Tag Archive for: cybersecurity

Cybersecurity in the Digital Learning Environment

Digital learning provides a lot of advantages to learners and educators alike. However, all digital learning stakeholders must strengthen their online defenses to protect against new types of online attacks that keep emerging now and then. 

Why digital learning environment is a major target for cybercriminals?

The Global Threat Activity Tracker report by Microsoft shows that there were over 8 million malware attacks from July to August 2020. The online learning environment was the main target with 79.4%. This is something that should concern stakeholders in the e-learning environment. 

Amidst this backdrop of cybersecurity concerns, the resilience, and adaptability of the online learning sphere become even more paramount. Educational institutions and platforms must not only deliver quality content but also ensure the safeguarding of sensitive student data. 

It is also common for educational institutions to offer online cybersecurity courses. Such classes are held after school, which complicates the learning process for students. However, online courses are made of different components that are all important for success. They offer study materials, access to tutors, and exams. Part of exams include research paper writing. Students can use a research paper writing service to get their papers done in no time. It is an online resource focused on helping remote learners improve their course outcomes by writing quality papers for them.

This approach helps to reduce the level of malware penetration into the learning environment, but, unfortunately, cannot guarantee 100% security

digital learning

Figure 1-source-microsoft

A vast wealth of personal data

Remote learning platforms store their learner’s data online. This includes such as:

  • Health insurance
  • Credit card data
  • Bank details
  • National identity details
  • Exam outcome details
  • Essays and many more

This amount of data is what online cybercriminals target. If they can get hold of it, they can sell it or use it to access bank accounts. It is worth millions of dollars in ransom. 

E-learning platforms get accessed the most

Millions of remote learners around the world are connected to their preferred universities online. They connect with online education platforms through different devices. Prosperity for America reports that 70% of university students prefer online learning. By 2027, the number of online learners is forecasted to reach 57 million. The report says 93% of companies globally pay for their workers to learn online.

As the demand for online education continues to soar, the need for custom e-learning software development becomes more apparent. Millions of remote learners around the world are connected to their preferred universities online, seeking tailored and engaging learning experiences. They connect with online education platforms through different devices, necessitating the creation of personalized e-learning solutions to cater to diverse learner needs.

The World Economic Forum reports over 20 million online learners registered in 2021. This proves that the online learning environment is one of the most accessible platforms worldwide using different devices most of which are unprotected.

digital learning 

Figure 2-source.weforum

Higher institutions of learning may offer many types of remote learning courses however, they don’t invest much in online safety. Due to this, they become an easy target for cybercriminals.

What types of threats does the digital learning environment face the most?

The remote learning sector has made education available to learners in the remotest places. There are threats unique to the teacher, student, and parent. It is important to be aware of the threats. 

  • Malware: Learners download education apps for online study and courses. Cybercriminals install malware on their devices to extract data.
  • Identity theft: Cybercriminals use extracted student information to access loans and services.
  • Malicious ads: Ads contain malware links and code that executes once clicked.
  • Phishing: Fraudulent messages that appear legitimate.
  • DDOS: Cybercriminal sends too many requests that make remote servers hang. 
  • Ransomware: Ransomware is the main type of attack that targets university, college, and online education resources systems. 
  • Data breaches: Compromising passwords and exposing sensitive data

digital learning

Figure 3-source-squarespace

Why does the online education sector need to prioritize cybersecurity?

Changes in technology are happening more quickly than before. A report by LinkedIn shows to date, there are 5 billion internet users. In the next 7 years, there will be 50 billion internet devices helping with sharing data. Statistics show the increase of technology multiplies by 2 times every 11/2 years. 

The remote education sector is highly vulnerable to cyberattacks with a frightening percentage of attacks targeting this sector. Remote learning platforms experience different types of data breaches daily with most users being young students who are not conversant with cybersecurity protocols. This makes Cybersecurity imperative in remote learning. 

They are curious and want to try out different things. In the process of trying out, they open malicious links and compromise passwords, download dangerous apps, and sign up for scam sites. 

