How to Detect and Prevent Email Security Risks in 2023?

As online communication becomes increasingly necessary for any company to flourish, an e-mail will be a significant security problem in certain instances in 2023. In fact, e-mail security risks, such as whale phishing, whaling, and ransomware, are already rising at an alarming pace nowadays. Cyber threats have become paramount issues for both big and small businesses, and consequently, they must develop methods to mitigate increasing issues with e-mail security.

Since more than 90% of cyber-attacks are started by e-mail because the weakest link in the security chain is e-mail, an infringement of security may negatively affect the image of either the consumer or the business. However, combating attacks by hackers requires a multi-layered e-mail security procedure. One issue is that e-mail is not a protected communication medium by default.

13 Email Security Risks in 2023 and Their Solutions

1- Spoofing and Phishing

E-mail spoofing happens when a cybercriminal sends an e-mail to a user masquerading as someone the user knows. Phishing is another hazardous method to mislead customers into giving cybercriminals personal data like bank accounts or social security numbers. 

E-mail spoofing to the original sender is easy to accomplish and hard to trace. Cybercriminals sometimes add pictures and trademarks that seem more genuine and authentic. They even create a connection that appears natural. It leads users to a fake website, though.

As spoofing and phishing are two of the most common types of Email threats, customers need to be informed of the accessible anti-phishing solutions.

2- Domain’s Squatting

Squatting is registering, selling, or using a domain name to profit from another party’s brand. Consequently, companies and their customers may become targets for domain squatting.

To address domain squatting, monitor domain name registrations (demark registrations and domain auction sites). Also, take legal action against domain squatters using domain names that are similar or identical to your trademarks or brands. 

3- Dangerous Files

If harmful information is received from the user via an email attachment, it may take over the whole computer system and network. Dangerous files, such as malware or viruses, can be sent through email as attachments, links, or even embedded within the body of the email. These files can compromise email security, infect systems and steal data. 

To guarantee an efficient solution, these files must be examined using an anti-virus and behavioural analysis program based on signatures. Use file extension blocking to prevent dangerous file types from being sent through email. Blocking file types include .exe, .bat, and .jar.

4- Vulnerabilities in E-mail Security

Vulnerabilities in e-mail services induced by provider misconfigurations need to be identified. When exploiting e-mail vulnerabilities, they penetrate the target system, expose information, and make it inaccessible. It is important to take a comprehensive and proactive approach to address vulnerabilities in email security.

Conducting Email security assessments to highlight email security issues can be helpful such as vulnerability scans, penetration testing, and risk assessments. 

5- Crypto-Ransomware 

Crypto ransomware encrypts a user’s files and demands a ransom payment in exchange for the decryption key. This attack can seriously affect email security and result in data loss or financial damage.

To address crypto-ransomware, backup data regularly to a separate location not connected to the network. Use access controls to restrict access to important files and data. This can include implementing strong password policies, two-factor authentication, and least privilege access. A ransom must be paid once infected to unlock all encrypted data. In this respect, the e-mail security services must be strengthened, and the analytical services must be expected to detect and avoid ranking-specific behaviours.

6- Configuration Errors 

This is a pervasive security problem. A poorly configured e-mail service may lead to a big issue by enabling e-mail to be delivered without authentication. For example, a cybercriminal without authentication access to your e-mail service may send a random email to one of your employees. A cybercriminal who embodies the CEO may be more likely to succeed.

E-mails with known vulnerabilities in the internet browser may lead to identity theft, data leakage, and access problems. Sometimes a link may include an exploited piece of code. In this situation, protection steps must be taken by the e-mail service and security components.

It is important to have proper configuration management practices implemented to prevent configuration errors. This includes documenting configurations, deploying change control processes, and regularly reviewing and testing system configurations to ensure they are up-to-date and functioning as intended. Additionally, ensure that team members responsible for system configurations have the necessary training and expertise to configure the system properly.

7- Browser Exploit Kit 

A browser exploit kit is a software toolkit used to create and distribute malware through vulnerabilities in web browsers. These kits typically contain pre-built exploits to target specific email vulnerabilities and threats in web browsers such as Internet Explorer, Chrome, Firefox, and Safari.

E-mails with known vulnerabilities in the internet browser may lead to identity theft, exposing confidential data, and access problems. Sometimes a link may include an exploited piece of code. Protection steps must be taken by the e-mail service and security components.

When a user visits a compromised Website or clicks on a malicious link, the exploit kit automatically detects the user’s browser and attempts to exploit any known vulnerabilities. Once the exploit is successful, it can download and execute the malware on the user’s computer.

To protect against browser exploit kits, it is important to keep web browsers and plugins up-to-date with the latest security patches. Additionally, users should exercise caution when clicking on links or visiting unfamiliar websites and use antivirus software. Web developers need to follow secure coding practices to help prevent browser exploit kits. 

8- Spear Phishing Attacks and Business E-mail Compromise (BEC)

Both spear phishing and BEC attacks can have serious consequences for individuals and organizations. In addition to financial losses and data breaches, these types of attacks can also damage an organization’s reputation and erode trust with customers and partners.

Another crucial problem is that a cyber thief who circumvents all security measures uses the ignorance of the end-user to attack the system. Because 97% of the world’s population cannot recognize a sophisticated phishing e-mail, users should be regularly informed about hazards via phishing tests, exams, surveys, and games.

To protect against spear phishing and BEC attacks, you must implement strong security measures, such as two-factor authentication and encryption. By remaining vigilant and proactive, individuals and organizations can help avert these types of attacks and mitigate their impact if they do occur.

9- File Format Exploits

File format exploits are a common tactic used by hackers to exploit vulnerabilities in software and gain access to a user’s system. Furthermore, file format weaknesses have become an essential source of information security threats for many corporations. Attackers that exploit these vulnerabilities (these are critical since they frequently impact multiple systems) create malicious files that cause application problems (such as buffer overflows). For example, an attacker may create a malicious PDF file that infects Windows, Macintosh, and Linux systems via an Adobe Acrobat file format vulnerability.

Keep all software and operating systems updated with the latest security patches and updates to address known vulnerabilities in software and reduce the risk of a file format exploit. Moreover, content filtering can help block suspicious file types and prevent them from entering the network. It can include blocking files with macros or other potentially dangerous content.

10- Malware

Cybercriminals use malware to gain unauthorized access to the network, steal sensitive data, or cause other types of damage. Malware includes viruses, worms, trojans, ransomware, and spyware which can be delivered to a network via email attachments, malicious websites, or infected software downloads. Once installed, malware can run undetected in the background, collecting critical information or causing destruction to the system.

To protect against malwares, users should be careful when downloading software, opening email attachments, and clicking on links received from unknown sources and installing reputable antivirus software. There should be a regular backup for important data to prevent loss in case of a malware attack.

If a computer is infected with malware, take immediate action to remove it. There’s a need to run antivirus software, restore from a backup or get help from a renowned IT security provider such as Enterprise Engineering Solutions. 

11- Email Bombing

In this cyber-attack, an attacker floods an email inbox with many emails, overwhelming the recipient’s email server and making it unavailable or crashing. It is often conducted by using automated scripts or tools to send a large number of emails to the recipient in a short time. This procedure is usually used to disrupt the functioning of an organization or individual’s network. The attacker targets the email server, and the recipient loses access to their email, disrupting operations.

To avoid email bombing, organizations need to implement email filtering and traffic management systems to detect and block malicious traffic. Some tools are used to help users manage their inboxes, including spam filters and the ability to block specific senders.

Individuals can create rules to automatically filter out unwanted emails or use email providers with strong spam filtering capabilities. Additionally, they should be cautious about sharing their email address online and only provide them to trusted individuals or organizations.

12- Man-in-the-Middle (MITM) Attacks

It is the type of attack where an attacker intercepts emails between two parties, allowing them to read, modify, or even delete the content of the email. The attacker could also use intercepted emails to steal crucial information (login credentials or financial information). Such attacks can be carried out in several ways, including Wi-Fi spoofing, DNS Spoofing, and Email Hijacking. Users can take several measures to protect against MITM attacks, such as using encryption to protect communications and being cautious when using public Wi-Fi networks. 

