Input: Search Free Trial Get Demo Day April 25, 2022 What Are Office 365 Safe Attachments? April 25, 2022 Office 365 Safe Attachments is a feature of Microsoft 365 Advanced Threat Protection also known as Microsoft 365 Defender that provides another layer of protection to incoming emails by scanning its attachments for malicious software. Phishing emails and attacks are more prevalent than ever with the FBI Internet Crime Complaint What is a Zero-Day Phishing Attack? Identifying Vulnerabilities  More April 25, 2022 Zero-day is a term that broadly describes a series of recently discovered cybersecurity vulnerabilities hackers utilize to attack systems. This term, zero-day, often refers to the fact that the developers have just learned about the flaw. Hackers will exploit flaws they find before developers even have a chance to address Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### End-User Security Guidance: Best Practices for Data Protection and Safe Usage

Protecting your data and ensuring safe usage is critical in today's digital age. Below are practical, easy-to-follow recommendations to help you secure your information and avoid common security risks.

---

### **1. Enable Office 365 Safe Attachments**
- **What it does**: Office 365 Safe Attachments scans email attachments for malicious content before they reach your inbox. It is part of Microsoft 365 Defender (formerly Microsoft 365 Advanced Threat Protection) and provides an additional layer of protection against phishing emails and zero-day attacks.
- **Recommendation**: Ensure this feature is enabled by your organization. If you're not sure, ask your IT department to verify.

---

### **2. Follow Email Hygiene Practices**
- **Be cautious with email attachments and links**:
  - Avoid opening attachments or clicking links from unfamiliar senders.
  - Verify the sender's identity before interacting with the email.
  - Use Safe Attachments or other scanning tools to check attachments before opening them.
- **Spot phishing attempts**:
  - Look for spelling or grammar mistakes in emails.
  - Be suspicious of urgent requests for sensitive information.
  - Hover over links to see the full URL before clicking.

---

### **3. Use Strong Passwords and Enable Multi-Factor Authentication (MFA)**
- **Password Best Practices**:
  - Use unique, complex passwords for all accounts.
  - Avoid reusing passwords across multiple platforms.
  - Consider using a password manager to securely store and generate strong passwords.
- **Enable MFA**:
  - MFA adds an extra layer of security by requiring a second form of verification (e.g., a code sent to your phone or a fingerprint).
  - Enable MFA for all accounts that offer it, especially email, banking, and cloud services.

---

### **4. Keep Software and Devices Updated**
- Regularly update your operating system, browsers, and applications to protect against vulnerabilities.
- Enable automatic updates to ensure you always have the latest security patches.

---

### **5. Protect Your Data with Backups and Encryption**
- **Regular Backups**:
  - Back up important data regularly to an external drive or cloud storage service.
  - Use the 3-2-1 backup rule: three copies of data, two different storage types, and one offsite copy.
- **Use Encryption**:
  - Encrypt sensitive files before sharing them.
  - Use end-to-end encrypted communication tools for sharing confidential information.

---

### **6. Use Public Wi-Fi Safely**
- Avoid accessing sensitive accounts (e.g., banking, email) over public Wi-Fi.
- Use a Virtual Private Network (VPN) to encrypt your internet traffic when connecting to public networks.

---

### **7. Limit App Permissions**
- Only grant necessary permissions to applications.
- Regularly review and revoke permissions for apps you no longer use.

---

### **8. Be Aware of Common Security Risks**
- **Phishing Attacks**:
  - Phishing emails, calls, or texts mimic trusted sources to steal your credentials. Always verify the source before responding.
- **Ransomware**:
  - Ransomware encrypts your files and demands payment for decryption. Prevent it by avoiding suspicious links and keeping backups.
- **Zero-Day Vulnerabilities**:
  - Zero-day attacks exploit unknown or unpatched vulnerabilities. Stay informed and apply updates as soon as they become available.

---

### **9. Protect Your Privacy**
- **Minimize Data Sharing**:
  - Only share personal or sensitive information when necessary and to trusted sources.
- **Use Privacy Tools**:
  - Enable privacy settings on social media platforms.
  - Use encrypted messaging apps (e.g., Signal, WhatsApp) for sensitive conversations.

---

### **10. Know When to Seek Help**
- Contact your organization's IT or security team if:
  - You receive a suspicious email or attachment.
  - You notice unusual activity on your account or device.
  - You are unsure about the safety of a link or file.
- Report any security incidents immediately to minimize potential damage.