Introducing Cybersecurity to e-learning environments can help online education systems in:

  • Enhancing trust. If there are more security breaches, online platforms might lose trust. Increased security measures increase trust among users.
  • Keeping the remote learning environment safe. Online education startups work closely with programmers, SaaS platforms, and IT experts. They need marketing agencies to market their platforms. They need students and tutors to keep business thriving. The entire online environment needs to be kept safe. It is the responsibility of every stakeholder to play their part. 
  • Meeting compliance and data privacy requirements. Remote learning platforms need to meet the FERPA, FOIA, and GDPR compliance guidelines. 

digital learning

Figure 5-source-moocineducation

Steps to prevent cybersecurity attacks

E-learning system administrators need to take precautions to prevent attacks so that if breaches do happen, they should be ready to prevent further damage. 

Keep user privileges under control

A student may sign up online for one online lesson and leave the website or enroll for a short course and leave. Once a user completes their course, they should be denied user privileges while current users should be offered controlled privileges. 

Use the latest online security enhancement methods

Cybersecurity specialists create strong online protection tools to keep data safe. Online education systems need tools such as:

  • Network safety monitors
  • Data encryptions
  • Internet vulnerability scanners
  • Penetration testers
  • Antivirus tools
  • Network system defenses
  • Computer firewall

Manage passwords well

Create hard-to-guess logins and manage them well. You can use password management tools to help remember them. 

Understand local and international cybersecurity guidelines

Different cybersecurity guidelines apply at different levels. Understand them and follow them. 

Keep physical gadgets secure 

Use features such as a lock screen and biometrics to authorize access to devices. Unauthorized access can lead to data breaches.

Have a disaster recovery plan in place

If attacks happen, e-learning companies should be ready to take control. It helps to keep the platform running while keeping users safe. The e-learning platform should pay attention to the following points. 

  • Keep the e-education platform safe. Prevent further attacks on the platform and users
  • Act fast. Do not postpone taking mitigation measures later but do it immediately
  • Ensure there is a backup system in place. Backup systems help keep data safe.

Offer training to students

Students are the most vulnerable when it comes to cybersecurity. Educate them on matters of online safety and their role by helping them understand the importance of data security, password safety, and the risks of opening untrusted links, attachments, and email spam. 

Conclusion

Remote education has helped deliver courses to learners regardless of their location. It offers a convenient way of acquiring knowledge at the learner’s convenience. However, entrepreneurs, marketers, and programmers in the online education field need to work on improving the online security of e-learning platforms. 

Schools, educators, and learners need to use innovative methods that improve security while IT specialists in the online education sector have a role to play in keeping education online systems secure. They must ensure the systems remain flexible with high mobility and safety.

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Cybersecurity and Machine Learning: Staying Ahead of Machine Learning-based Email Fraud

Cybersecurity is a constantly evolving field, and the latest technology is constantly being incorporated into the fight to keep your data safe. Machine learning has been used to protect against email fraud for years, but it’s gotten better at it in recent times.

What is machine learning?

Machine learning is a type of artificial intelligence that allows computers to learn from examples and make predictions based on those examples. In the context of email fraud, this means that attackers can program their bots to analyze email signatures, subject lines, and other features of common messages so that when they receive an email from a real user, they’ll know how to respond in ways that will seem familiar and legitimate. 

For example: If someone sends an email with the subject line “check your balance,” then the bot might respond by saying something like “I’m glad you’re checking your balance.” This makes the scam seem more legitimate because it seems like it came from someone who actually works at the bank or other financial institution being targeted by the attack. Security and verification are needed in everything, therefore juno film analysis essay will be needed by anyone who wants to have a well-written work.

The best way to stay ahead of machine learning-based email fraud is by staying on top of emerging trends in cyber security.

What is machine learning-based email fraud?

Machine learning-based email fraud is a type of email scam that uses machine learning algorithms to create convincing emails that mimic legitimate emails. These algorithms analyze large amounts of data to learn the writing style, tone, and language used in legitimate emails. They then use this knowledge to generate convincing emails that are difficult to distinguish from legitimate emails.

The goal of machine learning-based email fraud is to trick recipients into revealing sensitive information such as passwords, bank account numbers, or other personal information. These emails can be used to launch targeted attacks against individuals or organizations or to gain access to sensitive data or systems.

