Is Cybersecurity Hard? Tips to Make It Easier to Learn

Cybersecurity has emerged as one of the most significant and in-demand domains in today’s digital world. Businesses, governments, and people must make investments in safeguarding their systems and data due to the growing frequency and sophistication of cyberattacks. As a result, there is an increasing need for qualified cybersecurity specialists. However, the question “Is cybersecurity hard to learn?” is frequently asked by those who are unfamiliar with the area. This blog will discuss the difficulties of learning cybersecurity, why it might initially appear challenging, and—above all—offer helpful advice on how to facilitate the learning process. We’ll also show how Texial can make it easy for you to traverse this challenging field.

Why Does Cybersecurity Seem Hard to Learn?

Many novices find cybersecurity to be a difficult area since it encompasses a vast range of topics, technology, and abilities. For the following reasons, it may appear challenging:

  1. Complex Terminology and Concepts

Technical terms, acronyms, and intricate ideas like intrusion detection systems (IDS), firewalls, encryption, and penetration testing are all part of cybersecurity. It might feel daunting to someone who is just getting started.

  1. Constantly Evolving Threats

Because cyberthreats are always changing, cybersecurity is a dynamic field. Because malware, hacking methods, and attack routes are always evolving, cybersecurity experts must keep up with the newest trends and best practices.

  1. Hands-On Experience Required

Although theory is vital, practical skills are crucial in cybersecurity. Without the proper tools, it might be challenging to obtain the practical expertise needed to comprehend how to set up firewalls, monitor networks, and react to assaults.

  1. Broad Scope

From network security to encryption and ethical hacking, cybersecurity encompasses a wide spectrum of subjects. It may be difficult to determine where to begin or how to concentrate your study because of this variation.

 

Despite these obstacles, learning cybersecurity is not difficult. Anyone can be successful in the profession if they have the proper resources, commitment, and strategy.

Tips to Make Learning Cybersecurity Easier

You should not be intimidated by the idea of mastering cybersecurity. These pointers will assist in simplifying and facilitating the learning process.

  1. Start with the Basics

Building a solid foundation is crucial before delving into more complex subjects like penetration testing or ethical hacking. Begin by comprehending the core ideas of cybersecurity, such as:

. Learn about intrusion detection systems (IDS), firewalls, and virtual private networks (VPNs).

. Cryptography: Learn how hashing techniques and encryption safeguard data.

. Cyberattack Types: Learn about typical assaults such as ransomware, malware, phishing, and denial-of-service (DoS) attacks.

By grasping the fundamentals, you’ll acquire the self-assurance and expertise required to take on increasingly complex ideas as you go.

  1. Focus on Hands-On Learning

While watching videos and reading books are excellent ways to acquire theory, cybersecurity calls for hands-on experience. Use simulation tools or set up virtual laboratories to put what you’ve learnt into practice. Gaining practical experience is essential for learning tasks like malware analysis, penetration testing, and network configuration.

. Utilise Virtual Labs: Websites such as Hack The Box and TryHackMe provide virtual settings for penetration testing and ethical hacking exercises.

. Establish a Home Lab: To practise installing firewalls, setting up servers, and testing network security protocols, try to establish your own home lab.

Understanding how to put security measures in place and react to attacks in real-world scenarios will get simpler the more you practise.

  1. Take Structured Courses and Certifications

Enrol in well-structured courses that address certain cybersecurity topics rather than attempting to learn cybersecurity in an unstructured manner. A course will provide you a clear outline of what you must study and make sure you don’t overlook any crucial ideas.

Because they attest to your abilities and expertise, certifications are also beneficial in the cybersecurity industry. Before moving on to more complex certificates like Certified Cloud Security Professional (CCSP) or Certified Information Systems Security Professional (CISSP), start with entry-level ones like CompTIA Security+ or Certified Ethical Hacker (CEH).

Texial Offers: Texial provides specialised cybersecurity courses that address both basic and advanced subjects. Texial’s structured programs offer practical experience, real-world settings, and access to knowledgeable teachers, regardless of your level of experience.

  1. Break Down Complex Topics

Being overwhelmed is simple because cybersecurity is a large topic with a lot of technical stuff. Divide difficult subjects into smaller, more digestible portions to make things simpler.

When studying network security, for instance, concentrate on one idea at a time, such as firewalls, before moving on to intrusion detection systems (IDS) and finally network monitoring. You may avoid feeling overburdened by approaching subjects in a methodical way.

  1. Join Cybersecurity Communities

One of the finest methods to accelerate your success is to learn from others. Participate in cybersecurity networks, forums, and social media groups to exchange ideas, ask questions, and gain knowledge from seasoned experts.

Communities such as Stack Overflow, Reddit’s /r/netsec, and Twitter (following cybersecurity specialists) may be excellent resources for networking with other professionals in the industry, getting advice, and staying current on developments.

Texial Provides: Texial gives users access to a helpful network of peers, trainers, and cybersecurity experts. You may network, work together, and talk about cybersecurity issues with professionals and other students by taking Texial’s courses.

  1. Stay Updated on the Latest Trends

As previously said, cybersecurity is always changing, therefore it’s important to be updated. To stay informed on the newest dangers, technology, and best practices in cybersecurity, follow blogs, listen to podcasts, and sign up for newsletters.

Several well-liked resources for remaining current are:

  • Cybersecurity & Infrastructure Security Agency (CISA)
  • KrebsOnSecurity
  • Dark Reading
  • The Hacker News

You may adapt your learning to the most current and pertinent subjects in the area by keeping yourself updated.

  1. Learn from Real-World Scenarios

Real-world experience is what really equips you for the cybersecurity difficulties you’ll encounter in the job, even though theoretical understanding is essential. Examine case studies of data breaches, cyberattacks, and other cybersecurity events to learn how attackers function and how businesses handle dangers.

When faced with cybersecurity concerns, this practical knowledge may aid in critical thinking and problem-solving.

Texial’s Role in Making Cybersecurity Easier to Learn

Texial provides thorough cybersecurity training courses that are intended to make learning easier. Texial’s courses offer a methodical way to study both fundamental and complex cybersecurity concepts, with a focus on experiential learning.

Texial provides:

 

  • Expert-Led Training: Learn from industry experts with extensive experience in cybersecurity.
  • Hands-On Labs: Gain practical experience by working in real-world environments.
  • Structured Learning Pathways: Clear and concise curriculum designed for both beginners and professionals.
  • Exam Preparation: Texial prepares you for globally recognized cybersecurity certifications, ensuring you’re ready for the challenges ahead.

Texial gives you the information, resources, and self-assurance you need to be successful, whether your goal is to launch a career in cybersecurity or develop your current abilities.

Conclusion: Cybersecurity Isn’t Hard with the Right Approach

Although learning cybersecurity might first appear daunting, it gets considerably simpler with the correct attitude, tools, and assistance. You may progressively develop the abilities required to succeed in this fascinating and fulfilling sector by beginning with the fundamentals, obtaining practical experience, and utilising organised learning pathways like those provided by Texial.

Everything you need to make learning simpler and more efficient is included in Texial’s cybersecurity training courses. Texial guarantees that you can understand complicated cybersecurity subjects and maintain your competitive edge in the market with professional coaching, hands-on activities, and a clear path. Although the subject of cybersecurity is difficult, it is not unachievable; if you take the proper approach, you will succeed in becoming an expert in the industry.

Cybersecurity Trends: The Direction of the Industry in a Challenging 2024

As 2024 approaches, cybersecurity continues to rank among the top issues facing businesses everywhere. The cybersecurity sector is facing previously unheard-of difficulties as a result of the ongoing increase in sophisticated cyberattacks, changing technological advancements, and the transition to a more digital, linked society. Businesses, governments, and people must remain ahead of the curve in safeguarding their data and networks due to the increasing sophistication of cybercriminals. The main cybersecurity issues influencing the sector in 2024 will be discussed in this article, along with how Texial’s training initiatives may keep personnel prepared to meet these challenges.

  1. The Rise of AI-Powered Cybersecurity Threats

Though they have already transformed cybersecurity, artificial intelligence (AI) and machine learning (ML) are predicted to play a bigger role in cyberattacks in 2024. AI is being used by cybercriminals to automate assaults, speed up vulnerability analysis, and create malware that may avoid detection by conventional means. AI-driven assaults are probably going to concentrate on things like phishing, evading fraud detection, and developing increasingly complex ransomware campaigns.

