed. AI and machine learning techniques help cybercriminals evade security measures by recognising network defences and replicating behaviour patterns. These approaches need growing use of complex heuristic solutions based on threat intensity.
• Zero Trust Cyber Security: Cloud and hybrid IT systems are changing business models and labour dynamics, putting corporate assets beyond the security perimeter. To protect these exposed assets, centralised policy orchestration and dispersed policy enforcement are needed. Zero trust security architecture ensures that only authorised users and apps access the protection surface. It uses network segmentation, multi-layered threat prevention, lateral movement limitation, and granular user access control to evaluate trust continuously.
• Privacy-enhancing Computation: Digital technologies and data use raise data privacy problems since companies depend their structures on data and must safeguard data privacy. Personal data transfers, fraud analytics, data monetization, and other data processing activities need in-depth scrutiny. Privacy-enhancing computation may help enterprises retain privacy and security by guaranteeing safe data-sharing and secure cooperation across geographies.
• Two-step Verification: Cyberattacks, online fraud, cloud-based services, and IoT developments necessitate sophisticated security rather than usernames and passwords. Multi-layered verification methods need user-specific safety validation variables such login credentials, biometric verification, and one-time passwords. Risk-based authentication may also evaluate request hazards. You may gather user data and increase requirements for questionable user behaviour using passive contextual techniques like geolocation and computing environments.
• Continuously Evolving Ransomware: Cybercriminals steal confidential data and demand cryptocurrencies or other payment. Organized cybercrime gangs encrypt data and threaten to publish sensitive material unless victims pay a ransom, putting data at danger of being lost and disseminated. These assaults will become more focused, sophisticated, and expensive. According to the Sophos Threat Report, 2022 will be the year of extortion and aggressive cybercrime.
• Rising Insider Threats: Organizations suffer several security breaches owing to ignorance or unintended activities like reading phishing emails or downloading malware. Mobile or remote workers make more of these blunders. Less vigilance allows malevolent insiders to use credentials to access vital assets and profit from administrative powers.
• BYOD (Bring Your Own Device) and Mobile Devices Explosion: Mobile technology has drastically improved information mobility over the last several years. BYOD policies provide workers and companies more freedom. These devices commonly link to business networks, increasing the attack surface and the danger of losing important data. Any other device contacting the corporate systems is an endpoint that has to be guarded since it might be an attack vector.
• Computer skills gap growing: Businesses need human competence to secure data against blackmail, espionage, and other breaches despite cyberspace's technological advances. AI and machine learning can speed up and accurately perform jobs, but they cannot expand their scope. Security personnel are scarce, resulting in increasing workloads, poor cyber security tool use, and overreliance on technology.
• Deepfakes: A Growing Danger: AI technologies and phishing assaults have created data manipulation cyberthreats. Deepfakes substitute one person's voice and video with another. Due to remote workforce conditions, deepfakes are projected to grow dramatically.
• Political Cyber Warfare Increases: National powers now have cyberweapons to seek military superiority. Access to secret government data by a foreign state may upset the balance of power as regional influence and conflict of interest rise. Cyber assaults can cause turmoil, rage, and grief.

What are the Advantages of Cyber Security?

Companies and organisations can greatly benefit from including Cyber Security into their strategy. Cyber Security can help you reduce downtime, reduce security costs, and prevent cyber-attacks, among other things.

Protections sensitive personal information : Data has become a valuable commodity in recent years, and data containing personally identifiable information is in high demand. Hackers can illegally access a person's data using malware and other tools in order to extort money or harm the person's reputation. Because it is a proactive approach, cyber security can avoid such attacks in the first place.

Safeguard your personal and business data : Cyber Security is a comprehensive security solution that can defend businesses and organisations from a wide range of attacks. Companies, for example, must safeguard sensitive data such as Intellectual Property (IP), trade secrets, and other private information such as internal communication logs. Cyber security, with its ongoing monitoring and early detection, can very successfully defend an organisation.

Increases productivity : Downtime is one of the most damaging results of a cyber attack. Unnecessary downtime results in lower productivity. An effective Cyber Security policy can provide early warning of impending threats and advice for how to respond. This early response is unique to cyber security, and the traditional security method has to improve.

Offers a business continuity plan : To construct a business continuity strategy, Cyber Security employs artificial intelligence (AI) and machine learning. By analysing historical data, it can successfully develop prediction models with timelines using AI and statistical algorithms.

Increase an organization's overall security : Cyber Security is a one-stop shop for all security challenges for businesses and organisations. It not only detects risks in cyberspace but also exterior threats. It is less expensive to operate than the conventional security technique.

What criteria are needed to work in cyberSecurity?