---

By following these guidelines, you can significantly reduce the risk of security breaches and protect your data effectively. Stay vigilant and keep educating yourself about the latest security threats!


Input: Search Free Trial Get Demo Construction Industry Security Threatened by Weak Links April 20, 2018 Remember the big Target breach in 2013, when 40 million credit and debit cards and as many as 110 million email addresses stolen? It cost Target 292 million according to their annual report, led to 80 lawsuits which took four years to resolve, and cost the CEO his job. Subsequent analysis eventually pointed the finger at weak email security at a vendor among Targets many store construction and maintenance providers, specifically a regional HVAC company whose name is known and who received a lot of negative attention from the press. The hack began with an employee at the small firm who received an email which was not blocked by the existing email security, and was induced to open the attachment  which contained malware that captured locally stored system passwords, including access to certain Target systems. Smaller firms are the most common point of entry If you read the news, you may be under the impression that criminal hacks are focused solely on major firms, but the truth is that the majority of successful attacks on businesses target SMBs and mid-market firms. According to a 2017 study by the Ponemon Institute, 56 of large breaches were shown to be the result of an initial attack at a third-party partner or supplier. Since construction and infrastructure-related businesses are always embedded in a complex, diverse set of relationships  the many moving parts necessary to make new homes happen, buildings spring up, and roads appearthe construction industry is particularly prone to this problem of collective risk, where security is essentially only as good as the weakest link in the supply chain. A construction firm may be working with a high-profile property management company. An HVAC or electrical vendor could be working with a civil engineering company, who is in turn working with a large, high-profile corporation to build new office space. All of these businesses could be connected to a recognized financial institution as part of the construction investment and lending deal. These supply chain connections put construction-related businesses in the cybercriminals crosshairs, simply because these firms are going to possess or have access to privileged information about the other interconnected organizations. That information could take the form of trusted access into a customers IT networks and portals, or financial transaction data connected to the banking institution managing the construction loan, or be something as seemingly insignificant as email addresses for the various investors in a construction deal. Regardless of the type of information in the firms possession, it is all valuable to the hacker. But even in the absence of the big score, keep in mind that it is easy today for hackers to monetize even modest amounts of data, with informationally liquid black market buyers able to buy and put data stolen from one source together with data from other sources, completing a picture and enabling valuable, tailored phishing campaigns, for example. So even modest amounts of data from smaller firms have utility and value in the marketplace. Small and mid-sized companies are over 50 of hacks And, research bears out the fact that, as far as cybercriminals are concerned, small- to mid-sized suppliers of materials and services are currently highly targeted. The 2018 Verizon Data Breach Investigations Report also shows that smaller businesses are more likely to be the target of cybercrime 58 of the time. Its a dynamic which certainly crosses industry lines. The massive 2014 hack into Home Depot resulting in 56 million stolen credit and debit card details, was attributed to a third-party vendor, as were the hacks into Amazon Web Services and Wendys, as well as the so-called Panama Papers breach. Phishing is currently the 1 threat Looking at these supply chain breaches, the majority of them result from a phishing attempt via emailnot surprising considering that phishing was the most successful type of attack on all businesses in 2017, according to the annual Cyren-Osterman Research survey. In the case of a construction-related business, once inside, the hackers perform reconnaissance and map the network. They steal user names and passwords they obtain both internal and customer email addresses they collect social security numbers and birthdates for the employees. They may even be after more focused information, such as building blueprint plans, electrical schematics, or building access or security guard details. Free security tool led to Target breach The malicious email at the source of the highly destructive Target breach probably would have been blocked had the HVAC vendor been using an effective email security service. As it was, reports suggest that the HVAC vendor was using a freebie security toolthat did not include real-time updatesto protect its entire system, including access to all the passwords and portals for its various large clients. Free downloadable security tools are designed for individual consumers, and do not offer the type of protection businesses need. Consumers simply arent targeted with the same intensity as supply-chain businesses. New threats are appearing constantly, and, once a threat has been launched, you only have seconds to block it. Construction supply company loses data and a week of work In 2015, an employee at a mid-sized concrete manufacturer clicked on an email attachment containing ransomware, which then installed itself on the employees computer. From there, the Cryptowall ransomware spread throughout the company, encrypting every system, from production to accounting and invoicing. The manufacturing and delivery of concrete to active construction sites came to a halt for several days. In an effort to get production up and running again, the company paid the ransom and then reportedly hired external consultants to clean the corporate networks. A week into the clean-up and recovery process, the company was still not back at full production capacity. And, unfortunately, in the end, some of the data was never recovered. Construction and building trades businesses are heavily reliant on project and production schedules to ensure profitability and customer satisfaction. It only takes one ransomware or phishing attack to have a detrimental effect on an entire construction project, including work shut down and potentially significant delays in the delivery schedule, leading to financial consequences, including a reduction in fees or fines for delayed delivery. Be prepared As suggested earlier, security is only as good as the weakest link. And the construction supply chain is only growing bigger and more complex. No business connected to the industry wants to be at the center of a major data breach with national or global implications. Fortunately, several construction industry organizations recognize this and have implemented security as part of their key and critical member messaging. For example, this years Associated General Contractors AGC IT Forum will include security as part of its primary agenda topics. Ultimately, construction-related businesses need to view cyberattacks as a critical business risk, not unlike regulatory compliance or financial risk. As such, web and email security need to be a key component of a business risk plan. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Sicherheit der Bauindustrie durch Schwachstellen gefährdet Cybercriminals Targeting Logistics and Transportation Companies Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Cybersecurity Analysis for the Construction Industry**