Countermeasure: To anticipate, identify, and react to new threats instantly, organisations must employ AI-powered security solutions. This involves analysing vast amounts of data, identifying abnormalities, and spotting any vulnerabilities before they are exploited by applying machine learning algorithms.

The role of Texial: By using state-of-the-art security technology and employing sophisticated detection techniques, Texial’s ethical hacking and AI-driven cybersecurity training programs instruct professionals on how to protect against AI-powered attacks.

  1. Increased Targeting of Critical Infrastructure

In recent years, there has been an increase in the frequency and disruption of cyberattacks on vital infrastructure, such as transportation networks, healthcare systems, and energy grids. Cybercriminals will still attack these industries in 2024, frequently using increasingly sophisticated tactics meant to inflict extensive harm. Such assaults have far-reaching effects on public safety, economics, and national security.

Countermeasure: The implementation of zero-trust designs, penetration testing, and ongoing monitoring are essential for bolstering the security of vital infrastructure. Improving incident response and recovery skills will also lessen the impact of such breaches.

The role of Texial: Texial’s specialised critical infrastructure security training programs teach professionals how to build secure networks, safeguard critical systems, and create incident response plans that are specific to the difficulties faced by these industries.

  1. The Proliferation of Ransomware and Double Extortion

In recent years, ransomware has emerged as one of the most destructive forms of cyberattacks, and its usage is predicted to increase in 2024. Cybercriminals are increasingly using more complex strategies, such as double extortion, in which they encrypt a victim’s data and then threaten to make it public unless a ransom is paid.

Countermeasure: The best defence against ransomware is prevention. Companies should have sophisticated endpoint security, routinely backup important data, and teach staff how to recognise phishing efforts. The damage can also be lessened by collaborating with law enforcement organisations and creating a thorough incident response strategy.

The role of Texial is to offer thorough instruction in crisis response, ethical hacking, and ransomware avoidance. Professionals may prevent ransomware attacks and lessen the harm from any breaches by being proficient in penetration testing methods and security best practices.

  1. Growing Complexity of Privacy Regulations

The number of international data protection laws is rising as privacy becomes a major concern in the digital era. Compliance rules like the California Consumer Privacy Act (CCPA), the General Data Protection Regulation (GDPR), and others will continue to develop in 2024. In order to prevent significant penalties and legal consequences for non-compliance, organisations must remain informed about these requirements.

Countermeasure: Strict data protection measures, such as data encryption, access limits, and frequent audits of data processing and storage procedures, are necessary to guarantee adherence to privacy laws. To reduce the risk of data breaches and violations, organisations will also need to fund staff awareness and training initiatives.

Texial’s Role: The fundamentals of data privacy and regulatory compliance are covered in Texial’s cybersecurity training programs. Texial assists professionals in comprehending the intricacies of privacy laws and putting in place efficient security measures that safeguard private information and guarantee adherence to changing rules.

  1. Insider Threats and Human Error

Insider threats, whether from irate workers or inadvertent errors, continue to be one of the most frequent sources of data breaches, even if external hackers pose a serious concern. Organisations will still have difficulties reducing the hazards presented by insiders in 2024. Human mistake will remain a significant threat, such as clicking on phishing links or improper security settings.

Countermeasure: Businesses need to implement a zero-trust security strategy, which treats all users and devices as untrusted by default. Reducing the danger of insider attacks requires the use of least privilege principles, multi-factor authentication (MFA), and regular security training.

Texial’s role: Texial offers practical training on zero-trust architecture implementation, insider threat mitigation, and organisational network security. Organisations are better equipped to reduce these risks when Texial provides workers with the skills they need to manage and keep an eye on internal security.

  1. Cloud Security and Multi-Cloud Environments

Cloud security is a primary concern as more businesses shift their infrastructure to the cloud. When businesses employ several cloud providers, it can make security management more difficult and result in security flaws. Businesses will need to address vulnerabilities in cloud services, data storage, and application security in 2024, making cloud environment security even more crucial.

Countermeasure: It’s critical to have strong cloud security measures in place, such as identity and access management (IAM), data encryption, and ongoing monitoring. Businesses should also evaluate their cloud providers’ security practices to make sure they meet their security requirements.

Texial’s Role: Texial offers training courses that include risk management, multi-cloud security, and best practices for cloud security. Texial guarantees that businesses can successfully negotiate the intricacies of contemporary cloud settings by educating experts on how to safeguard cloud-based infrastructures and implementing the newest cloud security techniques.

  1. The Role of Automation and Orchestration in Cybersecurity

Organisations will depend more and more on automation and orchestration to expedite threat detection, response, and recovery as cyber threats get more complex. While orchestration makes sure that all security systems cooperate to offer a complete defence, automated security technologies may assist organisations in identifying and reducing risks in real time.

Countermeasure: Organisations may expedite their security operations and react to attacks more quickly by implementing orchestration tools and investing in automated security solutions, such as Security Information and Event Management (SIEM) systems.

Texial’s Role: Texial trains experts on how to use orchestration platforms and automated security technologies efficiently. Through practical instruction and real-world situations, Texial assists people in becoming proficient with these technologies to improve the threat detection and response capabilities of their company.

Conclusion: Preparing for 2024 with Texial

In 2024, the cybersecurity environment will bring with it both fresh opportunities and formidable difficulties. Organisations will need to be flexible and proactive in their security operations due to the increase of ransomware and AI-powered assaults as well as the changing regulatory environment. Businesses may defend their systems and data from changing threats by adopting the newest trends and technology.

When it comes to equipping IT workers to handle these difficulties, Texial is essential. With state-of-the-art training programs covering everything from cloud security and ethical hacking to AI-driven cybersecurity and compliance, Texial guarantees that professionals have the abilities and know-how to protect enterprises from new threats. Cybersecurity professionals can remain ahead of the curve and successfully protect against the constantly shifting environment of cyber threats by keeping up with Texial’s courses and certifications.

Texial is here to give professionals the knowledge and resources they need to safeguard the digital world in a difficult 2024.

Why Is Cybersecurity Important?

It is impossible to overestimate the significance of cybersecurity in an increasingly digital society. The hazards connected with cyber attacks are real and increasing, affecting everyone from people handling personal information to corporations protecting critical data. Since hackers’ strategies change along with technology, it is more crucial than ever for businesses and people to give cybersecurity top priority. This article examines the importance of cybersecurity in the modern world and the critical role Texial plays in offering training to guarantee that professionals are prepared to meet these always changing problems.

What Is Cybersecurity?

Cybersecurity is defending data, networks, and systems from online threats, theft, and harm. It encompasses many different techniques, like as protecting data from unwanted access, keeping an eye on network activity, and securing information systems. Preventing breaches that might jeopardise data availability, confidentiality, and integrity is the main objective of cybersecurity.

Why Cybersecurity is Crucial in Today’s World

  1. Protecting Sensitive Information

Among the most urgent reasons cybersecurity is necessary is to safeguard private, financial, and organisational information. For companies, this includes proprietary technology, financial records, customer information, and intellectual property. It contains private information on individuals, such as bank account information, medical history, and Social Security numbers. This data is targeted by cybercriminals for a variety of nefarious activities, including fraud, identity theft, and even extortion.

This data is encrypted, safely kept, and only accessible by authorised people thanks to a robust cybersecurity approach. Without adequate protection, people and companies run the danger of suffering serious financial and reputational harm.

  1. Preventing Financial Loss

Data leaks and ransomware are examples of cyberattacks that can cause large financial losses. Businesses of all sizes may be severely damaged by ransomware attacks, in which hackers encrypt data and demand a fee to unlock it. Millions of dollars might be spent on recovery operations, legal bills, and consumer compensation in the event of a single data breach.

Businesses may lessen the possibility of such attacks and guarantee company continuity by investing in cybersecurity solutions. Furthermore, as many sectors need strong protection of sensitive data, cybersecurity helps prevent fines associated with regulatory compliance breaches.

