Mayur Rele Solve The Cybersecurity Talent Gap

The cybersecurity talent gap is no secret and the demand for skilled cybersecurity workers continues to increase. With the development of new technology, there is an increase in cybercrime, and information security is high on every organization and business agenda. The current situation in the information technology industry shows that there are skills shortages all over the world. However, the growing rate of cyberattacks indicates that the demand for the cybersecurity profession is increasing at a fast rate than any other sector of the information technology market.

Cybersecurity requires longer hours than other technology sectors, with less room for mistakes. You have to study a lot of software and develop your technicals skills which can be very stressful. Also, cybersecurity is very demanding and you need to develop a great personality to be a professional. Therefore, many information technology candidates do not choose it as a career. This has created an unfilled cybersecurity job with no lasting solution in sight. Read on, as Mayur Rele, an expert in cloud automation and cybersecurity takes us through how to solve the cybersecurity talent gap.

Invest in your current cybersecurity employers

Research has shown that many organizations and business owners do not invest in their cybersecurity employers. We are not talking about the annual security awareness training but investing in improving the skills of your cybersecurity workforce. Organization and business owners should give incentives and contribute to programs such as reimbursement for certificates, training trips, an increase in salary, practical tests, promotions, and many more. They can also invest in cultural changes, and assist their employee to motivate their self-development plan. This will help them set their own professional goal which in turn benefits the organization. Therefore, the time, resources, and money most companies use in investing and hiring an external candidate can be used to invest in internal employers who are already familiar with the organization, their business tactics, and the tools used in the company.

Integrate consolidation tools

“Alert fatigue is a common occurrence in cybersecurity and it is increasing greatly because of the different numbers of technology tools used by every organization,” says Mayur Rele. “Therefore, instead of adding many tools, security infrastructure should be consolidated and simplified. Also, the tools must be integrated into a streamlined platform.”Mayur advises. Furthermore, each tool should be able to reduce risk, measure the reduced risk, and also sustain that reduction. It should also protect the organization from frequent cyberattacks.

The use of automation

One of the best ways to deal with the cybersecurity talent gap is through the use of automation. Automation helps you reduce human involvement and allows you to do more with lesser personnel. Automating everything that can be automated at every stage of your workflow gives you a quantifiable result. For this to happen, you need to have the right tools and be confident in it. Your tools must be 100% perfect for effective automation. Also, many web applications can help you remove every uncertainty at every step. Hence, bridging the cybersecurity talent gap can be achieved by using accurate automation in combination with a streamlined workflow. When you’re assertive about your automation result, you can easily automate your routine operation and allow your cybersecurity professions to focus on tasks that can only be carried out by humans.

Give your employers cybersecurity education

Everyone in all organization has their own email and use it to send companies data from one department to another. Phishing emails is one of the tools used by cybercriminals to take sensitive data from the organization. Therefore, many organization security is harmed by limiting the organization’s security responsibility to the cybersecurity team. Anyone handling the companies data is responsible for keeping cybersecurity threats at bay and specialized security functions should be the ones designated to the cybersecurity team. Every employer should be thought how to secure their email, educate them about cyberattacks, and how their impact can strengthen the organization’s security and vice versa.

Originally Posted at: https://learnloftblog.com/technology/cybersecurity-talent-gap/

Mayur Rele Credential Stuffing Ending

Credential stuffing is one of the most common cybersecurity threats that many applications face today. Virtually, any application with a login page is usually targeted for credential stuffing. Credential stuffing is a type of cyberattack where cybercriminals gain unauthorized access into users’ accounts in an application through the reuse of compromised credentials in a previous breach. Cybersecurity criminals rely on the fact that end-users frequently use the same username and password on many platforms. Therefore, when their credential is breached on one application, it can be used to open their account on other sites.

Cybersecurity criminals often rely on bots to test username and password. Bots do not only automate the testing of username and password, but it also allows it to spread over many IP addresses which makes it difficult to differentiate between valid end-users and attacking nodes. Over the years, billions of login credentials have fallen into the hands of cybersecurity criminals as a result of data breaches which is used for a phishing email, spams, and account takeover.

Read on, as Mayur Rele, an expert in cybersecurity and cloud infrastructure with vas experience in different technology companies takes us through how to put an end to credential stuffing.

The effect of credential stuffing

Credential stuffing can be devastating as it is caused by breaching another site. It is often used to commit fraud by making an unlawful purchase from the account. The attacker can also resell the account in the black market or used it to spread wrong information, malware, fake comment, and revies on other platforms. This often destroys the image of many brands and leads to financial damages. Also, the use of bots to test credentials on many application often drive hot traffic to the site. This affects the responsiveness and availability of the application for real end-users. Therefore, it is important to control the bot as it affects both the operational performance and security of the end-users accounts.