1. **Key Security Features and Their Benefits**
   - **Advanced Email Security Services**: Essential for blocking phishing attempts and malware, as highlighted in the Target breach. Benefits include real-time updates and threat detection.
   - **Multi-Layered Defense**: Combines firewalls, intrusion detection, and antivirus software to protect against various attack vectors.
   - **Regular Software Updates and Patch Management**: Prevents exploitation of known vulnerabilities.
   - **DNS Filtering**: Blocks access to malicious websites and reduces phishing risks.
   - **Endpoint Detection and Response (EDR)**: Monitors endpoints for suspicious activity and responds to threats swiftly.

2. **Compliance Certifications and Regulatory Adherence**
   - **GDPR and CCPA**: Ensure protection of personal data and privacy.
   - **PCI DSS**: Relevant for companies handling payment information.
   - **ISO 27001**: Provides a framework for overall information security management.
   - **NIST Cybersecurity Framework**: Offers guidelines for managing and reducing cyber risks.

3. **User-Focused Security Recommendations**
   - **Exercise Caution with Emails**: Avoid clicking on suspicious links or opening attachments from unknown sources.
   - **Use Strong Passwords and Multi-Factor Authentication (MFA)**: Enhance account security.
   - **Regular System Updates**: Keep software up-to-date to patch vulnerabilities.
   - **Backup Data Regularly**: Use encrypted, off-site backups to ensure data recovery.
   - **Develop Incident Response Plans**: Prepare for potential breaches with clear procedures.

4. **Technical Security Implementation Details**
   - **Email Gateways with Advanced Threat Protection**: Prevent phishing and malware attacks.
   - **Firewalls and SIEM Systems**: Monitor and block unauthorized access.
   - **Encryption for Data Protection**: Secure both in-transit and at-rest data.
   - **Penetration Testing**: Regularly test defenses to identify vulnerabilities.
   - ** Managed Security Services**: Cost-effective solutions for SMBs.

5. **Data Protection Measures**
   - **Encryption and Access Controls**: Limit data access to authorized personnel.
   - **Data Loss Prevention (DLP) Tools**: Monitor and prevent unauthorized data transfers.
   - **Data Classification**: Categorize data to apply appropriate protection levels.

6. **Best Practices for End Users**
   - **Security Awareness Training**: Educate employees on phishing and social engineering.
   - **Secure Communication Channels**: Use VPNs for remote access and secure messaging apps.
   - **Recognize Social Engineering Attempts**: Be wary of unsolicited communications.

**Additional Considerations**

- **Third-Party Risk Management**: Regularly audit vendors and include security clauses in contracts.
- **Cost-Effective Solutions for SMBs**: Consider managed security services and robust security tools.

By addressing these areas, the construction industry can enhance its cybersecurity posture, protecting against Complex supply chain risks and ensuring business continuity.