  1. Maintaining Customer Trust

In the competitive market of today, consumer trust is crucial. Customers anticipate their data and privacy to be protected by the businesses they do business with. A data leak may undermine a company’s brand and reduce client loyalty. On the other hand, a firm cybersecurity posture may improve a business’s image since consumers are more inclined to believe in companies that show a dedication to protecting their data.

Maintaining a safe environment is crucial for businesses looking to draw in new clients and keep existing ones, particularly in sectors like e-commerce, healthcare, and finance where data protection is of utmost importance.

  1. Supporting Business Operations

Nowadays, practically every part of a business’s operations depends on technology. Cybersecurity is essential to the effective operation of many systems, including marketing, financial management, customer service, and communication. Operational interruptions brought on by cyberattacks can prevent firms from running efficiently. Downtime, lost productivity, and even long-term harm to corporate relationships may arise from this.

Businesses may carry on with their regular activities without worrying about cyberattacks endangering company continuity when cybersecurity is effective.

  1. Securing Personal Devices and Networks

Personal devices and home networks are being utilised for business reasons more and more in today’s remote work environment. Numerous individuals use computers, tablets, and cellphones to access company systems, which might lead to risks. Cybercriminals may use these devices to breach corporate networks if strong cybersecurity safeguards are not in place.

Reducing threats requires protecting personal devices with secure communication methods, strong passwords, and encryption. Businesses and individuals must put protections in place to make sure that workers who operate remotely don’t leave corporate networks vulnerable to intrusions.

  1. Guarding Against Evolving Cyber Threats

Because cyber dangers are always evolving, cybersecurity is a discipline that is always changing. Organisations must remain ahead of these assaults since hackers are always coming up with new ways to exploit weaknesses. Businesses run the danger of being victims of these constantly evolving threats if they lack current information and defence tactics.

Advanced persistent threats (APTs), malware, phishing, and denial-of-service (DoS) assaults are a few of the most prevalent dangers. Each calls for different defences, and as technology develops, so do the intricacies and sophistication of these attacks.

Texial’s Role in Strengthening Cybersecurity

A informed and competent staff is necessary to remain ahead of the constantly changing landscape of cyber risks. Texial is essential in this situation. To give professionals the tools they need to defend companies against these constantly evolving dangers, Texial provides specialised cybersecurity training programs.

  1. Comprehensive Cybersecurity Training

The cybersecurity training programs offered by Texial are designed to give students comprehensive understanding and useful skills in a range of cybersecurity topics, including as risk management, network security, ethical hacking, and incident response. Professionals are prepared to confidently handle real-world cyber threats thanks to Texial’s practical laboratories In the linked world of today, cybersecurity is not only an IT issue; it is also a crucial component of personal safety, company strategy, and regulatory compliance. In order to prevent financial losses and preserve consumer trust, cybersecurity is crucial for everything from securing sensitive data to guaranteeing company continuity.

 and realistic simulations.

  1. Ethical Hacking and Penetration Testing

Texial’s courses in penetration testing and ethical hacking are among its most notable offerings. By mimicking actual assaults, these courses instruct experts on how to find weaknesses in a system or network. This enables businesses to identify vulnerabilities before hackers take advantage of them.

Professionals may proactively defend IT infrastructures and stop breaches by learning the newest tools, approaches, and techniques for ethical hacking through Texial’s training.

  1. Security Operations Center (SOC) Training

Moreover, Texial provides customised Security Operations Centre (SOC) instruction. SOC specialists are essential to the round-the-clock defence and monitoring of an organization’s systems. Texial’s SOC courses equip people with the knowledge and skills necessary to identify, evaluate, and handle cybersecurity events, enabling businesses to stop threats before they become more serious.

  1. Continuous Learning and Up-to-Date Knowledge

Continuous learning is crucial since cybersecurity threats are always changing. Texial’s courses are updated often to take into account the most recent advancements in the field of cybersecurity. This guarantees that experts stay up to date on the latest instruments, methods, and approaches to counter cyberthreats.

Conclusion

In the linked world of today, cybersecurity is not only an IT issue; it is also a crucial component of personal safety, company strategy, and regulatory compliance. In order to prevent financial losses and preserve consumer trust, cybersecurity is crucial for everything from securing sensitive data to guaranteeing company continuity.

Through the provision of thorough, current training in ethical hacking, penetration testing, SOC operations, and other areas, Texial plays a significant part in empowering cybersecurity professionals. Individuals and organisations may successfully safeguard their systems, keep ahead of new threats, and maintain a secure digital environment by investing in cybersecurity training with Texial. There has never been a better moment to engage in thorough cybersecurity training and make sure your defences are prepared for any difficulties that may arise as cyber threats continue to change.

Cybersecurity Challenges and Strategic Countermeasures in the Banking Industry

The banking sector faces previously unheard-of cybersecurity difficulties in today’s digital-first environment. The proliferation of digital transactions, smartphone applications, and internet banking has made financial institutions easy targets for scammers. Both the banks and their clients, who entrust them with sensitive financial information, are at serious danger from these attacks. Countermeasures must change along with the dangers. This article examines the main cybersecurity issues facing the banking industry, identifies workable solutions, and explains how Texial’s cybersecurity services and training may help professionals remain ahead of the curve.

Key Cybersecurity Challenges in the Banking Industry

  1. Employee Training and Awareness

Thorough staff training is one of the best strategies to counter phishing and insider attacks. All levels of bank employees need to be trained on the most recent security procedures, cyberthreats, and how to spot suspicious behaviour. Texial provides specialised training courses on ethical hacking and cybersecurity awareness to enable staff members to safeguard their company and themselves.

  1. Robust Authentication Systems

To stop unwanted access to financial systems, multi-factor authentication, or MFA, is crucial. Banks may greatly lower the chance of hackers getting access to critical systems by demanding various forms of authentication, such as a one-time passcode or a password linked with a biometric scan.

  1. Encryption and Secure Data Storage

Strong encryption methods must be used by banks to safeguard private information while it’s in transit and at rest. This involves encrypting account information, consumer financial data, and even bank staff communications. Banks may lessen data breaches and stop ransomware attacks by making sure that stolen data cannot be used without decryption keys.

  1. Regular Vulnerability Assessments and Penetration Testing

Finding weaknesses in a bank’s network and infrastructure is done proactively via penetration testing, also known as ethical hacking. Security experts can find vulnerabilities and fix them before hackers have a chance to take advantage of them by modelling actual cyberattacks. To help IT professionals find and address vulnerabilities in banking systems, Texial provides specialised cybersecurity and penetration testing training.

  1. Incident Response Plan

A successful incident response strategy is essential for reducing the harm that a cyberattack may do. Banks must have established protocols in place for identifying, stopping, and minimising cyberattacks. Having a group of cybersecurity professionals on hand to react to attacks and promptly restore systems is part of this. Banks may create a knowledgeable staff that can react to and handle cybersecurity issues in real time by using Texial’s SOC (Security Operations Centre) training.

  1. Advanced Threat Detection Systems

Banks need to spend money on cutting-edge AI and machine learning-powered threat detection systems. Unusual activity patterns that can point to an ongoing cyberattack can be picked up by these technologies. These tools, which include automatic warnings and real-time monitoring, allow banks to react to risks before they become more serious.

Strategic Countermeasures for Banks

  1. Employee Training and Awareness

Thorough staff training is one of the best strategies to counter phishing and insider attacks. All levels of bank employees need to be trained on the most recent security procedures, cyberthreats, and how to spot suspicious behaviour. Texial provides specialised training courses on ethical hacking and cybersecurity awareness to enable staff members to safeguard their company and themselves.

  1. Robust Authentication Systems

To stop unwanted access to financial systems, multi-factor authentication, or MFA, is crucial. Banks may greatly lower the chance of hackers getting access to critical systems by demanding various forms of authentication, such as a one-time passcode or a password linked with a biometric scan.

  1. Encryption and Secure Data Storage

Strong encryption methods must be used by banks to safeguard private information while it’s in transit and at rest. This involves encrypting account information, consumer financial data, and even bank staff communications. Banks may lessen data breaches and stop ransomware attacks by making sure that stolen data cannot be used without decryption keys.

