Why do I need DMARC Configured

Why Do I Need DMARC Configured?

DMARC, or Domain-based Message Authentication, Reporting, and Conformance is a crucial email authentication protocol that helps protect email senders and recipients from spam, phishing, and other types of email fraud. If you’re a business owner or administrator responsible for managing email for your organization, you may have heard of DMARC and wondered why it’s important to have it configured. This article will explain why DMARC is essential and how it can benefit your organization. 

First, let’s take a closer look at how DMARC works. When an incoming email arrives at its destination, DMARC checks the “From” field in the header to see if it matches the domain of the sender’s email server. If the domains don’t match, DMARC can block the email or mark it as spam. This helps prevent spam or phishing emails from being delivered to your inbox and protects you from inadvertently clicking on malicious links or providing sensitive information to hackers. 

Now, let’s explore the top four reasons why you should configure DMARC for your domain: 

Protect your reputation: 

DMARC can help protect your domain from being used in spam or phishing attacks, damaging your reputation and leading to decreased deliverability of your legitimate emails. Email providers may be less likely to deliver your emails to their users’ inboxes when your domain is associated with spam or phishing. By implementing DMARC, you can demonstrate to email providers that you are taking steps to secure your domain and prevent its use in spam or phishing attacks. This can help improve the deliverability of your legitimate emails and protect your reputation. 

Improve deliverability: 

Implementing DMARC can directly improve your emails’ deliverability. When you configure DMARC, you’re telling email providers that you’re committed to securing your domain and protecting your users from spam and phishing. As a result, email providers may be more likely to deliver your emails to their users’ inboxes rather than sending them to spam folders or blocking them entirely. 

Protect your users: 

DMARC can help protect your users from receiving spam or phishing emails that appear to come from your domain. By blocking these emails, you can prevent users from clicking on malicious links or providing the sensitive information to hackers. This can help reduce the risk of cyber-attacks and keep your users safe. 

Reduce spam and phishing: 

Configuring DMARC can reduce the spam and phishing emails sent using your domain. This can help protect your users and improve the overall security of the email ecosystem. By taking steps to secure your domain and prevent its use in spam or phishing attacks, you can contribute to the overall health and security of the email industry. 

In conclusion, DMARC is an essential email authentication protocol that can help protect your domain, improve the deliverability of your legitimate emails, protect your users, and reduce spam and phishing. If you’re responsible for managing email for your organization, make sure to configure DMARC to take advantage of these benefits.

dmarc for outlook 365

Is DMARC Necessary for Outlook 365?

Outlook 365 is a popular email and productivity platform used by businesses and individuals. While it offers a wide range of features and tools to make managing email and other tasks easier, it is also vulnerable to spam, phishing, and other cyber-attacks. This is where DMARC comes in.

DMARC is a security protocol that helps protect email users from these attacks. It works by authenticating the sender of an email and verifying that the email is being sent from the domain. If the email fails this authentication check, it can be flagged as potentially malicious and either blocked or sent to the recipient’s spam folder.

So, is DMARC necessary for Outlook 365? The short answer is yes, it is highly recommended. 

Here are a few specific reasons why:

Outlook 365 is a high-value target for cyber attackers: 

As a widely used email platform, Outlook 365 is a prime target for spam and phishing attacks. By implementing DMARC, you can help protect yourself and your organization from these types of attacks.

Improve the security of your Outlook 365 account:

By authenticating an email’s sender, DMARC helps ensure that only legitimate emails reach your inbox. This can help prevent you from falling victim to malicious emails that may trick you into giving away sensitive information or downloading malware.

Improve the reputation of your domain:

If your domain is frequently used in spam or phishing attacks, it can damage your reputation and make it more difficult for your emails to reach the recipient’s inbox. By implementing DMARC, you can help protect your domain’s reputation and improve the deliverability of your emails.