Input: Search Free Trial Get Demo Construction Industry Security Threatened by Weak Links April 20, 2018 Remember the big Target breach in 2013, when 40 million credit and debit cards and as many as 110 million email addresses stolen? It cost Target 292 million according to their annual report, led to 80 lawsuits which took four years to resolve, and cost the CEO his job. Subsequent analysis eventually pointed the finger at weak email security at a vendor among Targets many store construction and maintenance providers, specifically a regional HVAC company whose name is known and who received a lot of negative attention from the press. The hack began with an employee at the small firm who received an email which was not blocked by the existing email security, and was induced to open the attachment  which contained malware that captured locally stored system passwords, including access to certain Target systems. Smaller firms are the most common point of entry If you read the news, you may be under the impression that criminal hacks are focused solely on major firms, but the truth is that the majority of successful attacks on businesses target SMBs and mid-market firms. According to a 2017 study by the Ponemon Institute, 56 of large breaches were shown to be the result of an initial attack at a third-party partner or supplier. Since construction and infrastructure-related businesses are always embedded in a complex, diverse set of relationships  the many moving parts necessary to make new homes happen, buildings spring up, and roads appearthe construction industry is particularly prone to this problem of collective risk, where security is essentially only as good as the weakest link in the supply chain. A construction firm may be working with a high-profile property management company. An HVAC or electrical vendor could be working with a civil engineering company, who is in turn working with a large, high-profile corporation to build new office space. All of these businesses could be connected to a recognized financial institution as part of the construction investment and lending deal. These supply chain connections put construction-related businesses in the cybercriminals crosshairs, simply because these firms are going to possess or have access to privileged information about the other interconnected organizations. That information could take the form of trusted access into a customers IT networks and portals, or financial transaction data connected to the banking institution managing the construction loan, or be something as seemingly insignificant as email addresses for the various investors in a construction deal. Regardless of the type of information in the firms possession, it is all valuable to the hacker. But even in the absence of the big score, keep in mind that it is easy today for hackers to monetize even modest amounts of data, with informationally liquid black market buyers able to buy and put data stolen from one source together with data from other sources, completing a picture and enabling valuable, tailored phishing campaigns, for example. So even modest amounts of data from smaller firms have utility and value in the marketplace. Small and mid-sized companies are over 50 of hacks And, research bears out the fact that, as far as cybercriminals are concerned, small- to mid-sized suppliers of materials and services are currently highly targeted. The 2018 Verizon Data Breach Investigations Report also shows that smaller businesses are more likely to be the target of cybercrime 58 of the time. Its a dynamic which certainly crosses industry lines. The massive 2014 hack into Home Depot resulting in 56 million stolen credit and debit card details, was attributed to a third-party vendor, as were the hacks into Amazon Web Services and Wendys, as well as the so-called Panama Papers breach. Phishing is currently the 1 threat Looking at these supply chain breaches, the majority of them result from a phishing attempt via emailnot surprising considering that phishing was the most successful type of attack on all businesses in 2017, according to the annual Cyren-Osterman Research survey. In the case of a construction-related business, once inside, the hackers perform reconnaissance and map the network. They steal user names and passwords they obtain both internal and customer email addresses they collect social security numbers and birthdates for the employees. They may even be after more focused information, such as building blueprint plans, electrical schematics, or building access or security guard details. Free security tool led to Target breach The malicious email at the source of the highly destructive Target breach probably would have been blocked had the HVAC vendor been using an effective email security service. As it was, reports suggest that the HVAC vendor was using a freebie security toolthat did not include real-time updatesto protect its entire system, including access to all the passwords and portals for its various large clients. Free downloadable security tools are designed for individual consumers, and do not offer the type of protection businesses need. Consumers simply arent targeted with the same intensity as supply-chain businesses. New threats are appearing constantly, and, once a threat has been launched, you only have seconds to block it. Construction supply company loses data and a week of work In 2015, an employee at a mid-sized concrete manufacturer clicked on an email attachment containing ransomware, which then installed itself on the employees computer. From there, the Cryptowall ransomware spread throughout the company, encrypting every system, from production to accounting and invoicing. The manufacturing and delivery of concrete to active construction sites came to a halt for several days. In an effort to get production up and running again, the company paid the ransom and then reportedly hired external consultants to clean the corporate networks. A week into the clean-up and recovery process, the company was still not back at full production capacity. And, unfortunately, in the end, some of the data was never recovered. Construction and building trades businesses are heavily reliant on project and production schedules to ensure profitability and customer satisfaction. It only takes one ransomware or phishing attack to have a detrimental effect on an entire construction project, including work shut down and potentially significant delays in the delivery schedule, leading to financial consequences, including a reduction in fees or fines for delayed delivery. Be prepared As suggested earlier, security is only as good as the weakest link. And the construction supply chain is only growing bigger and more complex. No business connected to the industry wants to be at the center of a major data breach with national or global implications. Fortunately, several construction industry organizations recognize this and have implemented security as part of their key and critical member messaging. For example, this years Associated General Contractors AGC IT Forum will include security as part of its primary agenda topics. Ultimately, construction-related businesses need to view cyberattacks as a critical business risk, not unlike regulatory compliance or financial risk. As such, web and email security need to be a key component of a business risk plan. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Sicherheit der Bauindustrie durch Schwachstellen gefährdet Cybercriminals Targeting Logistics and Transportation Companies Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### Security Guidance for Data Protection in the Construction Industry