  1. Regular Vulnerability Assessments and Penetration Testing

Finding weaknesses in a bank’s network and infrastructure is done proactively via penetration testing, also known as ethical hacking. Security experts can find vulnerabilities and fix them before hackers have a chance to take advantage of them by modelling actual cyberattacks. To help IT professionals find and address vulnerabilities in banking systems, Texial provides specialised cybersecurity and penetration testing training.

  1. Incident Response Plan

A successful incident response strategy is essential for reducing the harm that a cyberattack may do. Banks must have established protocols in place for identifying, stopping, and minimising cyberattacks. Having a group of cybersecurity professionals on hand to react to attacks and promptly restore systems is part of this. Banks may create a knowledgeable staff that can react to and handle cybersecurity issues in real time by using Texial’s SOC (Security Operations Centre) training.

  1. Advanced Threat Detection Systems

Banks need to spend money on cutting-edge AI and machine learning-powered threat detection systems. Unusual activity patterns that can point to an ongoing cyberattack can be picked up by these technologies. These tools, which include automatic warnings and real-time monitoring, allow banks to react to risks before they become more serious.

How Texial Can Help

Professionals must remain current with the newest technologies, methods, and tactics since the banking sector is confronted with more complex cybersecurity threats. To assist IT workers in protecting vital financial infrastructure, Texial provides thorough training in ethical hacking, cybersecurity, and incident response. Banking organisations may provide their staff the tools they need to tackle the ever-evolving cyberthreats of today by implementing Texial’s sophisticated programs.

Texial offers useful training and real-world insights to help banks remain ahead of hackers, whether it be through realistic penetration testing, creating an efficient SOC, or comprehending the most recent developments in cybersecurity.

Conclusion

Cyberattacks are a continual danger to the banking sector, but financial institutions can protect their data, uphold consumer confidence, and stick to laws with the correct plans and preventative actions. Banks are able to address the constantly changing cyberthreats they encounter by stressing staff knowledge, putting strong security measures in place, and leveraging cutting-edge cybersecurity solutions. The security and resilience of the banking industry are greatly impacted by Texial’s specialised cybersecurity training, which guarantees that IT workers are prepared to take on these issues head-on.

Everything you want to know about CEH v13 Ai

Introducing CEH v13 Ai: A Revolution in Ethical Hacking, Now Offered by Texial

The cybersecurity industry is enormously developing and it’s critical to be knowledgeable on the most recent threats and defences. As cyber threats become more sophisticated, the EC-Council has released the much awaited Certified Ethical Hacker (CEH v13 Ai). CEH v13 Ai, which is equipped with innovative tools, methods, and technologies, enables the cybersecurity experts to keep one step ahead of hackers.

Texial, one of the top cybersecurity training institute, is pleased to provide the most recent CEH v13 Ai certification, giving professionals the advanced tools they need to meet the complex cyber issues of today. Take a deeper look at everything CEH v13 Ai has to offer and how Texial makes sure you get the finest education possible.

Key Updates in CEH v13 Ai

The CEH v13 Ai represents a substantial improvement over v12, taking into account the most recent advancements in ethical hacking, v13 has incorporated artificial intelligence with cyber security.

  1. Enhanced Labs and Learning Modules:
  • Laboratories: There are now 221 total laboratories, comprising 91 core labs and 130 extra self-study labs. These hands-on laboratories provide students actual experience in addressing contemporary dangers by focussing on real-world settings.
  • Modules: CEH v13 keeps its 20 modules, however the information has been updated to take into account the most recent developments in cyberattacks.
  • New Technologies: For cybersecurity experts, the introduction of AI-driven ethical hacking, Zero Trust Architecture, quantum computing threats, and post-quantum encryption is revolutionary.
  1. Attack Techniques:
  • There are now 550 assault tactics covered, up from 519 before. Deepfake threats, ransomware assaults, AI-based cyberattacks, and Active Directory attacks are examples of new tactics. These improvements guarantee that students are ready for the complex threats that are prevalent in today’s cybersecurity environment.
  1. Job Role Mapping:
  • A noteworthy enhancement is the rise in work positions from twenty to forty-nine. 49 in-demand career titles, including SOC Analyst, Cybersecurity Analyst, Penetration Tester, and AI Security Engineer, are linked to the skills acquired in CEH v13 Ai. This ensures that qualified professionals are prepared for the most sought-after professions by bringing the training more closely in line with industry demands.
  1. Streamlined Learning with AI:
  • With the release of AI-driven tools in CEH v13 Ai, ethical hackers are now able to imitate complex AI-based assaults in addition to focussing on defence. This latest feature is a reflection of the increasing use of AI in cyberattacks and defence.

Why Choose Texial for CEH v13 Ai?​

Texial is dedicated to offer the greatest cybersecurity training programs, It is the most recommended institute for cybersecurity aspirants to earn the CEH v13 Ai certification. Texial stand-out with its best:

  1. Proficiency Teachers: Texial’s instructors possess substantial practical expertise in ethical hacking and cybersecurity, in addition to their EC-Council certification.
  2. Practical Experience: By providing you with access to all real-time laboratories in CEH v13 Ai through Texial, you can ensure that you get both theoretical knowledge and practical experience.
  3. AI-Integrated Ethical Hacking: CEH v13 Ai is future-ready as it is the only ethical hacking certification that concentrates on Ai driven attacks. To protect yourself from AI-powered hacks, Texial makes sure you have access to the most recent artificial intelligence solutions.
  4. Industry-Relevant Skills: Texial ensures that you are prepared for the workforce after earning your certification by matching its training with actual industry requirements. Texial assists you in positioning yourself at the front by its specialized placement assistance.
  5. International Recognition: Texial’s certification courses are accepted across the world, allowing you to join an exclusive group of cybersecurity experts.

5 Phases of the Ethical Hacking Framework Powered by AI

The process of ethical hacking is methodical and is usually divided into five stages: reconnaissance, scanning, vulnerability assessment, gaining access, covering tracks, . AI-powered tools that improve each of these stages are included in CEH v13 Ai, allowing for more accurate and efficient hacking simulations. This is how each level is amplified by AI:

  1. Reconnaissance: Artificial intelligence (AI) technologies gather and examine vast volumes of data, giving knowledgeable hackers a better understanding of possible weak points. These tools find patterns and anomalies that can point to security flaws.
  2. Scanning: Ai speeds up the scanning process, making it easier to find vulnerable services, unsecured ports, and other security flaws. AI makes sure that no possible attack vector is overlooked by automating this step.
  3. Getting Access: CEH v13 Ai shows how artificial intelligence can be used for complex assaults and take advantage of security flaws. Ethical hackers will equip new techniques for using AI to sneak past security measures.
  4. Maintaining Access: AI assists in maintaining a low profile while keeping access to compromised systems. It analyzes system behaviors and adjusts attack strategies accordingly to avoid identity detection.
  5. Covering Tracks: By employing advanced techniques to conceal any evidence of hacking activity, covering tracks with artificial intelligence (AI) guarantees that the intrusion remains undiscovered.

Ethical hackers are essential to contemporary cybersecurity teams since they might breach cyber attackers employing comparable techniques by becoming proficient in these AI-enhanced phases.

Hacking AI Systems: OWASP Top 10 Attacks

As AI systems are incorporated into corporate processes, hackers are finding them to be attractive targets. A special module on hacking AI systems is included in CEH v13 Ai, which is based on the OWASP Top 10 vulnerabilities specifically designed for AI technology.

Texial makes sure that students learn and understand how to identify, take advantage of, and protect from these weaknesses. Possessing these abilities will be crucial in the rapidly changing field of cybersecurity, since AI systems are being used in an expanding number of businesses.

ShellGPT: Your AI-Driven Scripting Assistant

The incorporation of ShellGPT, an AI-powered scripting tool that automates many of the time-consuming, repetitive activities required in ethical hacking, is one of the most notable improvements to CEH v13 Ai. The purpose of ShellGPT is to assist ethical hackers:

  • Generate shell commands with minimal effort
  • Automate script creation for attack simulations
  • Simplify complex hacking tasks with natural language inputs

With the help of this technology, ethical hackers may concentrate on more complex tactics and problem-solving techniques while AI does the repetitive, manual work.