Staying ahead of machine learning-based email fraud

Staying ahead of machine learning-based email fraud requires a multi-layered approach that combines machine learning algorithms with human expertise and user education. Here are some steps that can help:

1. Use advanced email security solutions

One of the most effective ways to stay ahead of machine learning-based email fraud is to use advanced email security solutions. These solutions use machine learning algorithms to analyze email data and detect anomalies that may indicate fraudulent activity. They can also use behavioral analysis to identify unusual patterns of activity that may indicate a phishing attack.

Email security is a tough nut to crack.

There are all sorts of ways that malicious actors can get your email address and use it to send out spam, phishing emails, or even malware. These threats are made even more dangerous when you consider the fact that many people will open these emails without even thinking about them.

  • But luckily, there are some great solutions for email security out there. One of them is SPF (Sender Policy Framework). It’s a way for senders to prevent their emails from being sent by unauthorized sources—like spammers and phishers—and it can help keep your inbox safe from hackers.
  • Another solution is DKIM (Domain-based Message Authentication, Reporting & Conformance), which verifies that an email has not been changed in transit between servers. This helps prevent spoofing and man-in-the-middle attacks on your email accounts.
  • And finally, DMARC (Domain-based Message Authentication Reporting & Conformance), allows you to set up policies for how your emails are delivered through mail providers like Gmail or Yahoo! Mail.

  1. Train employees on how to recognize and respond to phishing attacks

User education is a critical component of any cybersecurity strategy. It is essential to train employees on how to recognize and respond to phishing attacks. This includes teaching them how to identify suspicious emails, how to avoid clicking on links or downloading attachments from unknown sources, and how to report suspicious activity to the IT department.

2. Implement multi-factor authentication

Multi-factor authentication is an effective way to protect against machine learning-based email fraud. This security measure requires users to provide multiple forms of authentication before accessing sensitive data or systems. This can include a password, a security token, or biometric identification such as a fingerprint or facial recognition.

3. Monitor for unusual activity

It is important to monitor for unusual activity on your network or systems. This includes monitoring email traffic, system logs, and user activity. This can help identify suspicious behavior that may indicate a phishing attack or other cybersecurity threat.

4. Stay up to date with the latest cybersecurity trends

Staying up to date with the latest cybersecurity trends is essential for staying ahead of machine learning-based email fraud. This includes attending conferences, reading industry publications, and keeping up with the latest threat intelligence reports.

Conclusion

Machine learning-based email fraud is a growing threat to organizations and individuals. Cybercriminals are using machine learning algorithms to create convincing emails that are difficult to distinguish from legitimate emails. Staying ahead of this threat requires a multi-layered approach that combines machine learning algorithms with human expertise and user education. 

By implementing advanced email security solutions, training employees on how to recognize and respond to phishing attacks, implementing multi-factor authentication, monitoring for unusual activity, and staying up to date with the latest cybersecurity trends, organizations can stay ahead of machine learning-based email fraud and other cybersecurity threats.

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ChatGPT and Cybersecurity

Cybersecurity is a growing concern in today’s world, as the number of cyber-attacks increases. As technology becomes more integrated into our lives, it is critical to have systems in place to protect ourselves from malicious attacks. The use of artificial intelligence, specifically the ChatGPT language model, could be one potential solution to this problem. We will look at how ChatGPT can help improve cybersecurity in this blog.

ChatGPT: An Attacker’s Ally or Annihilator? 

Leveraging ChatGPT to Improve Cybersecurity

1. For Training Purposes

To begin, it is important to note that ChatGPT is a machine-learning model that has been trained on massive amounts of text data. This means that it is well-versed in a wide range of topics, including cybersecurity. This knowledge can be used to improve cybersecurity in a variety of ways.

ChatGPT can also be used to improve cybersecurity by providing education and training. One of the biggest challenges in cybersecurity is the human element – people can inadvertently create vulnerabilities by clicking on suspicious links or falling for phishing scams. ChatGPT can be used to provide training and education to employees, helping them to recognize potential threats and avoid them.

2. Analyze Data and Identify Trends

Finally, ChatGPT statistics can be used to analyze data and identify trends. This can help organizations proactively identify potential threats before they become a problem. For example, ChatGPT could be used to analyze social media posts and identify patterns of behavior that are associated with cyber-attacks. This information could then be used to strengthen defenses and prevent attacks from occurring.