How to prevent credential stuffing

Detection of bot

One of the best ways to detect real users from bots is the use of captcha. Captcha is a computer program used to distinguish between human and machine input on a website. It also protects the website against cyber-attack.  However, you need to be very careful as solving captcha can be automated. To overcome this, make use of Recaptcha which is available in three different versions.

Adopt strict password complexity

Many people often use simple alphabet and number which makes their account vulnerable to hackers. Therefore, sites should adopt strict password complexity rules. The password should be lengthy and combined with characters, numbers, and alphabets. If customers create a password that resembles a data breach, they should be told to create a new password. Also, guidelines should be given to customers on how to create a stronger password.

Make use of multi-factor-authentication

Multi-factor authentication is an electronic authentication that requires individuals to provide two or more credentials before their identity can be authenticated in information technology.  These credentials are often in form of biometrics, codes, password, and many more. “Multi-factor authentication is the new method used in blocking cybersecurity criminals that makes use of multiple security layers. This method makes it very difficult for cybersecurity criminals to execute credential stuffing. A good way put various obstacles to hackers who might want to penetrate your site and ensure maximum protection,”Mayur Rele says.

Adopt risk-based authentication

Risk-base authentication is the application of stringency to the authentication process. It is also used to calculate risk based on a built-in set of rules.this are often related to the user’s identity details, geo-velocity, data sensitivity, and many more. Risk-based authentication is often used when there is a high-risk scenario and the site wants their customer to use customized password security.

Originally Posted On : https://learnloftblog.com/technology/credential-stuffing/

Mayur Rele | Smartphones Cybersecurity Loopholes

Mayur Rele: The Smartphone is a gadget one cannot contemplate living without! You need it to set alarms in the morning, set reminders for appointments, receive notifications on the nearest coffee shops, catchup with your friends after work, pay electricity bills, do some shopping and book a doctor’s appointment. Many are also using the Smartphone for business like making orders and paying for transactions made. It has become a necessity rather than a luxury, you can’t miss it in your pocket, briefcase or handbag.

Mobile social networking applications in most cases lack Technical security measures like firewalls, encryption and antivirus found in Personal Computers. Unfortunately, many users are unaware of such shortcomings and they are reluctant to activate the Antiviruses which come with new gadgets. According to Mayur Rele As a result, smartphone users have become an easy target to Cyber-attacks especially Hacking.

Here is a list of 5 common Smartphone threats you need to be careful about.

1Riskware apps

These are free mobile apps available on the internet. Users unknowingly grant them permission in their gadget posing a threat to unintentional data leakage. To be safe, install only the apps you are sure of and that you need from a credible source. Avoid malicious malware.

2Free Wi-Fi networks

 Such networks are available in public places and they are tempting for anyone to log in. They are unsecured and very prone to cyber-attacks. Never use them to access personal data or make financial transactions, your credentials like passwords and bank details can easily be stolen. If possible, avoid them at all cost and use trusted Wi-Fi networks.

3. Spoofing

 This is a cyber-attack from a fake access point posing as a Wi-Fi supplier but they are actually trapped to unsuspecting Smartphone users. They are common in high traffic areas like Clubs, Colleges, libraries and busy transport Terminus. Mobile users are extremely vulnerable as confidential information can be stolen and contents in personal accounts read in real-time. The requirement is users to open an account in order to access the free Wi-Fi, they then target the email and password submitted as users are likely to use a single email for multiple accounts. To protect your personal information, never click on unfamiliar links, or if possible, avoid such untrusted networks.

4.Weak Encryption

Mobile phone application makers can code a weak application that is susceptible to attacks. Insecure applications make mobile users vulnerable to numerous Cyber-attacks as criminals can easily by-pass with no firewalls installed to access personal data or steal passwords.

5.Spyware

 These are spying or stalking applications installed in a Smart phone by family members, spouses or the employer without the owner’s consent in order to keep track of their whereabouts or activitiesThey are not easily noticeable but they can be detected with a malware detection suite. To avoid that, keep your gadgets to yourself and always take note of who has access to the phone.

What can you do to avoid such attacks?

Mayur Rele says, always use reliable and Secure Wi-Fi networks, keep an account of who have an access to your Smartphone at all times, and also have your gadget occasionally scanned by professionals to detect any suspicious spyware. Finally, conduct due diligence and understand the nature of mobile phone threats to make yourself secure.

Originally Posted at : https://articleshubspot.com/mayur-rele-smartphones-cybersecurity/

Quantum Technology In Cybersecurity

Mayur Rele: Quantum computing marks a new generation that will potentially revolutionize cybersecurity. The advancement in technology will possibly render the existing methods of encryption outdated. For this reason, data will be exposed or left open to interception awaiting improved methods of decryption to be developed. Hence, future data security is dependent on quantum key distribution.

Quantum key distribution maintains secure communication through use of quantum mechanics. This approach allows for production of a random secret key that is shared by two parties only known to them. Thereafter, messages between the two users can be converted and deciphered using that random secret key.