Updated CEH v13 Ai Modules

Updated to take into account the most recent advancements in cybersecurity and ethical hacking, CEH v13 Ai consists of 20 modules. These modules cover a wide range of subjects, such as:

  • AI in Cybersecurity: Understanding how AI can be both a tool and a target in cyber attacks.
  • Zero Trust Architecture: A security model that assumes all users, inside or outside the network, must be verified before accessing resources.
  • Quantum Computing Risks: The emerging threat of quantum computing and its implications for current encryption methods.

Texial makes sure that hands-on practical training is combined with these theoretical ideas. This course cover a variety of topics, including as ransomware avoidance and AI-driven penetration testing. 

CEH v13 Exam: Prove Your AI-Enhanced Hacking Skills

The revised CEH v13 Ai exam measures your expertise with AI-driven ethical hacking methodologies. It assesses your familiarity with the most recent attack vectors and the countermeasures required to secure against them.

Texial offers comprehensive study materials and hands-on laboratories to boost your training. With knowledgeable professors leading the way, you’ll be well-equipped to grasp the difficulties presented by CEH v13 Ai.

49 Job Roles Mapped to CEH v13 Ai

The growing range of cybersecurity career paths is reflected in the mapping of CEH v13 Ai abilities to 49 employment titles in the cybersecurity domain. Among them are:

Key Updates in CEH v13 Ai

The CEH v13 Ai certification is one of the most advanced in ethical hacking certification courses.

  • AI-Powered Ethical Hacking: Integration of AI into all five phases of ethical hacking.
  • 550 Attack Techniques: Expanded from 519 to include AI-specific threats.
  • Advanced Lab Scenarios: 221 labs covering a variety of AI and traditional cybersecurity threats.
  • ShellGPT: AI-powered automation of common hacking tasks.
  • OWASP AI Vulnerabilities: Focus on the top AI vulnerabilities and how to secure AI systems.

Conclusion :

With the release of CEH v13 Ai, ethical hacking has undergone a radiant transformation that combines cutting-edge cybersecurity techniques with artificial intelligence. Leading this shift, Texial provides real-time hands on practical training to guarantee your master in AI-driven ethical hacking.

Texial’s CEH v13 Ai training will get you ready for the cyber challenges and threats of the future, which boosts the career in cyber security by equipping advanced Ai.

Join Texial’s CEH v13 Ai program today and become the powerful AI-powered ethical hacker by the most in demand certification with 100% placement assistance.

Top Cyber Forensics Courses in India – Prospects of a Career in Cyber Forensics

The ever-increasing frequency of conducting most personal and professional activities online has resulted in a boom in cyber crimes. The use of computers and/or mobiles are must in executing computer-based crimes or cyber crimes. Thus, the need for cyber and digital forensics experts are on the rise. Explore the prospects of a career in Cyber Forensics in this blog.

Online credit/debit card frauds, email scams, mobile-based frauds, ransomware attacks, software piracy, and identity thefts have become an everyday occurrence.

Indians are quite vulnerable to cyber crimes such as online scams, phishing (fraudulent web links, emails), ransomware, network attacks, Nigerian Scams and online matrimonial frauds. Thus, jobs in cyber forensics are blooming. The need for cyber forensics and cyber security experts is at the highest ever!

Some Nerve-Racking Facts

According to a survey by Symantec, India ranks 3rd among nations facing the maximum cyber threats.

The same survey shows that India ranks 2nd in the world in terms of targeted cyber attacks!

In fact, ever since the cryptocurrency fever has gripped the nation, a new form of cyber crime has come into the picture.

Did you know that for crypto mining activities, India ranks 2nd in the Asia-Pacific Japan (APJ) region and 9th globally?

Cryptominers steal power usage for computer processing from enterprises and consumers to mine cryptocurrencies. This new form of cyber crime involving cryptocurrencies can slow down devices, overheat batteries and in rare cases, render devices inoperative.

Now you know why jobs in cyber forensics are witnessing an upsurge!

What is Cyber Forensics?

Cyber Forensics, also known as computer forensics, plays a crucial role in the investigation of cyber offenses and online frauds. It involves the extraction and analysis of digital evidence such as an electronic document, computer, laptop, and storage mediums such as USB drives, hard disks etc.

Cyber Forensics is one of the branches of Digital Forensics that deals with the extraction, preservation, and inspection of any such device that has a storage memory and basic computing power. Cyber Forensics experts are proficient in the extraction of existing or deleted information from a storage or computing device for conducting investigations.

The Scope of Cyber Forensics Courses in India

As already stated above, cyber forensics courses in India are gaining increasing popularity among students. This is due to the rapid rise in incidents of online and mobile phone frauds. The following prime objectives form the basis of cyber forensics courses in India:

• Knowledge of the approach and methods of cyber crime investigations

• Understanding the defensive measures of damage control in response to cyber attacks

• Knowledge of the proactive methods of avoiding cyber crimes

• Recognizing the clues to identify and prevent potential cyber attacks

• Learning the various types of risks involved in computerized and networking operations

Who is Eligible for Cyber Forensics Courses in India?

Cyber Forensics or Computer Forensics is the application of Computer Science for assisting in the legal and criminal justice system. A graduate in Computer Science, Information Technology or Computer Applications is most eligible for Cyber Forensics courses in India. A Cyber Forensics professional needs to pursue a post-graduation in Cyber Forensics or a certification in Information or Cyber Security.

Topics Covered in a Typical Cyber Forensics Course

The following section shall provide you an in-depth insight into the topics that are usually taught to budding cyber forensics experts during their training in Cyber Forensics, Cyber Crimes, Cyber Security & Cyber Law.

Basics of Cyber Forensics: An Introduction to Computer History and Computers, Windows & DOS Prompt Commands, Computer Input-Output Devices, Software & Hardware Classification, Basics of Computer Terminology, Computer Storage, Network, Internet, Mobile Forensics, Computer Ethics, Computer Application Programs, Introduction to Computer Forensics, Fundamentals of Storage, Concepts of File System, Operating System Software, Data Recovery, and Basic Terminology

Fundamentals of Cyber Laws: Introduction to Cyber Crimes and the IT Laws governing them. This includes Cyber Laws associated with intellectual property issues and cyberspace – Hacking, Software Piracy, Virus Attacks, Malware, Cyber Pornography, Cyber Harassment, Email Scams, Social Engineering, DDoS attacks etc.

Fundamentals of Data Recovery: Introduction to the Methods and Tools for Extraction & Recovery of deleted files, cache files, temporary files and formatted partition from computers and storage devices, Ethics and Procedures for Data Recovery, Preservation and Handling of Digital Evidence, Analysis of complete timeline of Digital Files, File Access and Modification, Documentation of Chain of Custody, Recovery of Internet Usage Data, and Introduction to various Digital Forensic Toolkits

Cyber Investigations: Introduction to various methods and tools used for Cyber Forensics Investigations, e-Discovery, Collection and Preservation of Digital Evidence, Email Recovery, Tracking & Investigation, IP Tracking, Methods of Encryption and Decryption, Seizure and Search of Computers and Digital Storage Devices, Password Cracking, and Extraction of Deleted Digital Evidence

Introduction to Cyber Security: Basic of Cyber Security, Software and Hardware-Based Security Measures, Knowledge of Firewalls and Security Standards, Analysis of Threat Levels, Reporting Cyber Crimes, Formation of Incident Response Team, Knowledge of Operating System and Application Attacks, Financial Frauds, Cracking Techniques and Reverse Engineering

Top Cyber Forensics Courses in India

1. Texial Cyber Security :

It is an institute offering corporate, cyber security, ethical hacking, cyber forensics courses in India. Following are the Cyber Forensics courses/certifications offered by them:

• Short-Term Certification Course in Cyber Forensics such as Computer Hacking Forensic Investigator – CHFI, Ethical Hacking – CEH Certification
• Advanced Certification in Information Security and Cyber Forensics
• PG Certification in Cyber Forensics, Cyber Crimes, Cyber Security & Cyber Law
• Universal Certification in Information Securit and Cyber forensics, Cyber Crimes, Cyber Forensics, Cyber Security & Cyber Law

2. Indian School of Ethical Hacking:

This institute seeks to impart knowledge on IT security to engineering graduates and working professionals. They are one of the top institutes offering cyber forensics courses in India. Following are the Cyber Forensics Courses/Certifications offered by them:

• Certified Ethical Hacker Certification
• Network Penetration Testing Expert
• Professional Certification in Computer Forensics

3. Gujarat Forensic Sciences University:

The Gujarat Forensic Sciences University is renowned as the world’s first and only University established exclusively for forensic science and its allied branches. If you are interested in pursuing cyber forensics courses in India, you may consider the following courses that they offer:

• MSc in Digital Forensics and Information Assurance
• M.Tech in Cyber Security and Incident Response
• IBA/RBI Approved Certified Information Security Professional Course (Cyber Security)
• Certificate Diploma in Cyber Crime Investigation (Only for Government Law Enforcement Agencies)
• Certificate Diploma in Cyber Security

4. SRM University:

While SRM University is a well-known name among engineering aspirants, not many are aware that they are one of the top colleges offering cyber forensics courses in India. Following are the Cyber Forensics Courses offered by them:

• M.Tech in Information Security and Computer Forensics

5. IIIT Delhi (Indraprastha Institute of Information Technology):

The Cybersecurity Education and Research Centre is a specialized cell in IIIT Delhi that provides cyber security training and cyber forensics courses in India.