Protect against impersonation attacks: 

Impersonation attacks occur when a cyber attacker pretends to be someone else to trick the recipient into divulging sensitive information or performing some other action. DMARC helps protect against these types of attacks by authenticating the sender of an email, making it more difficult for attackers to impersonate someone else on Outlook 365.

Reduce the risk of data breaches: 

Cyber-attacks involving spam and phishing emails are often used to access sensitive data or systems. By implementing DMARC on Outlook 365, you can help reduce the risk of a data breach by blocking or flagging potentially malicious emails.

In summary, DMARC is a security protocol for Outlook 365 and all other email platforms. It helps protect against spam and phishing attacks, improves your account’s security, and protects your domain’s reputation. If you are not currently using DMARC, it is highly recommended that you implement it as soon as possible to help protect your email communications on Outlook 365.

Manage Your Software Licenses with CUBES: The Ultimate Software License Manager for 2023

Manage Your Software Licenses with CUBES

The global licensing market is projected to hit $445.06 billion by 2027, with a CAGR of 4.8% from 2022 to 2027. 

As a result, companies are shifting to tools (Software License Manager) to track and manage their licenses. These software license manager tools offer huge cost savings, low risk of penalties, strategic alignment, competitive advantage, and seamless integration with other software applications. 

In short, software licensing tools are a no-brainer for companies looking to gain a competitive edge and save money. 

CUBES: A Modern License Management Software 

CUBES is a robust software license manager that helps organizations streamline their software environment and gain control of their spending. 

With CUBES, you can keep tabs on licensing agreements and sidestepping costly fines and penalties. 

Plus, CUBES makes it easy for IT managers to stay on top of their game and avoid headaches. 

Powerful Features of CUBES 

CUBES offers powerful features that allow organizations to dodge fines and penalties, improve planning, and align IT investments with business objectives. 

Track Renewals like a Boss: 

CUBES provides an easy-to-use interface for tracking software license renewals and expiration dates. This ensures that organizations play by the rules and avoid costly penalties and fees. 

Set Custom Alerts for Peace of Mind: 

CUBES allows IT managers to set custom alerts for upcoming renewals and expiration dates. This ensures that organizations are in the loop on important dates, allowing them to take action and avoid costly mistakes. 

Manage subscription services like a pro: 

CUBES software license manager provides a centralized platform for managing subscription services to gain the upper hand on software spending and avoid overpaying for unused subscriptions. 

The Perks of Using CUBES 

In addition to its powerful features, CUBES offers several benefits that make it an attractive solution for organizations looking to manage their licenses more effectively. Some of the key benefits are: 

●     Avoid costly fines by receiving automatic renewal alerts.

●     Improve planning with accurate records of contract terms, renewals, and purchases.

●     With a clear view of their IT investments, organizations can ensure they’re on the right track to achieve their objectives and prepare for future IT expenses. 

In short, this Software License Manager is a snap regarding managing your licenses. 

The Impact of CUBES in 2023 & Beyond 

In 2023, CUBES is set to shake up the world of license management. With its software license manager that can track renewals, set custom alerts, and manage subscription services, 

If you’re looking for a cutting-edge, effective solution for managing your software licenses, CUBES is the way to go.

Keep Your Enterprise Safe with DMARC Monitoring

dmarc monitoring

In today’s digital world, email is essential for communication and collaboration in the enterprise. However, with the rise of spam, phishing, and other forms of email fraud, protecting the security and integrity of email communications has become more critical than ever.

One of the most effective ways to protect your email communications is by implementing DMARC. It allows organizations to validate the authenticity of email messages and prevent unauthorized parties from sending emails on their behalf.

In addition to implementing DMARC, organizations can also benefit from regular DMARC monitoring. This involves tracking and analyzing the results of DMARC checks for a particular domain, which can provide valuable insights into the overall effectiveness of the DMARC implementation.