Quantum Technology unleashes a New World of Technology

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Quantum key distribution is a future key technology that will maintain data confidentiality and privacy. This offers the top and sole absolute secure method of encrypting data. The reason for this is that the advancement in technology does not render laws of quantum mechanics vulnerable. The amazing implications of quantum technology imply that quantum-secured messages are protected from eavesdropping. Quantum key distribution is able to encrypt several data transfers including government, corporate or private use. A global quantum network is what the future of technology looks like as quantum key distribution channels will be developed within various communication channels.

How quantum Technology Works

Quantum key distribution allows for the production of a random secret key from a diminutive, pre-shared verification password and an open swap between two users. Quantum key distribution accomplishes two necessities of protected security. First, a quantum arbitrary number generator generates a truly random bit sequence, which is employed as a one-time cushion encryption key. Second, it enables authenticated users to safely exchange the encryption key.

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The law of mechanics forms a tool used by quantum key distribution to protect an encryption key shared between authenticated users. The key is denoted as a dual bit sequence, which becomes incoherent when combined with sensitive data. Since the key is random and secure, an eavesdropper is unable to obtain data from it when they steal encrypted data. Moreover, quantum particles comprising single photons of light act as data carriers forming the encryption key. These quantum particles will then behave in a manner that privatizes data.

Mayur Rele : Any attempt to compute or copy the information that the quantum particle carries before the recipient gets it indicates a high error rate to the authenticated users during transmission. In case of such notification, the users can do away with the key and start the process all over again. There is no harm discarding the intercepted key since it is not used to encrypt sensitive data.

Conclusively, quantum technology denotes a paradigm move in computation. We look forward to a fascinating future of technology surfaced by quantum computers. Quantum computing is a game- changer for cybersecurity as it offers a faster way of protecting data. This technology has the potential to revolutionize computation by enabling specific kinds of typically difficult problems to be solved. This promises a great future of technology where data security will be more enhanced.

Originally Posted : https://dailydialers.com/tech/quantum-technology-cybersecurity/

How to Become a Cyber Security Specialist?

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Mayur Rele has global experience in managing and evangelizing products in hi-tech for technology, startups, and hyper growth companies. Mayur’s areas of expertise are IT strategy, business development, and cybersecurity. He played a critical role in turning around IT functions, driving key engagements in the cybersecurity space. Mayur Rele held key positions in IT, e-commerce, and technology companies.

The demand for cybersecurity jobs is growing like wildfire and there is no chance this is going to stop in the foreseeable future. Society today has become so dependent on technology and the internet, so much so that it has become an integral part of our lives. With these comes the issue of security and cyberattacks which are only becoming more rampant and more harmful. Hence, cybersecurity jobs are in high demand, and increasing security issues makes it more crucial and highly wanted. If you are considering a career in cybersecurity, you have simply made the right choice. We ask cybersecurity expert Mayur Rele, to shed more light on the career prospect and how to become involved.

The U.S. Bureau of Labor Statistics expects a 32% growth in hiring for the Cybersecurity role between 2018 and 2028.- far outpacing the average of other organizations. Plus, the demand for cybersecurity experts has increased by 4000. This can be an exciting and rewarding job for anyone that is ready to take up the challenge.

“The problem is there are so many jobs available in this field but the supply of skilled professionals is very low and does not even come close to meeting up the demand. This has made many government organizations, private companies, and educational institutions to train anyone interested in a cybersecurity career,” says Mayur Rele. How do you become a cybersecurity expert? Let’s dig in!

1.Understand the profession

Before diving into this career, it is important to conduct research and understand the fundamentals. Hence, we start with :

Who is a cybersecurity expert?

A cybersecurity expert is one who provides secure network solutions to protect against data breaches, attacks, illegal duplication, theft, and many more. They work for businesses of all sizes and industries to ensure their information systems are secured. They monitor, detect, investigate, analyze, and tackle security issues. Cybersecurity expert plays a huge role in preventing and protecting systems from vulnerabilities, threats, and all forms of cybersecurity risks.

What are the skills required for cybersecurity jobs?

Possess excellent Problem-Solving Skills and a great eye for detail

Be technologically savvy with an in-depth understanding of IT, network, security systems across various platforms, and many more.

Ability to make strong decisions and develop solutions

Have communication skills in order to communicate with other departments or roles effectively.

Desire to learn in order to stay up to date with the latest cybersecurity trends, tactics, and tips.

As a cybersecurity expert, what are you required to do?

Generally, the key roles of cybersecurity experts include:

Implementing built-in security measures at the developmental stages of software systems, and data centers.

Looking out for vulnerabilities and risks in both hardware and software

Developing the most secured way to protect the IT system of an organization

Regularly updating the defensive protocols and systems

Monitoring and safeguarding all gateways to information

Removing the vulnerabilities in network or system if/ when there is any

Read More: https://www.klusster.com/klussters/mayur-rele-16783/publications/how-to-become-a-cyber-security-expert-16783-33448