Furthermore, organizations can deploy security measures, such as multi-factor authentication, to protect against email hijacking and other types of account compromise. One should also use reputable antivirus and anti-malware software to detect and prevent MITM attacks.

13- Weak Passwords

Weak passwords are a major security risk for email accounts. Don’t create a weak password to avoid guessing and other password-hacking techniques. Your password should not be simple or easy to remember, such as “ANYNAME,” “12345,” or “qwerty.”

It is prohibited, as hackers can easily compromise it, allowing them to access the account and misuse personal data, financial information, or confidential business information. To protect against weak passwords, users should follow best practices for password security, such as:

  • Create and manage strong passwords for multiple accounts using a password manager.
  • Add an extra layer of security to your account with “Two Factor Authentication,” such as a one-time code, fingerprint, or an additional password.
  • Use strong passwords (long, complex, difficult to guess)
  • A mix of uppercase and lowercase letters, special characters, and numbers.
  • Make sure to change passwords after 90 days.

Following these best practices considerably reduces the risk of weak password-related security mishaps.

4 Best Practices for Email Security

Various email security tools and practices help users defend against email security risks. You can use them to detect and prevent email-based threats.

Here are some common security tools and solutions used to prevent security risks:

  1. Anti-Spam Filters:
    Anti-spam filters block unsolicited and unwanted emails, such as spam and phishing emails. These filters use algorithms and heuristics to identify and block emails that are likely to be malicious.
  2. Anti-Malware Software:
    Anti-malware software is used to detect and remove malware from emails and other files. This software uses signature-based detection, behavior-based detection, and other techniques to identify and eliminate malware.
  3. Email Encryption:
    It helps in protecting email communications from interception and avoids any unauthorized access. Moreover, email contents, metadata (sender and recipient information,) and attachments are also protected with this tool.
  4. Two-Factor Authentication:
    Two-factor authentication is significantly the best practice if you want to add an extra layer of security to your email accounts. The users are requested to provide a second form of identification besides a password, a one-time code sent on mobile devices, a fingerprint, a smart card, etc.
    By implementing these tools and solutions, users can significantly improve their email security posture and reduce the risk of email-based threats. One of the effective approaches is using these tools to ensure maximum effectiveness against evolving threats.

Conclusion

Email security risks can have serious business consequences, including data loss, financial damage, and reputational harm. However, by understanding the various types of security risks and implementing effective solutions, businesses can reduce the threat of a security breach and minimize the potential damage if it occurs.

It is also important for businesses to stay updated with the latest email security threats and regularly assess and update their security measures to stay ahead of potential risks. By prioritizing security and taking a proactive approach to risk management, businesses can protect their data, finances, and reputation from the potentially devastating consequences of a security breach.

Cybersecurity Laws And Regulations In US [2023]

Cybersecurity laws and regulations in the US are essential because they help protect sensitive information and critical infrastructure from cyber threats such as hacking, malware, and data breaches. These laws and regulations also provide a framework for organizations to secure their networks and systems. 

Additionally, these cyber laws and regulations help to ensure that companies and individuals are held accountable for any cyber incidents that may occur and that victims of cybercrime have legal recourse. 

All the laws and regulations provide a baseline for protecting sensitive information and critical infrastructure from cyber threats and attacks. However, it’s important to note that some laws and regulations may only apply to specific industries or organizations and that compliance may vary based on the particular situation.

We will cover Federal Cybersecurity Laws and some Cyber Security Laws by State.

Federal Laws and Regulations

Here are federal cybersecurity laws and regulations that businesses need to comply with!

  1. Federal Information Security Modernization Act (FISMA)

    The Federal Information Security Modernization Act (FISMA) is one of the cyber security laws in US passed in 2002. It requires federal agencies to implement security controls to protect their information systems and data.

    They aim to ensure that federal agencies have the necessary measures to protect the confidentiality, integrity, and availability of the information they collect, store, and use.

    They also require agencies to establish an information security program that includes regular risk assessments, security testing and evaluations, incident response planning, and continuous monitoring of security controls. It also requires agencies to report their compliance with the law to the Office of Management and Budget (OMB) and the Department of Homeland Security (DHS).

    Also Read: 9 Best Cybersecurity Podcasts to Follow

    FISMA also established the National Institute of Standards and Technology (NIST) as the primary body responsible for developing security standards and guidelines for federal agencies.

    NIST has published a set of guidelines known as the “NIST Special Publication 800-53,” outlining the security controls federal agencies must implement to comply with FISMA.

  2. Cybersecurity Information Sharing Act (CISA)

    The Cybersecurity Information Sharing Act (CISA) is a law passed by the United States Congress in 2015 that encourages private companies to share information about cyber threats with the government and provides liability protections for companies that do so.

    CISA aims to improve the sharing of information about cyber threats between the government and private sector to protect critical infrastructure and national security from cyber attacks. It allows private companies to share cyber threat information with the Department of Homeland Security (DHS) and other federal agencies and also enables the government to share cyber threat information with private companies.

    The law also provides liability protections for companies that share information in good faith and intend to protect against cyber threats. It includes provisions for developing information-sharing and analysis organizations (ISAOs) that would facilitate sharing of cyber threat information between the government and private sector.

    The ISAOs are voluntary organizations that private companies or other organizations can create to share cyber threat information among their members. CISA has been criticized by some privacy and civil liberties advocates who claim that the law does not adequately protect personal information and could be used for government surveillance. 

    Various organizations offer cybersecurity consulting services, but choosing the right one can be difficult. EES specializes in helping businesses assess, design, and implement security measures to protect their data, systems, and networks with best-in-class Cyber Security Consulting Services.

Role of Government Agencies

Role of government agencies such as the Department of Homeland Security (DHS), the Federal Bureau of Investigation (FBI), and the Cybersecurity and Infrastructure Security Agency (CISA).

  1. Department of Homeland Security (DHS)

    The Department of Homeland Security (DHS) plays a key role in protecting the United States from cyber threats and attacks. The DHS is responsible for protecting the nation’s critical infrastructure, which includes everything from the power grid and financial systems to transportation networks and government buildings.

    One of the DHS’s main responsibilities is coordinating and sharing information about cyber threats with other federal agencies, state and local governments, and the private sector. The DHS also works to develop and implement cybersecurity policies, guidelines, and standards to help protect the nation’s critical infrastructure from cyber attacks.

    The DHS has several key organizations within it that are responsible for different aspects of cybersecurity. The National Cybersecurity and Communications Integration Center (NCCIC) is responsible for identifying, analyzing, and responding to cyber threats and providing real-time situational awareness of the cyber threat landscape. The Cybersecurity and Infrastructure Security Agency (CISA) protect the nation’s critical infrastructure from cyber threats and provides technical assistance and guidance to other organizations.

    The DHS also plays an important role in incident response and recovery. For example, the United States Computer Emergency Readiness Team (US-CERT), part of the NCCIC, is responsible for coordinating the response to cyber incidents and providing technical assistance and guidance to organizations affected by cyber attacks.

  2. Federal Bureau of Investigation (FBI)

    The Federal Bureau of Investigation (FBI) plays a key role in protecting the United States from cyber threats and investigating cybercrime. The FBI is responsible for investigating a wide range of cybercrimes, including hacking, online fraud, identity theft, and the distribution of child pornography.

    One of the main responsibilities of the FBI is to investigate cybercrime and bring criminals to justice. The FBI has several specialized units that focus on cybercrime, such as the Cyber Division, which investigates cybercrime and espionage. The FBI also works closely with other federal, state, and local law enforcement agencies to share information and coordinate investigations.

    The FBI also plays an important role in protecting the United States from cyber threats by providing threat intelligence and warnings to organizations and individuals. The FBI also improves organizations’ cybersecurity posture by providing training and technical assistance.