3. Cybersecurity Advice and Suggestions

As an AI language model, ChatGPT can provide you with information and advice to help you improve your cybersecurity. Here are some ways ChatGPT can assist you:

  • Provide you with general cybersecurity knowledge: ChatGPT can give you a comprehensive understanding of the basics of cybersecurity, including the most common threats and how to protect yourself from them.
  • Help you identify vulnerabilities: ChatGPT can assist you in identifying the areas of your cybersecurity where you are most vulnerable, such as weak passwords or outdated software.
  • Offer advice on best practices: ChatGPT can provide you with best practices for maintaining good cybersecurity hygiene, such as keeping your software up to date, avoiding suspicious emails, and using strong passwords.
  • Suggest tools and resources: ChatGPT can recommend tools and resources that can help you protect your computer and data, such as antivirus software, firewalls, and encryption.
  • Answer your questions: ChatGPT can answer your specific questions about cybersecurity, such as how to secure your home network, how to recognize phishing scams, and how to protect your online accounts.

Overall, ChatGPT can provide you with valuable information and guidance to help you improve your cybersecurity and keep your data safe.

Here are some examples of the same: 

Example 1: Asking for cybersecurity suggestions 

Asking for cybersecurity suggestions

Example 2:

Testing the strength of your passwords

Example 3: Offering Advice on Best Practices

Offering Advice on Best Practices

Example 4: Suggesting Tools and Resources

Suggesting Tools and Resources

Example 5: Answering your questions

Answering your questions

Leveraging ChatGPT for Malicious Intent

ChatGPT, as an AI language model, can be used by cyber attackers for malicious intent in a variety of ways:

  1. Malware development: Cyberattackers can use ChatGPT to generate malicious code for malware that is difficult for traditional anti-virus software to detect. They can use the model to write code that circumvents security measures and installs malware on the devices of victims.
  2. Password cracking: Cyberattackers can use ChatGPT to crack passwords or security questions by generating a large number of possible combinations based on the victim’s known personal information.
  3. Phishing Attacks: Cyberattackers can use ChatGPT to generate convincing phishing emails or messages that appear to come from legitimate sources. The attacker can use ChatGPT to mimic the writing style and tone of the person they are impersonating, making the victim’s detection of the scam more difficult.
  4. Social Engineering: ChatGPT can be used to create fake social media profiles or AI chatbots that can be used to trick people into sharing sensitive information or performing actions that could jeopardize their security.

How can ChatGPT aid you in your Email Authentication journey?

While ChatGPT can provide domain owners with useful and comprehensive information on existing email authentication protocols like DMARC, SPF, DKIM, and MTA-STS, it cannot help you implement these measures on the DNS level. 

For that, you need a reliable email authentication service provider like PowerDMARC or go for manual implementation that requires a lot of time, effort, and advanced knowledge of the protocols. 

How can we help?

PowerDMARC is a cloud-based email authentication and security platform that can aid in the implementation of email authentication in a variety of ways:

  • PowerDMARC provides an easy-to-use platform for organizations to deploy DMARC across their email domains. DMARC is an email authentication protocol that prevents email spoofing and phishing attacks by utilizing SPF and DKIM. Organizations can use PowerDMARC to quickly set up DMARC records and monitor email authentication status across their domains.
  • PowerDMARC provides an interface to assist organizations in managing their email authentication DNS records. PowerDMARC makes it easier for organizations to maintain email authentication and prevent spoofing and phishing attacks by simplifying the process of creating and managing SPF, DKIM, DMARC, MTA-STS, TLS-RPT, and BIMI records.
  • PowerDMARC provides detailed email reporting and analytics, providing organizations with insights into their email traffic and authentication status. Reports on DMARC authentication results, SPF and DKIM alignment, and email sources are provided by the platform, assisting organizations in identifying potential threats and taking corrective action.
  • PowerDMARC integrates with threat intelligence feeds, giving organizations real-time information about known email threats. This enables organizations to respond quickly to emerging threats and prevent potential attacks.

We can help organizations implement and maintain strong email authentication, preventing email spoofing and phishing attacks, and ensuring the security of their email communications.

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Cybersecurity Compliance 101

Cybersecurity compliance is a growing area of concern for many businesses. It is important that your business is aware of the requirements and has a plan in place to achieve compliance.