• M.Tech in Computer Science and Engineering with specialization in Information Security and Cyber Forensics

In case you are not game for full-time cyber forensics courses in India, you can pursue certification programs such as CHFI (Computer Hacking Forensic Investigator), CCFP (Certified Cyber Forensics Professional), EnCE (EnCase Certified Examiner), Certified Forensic Security Responder (CFSR) and much more.

Prospects of Jobs in Cyber Forensics

As already stated before, cyber or computer forensics professionals are in great demand these days due to the rising cyber crime incidents. There is a high demand for Computer Forensics graduates in Law Enforcement Agencies in India and foreign nations.

Although Computer Forensics is still in its formative years in India, the employment opportunities for such professionals are witnessing a surge. In fact, most companies are looking forward to hiring Cyber Forensics experts to monitor cyber frauds within their premises. Computer Forensics professionals are also hired to help strengthen the data and information security of an organization.

Some typical examples of jobs in cyber forensics are Computer Forensics Investigator, Computer Forensics Technician, Digital Forensics Specialist, Computer Forensics Analyst, Computer Forensics Specialist etc.

Government Jobs in Cyber Forensics

Professionals trained in Cyber Forensics can also provide training and education to students in various private and public colleges. Additionally, they also have a shot at bagging a job at one of the many Central Forensic Science Laboratories located PAN India.

Expectations from a Cyber Forensics Professional

A computer forensics investigator building a career in cyber forensics must have a robust understanding of the legal and ethical issues concerning digital forensics. A computer forensics professional needs to have a strong knowledge and understanding of the tools used for digital forensic examination. He/she is also expected to be proficient in the recovery, preservation, and analysis of all forms of digital evidence.

Interested in a career in Cyber Forensics? Computer or Cyber Forensics professionals typically work round-the-clock. In case of an emergency, some enterprises may require such specialists to be on-call even beyond work hours and during weekends.

Texial – A Center for Cyber Forensics Training and Cyber Crime Investigations

Texial is a private forensic science laboratory in India that has offices in Chennai and Bangalore. Supported by a repertoire of digital forensics experts from premier institutes and industry mavens, Texial Lab is now the pioneer in conducting cyber crime investigations and providing cyber forensics training in India.

The 5 Latest Cyber Security Technologies for Your Business

Are you bummed by the oft-repeated phrase ‘cybercrimes are getting graver by the day’? Well, unfortunately, it’s true. Cybercrime masterminds often have an equivalent technical prowess as their cyber security counterparts! This has led to an ever-evolving landscape of cybercrimes that constantly outsmart modern cyber security technologies. So, does that end our fight against cyber threats? No, the answer lies in increasing cognizance and implementation of advanced cyber security technologies. This blog gives you the 5 latest cyber security technologies that you must be wary of.

Cybercrime is the New Threat that Terrorizes Nations

In terms of national security, physical terrorism still remains the top concern for nations across the globe. However, the times are changing rapidly, and not for good though! Terrifying as it may sound, the United States has recently declared cyber attacks to be a greater threat to the country than terrorism. And, when one of the most powerful nations in the world expresses such concerns, one can well imagine the vulnerability of small businesses and developing nations to cyber attacks!

In fact, US Homeland Security Chief, Kirstjen Nielsen, believes that the next 9/11 attack is likely to happen online rather than in the physical world. However, it’s unfortunate that few governments and public enterprises are still not taking cyber threats as seriously as they should.

The Need to Adopt the Latest Cyber Security Technologies

There’s a lot of buzz around cyber attacks in the last couple of years. Does that mean the cybercrimes never existed in the past? Well, they did! Just that the impact was not as severe and large scale. The recent spate of cyber attacks such as WannaCry and NotPetya reaffixed the global attention on the cybercrimes.

Recognizing and deploying advanced cyber security strategies to combat threats is the need of the hour. Here’s why one NEEDS to acknowledge cybercrimes, treat them seriously and have preventive measures in place.

1. The Targets of Attack are Changing

Gone are the days when the targets of cybercrimes would be petty in nature. A cybercrime’s prime objective is no longer just vengeance, quick money or extracting confidential details. It has transcended to bigger targets and more sinister motives, more commonly known as cyber warfare. All critical infrastructures, at present, such as utility services, nuclear power plants, healthcare facilities, airports, etc. are connected to a network. By 2030, there would be nearly 30 billion connected devices! So, how many more targets are we creating for cybercrime masterminds to exploit? Mull over it!

2. Cyber Threats Are Becoming More Advanced

Cyber criminals are getting more advanced and sinister by the day. And, don’t you think it’s that easy to get the better of black-hat hackers! Hackers have the same technical prowess as a top computer science professional. And as technologies to keep cyber threats at bay advance, so do the methods of attack! Skilled black-hat hackers are growing in numbers, and so are sophisticated tools in the dark and deep web.

3. The Aftermath is Grave

As mentioned earlier, all critical infrastructures are now connected to a worldwide network. In fact, all companies have their business-critical data recorded in digital format and are hence greatly dependent on their systems and networks. In such circumstances, even a small attack on the network or system can have a cascading effect on their operations. Failure to secure such critical networks from potential cyber attacks can endanger credibility, sales, profits, and sometimes, even national security!

4. Critical Shift in the Nature of Cyber Attacks

Imagine what would happen if one manages to hack a power grid or any other public utility infrastructure? Public inconvenience, lost revenues, reputational damage, regulatory penalties, and a whopping expense in restoring operations and improving cyber security measures. The impacts of an attack are no longer restricted to individuals but span across global economic and political systems.

The Top 5 Latest Cyber Security Technologies

Cyber warfare continues to gain heat with newer technologies available to break into systems and networks. There have been many cases of attack on critical infrastructures such as healthcare, water systems, and power grids. On a smaller scale, there has been a spurt in ransomware and malware attacks on enterprise networks.

Man creates technology, and it is the man who can get the better of this technology. Thus, no cyber security mechanism is foolproof and can ever be. The wise choice is to constantly identify and adopt emerging technologies to fortify cyber security. Here’s a list of the top advanced cyber security technologies on the charts.

1. Artificial Intelligence & Deep Learning

Artificial Intelligence is quite a buzzword these days. Ever wondered how one can apply AI to cyber security? Well, the application is in a way similar to the working of two-factor authentication.

Two-factor authentication works by confirming a user’s identity based on 2-3 different parameters. The parameters being, something they know, are and have. Add to that additional layers of information and authentication, and that is where AI comes into the picture. Deep learning is being used to analyze data such as logs, transaction and real-time communications to detect threats or unwarranted activities.

2. Behavioral Analytics

With the whole Facebook Data Breach fray, one is well aware of the use of data mining for behavior analysis. This technique is widely to target social media and online advertisements to the right set of audience. Interestingly, behavior analytics is being increasingly explored to develop advanced cyber security technologies.

Behavioral analytics helps determine patterns on a system and network activities to detect potential and real-time cyber threats. For instance, an abnormal increase in data transmission from a certain user device could indicate a possible cyber security issue. While behavioral analytics is mostly used for networks, its application in systems and user devices has witnessed an upsurge.