    The FBI also works with other U.S. agencies and international partners to track and pursue cybercriminals and hackers outside of the U.S. and develop and implement international strategies to combat cybercrime.

    The FBI works with other federal, state, and local law enforcement agencies, the private sector, and international partners to pursue cyber criminals, improve organizations’ cybersecurity posture, and provide threat intelligence and warnings to organizations and individuals.

  3. Cybersecurity and Infrastructure Security Agency (CISA)

    The Cybersecurity and Infrastructure Security Agency (CISA) is a federal agency within the Department of Homeland Security (DHS) responsible for protecting the nation’s critical infrastructure from cyber threats and providing technical assistance and guidance to other organizations.

    CISA’s mission is to protect the nation’s critical infrastructure by enhancing the security and resilience of the cyber ecosystem. This includes working with other government agencies, the private sector, and international partners to identify and mitigate cyber threats and vulnerabilities.

    Some of the key responsibilities of CISA include the following:

    • Identifying and assessing cyber threats to critical infrastructure
    • Providing technical assistance and guidance
    • Coordinating incident response
    • Developing and implementing cybersecurity policies, guidelines, and standards
  4. The National Institute of Standards and Technology (NIST)

    The National Institute of Standards and Technology (NIST) is a non-regulatory agency of the United States Department of Commerce. It was established in 1901 and had its headquarters in Gaithersburg, Maryland. NIST’s mission is to promote innovation and industrial competitiveness by advancing measurement science, standards, and technology to enhance economic security and improve our quality of life.

    NIST conducts research and provides technical assistance in a wide range of areas, including:

    • Advanced manufacturing
    • Cybersecurity
    • Information technology
    • Material measurement
    • Quantum technology
    • Telecommunications

    NIST also provides industry-standard measurements and standards, such as standard reference materials, standard reference data, and standard reference methods. These standards are used to ensure the accuracy and reliability of measurements in many fields, including science, engineering, and industry.

  5. The Government Accountability Office (GAO)

    The Government Accountability Office (GAO) plays a key role in conducting audits and investigations of federal agencies to assess their compliance with federal cybersecurity laws and the effectiveness and efficiency of their operations. This includes their management of cybersecurity risks and threats.

    One of the ways the GAO conducts these audits and investigations is through the use of performance audits. These audits assess the effectiveness and efficiency of government programs and operations. They can focus on cybersecurity issues, such as the adequacy of an agency’s information security controls and incident response plans. The GAO also conducts financial audits of federal agencies, including assessments of their compliance with laws and regulations related to information security and protecting sensitive information.

    The GAO also conducts investigations in response to requests from Congress or other government officials. These investigations can focus on specific cybersecurity issues, such as the adequacy of an agency’s cybersecurity programs or incident response plans.

    By hiring an Expert Cyber Security Consultant from EES, companies can identify their vulnerabilities and weaknesses and take action to mitigate them. Additionally, our services can help companies comply with cybersecurity laws and regulations and implement best practices to protect their sensitive data, systems, and reputation.

State-specific Laws and Regulations

Businesses must be aware of the applicable cyber security laws by state. Many are related to data collection techniques and the requirement to alert customers within specific timelines and ways if data is breached.

  1. California Consumer Privacy Act (CCPA)

    The California Consumer Privacy Act (CCPA) is one of the cyber security laws by state passed in California in 2018. It came into effect on January 1, 2020, and gives California residents certain rights regarding their personal information collected, used, and shared by businesses. These rights include the right to know what personal information is being collected, the right to request that it be deleted, and the right to opt out of the sale of personal information. 

    The California cybersecurity laws apply to businesses that collect personal information of California residents and meet specific other criteria, such as having annual gross revenues over $25 million, buying or selling personal information, or having the personal information of 50,000 or more California residents.

  2. New York Department of Financial Services (NYDFS)

    The New York Department of Financial Services (NYDFS) is a state government agency in New York that oversees the regulation and supervision of financial services companies operating in the state. The NYDFS is responsible for enforcing laws and regulations related to banks, insurance companies, mortgage companies, money transmitters, and other financial service providers. 

    Its mission is to protect consumers and ensure the safety and soundness of the financial services industry in New York. The NYDFS has the authority to issue licenses, conduct examinations of financial institutions, and take enforcement actions against companies that violate laws and regulations. The agency also promotes fair and transparent markets and improves the financial system’s overall stability and security in New York.

  3. Other states’ laws and regulations

    In addition to the California Consumer Privacy Act (CCPA) and the New York Department of Financial Services (NYDFS), several other cyber security laws by state govern the collection, use, and sharing of personal information. Some examples include:

    • The Vermont Data Broker Regulation Act requires data brokers to register with the state, disclose their data collection practices, and allow consumers to opt out of the sale of their personal information.
    • The Illinois Biometric Information Privacy Act Law regulates the collection, use, storage, and disclosure of biometric information, such as fingerprints or facial scans. It requires companies to obtain informed consent before collecting this information.
    • The Nevada Privacy of Medical Information Act regulates the collection, use, and disclosure of personal health information and requires companies to implement reasonable security measures to protect this information.
    • The Texas Medical Privacy Act Law regulates the collection, use, and disclosure of personal health information and sets standards for protecting personal health information.
    • The Washington State Data Privacy Law regulates personal information collection, use, and disclosure. It requires companies to provide clear and conspicuous notice of their data collection practices and to provide a mechanism for consumers to opt out of the sale of their personal information.

    It’s important to note that cyber security laws and regulations regarding data privacy and protection are continuously evolving, and many more state laws and regulations regulate this area, depending on the state. It’s recommended to check all the cyber security laws by state to ensure compliance.

Conclusion

Staying informed about cybersecurity laws in the US is important for several reasons.

  1. Compliance

    Businesses must comply with various laws on cyber security, such as the General Data Protection Regulation (GDPR), the Health Insurance Portability and Accountability Act (HIPAA), and the California Consumer Privacy Act (CCPA). Failure to comply with these laws can result in significant fines and penalties.

  2. Risk Management:

    Understanding the current laws and regulations can help businesses identify and mitigate cybersecurity risks. This includes identifying sensitive data that must be protected and implementing appropriate security controls to protect that data.

  3. Reputation and Liability:

    A data breach or cybersecurity incident can damage a business’s reputation and lead to liability lawsuits. Staying informed about laws and regulations can help companies take proactive steps to prevent incidents and respond if they occur.

  4. Staying Competitive:

    Businesses knowledgeable about cybersecurity laws and regulations are better equipped to compete in the marketplace. They can demonstrate to customers and partners that they take data protection seriously and have the necessary controls to protect sensitive information.

  5. Protecting Customers’ & Employees’ Personal Information:

    By staying informed about cyber security laws, businesses can ensure that they are appropriately protecting the personal information of their customers and employees. This includes not only preventing data breaches but also being transparent about data collection practices and providing customers with the ability to control their personal information.

    Given the constantly evolving nature of technology, businesses need to stay updated with cyber laws and regulations. This includes regularly reviewing policies and procedures, participating in training and education programs, and consulting with legal and cybersecurity.

How to Use AI and Machine Learning for Cyber Security?

You’re probably familiar with the term “machine learning.” You might have heard of “artificial intelligence,” too. But do you know the difference between AI and machine learning? And how does machine learning consulting work?

We’ve got answers.

What is Machine Learning?

Machine learning is a study that comes after artificial intelligence that allows machines to learn from data without a human. This is possible through statistical modelling and machine learning algorithms, which are used to identify sketches in data and make assumptions based on what they find. Models are then trained, validated, and tested before they can be deployed to the real world.

That’s essentially what machine learning consulting is all about: building models that give you insights into your data so you can take action based on what you find.

How to Use AI & Machine Learning for Cybersecurity?

In cybersecurity, machine learning is primarily used to protect networks.

It could be protecting a company’s network or even a national grid from cyberattacks or natural disasters. The goal of these types of applications is to protect valuable information like patient records or confidential military secrets from falling into the wrong hands. To accomplish this, companies use Machine Learning Consulting services.