Cybersecurity compliance involves the following:

  1. Conducting risk assessments on your business, including the risks posed by external threats, such as viruses and malware, and internal threats such as insider misuse of confidential information.
  2. Creating an incident response team that can respond quickly to any incident. They should also be trained in how to respond to cyberattacks.
  3. Implementing an intrusion detection system that monitors the network and email traffic for unauthorized activity like a DMARC analyzer.
  4. Developing a strong cybersecurity strategy that includes best practices for developing security controls and training employees on how to use them correctly and how to stop online fraud.

What Is Cybersecurity Compliance?

Cybersecurity compliance is a set of standards that companies and organizations must follow in order to be considered “compliant.” These standards can vary depending on the type of entity or organization, but they generally include policies, procedures, and controls that ensure that a company is protecting itself from cyberattacks.

For example, if your organization uses emails as a mode of communication you need to implement email security and authentication protocols like DMARC to secure your email transactions and verify sending sources. A lack thereof can make your domain vulnerable to domain spoofing, phishing attacks, and ransomware. 

One of the most important things you can do to protect your company is to make sure that your cybersecurity practices are up to snuff. You can’t afford to ignore cybersecurity violations—they’re the easiest way for hackers to get into your network and cause you serious harm.

But what is cybersecurity compliance, exactly?

Cybersecurity compliance is a set of best practices that companies use in their daily operations to ensure that they’re protecting themselves from cyber attacks. These best practices include:

  • Maintaining a secure network
  • Keeping systems patched and updated with security patches
  • Safeguarding customer information and data
  • Safeguarding your own data and email commmunications 

Where to start with your Cybersecurity Compliance?

The first step in achieving cybersecurity compliance is to understand what you’re trying to accomplish.

What are your goals? What are the specific expectations of the organization or individual who is managing your cybersecurity compliance? Is it for the business itself, or is it for an outside entity that could be a government agency, an organization like the NSA, or even a third-party vendor?

If it’s for the business itself, then you’ll need to understand how your organization operates and how it interacts with other entities. You’ll also want to know what kind of data they are collecting and where they’re storing it. And if they’re using cloud services like Amazon Web Services (AWS), Google Cloud Platform (GCP), Microsoft Azure, or Oracle Cloud Platform (OCP), then you’ll need to find out if there are any security controls in place around those services.

If you’re working with an outside entity like a government agency or third-party vendor, then you’ll want to make sure that they have a good understanding of both your organization and its needs as well as their own process for monitoring and responding to threats. You’ll also want them to be familiar with the types of attacks that could happen against your company’s systems and how. 

Cybersecurity Compliance Strategy: A Plan in Action

Email Security

Let’s start with the basics: You need to keep your email system secure. That means password-protecting your email, even if it’s just a single password for your entire system. And you need to make sure that any external services that send or receive emails from your organization are also secure—and have the same password requirements as your internal systems.

Your company’s email system is a critical part of your business. It’s how you connect with prospects, customers, and employees—and how you send out important updates and announcements.

But it’s also one of the most vulnerable parts of your company.

So if you want to make sure your emails stay private and safe from hackers, cybersecurity compliance is a must. Here are some tips for making sure your emails are up-to-date on cybersecurity compliance:

  1. Make sure you’re using encryption (SSL) when sending sensitive information through email. This helps ensure that no one can intercept or read what’s being sent between your computer and the intended recipient’s device.
  2. Set up password policies so that all users have unique passwords that are changed regularly, and never used in any other service or application on the same account or device as the email service provider (ESP).
  3. Enable two-factor authentication (2FA) whenever possible so that only authorized people can access accounts with 2FA enabled—and even then only if they’ve been granted access before by someone else with 2FA already enabled
  4. Secure your email domain against spoofing, phishing, ransomware, and more by implementing email authentication protocols like DMARC, SPF, and DKIM 
  5. Secure your emails in transit from the prying eyes of a man-in-the-middle attacker by enforcing a TLS-encrypted email transaction with the help of MTA-STS

The importance of Cybersecurity Compliance

There are many ways a company can be non-compliant with cybersecurity. For example, if your company has an outdated firewall, it’s possible that hackers could use your system as a waypoint for their malware attacks. Or if your network is not protected by two-factor authentication, you could be at risk of having your website hacked. Or if your emails are not authenticated, it can pave the way for spoofing attacks and phishing. 