The Cost of Not Implementing DMARC Monitoring
Failing to implement DMARC monitoring for your enterprise can have serious consequences. Email fraud can damage your organization’s reputation and credibility and lead to financial losses, legal issues, and even data breaches.

For example, a successful phishing attack can trick employees into revealing sensitive information, such as login credentials or financial data.

The Top 5 Benefits of Implementing DMARC Monitoring
Fortunately, implementing DMARC monitoring can help protect your enterprise from email fraud and the associated risks. Here are the top 5 benefits of DMARC monitoring:

● Improved brand protection and reputation management

● Enhanced detection and prevention of phishing attacks

● Increased visibility into the effectiveness of your DMARC implementation

● Simplified compliance with security regulations and industry standards

● Peace of mind knowing your email communications are secure

How to Get Started with DMARC Monitoring for Your Enterprise
If you are interested in implementing DMARC monitoring for your enterprise, there are a few key steps you can follow to get started:

Identify Key Stakeholders:
Before implementing, you must identify your organization’s key stakeholders and decision-makers. This could include IT staff, security professionals, and senior executives.

Research & Compare Available DMARC Monitoring Solutions:
Many different DMARC monitoring solutions are available on the market, each with unique features and capabilities. Take the time to research and compare different solutions to find the one that best meets your organization’s needs.

Develop a Plan for Implementing DMARC Monitoring:
Once you have selected a DMARC monitoring solution, you will need to develop a plan that should include a timeline, resources needed, and roles and responsibilities.

Monitor & Analyze the Results of DMARC Checks:
It is vital to monitor and analyze the results of DMARC checks regularly. This will provide valuable insights and help you identify potential issues or weaknesses.

Continually Improve your Email Security:
You can improve your email security by updating your DMARC implementation and training employees on email security best practices.

Build a Powerful pfSense Router with a Mini Industrial PC

Powerful pfSense Router

As someone interested in networking and computer security, pfSense is an excellent open-source software solution for building a DIY router. 

With pfSense, you have complete control over my network security and configuration and can customize the software to fit your specific needs. 

Plus, building a pfSense router using a mini industrial PC is much more cost-effective than purchasing a commercial router. 

Not to mention, it’s also a fun DIY project.

You can modify and extend the software to suit your needs. That allowed you to create a router tailored to provide the level of security and performance you need.

In addition to its excellent security features, pfSense has many other valuable features, such as support for virtual private networks (VPNs) and load balancing. Also, you can create a highly flexible and scalable network.

5 Benefits of Using Industrial Mini PC for pfSense router

Compact size: 

Industrial mini PCs are significantly smaller than traditional desktop computers, making them a more convenient option for building a router.

Low power consumption: 

Industrial mini PCs are designed to be energy-efficient, which can save on power costs.

Ruggedness: 

Industrial mini PCs are built to withstand harsh operating conditions, making them well-suited for industrial settings.

Reliability: 

Industrial mini PCs are designed for 24/7 operation and are often equipped with fanless cooling and solid-state storage to ensure maximum uptime and reliability.

Flexibility: 

Industrial mini PCs are customizable and can be configured with various hardware and software options to suit specific needs.

A Step-by-step guide to DIY pfSense Router using a Mini PC 

Step 1: Purchase a mini industrial PC that is compatible with pfSense. 

Step 2: Download the pfSense installation image from the pfSense website and burn it to a USB drive. 

Step 3: Connect the mini industrial PC to a monitor and keyboard, and insert the USB drive with the pfSense installation image. 

Step 4: Power on the mini industrial PC and follow the on-screen instructions to install pfSense. 

Step 5: Configure your network settings in pfSense, including assigning static IP addresses and setting up firewall rules. 

Step 6: Connect your mini industrial PC to your network by connecting one Ethernet port to your modem and the other to your network switch. 

Step 7: Regularly update pfSense and adjust your firewall rules to ensure the best possible protection for your network. 

By following these steps, you can easily build your own pfSense DIY router and take control of your network. 