Here’s the good news for AI and machine learning consulting: Machine learning is a very powerful tool for cyber security. The bad news? It can be confusing.

What Exactly makes AI and Machine Learning so Valuable for Cyber Security

Machine learning is an essential part of any robust system that wants to protect itself against unwanted intrusions. In short, it helps your system learn to recognize patterns that might indicate an intrusion. This means that your system will become more adept at detecting threats over time and tailor its responses to new types of threats as they emerge.

Machine learning works by “training” the system to recognize patterns and then using those patterns to make predictions. This type of program has two primary parts: one, which we’ll call the “model,” is responsible for making predictions, while another, which we’ll call the “code,” uses these predictions to update the model as new data becomes available.

When you use a machine-learning algorithm, it’s important to remember that it’s not just a set of instructions—it’s also an evolving process. The code needs to adapt over time in order to stay effective against new threats. As hackers get smarter and more aggressive, you need to stay one step ahead. And that’s why we’re here to help.

We’ll teach you how to use AI and machine learning in cyber security to identify threats before they happen and take action when they do to your business. Our team of experts will guide you through the world of AI and machine learning, look at your current systems, and work with you to design a solution that works for your business. As your consultants, we’ll make sure you have the knowledge and tools you need to protect your business from cyberattacks—now and in the future.

Here are some Factors that AI and Machine Learning can be used for Cyber Security

How-to-Use-AI-and-Machine-Learning-for-Cyber-Security1

Artificial Intelligence (AI) and Machine Learning (ML) have been in the news for quite some time and have generated a lot of buzz. Companies are using these technologies from various industries to solve different problems. Machine learning uses AI to identify patterns in massive data sets and utilize those patterns to make predictions about new data.

In today’s digital landscape, new threats are popping up every day. Fortunately, we’ve got an arsenal of tools that can help us guard against these threats and protect both our data and our people.

Artificial intelligence (AI) and machine learning have gained traction recently as some of the most useful weapons in the fight against cyber security threats. When used correctly, they allow us to identify malicious files before they attack our systems, recognize patterns that indicate potential future problems, and even take automatic action to defend against attacks.

In cyber security, machine learning is used to detect threats, prevent attacks, and respond to breaches by using algorithms that can process huge amounts of data in real time.

Get The Right Help With EES

A machine learning consulting firm like EES can help you figure out how best to implement this technology in your business and how to develop the resources needed for a successful implementation. The difference between AI and ML is like a robot and a computer. While they both rely on each other, they are separate entities.

Robots rely on AI to function, and computers rely on machine learning. They are both parts of a whole but different.

 

Mitigating Mobile Malware Attacks with MDM

The number of mobile-oriented malware has increased exponentially over the past few years. According to Statista, the first half of 2021 saw over 2.3 million mobile malware installation packages. The number of attacks detected has decreased compared to the previous year but the attacks have become more sophisticated, as per Kaspersky. IT professionals are seeing mobile-specific malware that is designed to target smartphone features and exploit vulnerabilities.

As mobile devices become central to modern life, more sensitive and high-value data is exchanged on the go making it a popular target for cybercriminals. For organizations that depend on mobile devices to conduct business activities daily or allow employees to carry their personal smartphones and tablets as a part of their BYOD policy, the threat of mobile malware attacks is high and needs to be addressed urgently.

What is Mobile Malware?

Mobile malware is malicious software created to target mobile devices such as smartphones and tablets. It is specifically written to exploit particular mobile operating systems and related technology. Cybercriminals use many types of mobile malware variants and distribution methods to infect mobile devices. They may have one or several objectives, including stealing private data, locking a fleet of corporate devices for demanding money for its release, or charging users fees for services they did not sign up for.

Mobile Malware Attack is Exploding

  • Earlier this month in February, researchers at Proofpoint detected a 500% jump in mobile malware delivery attempts in Europe.[*]
  • The number of stalkerware attacks on the personal data of mobile device users increased to 67,500 in 2019, almost double the number of attacks the year before.[*]
  • Android is the most popular target for attacks. The platform is open to multiple app stores and users can sideload apps from anywhere on the internet. This allows bad actors to compromise Android phones in just a few steps.

Different Types of Mobile Malware

Madware

Madware, a portmanteau combining the words mobile and adware, installs a script or program on a mobile phone without the user’s consent. The purpose of madware is to collect data and spam users with ads. There is an element of spyware in which the madware collects data about phone usage and shares it with a third party. This data may include location, passwords, and contacts.

Mobile Ransomware

Attackers use mobile ransomware to steal sensitive data from a smartphone or lock a device, demanding payment to return the data to the user or unlock the device. Using social engineering techniques, users are tricked into downloading benign content or critical software. It then shows a fake message accusing users of unlawful activity before encrypting corporate data and locking the device.

Mobile Phishing

Mobile phishing is a popular sub-type of phishing method. For phishing emails, users have the ability to hover over the link to see where it redirects and potentially identify a harmful URL. Mobile phishing, however, uses applications to deliver mobile malware. Users cannot differentiate between a legitimate application or a fake application, making this type of attack effective. Phishing campaigns through SMS and MMS applications have created a sub-category of mobile phishing called smishing.

Viruses and Trojans

Such types of mobile malware often fly under the radar and go undetected by users. They may carry harmless payloads, such as changing language or wallpaper settings. But a majority of them have malicious intent in mind. Bank trojans appear as legitimate applications and look to compromise users who conduct their banking transactions from their mobile devices. Such trojans aim to steal financial details and passwords.

Browser Exploits

Browsers are inherently designed to interact with other websites and applications. Browser exploits are code that allows attackers to exploit the vulnerabilities in browsers and their related extensions, applications, and third-party plugins. When a vulnerable browser meets a website infected in the previously mentioned ways, attackers take control of the browser and applications associated with it.

How to Protect Against Mobile Malware with Mobile Device Management

Organizations that plan to protect their corporate-owned devices or employee mobile devices under its BYOD policy, can benefit from an MDM-first approach. Besides the threats mentioned above, many other factors compromise the security of mobile devices such as poor passwords or jailbreaking. An effective MDM software can nullify mobile threats by:

  • Controlling apps: MDM solutions are designed to help IT teams remotely monitor and control devices, including allowing only enterprise apps and blocking unauthorized apps. Users can be restricted to access safe listed websites as per the organization’s security policies.
  • Updating OS: Users exploit OS vulnerabilities to jailbreak their phones and obtain root permissions. Device management allows IT professionals to deploy the latest and most secure OS versions. Some modern MDM platforms also provide alerts for users trying to invade the restrictions with jailbreaking.
  • Managing Wi-Fi: Public Wi-Fi and other unsecured networks make it easier for attackers to perform man-in-the-middle and other attacks. Controlling Wi-Fi settings and preventing access to public Wi-Fi networks and ensuring corporate data is accessed using VPN can be achieved via an MDM.
  • Enabling remote wipe on all devices: When attackers get physical access to a mobile device, a number of options exist for bypassing a screen lock. Remote data wipe is an MDM security feature that allows IT administrators to protect data from compromise when a device is lost or stolen.
  • Setting up a geofence: Most MDM solutions identify lost or missing devices by remotely obtaining the device location. Few modern MDM solutions also enable companies to set virtual boundaries to physical locations. Geofencing restricts device functionality to a particular geographical location and secures corporate data.

Wrapping Up

To drive a successful mobile malware protection initiative, organizations need solid technology and employee awareness. Mobile device cybersecurity training is essential for teaching users the risks associated with unwise actions such as downloading untrusted apps and visiting unsafe websites. Combining responsible user behavior with a robust MDM solution should prepare companies against potential attacks.

What are NYDFS Cybersecurity Regulations?

The new NYDFS Cybersecurity Regulations apply to all insured businesses, including banks, mortgage companies, and insurance organizations. As a result, the financial sector should have a plan to deal with security breaches and efficient ways to disclose such problems.