It’s important to note that compliance does not protect against all types of threat vectors. Cybersecurity solutions can help organizations prevent hackers from accessing their networks, preventing theft of intellectual property, protecting physical assets like computers and servers, preventing malware infections that may restrict access to critical systems or information, detecting fraud on online payment transactions and stopping other cyberattacks before they happen.

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AI in Cybersecurity

The enterprise attack surface is enormous, and it’s just getting more significant. To quantify risk, up to several hundred billion time-varying signals effectively must be processed. The amount of signals depends on the size of the company. As a result, it is no longer a human-scale task to analyze and improve cybersecurity posture. This is why we need AI in Cybersecurity. 

To combat this unprecedented challenge, PowerDMARC uses AI-based email security and DMARC solutions to assist information security teams. We reduce the breach risk and improve the security posture of emails more efficiently and effectively. 

In recent years, artificial intelligence (AI) has become a crucial tool for strengthening the work of human information security teams. AI provides much-needed analysis and threat identification that cybersecurity professionals can utilize to decrease breach risk and improve security posture because humans can no longer adequately protect the dynamic corporate attack surface. In security, AI can identify and prioritize risk, detect malware on a network quickly, lead incident response, and detect intrusions before they occur.

Role of AI in Cybersecurity

An artificial intelligence (AI) system enables machines to perform tasks that usually require human intelligence, such as visual perception, speech recognition, decision-making, and translation between languages.

The applications of AI in cybersecurity include:

  • Intrusion detection: AI can detect network attacks, malware infections, and other cyber threats.
  • Cyber analytics: AI is also used for analyzing big data to detect patterns and anomalies in an organization’s cybersecurity posture.
  • Secure software development: AI can help create more secure software by providing developers with real-time feedback on whether their code is closed or not.

Cybersecurity professionals have been using AI-based solutions for some time now. However, due to the growing number of cyberattacks, they see the need for more advanced tools and technologies to keep up with the attacks.

The Future of AI in Cybersecurity

Artificial intelligence can change everything about how we live and work, including how we protect ourselves from cyber threats. It will enable us to understand risk more accurately than ever before and make decisions quickly without compromising accuracy. It will allow us to detect new attacks faster than ever before. Also, it determines how best to protect ourselves against them without waiting for humans to intervene. In some other cases, like writing and generating content, you can also use an AI Detector to see whether the content is completely auto-generated or not.

How AI can Help Protect Against Cyberattacks?

AI can’t replace humans, but it does have a role to play in the fight against cyberattacks. Here’s how AI is helping protect against the next cyberattack:

1. Automated Threat Detection

The first way AI can help protect against cyberattacks is by automating threat detection. Machine learning algorithms detect user behaviour or system performance anomalies that may indicate a security breach.

2. Machine Learning

It uses algorithms to analyze large amounts of data and make predictions based on patterns it finds in the data. This is used to train AI systems to recognize previously unknown or unexpected attacks.

3. Predictive Analytics

You can forecast future threats using predictive analytics, such as which employee accounts are most likely to become compromised or what types of attacks are likely to occur on a specific day. This type of analysis helps organizations identify where their security gaps lie to close them before any real damage is done.

4. Anomaly Detection

AI systems also can detect anomalies in network traffic or other data streams by analyzing patterns for similarities or differences between what is expected and what occurs. This type of monitoring can help catch abnormal behaviour before it becomes malicious activity — like someone trying to access confidential information that they shouldn’t.

5. Security Automation

Another way that AI can help protect businesses from cyberattacks is by automating and implementing new security policies and protocols. It protects against major cyberattacks like Spoofing threats, phishing, and others. Automating your cybersecurity implementation can help you: 

  • Save time and effort 
  • Reduce human-error 
  • Provide cost-effective solutions with 100% accuracy 
  • Provide immediately noticeable results 

6. Security Orchestration

AI can automate many routine tasks that consume time and resources today, such as detecting abnormal behaviour or identifying suspicious users on your network. 

Take your Email Authentication to the next level with AI-Driven DMARC Solutions

Your network becomes easier to manage with true AI. While minimizing errors, you may swiftly configure, troubleshoot, and defend your network. And you’re providing a next-level experience when you can repair problems before they affect people.