Why I Chose a Mini PC to Build My pfSense Router 

Building a router with a mini PC has been a rewarding and satisfying experience. It has allowed me to take control of my network security and configuration and has given me the ability to create a router for my specific needs. Plus, it’s been a fun project that taught me much about networking and computer security.

DMARC: Prevent Spoofing and Spam

Did you know that more than 3.1 billion domain spoofing emails are sent per day? And over 25% of these get into Office 365, which has over 60 million commercial users.

That means the data of over 15 million people is at risk every day.

Let that sink in.

Even giants like Facebook, Microsoft, and Google aren’t safe from email spoofing. This raises the question: how can you protect your business from spoofing and spam emails that steal your data?

This is where Domain-based Message Authentication, Reporting, and Conformance (DMARC) comes in. But how does DMARC protect your business from spoofing emails? Let’s find out.

What Is DMARC?

Domain-based Message Authentication, Reporting, and Conformance (DMARC) is a software protocol that takes care of emails that aren’t authenticated by the Sender Policy Framework (SPF) and DomainKeys Identified Mail (DKIM).

It essentially protects both email senders and recipients from email spoofing, phishing, spam, and impersonation fraud, which is the most common cause of data leaks.

DMARC helps email users specify actions that need to be taken when incoming emails fail SPF and DKIM authentication. It does this by labeling emails that have failed to pass SPF and DKIM protocols.

Prevention Policies: How DMARC Handles Email Spoofing and Spam

credit

DMARC usually requires domain owners to add a policy (p=) tag in their DMARC record. The tag tells the protocol on how to deal with a suspicious email. There are three types of policy tags you could use to protect yourself against email spoofing and spam:

· The p=none policy — This policy gives users insights into who sent the DMARC-failed email but doesn’t stop the email from entering their inbox.

· The p=quarantine policy — This policy sends DMARC-failed emails into your spam folder, reducing the chance of you opening them.

· The p=reject policy — This policy stops DMARC-failed emails from coming into your inbox entirely. It prevents email spoofing attacks.

How to Implement a DMARC Policy to Handle Email Spoofing and Spam

Here’s a rule to follow: Don’t go too hard too fast. Let us explain. If you implement the p=reject policy directly, you may inadvertently block emails from your colleagues and friends, which can be a huge problem when collaborating on projects.

So, instead of doubling down on all suspicious emails, begin with the p=none policy first, collect data about the percentage of suspicious domains sending you emails, and input the percentage (using the pct option) into a quarantine policy.

For instance, if you find that 20% of the emails you receive are from suspicious domains, you should input that number into your quarantine policy like this: p=quarantine pct=20, which means 20% of the incoming messages will be quarantined.

You can increase this percentage as you become aware of other suspicious domains. Or you can even scrap this policy and instead use the reject policy once you reach the 100% suspicious domain mark. It’s entirely up to you.

How To Choose The Best Industrial Computer?

So, you’re trying to figure out what kind of computer would be best for your business, and you happen to work in the industrial sector.

If you’ve been working in the field for some time and are stuck trying to decide which brand or model would be best for your office, you should look here for guidance.

Industrial computers are systems that can accommodate high mobility, broad temperature ranges, harsh working conditions, and chemical resistance.

Installing industrial computers to automate operations or improve productivity is vital for industrial business owners who want to take their factories to the next level by automating processes or increasing efficiency.

How To Choose The Best Industrial Computer

When picking an industrial computer, keep these things in mind:

1. Processing Power

The processing power of the industrial PC should be your first consideration. Make sure it can meet the data processing demands of your company.

Purchasing an industrial PC that can be quickly modified to accommodate future needs is also crucial.

2. Storage

Storage is also a major factor. Make sure your industrial PC has enough storage space for your company’s demands. For example, suppose you need to store a lot of information. A high-capacity industrial computer is what you need in that circumstance.

3. Customization

Industrial computers are customized to fit your company’s unique requirements.