Cybersecurity regulations apply to all New York State-licensed, registered, bonded, or otherwise regulated financial institutions. Regulated enterprises need third-party service providers to abide by the same rules. With advanced cyber security consulting services and fool-proof security solutions, EES is successfully mitigating threats, reducing risks, and helping businesses to get back by offering critical asset protection.

The NIST Cybersecurity Framework (CSF) and the NYDFS cybersecurity regulations must be adhered to when creating an effective cybersecurity program. If you wish to protect yourself from these threats, there should be a clear understanding of your company’s degree of cybersecurity risk management.

Because then you will need a defensive system in place. Truly speaking, if the proper steps are taken, it is feasible to detect a cybersecurity issue. Moreover, when a security breach is discovered, it must be handled immediately, and following security regulations will assist. A cyber-event may have left you unable to do some things, but these instructions will help you get back in the game.

Many of the Regulation’s regulations do not apply to New York enterprises with ten workers or annual sales of less than $5 million or assets of less than $10 million.

NYDFS Cybersecurity Regulations

NYDFS Cybersecurity – A Quick Overview

A Chief Information Security Officer is required under the NYDFS Cybersecurity Regulations. Each of these aspects has its own set of criteria and requirements.

NYDFS has not been able to address questions about non-compliance. Non-compliance has so far resulted in no fines. As a result, people who breach the new legislation shortly will face penalties. If a company wants to stay competitive, it needs a CISO, regular risk assessments, a cybersecurity plan aligned with NIST, and investments in third-party risk management and fourth-party risk management programs.

NYDFS Cybersecurity Regulations

According to NYDFS laws, the following are a few significant points:

  • The NYSDFS cybersecurity regulations requirements for breach reporting span a wide range of cyber events. Any effort to obtain access to or disrupt or abuse the system must be reported to the firm.
  • DoS and ransomware are only two examples of post-exploitation tactics. It is essential to look for monitoring solutions to identify illegal access to crucial information.
  • You will need to get some training to work as a cyber team member. In order to “address contemporary concerns,” firms must train their employees in cybersecurity.
  • It is not an exception for cybersecurity workers to stay up with the latest developments in their field. New York City’s financial institutions may have to spend more on training due to these new regulations.
  • The first step in doing a risk assessment is to sort the data. Find out how much personal information (PII) the firm has before analyzing the risk. As a result, only individuals with a legitimate need for the information have it available to them.
  • Regular risk assessments and the detection of cyber threats and vulnerabilities may be accomplished via continuous security rating software. In response to FAQs about the NYDFS Cybersecurity Regulations, establish a daily compliance team for the NYDFS Cybersecurity Regulations, reporting to the CISO.
  • Regulations issued by the Department of Justice under the number 23 NYCRR 500 aim to enhance global cyber resilience and data security.

Take Away Points

Section 500.9 is the one in question here. Risk evaluations are required for several government regulations. As a result of this change, MFA, NII encryption, training, and supervision will all be impacted to varying degrees. There will be new requirements for TPSPs to follow regarding security.

When calculating acceptable losses, the Department of Financial Services advises against using risk assessments. Effective risk assessment is directly tied to a company’s ability to comply with 23 NYCRR 500. Concerning ensuring compliance, both internal and external assessments are necessary.

Non-public Information and Risk Assessment have been added to the DFS’s name, although the majority of its functions remain the same. Any attempt to acquire unauthorized access to an information system or its data, whether successful or not, is referred to as a “Cybersecurity Event.” Within 72 hours of their occurrence, these occurrences must be detected and investigated. Also, keep a record of these incidents and respond quickly.

Types of Security Controls

In the end, IT security is all about safeguarding the most important assets of a firm. The help of a corporation includes its people, property, and data. These assets are safe because of the efforts that have been made. Policies, procedures, approaches, methods, solutions, strategies, activities, and gadgets are all included in these tools. Firewalls and monitoring systems are two examples.

When it comes to setting security measures, there is no room for error. The initial step in risk management is often to identify the organization’s overall IT security strategy. These control goals, declarations of how the organization intends to manage risk adequately, are finally defined. Ensuring that only authorized personnel have access to databases and data records, for example, is a critical control goal. However, “we have a reasonable degree of trust in the operational integrity of vital systems and infrastructure.”

If you are going to put up security measures, it is essential to know why you are doing it first. This is one of the easiest ways to categorize controls (physical, technological, or administrative).

Types of Security Controls

There are three types of control types which include physical, technical, and Administrative. Unauthorized access to physical places, systems, or assets may be restricted or detected via physical controls. Everything from guards to barricades to badges to biometric controls to CCTVs to motion sensors and sprinklers is included in the package. Additionally, temperature and humidity controls are incorporated into the system.

Hardware or software controls may be employed to safeguard assets (sometimes referred to as logical controls). Authentication, firewalls, antivirus software, intrusion detection systems (IDS), and intrusion prevention systems (IPS) are the most prevalent security solutions (ACLs).

Administrative controls are the policies, procedures, and standards that specify how an organization’s employees and commercial activities should be conducted. Team member hiring and firing, equipment or Internet use, physical access to buildings, job separation, data categorization, and audits are just a few examples of when these policies might be used. In many cases, administrative actions include security awareness training for staff.

Functions that can be Controlled

To prevent illegal behavior, preventative measures are used. Physical controls include fences, locks, and alarm systems, as well as firewalls and antivirus software. Data categorization, the division of duties, and audits are all examples of administrative controls.

It is a detective control when measures or solutions are employed to discover and warn of undesired or illegal behavior, either while it is happening or after it has happened. Physical sensors, such as door sensors and fire alarms, may notify security employees, police officers, or system administrators of suspicious activity. It is not simply honeypots and intrusion detection systems (IDS) that may be used to protect against cyberattacks.

After an unlawful or unwelcome behavior, a corrective control is any activity performed to repair harm or restore resources and capabilities to their pre-incident status. Restarting or halting a process are some examples of technical corrective measures that may be used. An example of administrative correctional control is the establishment of a crisis response strategy.

What is the Purpose of Security Control?

Security measures are an excellent way to decrease company risk. As a precautionary step, security measures are put in place. To measure the effectiveness of security control, it must be classified by the kind of security event. As a starting point, below are some of the most often used categories: Preventive control aims to keep anything wrong from happening.

After the incident, detective controls are used to investigate. The purpose of deterrent measures is to discourage criminals from committing their crimes. Compensation controls are employed when the central control cannot be implemented.  Corrective measures are put in place after an occurrence

It is not an easy task to implement the necessary controls. A risk profile allows firms to highlight the potential costs of negative impacts and the resources needed for control. To accomplish “defense-in-depth,” several security methods might be implemented. “Defense-in-depth” is a typical method employed in cyber security. Your systems will remain safe even if one layer of defense fails to stop a threat.

To keep systems and people safe, cyber security programs need to invest in a wide variety of technologies and procedures to deal with a wide range of threats. As far as preventing viruses and malware from infecting PCs and servers, endpoint detection and response solutions are the finest on the market today. It would help if you utilized an IPS or a SIEM to safeguard your network in real-time. Technology may be used to assure safety.

To decrease the risk of malfunctions and vulnerabilities in hardware and software, logic controls are used. Automated software applications have been deployed and configured to protect these assets. Encryption is an excellent example of this kind of technological control. As well as Intrusion Detection Systems and Intrusion Prevention Systems (IPS).

Network Security Policy: A Definitive Guide

A network security architecture of rules and processes protects databases and networks against unauthorized access. As a result, its relevance has never been higher than it is now. In order to protect the network, an organization must have a network security policy in place. Those who violate the Network Security Policy’s rules will be subject to the sanctions detailed therein. The organization might lose significant resources and opportunities if it does not have a defined network security plan. It serves no use for the organization and only helps make security a haphazard process handled by the current person in charge.

As a rule, everybody who has access to a company’s assets and resources must comply with the security policy. The fundamental objective of a network security policy is to remind both workers and customers of the need to protect their data, information, and technology assets both within and beyond the company’s premises.