3. Embedded Hardware Authentication

A PIN and password are no longer adequate to offer foolproof protection to hardware. Embedded authenticators are emerging technologies to verify a user’s identity.

Intel has initiated a major breakthrough in this domain by introducing Sixth-generation vPro Chips. These powerful user authentication chips are embedded into the hardware itself. Designed to revolutionize ‘authentication security’, these employ multiple levels and methods of authentication working in tandem.

4. Blockchain Cybersecurity

Blockchain cyber security is one of the latest cyber security technologies that’s gaining momentum and recognition. The blockchain technology works on the basis of identification between the two transaction parties. Similarly, blockchain cyber security works on the basis of blockchain technology’s peer-to-peer network fundamentals.

Every member in a blockchain is responsible for verifying the authenticity of the data added. Moreover, blockchains create a near-impenetrable network for hackers and are our best bet at present to safeguard data from a compromise. Therefore, the use of blockchain with Artificial Intelligence can establish a robust verification system to keep potential cyber threats at bay.

5. Zero-Trust Model

As the name itself states, this model of cyber security is based on a consideration that a network is already compromised. By believing that one cannot trust the network, one would obviously have to enhance both ‘internal’ and ‘external’ securities.

The crux here is that both internal and external networks are susceptible to a compromise and need equal protection. It includes identifying business-critical data, mapping the flow of this data, logical and physical segmentation, and policy and control enforcement through automation and constant monitoring.

Texial – Pioneers in Cyber Security Solutions

Texial is a private forensics lab in Bangalore. Equipped with the latest digital forensics tools, it specializes in offering digital and cyber forensics services and solutions. Additionally, Texial Lab has created a niche in offering advanced cyber security solutions to government and private organizations. Backed by a team of cyber intelligence experts, Texial Lab comes with profound experience in the precise areas demanding security from potential threats.

Top 5 Tips to Identify a Phishing Email

Bitter as it may sound but your inboxes are constantly vulnerable to cyber attacks. Phishing emails are a rampant problem and they are only getting worse with newer techniques of deceiving users. However, it is often easy to differentiate a phishing mail from a genuine one. All that it requires is a little extra vigilance and few tricks down your sleeve! So, here are the top 5 tips to identify a phishing mail. Keep these tips handy to spot a phishing mail and safeguard yourself from a host of other cybercrimes.

What is Phishing?

Phishing is the act of deceiving an individual through electronic communication in order to obtain his/her sensitive information. The information that is usually sought by malicious cyber criminals ranges from passwords and user names to credit/debit card and other financial details.

The greater consequence of phishing is financial frauds or identity thefts executed by misusing the victim’s confidential information. In fact, phishing makes up for nearly 90% of all data breaches.

Enterprises of all sizes are most vulnerable to phishing attacks due to their wealth of business-critical and sensitive data. Phishing attacks affected a staggering 76% of organizations worldwide in 2017!! Note that over 90% of malware continues to be delivered through emails.

Top 5 Tips to Identify a Phishing Email

Users all across the globe receive an average of 16 malicious emails every month! Additionally, with the host of email subscriptions that we consciously sign up for, a careful examination of an email before our response could be quite taxing.

Nevertheless, awareness is key to foiling potential attempts of stealing your confidential personal or business data. Here are some tips on how to spot a phishing email.

1. Stay Clear of any Demand of Sensitive Information via Email

Remember that a legitimate organization would never demand your sensitive personal or financial information through an email. Moreover, a company that you usually deal with would rather direct you to a phone conversation for any information about your account. Beware of unsolicited emails that demand personal information and contain a link or attachment. It is definitely a scam!

2. Be Wary of Generic Email Salutations

Steer clear of emails (usually, marketing emails) that address you as a ‘valued member’, ‘valued customer’, ‘customer’ or ‘account holder’. One must avoid emails containing such generic salutations at all costs as they are usually spam emails. Remember that a legit company would address you by your name.

However, some cyber conmen are avoiding the salutation part of the email altogether! So, make sure you refer to the other points in this checklist to identify if it’s malicious or genuine.

3. Check the Domain in the Email Address of the Sender

One of the most important tips to spot a phishing email is closely examining the sender’s address. Check the domain in the email address i.e. the part that comes after ‘@’. This would give you a fair idea about the origin of the email and hence its authenticity.

Cybercrime masterminds often alter the spelling here and there to make the domain look legitimate. So, exercise caution! Although, this is also not a foolproof tip as companies often use unique or miscellaneous domains to reach out to their customers. In fact, small-scale companies rely on third-party email providers to send emails. So the dubious-looking domain may actually be a genuine one!

4. Spelling Errors Should Ring a Warning Bell

Remember one thing! Every brand and every company is spending loads on its team of proofreaders and copywriters. This to ensure that the content that they put out to customers is free from errors, factual and grammatical. An erroneous content, especially in an email to a potential or existing customer is a huge embarrassment for the company.

Hence, it’s obvious that an email from a legit enterprise would be well written. On the contrary, one can easily identify scam emails by their grammatical and spelling errors. Obviously, hackers are no fools either! They know their target audience and such phishing emails are mostly targeted at the lower strata of the education pyramid.

5. Watch out for Unsolicited Attachments

Do you know what the most popular bait in phishing emails is? Unsolicited and suspicious-looking attachments and links. A legit organization never sends emails with random attachments or links. They would rather direct the user to their own website to download documents or files if required.

However, companies that do have your contact details may send you white papers, newsletters, etc. as an attachment. So, this isn’t again a fully reliable trick although you must be wary of attachments having .exe, .scr, and .zip extensions. The best way out is to contact the sender directly in case of any doubt.

Phishing Attacks are Getting Harder to Detect

The aforementioned tips to identify a phishing email shall surely increase your awareness and vigilance to phishing attacks. However, phishing attacks are getting stealthier and more sophisticated by the day. Attackers are no longer targeting victims with the typical spam messages having some or the other loophole giving them away. With evolving techniques, even discerning users may find it difficult to spot a phishing email until it’s too late!

It’s alarming that nearly half of the phishing or fake websites now come with SSL Certification i.e. the HTTPS encryption! They also increasingly using techniques such as web page redirects to evade detection. Furthermore, some fake banking websites are using fake fonts and other encoding techniques to give off the appearance of a genuine website. Such techniques are increasingly making it harder for even the most careful user to spot phishing attempts.

Texial – Investigation Services for Phishing Attack Victims

Texial is a forensics lab in Bangalore, specializing in digital and cyber forensics. Backed by a repertoire of the best-in-class forensic professionals, IFF Lab offers investigation and cyber security services and solutions. IFF Lab also provides training and awareness to enterprises and law enforcement agencies on cybercrime prevention.

Importance of Digital Forensics in India

Digital forensics consists of investigative techniques used for the gathering of digital evidence from electronic devices for submission in a court of law. Conventional crime leaves behind clues like fingerprints, DNA, footprints, and witnesses for investigators to examine. Similarly, digital activity on electronic devices leaves a trail of data for cyber investigators to inspect and find the perpetrators.

India’s Growing Digital Footprint

India is a country with over 1.3 billion people but ranks poorly in terms of the ratio of police personnel to population. The ratio stands at 138 police officers for every lakh citizens. With high levels of bureautic red tape, justice is often very slow and difficult. However, things are improving and the government has begun to implement reforms.

In light of such appalling statistics, the importance of digital forensics in India cannot be overstated. The number of smartphone users in the country has risen sharply with the availability of cheap mobile data, and with that, the number of cybercrimes has seen a drastic increase. The current information era has witnessed several cyberattacks across the nation and they are only predicted to increase not only in India but across the globe.

Official government reports mentioned that India experienced over twenty-one thousand cyber attacks in 2017. With limited resources to deal with cognizable crimes, cybercrimes have not been considered a priority and continue to receive little to no attention when it comes to government policy decisions.

Bolder Attacks on Bigger Targets

Cyber attacks across the globe have increased in frequency and audacity. Gone are the days when people had their computers hacked. Hackers have now moved on to larger targets. The city of Atlanta in the United States experienced a massive attack in 2018 that crippled many of its public services, utilities, and municipal functions. It cost the city nearly $10 million in damages. 