When selecting an industrial computer, it’s important to look for one that can be quickly customized to fit your specific demands. Adding your preferences to the industrial PC will make it more convenient and productive.

4. Support

Support is another important factor to think about when selecting an industrial computer. Choose a provider of industrial computers available around the clock if you need help.

You may receive it immediately whenever you need assistance with your industrial computer.

What Are The Benefits Of Industrial PCs?

An important advantage of industrial PCs is their resistance to the kinds of harsh conditions that would destroy a home computer.

Such conditions are just OK for fanless industrial computers because of their resistance to harsh temperatures, shocks, and vibrations and their ability to function in dusty, dirty surroundings.

What Is The Difference Between An Industrial PC And A Normal PC?

The typical consumer PC is designed to spend its life on a desk in an office, where it will spend eight hours a day operating under relatively benign conditions.

On the other hand, industrial PCs can function in extreme temperatures, far from any power source, and through significant shocks and persistent vibration without failing.

Conclusion

Find an appropriate industrial computer for your company’s needs. There are numerous options available, so it’s up to you to pick the one that works best for your company. However, investing a little time into obtaining the best industrial computer for your company will pay you in the long run.

Industrial PCs for AI Automation

The power of industrial PCs for AI Automation is undeniable. By uniting the processing power of centralized AI with the flexibility of an edge AI system, you can unleash the potential of your entire operation.

By reducing the need for costly and time-consuming human labor, you can achieve greater efficiency and accuracy in your production line.

One of the essential aspects of AI automation is the industrial PC. An industrial PC is a computer designed for use in industrial and manufacturing environments.

It is rugged and durable, with a fanless design that helps to prevent dust and debris from entering the system. Industrial PCs also have a wide range of I/O ports to connect to various devices, making them perfect for use in AI automation.

If you are looking for an edge AI solution that can handle the most demanding applications, then an industrial PC Links to an external site.is the right choice.

What are Industrial PCs?

Industrial PCs, or industrial personal computers, are a type of computer that is designed for use in harsh industrial environments. They typically have a longer lifecycle than consumer PCs and are designed for 24/7 operation.

These PCs are built to withstand extreme temperatures, vibration, dust, and other harsh conditions that would damage or destroy a standard PC.

Industrial PCs are used in various industries, including manufacturing, automotive, aerospace, and more. They are often used in industrial automation applications, such as controlling production line machinery or monitoring factory conditions.

Types of Industrial PCs

Rugged Mini PC

These PCs are designed to withstand tough conditions and are often used in harsh environments. Shock and vibration proof, removable drive bays to meet offsite data retention and storage, in-vehicle power support. Extreme temperature operation and wide range of input power.

Industrial Panel PC

These PCs are typically used in factories and other industrial settings. They are often mounted to a wall or other surface. It’s a Fanless industrial panel PC with a touchscreen interface. IP65, IP66, or IP69K sealed units for waterproof, dustproof operation. Programmable buttons for one-hand maneuvering on a forklift.

Industrial Tablets PC

Their Rugged design tested for shock and vibration resistance. IP65 Sealed enclosure for water and dust resistance. Multi-touch POS device with a barcode scanner, IC card reader, and MSR.

How can Industrial PCs benefit your business?

The benefits of industrial PCs for AI Automation are numerous. They can help you:

  • Automate and streamline your manufacturing processes.
  • It increases production speed, reduces errors, and increases the production efficiency.
  • Eliminate manual work so that your employees can focus on more strategic tasks.
  • Reduce equipment maintenance costs by eliminating downtime caused by equipment breakdowns.

5 things to check when choosing an Industrial PC for AI Automation

Choosing a suitable industrial PC for AI Automation can be a difficult task. There are many factors to consider, like processing power, graphics capabilities, storage capacity, etc. This article will give you 5 things to look for when choosing an industrial PC for AI Automation.