EES provides tailored cyber security consulting services and solutions for better and faster evaluation of real-world threats while empowering your team to recognize and close any security gaps.

In order to meet these expectations, the policy should explain how this is to be done. This step establishes the starting point for acquiring, installing, configuring, and auditing computer and network systems according to the policy’s criteria. All company employees should have access to a detailed security policy that serves as a guide for their daily activities.

Using these guidelines, the network security policy may be applied to protocols, communication, and devices uniformly. As a result, this essay will focus on network security rules rather than effective implementation strategies. It is essential to understand why network security is essential before getting into the details.

Policy for the protection of the network

No one-size-fits-all approach to network security is possible due to the vulnerability of almost every security technology now in use. Intrusions may come from either the outside or the inside. This means that if you want to keep your network safe, you may want to use several tiers of protection. An attacker will have to take down a large number of systems in order to get access to a target’s most valuable assets.

Before it can be implemented appropriately, a security policy must first be developed. Security procedures restrict employees’ day-to-day actions. Increased security measures are thus strongly desired in some situations. Workers must thus have a clear understanding of how these network measures will affect their daily routines. Anomalies are addressed with guidance on how to handle them. Protecting systems and other vital data requires implementing various network security measures, as detailed in the following section.

Remote Access Tunneling Protocols (VPNs)

Using a secure VPN on a company-owned computer is the only way to ensure data security while traveling through an unsafe network. An operating system and a VPN that the organization has authorized should always be used when accessing the corporate network from a remote location.

Personal computers should not be able to access business systems through the internet to avoid unwanted access. It is essential to combine L2TP with IPSec to ensure that remote access to their systems is appropriately safeguarded. Similarly, firewalls should filter client traffic.

Assurance of Data Integrity

Your network’s security design will need you to prioritize various network segments depending on the amount of protection they require. One set of servers may be open to the public, while another set is reserved for certain organization members. Private, semiprivate, and public networks all exist. As part of the overall security strategy, you will put up barriers that only certain sorts of traffic can get through.

Network segment limitations may be based on devices like switches, gateways, bridges, and routers, which control the flow of packets into and out of various segments. According to the policy’s criteria, the network’s communication and monitoring equipment must be appropriately set up. If a person has the proper rights, he or she should be able to view the content. The gadget must also have up-to-date software or operating system installed in order to be secure.

Remote Access Policy

To boost efficiency, corporations connect their employees’ networks to the internet, increasing the risk of data breaches. When a remote user is blocked, and their credentials are used to gain access to the company’s network, an attacker hijacks a session. Inappropriate handling of personal information from distant users may potentially lead to exploitation of the system. Those who have been allowed direct access to an organization’s virtual server by its IT department should have direct access, while other users should be confined to SSH or remote login.

Policy for Preventing Intrusions

In order to defend against anomalies and unauthorized access, IDs should be kept in a secure location. Antivirus and firewall protections are not enough. Personnel in charge of security or risk management should keep a close eye out for anything unusual.

The built-in IPS/IDS feature of Advance Antivirus can guard against elevated privileges, changing permissions, incorrect auditing rights, inactive users, and more. IDS for software is installed as a hardware application and configured over the operating system for performance reasons.

Internet Access Policy

There are internet access policies that automatically ban all websites considered inappropriate, notably social media companies’ affiliated websites amongst such policies. According to the user’s vocation, they should be able to use the internet. For example, in the context of a business, the internet and network are the same. Internet access must be thoroughly screened and restricted in order to handle a weapon.

Communication Policy for the Port

Essential services like HTTP should stay open even if they are not in use. All other ports, both outgoing and incoming, should be blocked for superfluous services. It is more likely that a system will be breached when there are more unnecessary ports available. Consequently, ports that are directly linked to the internet should only be utilized for incoming connections or labeled as such.

Network Security Policy: What is in it?

It is anticipated that every company conducts a thorough investigation before drafting a policy. Policy changes may occur when new technologies emerge and more sophisticated ones become commercially viable. Some of the factors that make up a good policy are as follows.

  • When drafting a policy, it is vital to describe its scope and who will be impacted by its execution.
  • Users, management personnel, and network operations workers are all covered by the same policy.
  • Network users of different classifications are also given specific access and duties.
  • Because of this, the rules must contain methods for replacing software and altering operating system settings and procedures for adding new devices to the network.
  • Network policy may include essential aspects of access control policy.
  • All employees must adhere to an acceptable usage policy, which specifies what is expected of them and what technologies they are allowed to use.
  • “Wireless access policy” refers to the rules that govern the usage of wireless devices in the workplace.
  • When creating safe passwords, they need to follow a specific structure and update often.
  • An advanced password policy that specifies local access password policy and provides instructions for remote authentication is offered.
  • In order to connect to the production network, routers and switches attached to it must be set up following the security policies specified.
  • The antivirus policy defines how antivirus technologies are used and implemented.
  • For networks and IT systems, maintenance rules set the parameters for both its internal and external access and management of its technology.
  • There has to be a clear definition of when and under what conditions remote technology maintenance may be performed.
  • All this information, such as whether or not outsourcing is feasible, how it is managed, and the legal process to be followed, should be included.
  • Infractions are classified according to whether or not they should be reported, and the person to whom they should be delivered is named in the policies for reporting violations.

As a result, the policy should describe how to respond to external security incidents based on the point of engagement.

Conclusion

When it comes to keeping networks secure, most security techniques concentrate on securing all network resources from potential threats. The policy should include network devices as well as data and media. To build a reliable and secure network, you need to follow a few criteria discussed here. It is an enjoyable book. It is possible to enhance network performance and safety by creating a policy that applies to all company parts. With a good network policy, code injection, software faults, and malware may all be avoided.

Shared Responsibility Model In Cloud Security Explained

Customers and cloud computing providers must agree on security obligations to ensure Responsibility. This approach is referred to as a shared responsibility model.

It is the responsibility of the company to safeguard the IT infrastructure and the data it contains, even if that infrastructure is operated and managed outside. Using the cloud for public purposes transfers IT security responsibilities to the cloud provider, who takes on some but not all of them. Cloud providers and cloud customers both have a role in ensuring that all security aspects are taken care of.

Thus, the kind of cloud service model — infrastructure as a service, platform services, or software services — defines who is responsible for what security obligations. Cloud service models include IAS, PaaS, and SaAS. As SaaS (software-as-a-service) and cloud computing (cloud computing) users advance, their responsibilities increase.

Like Amazon Web Services (AWS), the cloud service provider offers and protects essential cloud infrastructure components, including virtual machines, storage, and networks for infrastructure as a service (IaaS). The service provider is also in charge of the physical security of the data centers. IaaS clients are responsible for the operating system and software stack security and data security while using an IaaS application.

Shared Responsibility Model in cloud security

Shared Responsibilities between the Service Type and the Provider Vary

Using a top-down approach implies that all of your servers, including hardware and software, are under your direct control in a data center. Many operational responsibilities, including security, may be delegated to the cloud, freeing up your employees. Each partner has full authority over the assets, processes, and functions that belong to them under this shared responsibility paradigm. It is possible to maintain a safe environment at low operating costs by working with your cloud provider and sharing some security obligations.

You must know where your provider’s responsibilities stop and yours begin for a cloud security implementation to be successful. You may use infrastructure as a service or platform as a service when the answer is not immediately apparent. The shared responsibility security paradigm may be characterized differently depending on the service provider.

EES’s cyber security consulting services supported by improved technologies can help you develop and improve your business security posture to up-level the threat detection. AWS claims Responsibility for “safeguarding AWS Cloud services’ hardware, software, networking, and facility infrastructure” due to the AWS Shared Security policy. Microsoft Azure, a primary cloud computing service provider, asserts security control over “physical hosts,” “networks,” and “data centers.” If you utilize AWS or Azure services, you may or may not have security obligations.