Considering such blatant attacks, a robust cyber forensics capability is extremely important for assessing cybercrime and implementing preventive measures. 

As India continues to embrace technology and digitization into its public sector; cybersecurity and digital forensics must have maximum priority. Cyber forensics is the foundation for an effective defensive measure against cyberattacks on civilians and government targets. It enables investigators to analyze computer systems after an attack to determine the extent of damage, recover lost data and find the perpetrators.

Why Data is valuable for hackers?

Data has become an extremely valuable resource, and several subject matter experts agree that it is more valuable than oil. Since internet activities from every user generates information about usage, user’s data reveals information about people’s browsing habits, purchasing patterns, and even political inclinations. This information is invaluable for advertisers who can customize their content to suit each user’s preferences. 

In the wrong hands, such information can be used to sway public opinion and influence elections. Hence, protection against such data against breaches is paramount.

Urgent Changes For Evolving Times

India has one of the world’s largest IT industry and several tech startups in India received millions of dollars in funding. India’s IT industry is valued at over $150 billion since 2017 and provides various types of products and services. Moreover, several departments with the Indian government have digitized operations. Each year sees more people in India turning to mobile applications for a wide range of activities. In light of this, the ratio of computer users to that of forensic investigators being one of the lowest in the world paints a grim portrait.   

An increasingly high number of people rely on mobile applications for several day-to-day activities like payment of utility bills, transferring & receiving money, paying taxes, etc. So, a cyberattack on one’s device could be catastrophic. Most of the 21,000+ victims of cyberattacks in India are still yet to receive justice or even find out who was behind the crimes. These types of breaches are only going to increase in frequency and in the absence of forensic capabilities, most of the Indian citizens remain completely vulnerable to cybercrimes.

All of these factors underpin the urgent need for cyber forensics capabilities. It is extremely important for universities to offer relevant courses and for the government to allocate higher budgets to establish forensic centers across the country. The existing centers that offer investigative services are mostly privately run and are rarely affordable to everyone. Additionally, government centers are often difficult for common people to access.

Due to the ongoing wave of globalization, there has been an explosion in the demand for IT services, which in turn has maximized the requirement of digital forensic experts. There is a severe dearth of trained and experienced experts for cybersecurity and cyber forensics. Since cyberattacks or data breaches don’t receive the same level of media coverage as other tangible types of crimes; the problem is further worsened by a lack of awareness about the same. All of these factors have contributed to a frighteningly inadequate cybersecurity infrastructure.

Exciting Career Opportunities

Digital forensics is an integral part of cybersecurity and it involves multiple levels of proficiency. At the beginners’ level, cyber forensic investigations are carried out with the help of tools and does not require the investigator to be acquainted with programming skills. However, advanced levels delve deeper into the subject and are recommended for individuals who have a deep understanding of computers. At this level, they would be authorized to conduct in-depth investigations of data breaches involving large companies and highly sensitive data.

Several business analysts agree that the market for cybersecurity and cyber forensics is very large and continuously growing. The global cybersecurity industry currently stands at over $137 billion in 2019 and is expected to grow to an astounding $248 billion in the next five years. But the requirement to fill this massive gap is grossly insufficient. This creates a rare opportunity for graduates to forge a lucrative career going into the next decade. 

The last two years witnessed a rise in cybercrimes by over 200% as compared to 2015-2017. Experts in digital security and law enforcement have issued several warnings to authorities, predicting the impending rise in illicit activities in the digital world. While some countries have taken steps to bolster relevant investigative capabilities, India remains alarmingly behind in implementing any significant reforms in the existing cyber defensive infrastructure.

The Future of Cyber World

Although the generation of millennials is well aware of the dearth of expertise, the government is only just waking up to the seriousness of this issue. However, several private sector companies across many industries have implemented extensive cybersecurity measures and employed some of the top cyber forensic investigators in the aftermath of an attack.

This is indicative of rising awareness and subsequent initiative on the part of business leaders regarding the importance of digital security and forensics. But it is yet to translate into definitive action to reform the education system to prepare upcoming graduates for the huge market for computer security and digital forensics. At present, several privately owned institutes are offering certificate courses for cybersecurity and digital forensics.

 India has established itself as a hub of technology and innovation. Many startups in Bangalore and Hyderabad has received millions in investments and continues to be founded by ambitious entrepreneurs. As the world’s second-most populous country with a flourishing software industry, India is an attractive market for many types of internet-based products and services.

However, it also raises serious questions about the prevailing cybersecurity scenario in the country. As we move towards an increasingly digitized world, a solid foundation in security measures can ensure sustainable growth and high employment opportunities. 

Types of Training on Cybersecurity and Digital Forensics by Texial

Training on Cybersecurity

Cybersecurity comprises of all practices to prevent theft or damage to digital assets and computing systems. It involves a thorough analysis of existing digital architecture to find exploitable vulnerabilities and implementing preventive measures. Additionally, it also includes creating awareness amongst users about all techniques that hackers may use to steal data.

  1. Trainers will demonstrate hacking techniques, following which students will have to practice them.
  2. The curriculum would comprise of methods for hacking into computers, servers, as well as networks through the use of a wide array of tools in varying scenarios
  3. Subsequently, each student will learn to penetrate systems and pinpoint the vulnerabilities, so that appropriate preventive measures can be taken
  4. Students will also have to prepare detailed reports on the methods and tools utilized, in addition to each susceptibility

Training on Digital Forensics

Cyber forensics is a subset of forensic science concerned with the recovery and examination of evidence that is in digital format. In the aftermath of a cyberattack, investigators use forensic tools and techniques to discern the nature of the attack and find out how it occurred and retrieve the lost data. 

Furthermore, analyzing data breaches may even help forensic investigators to track down the criminals. In other words, cyber forensics provides a vital tool for investigators to solve cases.

The following are examples of instances where students will apply their forensic training – 

  1. Candidates might be presented with a partially damaged/formatted/hacked device that may contain vital evidence. Students will be applying forensic techniques to retrieve data from the device which might contain clues about illicit activities, and help the police.
  2. Students will need to evaluate a hacked website and recover information that will highlight the causes of the breach and help track down the criminals.
  3. A database server may have suffered a data leak. Students will have to analyze the activity log and determine if there was unauthorized access to the server and track down the responsible individuals.     

A database server may have suffered a data leak. Students will have to analyze the activity log and determine if there was unauthorized access to the server and track down the responsible individuals.     

Classroom Training

Classroom training for cybersecurity and digital forensics involves interactive hands-on sessions with theoretical and practical approaches to learning. Each session is conducted by certified professionals who possess experience in handling actual criminal cases. Moreover, the police and lawyers routinely consult our experts in legal disputes to procure evidence for concluding forensic cases and getting subsequent convictions.

Students will learn to use globally recognized cybersecurity and digital forensic software through simulations of actual scenarios. These produce nearly identical situations where trainees will face lifelike incidents of cyberattacks or criminals cases. Students will need to apply their skills for troubleshooting, resolutions and gathering evidence to assist law enforcement agencies.  

At the end of the course, students will need to take an exam that will test their theoretical and practical knowledge of the course curriculum. The exam consists of lifelike scenarios of cyber-attacks and students would have to respond to them appropriately.

Online Training

Students who prefer to attend classes from their comfort zone can sign up for online forensics or cybersecurity training. It is almost entirely similar to Classroom Training, except for the fact that all students will be attending from remote locations.

The course consists of theoretical explanations and hands-on training for using cybersecurity and forensic software. Students can practice using the tools through online simulators for learning to apply the right software to match the circumstances.

At the end of the course, students will need to take the exam in order to receive their certificates. Furthermore, the mode of the exam will be similar to that of Classroom Training.

One-on-One Training

One-on-One training is for digital forensics and cybersecurity leaners who wish for a more individualized method of training. It suits best for people who are more comfortable with a personalized learning environment that provides special attention throughout the respective course. 

One-on-one teaching would involve all the aspects of Classroom Training and the training would end with an exam for the certificate.

Texial

A certificate from the Texial opens up a world of opportunities for its holders. It signifies that the student has successfully completed industrial training for cybersecurity and digital forensics and is ready to handle actual criminal cases. 

Enroll at Texial Lab today to forge a successful career in cybersecurity and digital forensic.