  1. Processor: It is the heart of the IPC, so it is essential to choose one that is powerful enough to handle your AI applications’ demands.
  2. Memory: AI applications can be memory intensive, so choosing an IPC with enough memory to support your needs is essential.
  3. Storage: You will need to store your AI data somewhere, so choosing an IPC with enough storage capacity is essential.
  4. Graphics card: Another important consideration is the graphics card. AI applications can be very demanding, so you’ll want to ensure that the graphics card can handle the workload.
  5. Environmental factors: Choose an industrial PC Links to an external site.that can withstand the environmental elements present in your AI application’s

Conclusion

In conclusion, AI automation is automating tasks that humans would otherwise perform. It can be accomplished by using industrial PCs. Industrial PCs are designed to be rugged and durable, making them ideal for AI applications. They are also powerful to handle the data-intensive workloads required by AI applications.

medical computers

Medical Computers Post Covid: What Did We Learn?

Technology has always played a vital role in the medical field. Medical Computers have been used in hospitals and clinics for a long time, but their use has increased exponentially in recent years.

With the outbreak of Covid-19, the use of medical computers has grown even more.

There is no denying that medical computers have made our lives easier in many ways. They help us keep track of our patient’s medical histories, store and organize medical records, and even help us diagnose and treat patients.

However, there are also some negative points to using medical computers Links to an external site.. For example, they can be expensive and lead to errors if not used properly.

What is a Medical Computer?

A medical computer is a system that is used in the medical field. This computer is used to store and keep track of medical records, schedule appointments, and perform other tasks. Medical computers are also used to help doctors and nurses diagnose and treat patients.

What are the imported features of Medical Computers?

  • By definition, medical-grade computers must be tough and rugged, able to resist water, dust, and shocks.
  • Medical-grade computers should always be small enough to be moved around easily.
  • Medical-grade computers should be Antimicrobial.
  • Touch screens are a must.
  • Rugged medical computers should be powerful enough to handle physician applications and have significant memory and storage capacity.
  • Medical-grade computers should have the power to connect to healthcare information systems for easy access to electronic medical records.
  • Medical-grade computers should have robust security measures.
  • Medical computers must design to resist damage from shocks and vibrations, making them ideal for use in hospital settings.
  • Medical computers can be easily cleaned with disinfectant solutions, making them perfect for use in sterile environments.

How have medical computers been used during the Post Covid?

Medical computers have been used in various ways during the Covid pandemic. They have been used to help with diagnosis, treatment, and research.

One of the most critical ways medical computers have been used is in developing vaccines. Medical Computers have been used to model the Covid virus and to test potential vaccine candidates.

Medical computers Links to an external site.have been a valuable tool in the fight against Covid. They have helped us to understand the virus better and to track its spread. They have also helped to keep patients safe by ensuring that their data is well-organized and accessible. In the coming months, medical computers will continue to be essential to the fight against Covid.

In some cases, they have brought patients with Covid-19 back from the brink of death by monitoring their vital signs and providing life-saving treatment in real-time. Helped doctors quickly and accurately diagnose patients with Covid-19.

What lessons have we learned from using medical computers during the Post Covid?

  • The medical industry needs to be more transparent about its security vulnerabilities and potential risks.
  • The medical industry needs to be more responsive to the public’s concerns about privacy, security, and personal data protection.
  • Healthcare IT vendors must invest in improving the safety of their products and services, especially because many hospitals are still using outdated equipment that may not be capable of detecting or responding to new threats.
  • Hospitals need to implement strong policies requiring employees and patients to use strong passwords and PINs when accessing sensitive systems or databases, as well as ensure that employees are trained on how to do so effectively and safely (e.g., not using the same password for multiple systems).
  • They have been a shift toward using telehealth — or remote medicine — to treat chronic conditions like diabetes and asthma, which means that more people are getting consultations online instead of in person, which can be much quicker and less expensive than visiting a clinic every time you feel sick or injured.”
  • Foremost, we have seen the importance of having reliable and up-to-date systems. With the virus’s rapid spread, we have had to rely on computer systems to help us make quick decisions about treatment and containment.