Shared responsibility agreements may contain language that is broadly construed to mean various things to various people. Your whole security setup differs from this in that you own every piece of equipment. The security obligations for services, apps, and controls vary depending on the cloud provider and service type. These inequalities in cloud ownership increase complexity and danger in a multi-cloud environment. Each of these components should have its program for evaluating and monitoring security risks. How secure you are depending on how well you protect your weakest connection. The whole stack and any linked systems become more susceptible if one of them has a vulnerability.

Consumer Responsibility in a Matrix

A critical part of SRM is the customer responsibility matrix (CRM), which details which controls are provided by the cloud service provider (CSP) and which responsibilities are left to the cloud user. When looking for a template CRM or learning more about them, look no farther than the Federal Risk and Authorization Management Program (FRAMP) (FedRAMP). Cloud service providers may use FedRAMP to provide their goods and services to the federal government as a whole. FedRAMP is a program.

A CRM is a critical piece of cybersecurity equipment. As for security, it’s left up to customers whether they want a complete CSP-supplied solution, a hybrid control (where Responsibility is shared between the CSP and cloud client), or no security measures at all. . To better comprehend the distinctions between various kinds of security measures, CRMs may be utilized by security professionals.

Businesses may save staff time by using cloud services and delegating security controls and operations to the CSP. However, it creates a chain of accountability that security professionals must understand and properly manage. Remember, the bulk of cloud data breaches occur on the SRM’s customer side, and your company’s reputation is entirely your Resresponsibilityecognizing the Ambiguities of the Shared Responsibility Model in cloud security.

Your security responsibilities may differ depending on whether you’re utilizing an IaaS or Pa as your provider may alleviate some of those responsibilities in certain situations. Your cloud provider bears a heavy burden, but it’s hard to tell exactly what percentage.

You’re typically in control of everything in server-based instances, including Support for user IDs and directories in the infrastructure. Whether your identity directories are built into your operating system like Microsoft Active Directory or Linux’s LDAP, or a third-party solution, you have complete control over security setup and monitoring with IaaS cloud deployments.

In server-based cloud infrastructures, everything is new for the deployment and management of applications and workloads. If you deploy PaaS apps on your cloud servers, you may decrease the security burden to some degree. When moving workloads from your data center to a cloud server instance, you are solely responsible for their security.

Internet Protocol (IP) Addresses: Only the portion of the network controlled directly by your service provider is kept operational. You are responsible for setting up and monitoring security for all physical and infrastructure-as-code networking above the virtualization layer.

Using a serverless environment or PaaS solutions relieves part of the security burden. You’re in charge of making sure serverless systems’ control planes are secure. In a serverless environment, you may choose an operating system (often Microsoft Windows or Linux), but the service provider is still in charge of OS upgrades and security. Access management through the control plane is still your Responsibility, even in serverless settings that provide some administration of your identity and directory infrastructure, applications, and network limitations.

What Should Security Professionals be Doing Right Now to be Ready for the Shared Responsibility Model in Cloud Security?

The shared responsibility model in cloud security has contracts and financial ramifications, but it also has security issues. When it comes to the shared responsibility model in cloud security, security professionals must understand their roles and duties based on the services they utilize and the company deployments and designs. Customer-side cloud data problems with shared responsibility model in cloud security are many and well documented. This is why you must understand the shared responsibility model in cloud security intricacies and contribute properly.

When it comes to your job responsibilities, a lot is dependent on whether you’re a security practitioner or an executive. Having a good security posture means knowing what cloud services your business uses, how to secure design those solutions, and how you may influence or lead to different configurations, settings, or controls.

Technical security specialists should be well-versed in platforms and services when it comes to their security implementation. Specialist cloud security engineers/architects often work with other members of the technical community. Remember how they account for the bulk of cloud data problems, and your business is in severe danger if you can’t guide them to a secure solution or detect potentially hazardous settings.

Contact your CSP if you need more security resources. Using Amazon Web Services (AWS) as an example, you may get information on the services your business utilizes in each of these areas by browsing an extensive library of security papers grouped by categories (such as compute and storage). Learn how to protect your services, what options are available, and how to troubleshoot problems here.

For the sake of security, you must be aware of the services provided by your business. It’s essential to understand contractual/legal concerns like CSP service level agreements if you’re dealing with incident response planning or any other kind of response (SLAs).

To assist one another, a wide range of organizations have partnered with the CSP. Therefore it is necessary to confirm the services you use are in line with any relevant regulatory frameworks. It is simple to obtain this information thanks to cloud service providers like Amazon Web Services (AWS) and Microsoft Azure (Azure), which provide “services-in-scope” webpages that show which services conform to specific standards and which are still awaiting certification. As long as your framework and architectures are compatible with cloud services, your team should be able to avoid regulatory penalties.

Exercises Making Use of the Shared Responsibility Model in Cloud Security

Shared Responsibility means that you and your cloud provider are never jointly responsible for any security operation element, which you should understand. Neither your supplier nor the portions of ownership that you control influence how secure your systems are. Remember that you have no say in how the service provider protects its infrastructure and software stack. You may rest easy knowing that your cloud vendor’s systems are safe and compliant with your service level agreements (SLAs). The most recent information is always readily available thanks to cloud service providers that constantly offer them free.

Cybersecurity Compliance: What, Why, and How in 2022?

What is Cybersecurity Compliance?

This word refers to doing things by the rules and regulations, as well as fulfilling the requirements. A cybersecurity compliance policy that adheres to all relevant laws and regulations must be established to safeguard the integrity, confidentiality, and availability of electronically stored or transferred information.

There isn’t a single standard or piece of law that governs cybersecurity compliance. Because sector standards may overlap, a checklist-based approach may lead to confusion and extra effort for companies.

To comply with PCI DSS requirements, providers that take payments through point-of-service (POS) devices such as credit card readers must also use PCI DSS compliant hardware and software (PCI DSS). The General Data Protection Regulation (GDPR) applies to businesses serving consumers in Europe. In contrast, the California Consumer Privacy Act (CCPA) applies to companies serving customers in California that fulfill specific requirements and provide services (CCPA).

A risk-based approach to cybersecurity compliance replaces the previous control-based method, and observation has to adjust accordingly. The answer to this question depends on the context. Cybersecurity Compliance laws are challenging and scary for many businesses in the financial, healthcare, and government sectors. Additionally, companies must follow essential procedures to safeguard personal information when processing credit cards and other types of personal information, such as social security and driver’s license numbers.

Keeping up with the latest cybersecurity do’s and don’ts may be challenging if rules, standards, and legislation are challenging to comprehend and often change. Others have the attitude of “we’ll repair it if it becomes a problem” as their default position (consciously or subconsciously). Not only are formal audits likely to result in more costly solutions and consequences than just following proper procedures, but they may also cripple and damage an organization, particularly in sectors with stringent requirements.

Apart from evaluating the effectiveness of your insider security controls, EES’s cyber security consulting services and solutions help identify every security vulnerability and misconfiguration specific to your industrial procedures.

Today’s regulatory environment necessitates protecting your cyber assets as well as those of your business partners, acquisition targets, and third parties. Businesses increasingly realize that dealing with cyber risks requires a top-down strategy. To be unafraid of: To keep you safe, compliant, and persistent, submissive Control Risks pioneered cyber and data security.

Understand your partner’s, target’s, or third-party provider’s cyber security capabilities and dangers. To enhance your offer worth to the seller, you should do self-cyber due diligence before going public.

When you use our cyber threat intelligence service, you’ll have access to: Anticipating changes in the cyber security environment allows our customers to make better-educated choices. The delivery of this service may also be done via subscription services or bespoke initiatives. Since then, they’ve become more knowledgeable about cyber security risks as a whole, which has improved their approach to combating them.

Attackers’ methods and processes are mined for valuable information by actors engaged in cyber threat research. Investigate and assess the critical risks to your company from a variety of open and closed sources. Operational threat intelligence potential pitfalls and threats should be identified and evaluated before moving forward.