• Networking/System Administration : Cybersecurity careers demand networking expertise. Networking can assist you comprehend data transmission's technicalities, securing your data. CompTIA Security+ and Cisco CCNA networking certifications are recommended. It involves computer configuration and maintenance. You should experiment with all your computer's settings and features.
• OS and VM knowledge : Cybersecurity professionals must know Windows, Linux, and Mac OS. Cybersecurity experts should be comfortable with any System. VMs let you train and research alone and improve your skills.
• Network Security Control : Network Security Control refers to actions taken to secure a network. Networks, routers, firewalls, and other devices must be understood. Firewalls limit internet traffic to and from your computer. A firewall filters and prevents illegal network traffic for cybersecurity experts.
• C and C++: Cybersecurity professionals must know these low-level programming languages. Python: Cybersecurity specialists are using it more and more. It finds and fixes vulnerabilities. JavaScript prevents cross-site scripting attacks.PHP: Most websites use PHP, thus mastering it will assist prevent intrusions.HTML: Most websites use HTML, which is easy to learn.SQL: SQL injection attacks damage stored data. Hence, SQL knowledge is advantageous. Assembly Language: Understanding malware functions will help you fight it.
• Secure Cloud : Businesses want security experts for AWS and Azure. Data and apps are increasingly stored in the cloud. This encompasses cloud-system and device protection policies and technology. Cloud security, like application development security, starts with secure systems. Microsoft Azure, AWS, and Google Cloud Platform managers are in demand.
• Secure Blockchain: Blockchain's security is boosting its popularity. So, cybersecurity pros should learn about blockchain security. Blockchain may secure Internet of Things devices (more on this later), network control, supply chain integration, identity control, and mobile computing. Blockchain is sophisticated and hard to compromise. Cybercriminals must delete data from each user's computer connected to the targeted global network to corrupt or destroy a blockchain.
• Internet of Things (IoT):Security risks increase with so many gadgets. Hence, IoT security will become a larger priority and an integral aspect of Internet system integrity and security. IoT sensors acquire personal data, making network security and consumer confidence more important. Since most IoT devices access networks without human supervision, IoT security prioritises securing linked devices and networks over the Internet.
• Artificial Intelligence (AI): Artificial Intelligence, like blockchain, is a nascent technology with widespread use. AI helps security personnel see suspicious activities and understand the cyber environment, making it ideal for cybersecurity. AI automates and supports risks that humans may miss. AI can learn and adapt to new threats and hacking methods.

Prerequisites for a Cyber Security:

There is a significant shortage of skilled cybersecurity personnel capable of dealing with day-to-day cybersecurity concerns. As a result, a career in cybersecurity is both difficult and rewarding. Numerous businesses are on the lookout for qualified cybersecurity personnel. Philips, Siemens, Google, Microsoft, and GE are just a few examples. There are certainly some prerequisites for a job in cybersecurity. The most fundamental is a bachelor's degree in a technical field. If you do not have a relevant degree, you can always pursue relevant cybersecurity certifications to begin your cybersecurity adventure.

Where can I find out about CyberSecurity-Related Career Openings?

Job opportunities in cybersecurity range from entry-level to executive management and everything in between. Today, there are numerous cyber security professional opportunities available. It is advisable to begin at the entry-level and work your way up with applicable experience and qualifications.

• CISO: Senior-level Chief Information Security Officers (CISOs) guarantee an organization's data is secure. CISOs establish, maintain, and brief stakeholders on information security and risk management programmes. . Indian cybersecurity salaries average 2,300,785.
• Security architect: Security architects build malware-resistant security systems. They test vulnerabilities and help the security team. Indian cybersecurity salaries average 2,151,258 per year.
• Cybersecurity Engineer: Cybersecurity engineers plan defences against cyberattacks. They safeguard company networks and data. They design cybersecurity platforms and work with other teams to maintain security. Indian cybersecurity engineers earn 683,339 per year.
• Malware Analyst : Malware analysts study viruses, worms, bots, and trojans to comprehend them. Finally, they document malware prevention strategies and design malware security software. Malware analysts in India earn an average of 5L per year.
• Penetration Tester: Penetration testers, often known as ethical hackers, are network security consultants who exploit system weaknesses like hackers. They create new penetration tools and document test results. Penetration testers earn Rs 2,151,258 annually.
• Computer Forensics Analyst : Computer Forensics Experts collect digital evidence and data from cyberattacks. They recover lost, altered, or stolen data. . After reviewing the top cybersecurity jobs, let's see how ACTE can help you land one.
• Application Security Engineer: Application security engineers build, implement, and maintain a company's application security. They create and implement internal and external threat policies. Application security engineers' salaries vary by company and experience.
• Cloud Security Specialist: Cloud security specialists will continue to be in demand due to rising cloud utilisation. Cloud security specialists protect data, systems, and networks from cyberattacks. They analyse threats and vulnerabilities, develop safeguards, monitor networks for intrusions, and enforce regulations. Cloud security experts protect cloud data. They create and implement data security policies. Cloud security specialists' salaries vary with experience. Entry-level salaries are RS 50K – Rs 60K, while experienced workers get Rs 90K – Rs 110K.
• Database Administrator: Database administrators oversee database operations. Design, create, and maintain the database. Database managers must also safeguard data. Organizations depend on database administrators. They ensure database efficiency and security. Database administrators must know databases, IT infrastructure, and programming languages. This job pays well and is in demand.
• Incident Manager: Incident managers resolve incidents. They fix incidents when called in. This work requires quick thinking and adaptability. Incident managers are paid by their employer, location, and experience. Incident managers earn Rs 65,000 on average.

Online Classes

ACTE offers a comprehensive online course in Cyber Security that covers a wide range of topics, including digital forensics, security risk management, digital security protocols, incident response, and more. The course is designed to provide students with the skills and knowledge they need to become successful security professionals. The course is divided into several modules, with each module focusing on a different area of cyber security.