Conclusion

In conclusion, the Covid pandemic has forced us to re-evaluate our use of medical computers. We have learned that medical computers need to be more user-friendly, easier to sanitize, and more robust. In addition, we need to be better at managing patches and updates to ensure that our systems are secure.

DMARC

DMARC: Stop Hackers from Scamming Your Staff

DMARC is a security protocol that helps organizations prevent email-based attacks. It stands for “Domain-based Message Authentication, Reporting, and Conformance,” and it works by verifying the authenticity of email messages and stopping counterfeit notes from reaching their intended recipients.

DMARC is essential because it can help organizations stop hackers from impersonating their staff and sending out phishing emails that trick people into revealing sensitive information or infecting their computers with malware.

If you’re responsible for email security at your organization, then you need to be familiar with DMARC. In this article, we’ll explain what DMARC is and how it works. We’ll also provide tips on configuring DMARC for your organization.

How does DMARC work?

DMARC is a DNS record that tells your email provider what to do when they receive an email from your domain. When a user sends you an email, their provider will look up the DMARC record for the domain and see if that record exists. If it does not exist, their provider will send the email unread with a bounce message telling them that their message bounced back as spam.

DMARC Links to an external site.is built on top of SPF and DKIM (DomainKeys Identified Mail). SPF detects that the sender has access to your mail server, so you can trust them when sending messages through your server. DKIM uses public-key cryptography to authenticate messages sent from anonymous senders. DMARC adds another layer of security by verifying that the sender has access to your mail server and using public-key cryptography to show messages sent from unknown senders.

DMARC is a relatively new standard, but it is quickly gaining adopters. It is estimated that DMARC now protects over 30% of all email messages.

The benefits of DMARC

  • DMARC is an email authentication that helps organizations to protect their domain from email-based threats.
  • DMARC can help to prevent phishing attacks and other types of email fraud. It works by validating the sender of an email and verifying that the email has not been altered in transit.
  • DMARC also reports emails that fail authentication checks, so organizations can monitor their email security and take action to stop attacks.
  • DMARC, including improved email deliverability, increased security, and better insights into email traffic.

How to set up DMARC for your business?

Setting up DMARC can seem daunting, but it’s relatively simple. DMARC for your business in just a few easy steps.

  1. You’ll need to create a DMARC record for your domain. It is a TXT record that you’ll need to add to your DNS settings.
  2. Once you’ve created your DMARC Links to an external site.record, you’ll need to publish it to your DNS. It will allow recipients to check the legitimacy of emails from your domain.

Tips for preventing phishing attacks

Phishing attacks are a growing problem for businesses and individuals alike. These attacks trick you into giving up sensitive information, such as your passwords or credit card numbers. They can be tough to spot, but there are some things you can do to protect yourself.

Here are a few points to avoid phishing attacks:

  • Be suspicious of unsolicited emails, even if they appear to be from a legitimate source. It’s best to delete it without opening an email.
  • Don’t click on any links present in suspicious emails. These links are designed to steal your information.
  • Don’t reply to suspicious emails. If you do, you could be giving the attackers the information they need to successful phish you.
  • Please don’t enter your login credentials or financial information on a website unless you’re sure it’s a legitimate site. Check for the HTTP:// at the beginning of a website’s URL to ensure it’s a secure site.

It’s also possible by using Domain-based Message Authentication, Reporting & Conformance (DMARC) as an additional layer of security.

Conclusion

DMARC is a powerful tool that can stop hackers from scamming your staff. Hackers can trick your team into giving them sensitive information by sending spoofed emails that look like they’re from you. DMARC can stop these attacks by identifying and blocking spoofed emails. To protect your business, make sure to implement DMARC.