DMARC Threat Intelligence

The DMARC Threat Intelligence (TI) engine from PowerDMARC helps you set up your protocols swiftly while also identifying potential risks. By monitoring, identifying, and analyzing harmful activities at every step of your email’s journey. The DMARC Threat Intelligence (TI) engine provides enterprises with actionable, timely, and relevant insight.

AI-driven record generator and lookup tools

PowerToolbox contains AI-driven DNS record generator and lookup tools that provide instant results. If you want to start your authentication journey but don’t know where to start, these beginner-friendly tools use artificial intelligence to help you create SPF, DKIM and DMARC records with a click of a button! If you already have protocols set up, you can cross-check the validity of your records using lookup tools.

An automated platform powered by AI

The PowerDMARC platform (DMARC report analyzer dashboard) is fully automated, with the capacity to track IP geolocations, organizations, and email sending sources across a single AI-driven interface, parsing DMARC reports in real-time and arranging data into an organized format.

To safeguard organizations from potential spoofing attacks, phishing attacks and other forms of email fraud, this platform helps you view your DMARC data to hunt down suspicious IPs and take actionable steps against them. 

Conclusion

Cybersecurity is a complex issue, but AI can be a powerful tool in helping to protect against attacks. AI enables cybersecurity teams to establish powerful human-machine collaborations that expand our knowledge, enrich our lives, and drive cybersecurity in ways that appear to be larger than the sum of their parts.

With trustworthy partners, you can stay ahead of threats and gain real-time intelligence and security.

The patented DMARC Threat Intelligence (TI) engine from PowerDMARC is your sentry on a 24-hour watch. Their AI-based threat detection solution employs sophisticated algorithms to quickly identify the global blocklists where each IP is listed and the email reputation of the sender hostname. All of this is done at a level of precision that a person could never achieve.

Grab your free DMARC trial now!

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PowerDMARC partnership with Config

PowerDMARC is extending its DMARC Services in France

PowerDMARC, a Delaware-based DMARC and cybersecurity services provider, is announcing their latest partnership with Config, a French IT solutions distributor operating in Paris. A major player in the IT security and network services space in France, Config is looking to expand into the spheres of email security and authentication seeking out the best DMARC services in France.

“Config is one of our first major distributors in Europe,” said Faisal Al Farsi, Co-Founder, and CEO of PowerDMARC. “It’s a big step for us as a growing email authentication platform because France is a very progressive country for pioneering tech in cyberspace. We’re really looking forward to expanding operations there and seeing increased DMARC adoption across Europe as a whole.”

For the last 20 years, Config has been a part of the growth of IT solutions and security in France. They boast a number of established clients that rely on their expertise to secure their network systems, servers and more. One of their hallmarks is providing tailor-made services that are fine-tuned to their clients’ needs, enabling them to act on security incidents quickly and effectively. 

Through this strategic partnership, Config has their sights on DMARC authentication services going big in France and securing their positions as the leading distributor of advanced PowerDMARC technology. By adding PowerDMARC solutions to their already wide array of solutions and implementing DMARC services in France, they’re expected to make an impact in helping businesses both big and small secure their brands against spoofing attacks and email compromise.

Zouhir El Kamel, Founder and CEO of Config, commented on the new partnership. “There’s a lot of ground to be covered,” he said. “French businesses have only begun to recognize the importance of DMARC authentication in the last few years. We already have an established base of operations in France, Switzerland, Morocco and Africa, and puts us in a good position to help businesses in these countries get the security they need. With PowerDMARC’s platform, we’re confident we can make a difference.”

CONFIG (www.config.fr) is a value-added distributor  who accompanies more than 1000 integrators, editors and resellers in the sale of solutions distributed in the following ecosystems: 

Security and Cybersecurity Networks  Storage  Virtualisation and Cloud Solutions of  Vidéoprotection Config proposes to his partners  a custom-made support thanks to innovative marketing actions encouraging lead generation, the developed skills via technical trainings and certifications (Approved Center ATC) and a lot of différenciants services to develop the activity of the suppliers and the partners.

Config is headquartered in Paris, France, and now has more than 120 employees and several subsidiaries (Switzerland, Morocco, Tunisia, Algeria, Senegal, Ivory Coast, Sub-Saharan Africa).

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