After that, we devise innovative, cost-effective, and comprehensive security measures for the whole company. Threat assessment, asset appraisal, and gap analysis are all parts of the process. Each asset is evaluated according to the risks it poses, and your maturity level is determined by how well you handle these tradeoffs. Meanwhile, we will put your skills to use by putting together a strategy and making changes to your environment.

In What Ways Do Cybersecurity Laws Apply to Different Kinds of Data?

PII, PHI, and financial data are all protected by cybersecurity and data protection legislation. All information that may be used to identify a specific person, such as their first and last name, date of birth, social security number, and maiden name, is referred to as personally identifiable information (PII).

A person’s identity, medical history, or treatment must be kept private if the information is used to identify them. Some examples are as follows:

  • Records of students who have been admitted. Prescriptions and the documentation that goes with them: every patient’s medical history is maintained for reference. the documents about the insurance policy
  • A person’s financial records may include payment methods, credit card details, and other identifying information used to steal an individual’s identity or defraud them of money. As a result of having your credit card information stolen, you may find yourself enticed to make purchases you otherwise wouldn’t. The government considers them highly sensitive because bank account numbers and debit card pins are connected to personal financial information like social security numbers and credit card numbers.
  • IP addresses, email addresses, usernames, and passwords are examples of other types of sensitive data that may be regulated by regional, state, or industry authorities.
  • Additionally, other types of identifiers, including marital status, ethnicity, and religion, may be used as authenticators.

Why Cybersecurity compliance?

An organization that discovers a data breach must comply with industry or regional cybersecurity laws and take the necessary measures to protect its customers and employees. Uncompliant companies may face steep fines and penalties if there is a violation. To avoid data breaches, companies must strictly adhere to cybersecurity compliance standards. This reduces incident costs by avoiding costly response and recovery efforts, in addition to reputational harm and business disruption.

Contrary to popular belief, maintaining and building client loyalty is possible by protecting your consumers’ personal information. The most significant aspect is that your company will be more operationally effective with well-defined and consistent information management, storage, and usage procedures.

Additionally, businesses profit from safeguarding sensitive data by adhering to regulatory standards and laws. When your company has a strong security posture, protecting intellectual property like trade secrets, software code, and product specifications is much simpler. Sensitive information about customers and employees must be safeguarded using security measures.

How to Implement Cybersecurity Compliance?

Determine which rules or laws must be followed first. Make a list of the data you use and any special requirements you may have. Even while some companies may afford to hire a six-figure CISO, most cannot. Even part-time, cybersecurity management may be assigned to any team member with the appropriate abilities and work ethic. Appointing someone to oversee organizational cybersecurity and compliance may help you stay on top of the development of your cybersecurity program and compliance operations.

Apart from the CTO or IT manager, employees are aware of who to call in the event of a suspected security lapse. The majority of today’s cybersecurity compliance mandates call for risk and vulnerability assessments as part of the compliance process. Vulnerability assessments include the following: Determine your organization’s most crucial security weaknesses, as well as the controls currently in place, by implementing technical measures based on needs and tolerance.

9 Best Cybersecurity Podcasts to Follow [2023]

Cyberattacks are one of the significant threats to industries, whether they are online. Or not. To safeguard your information, keep the danger away, and get maximum safety and security, you must understand cybersecurity.

Cybersecurity podcasts are growing in importance because every user and government agency seeks ways to maintain protection. For a successful business, you must maintain the safety of assets and investors. The war between hackers and cybersecurity experts is inevitable.

Still, you can strengthen your protocols and fortify security by practicing authentic cybersecurity approaches. This article highlights the best podcast, even for a simple user, to help you stay updated with all-time growing and upgrading cybersecurity strategies.

The Best Cybersecurity Podcasts

The most reliable and outstanding resource to build familiarity with digital IT is cybersecurity podcasts. They provide you with the latest news on new hackers, malware, attacking vectors, and safety techniques. The top cybersecurity podcasts you must listen to for defending your company or information, system, or data include:

1- Cyber Motherboard (Vice News)

It is one of the top-rated cyber podcasts where you get the chance to listen to the informative talk between Lorenzo Franceschi-Bicchierai and Joseph Cox with the host Ben Makuch. They discuss the newest cybersecurity stories, latest news, and IT events. In their weekly conversation, they talk about legendary hackers and their astonishing hacking tales. If you want to know all about the IT security industry, this is your solution.

2- Darknet Diaries

Are you interested in knowing about all the shady things going on the net? Listen to this podcast. Jack Rhysider made this cybersecurity podcast a bi-weekly show that airs for 60 minutes. Listeners enjoy all the true flattering stories of the dark web involving cybercrime and hackers. Darknet Diaries focuses on crime and technology and provides a detail-oriented investigation on three vast topics: ATM hacking, carding history, and Stuxnet. It is unquestionably the most thought-provoking podcast. Oh yes, it also educates you along with entertaining.

3- Unsupervised Learning Podcast

It is one of the shortest cybersecurity podcasts that typically air for a maximum of 30 minutes, but hands down to the authentic and up-to-date information it provides. Hosted by Daniel Miessler, an information security professional gives a weekly overview of digital security. He delivers 5-20 hours of research on cybersecurity and technology with precision, interest, diligence, and accuracy in just half an hour.

Being a comprehensive and all-encompassing commentary, Miessler analyzes and informs us about how current IT and security affairs will affect the future digital lifestyle.

4- Malicious Life

A cybersecurity company named Cybereason produces this podcast. Ran Levi hosts this cybersecurity podcast which is well-produced that emphasizes the current potential threats and future IT threats. The show covers many topics masterfully.

Providing you with everything you need to know about IT security-related, its three seasons have already aired. The primary topics it covers include the history of hacking, information warfare, and cybercrime.

5- Social-Engineer Podcast

Do you want to find out how a hacker tricked you and manipulated you into his mischief? Listen to Chris “logan HD” Hadnagy, and you will know how to save yourself from this big scam!

As the name reflects, it identifies and eliminates all possible socially engineered cybercrimes and their effects on IT infrastructure. It is a monthly cybersecurity podcast with an episode of an average of 50 minutes, and it will never be a waste of your time. They are available on Spotify and iTunes.

This podcast will help you find the solution to ultimate safety in this terrorizing digital world. Three specific topics it covers include:

  • Online Privacy
  • Misinformation techniques
  • Psychology of social engineering

6- 443 Podcast

443 is one of the most trusted podcasts to look to for instant security solutions to cyber threats. The 443 aims to make IT security and digital safety unpretentious, clear, and understandable, even for simple users.

Marc Laliberte, the host, usually invites guests with long IT professional experience. Listeners know the host of the cybersecurity podcast for his extensive research skills. He explains security dangers and underlines how to escape them with the help of confident and engaging personalities.

7- Security Now

Run by Leo Laporte, started in 2005 – one of the oldest podcasts. This weekly podcast is also the longest show, comprising 100 minutes. The show is more focused on discussing personal security issues, threats, and solutions. Besides, they base talk on vulnerabilities and new malware. You will know what is happening all around the world.

8- Smashing Security

Graham Cluley and Carole Theriault are the hosts. They make their show more engaging and informative by inviting over an array of professionals from the IT and digital, software, and hacking worlds. By utilizing their expertise in this weekly podcast, they cover three issues:

  • Abusive corporate apps
  • Adult website censorship
  • Pros and cons of 2FA

This 50-minute long podcast differs from others because of its casual talking style. They highlight the troublesome issues and discuss the solution light-heartedly. Best explained as “helpful and hilarious,” it covers everything related to cybercrime.

9- Hacking Humans

You can listen to this cybersecurity podcast on Thursdays. It airs for a maximum of 40 minutes. Dave Bittner and Joe Carrigan cover as much information about IT, phishing attempts, cybersecurity, insider threats, hackers, software history, social engineering, and similar criminal exploits as possible.

Recognizing all the new and expected vulnerabilities and increasing or ongoing hacking trends highlights the close connection of cybersecurity to human psychology. They tell you about the tools and tips to keep yourself safe from typical scams. Note: As Amazon Associates, we may earn from qualifying purchases.

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