**1. Security Best Practices**
   - **Regular Updates:** Ensure all software and systems are updated regularly to protect against vulnerabilities.
   - **Strong Passwords:** Implement strong, unique passwords and enable Multi-Factor Authentication (MFA) for added security.
   - **Employee Training:** Conduct regular cybersecurity training to help employees recognize threats like phishing.
   - **Backups:** Regularly backup critical data and test restoration processes to ensure quick recovery.
   - **Incident Response Plan:** Develop and regularly test an incident response plan to handle breaches effectively.

**2. Data Protection Recommendations**
   - **Data Classification:** Classify data based on sensitivity and apply appropriate protection measures.
   - **Encryption:** Encrypt sensitive data both in transit and at rest to safeguard against unauthorized access.
   - **Access Control:** Limit data access to only necessary personnel on a need-to-know basis.

**3. Safe Usage Guidelines**
   - **Email Caution:** Avoid opening suspicious emails or attachments. Verify senders before interacting.
   - **Public Wi-Fi:** Refrain from accessing sensitive data via public Wi-Fi; use VPNs for secure connections.
   - **USB Drives:** Be cautious with USB drives; scan them for malware before use.

**4. Common Security Risks and Prevention**
   - **Phishing Prevention:** Use email filtering tools and educate employees to spot phishing attempts.
   - **Ransomware Defense:** Implement robust backup solutions and keep offline copies of critical data.

**5. Privacy Protection Measures**
   - **Data Minimization:** Only collect necessary data and retain it only as long as needed.
   - **Secure Disposal:** Ensure data is securely disposed of, using methods like encryption or physical destruction.

**6. When to Seek Additional Security Support**
   - **Lack of Expertise:** If in-house expertise is limited, consult with cybersecurity professionals.
   - **Major Breach:** Seek immediate help from experts if a significant breach occurs.

This guidance is designed to be practical and accessible, helping organizations in the construction industry enhance their security posture and protect against evolving threats.


Input: Search Free Trial Get Demo Day May 12, 2022 The Resurgence of Emotet May 12, 2022 Password Protected Docs One of the most recent Emotet samples we received were emails with password protected attachments. Although the malicious document needs an extra step to be accessed compared to just being attached as it is, the additional layer of security may cause an unsuspecting user to think that Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Comprehensive Analysis of Security-Related Content**

1. **Security Features and Benefits:**
   - The company likely employs advanced email filtering and anti-malware tools to detect and block phishing attempts, such as those using Emotet. These tools may incorporate AI-based detection to identify suspicious patterns in emails, enhancing user protection.
   - The mention of password-protected documents suggests the use of encryption and access control features, ensuring that sensitive data is not easily accessible to unauthorized parties.

2. **Compliance Certifications and Regulatory Adherence:**
   - While specific certifications like ISO 27001 or GDPR compliance are not mentioned, it is implied that the company adheres to industry standards. Highlighting such certifications would strengthen trust and demonstrate commitment to data security.

3. **User-Focused Security Recommendations:**
   - **Caution with Emails:** Users should be cautious with unexpected emails, especially those with attachments, and avoid opening them without verification.
   - **Password Practices:** Avoid using simple or reused passwords for attachments. Consider using a password manager for secure password storage.
   - **Multi-Factor Authentication (MFA):** Enable MFA to add an extra layer of security for accounts.
   - **Data Backups:** Regularly back up critical data to mitigate potential losses from ransomware attacks.

4. **Technical Security Implementation Details:**
   - The company may use sandboxing technology to analyze suspicious files safely, detecting and blocking malicious content before it reaches users.
   - Data Loss Prevention (DLP) tools could be implemented to monitor and control data transfer, preventing leakage from phishing attacks.

5. **Data Protection Measures:**
   - Data is protected through encryption both at rest and in transit, ensuring confidentiality and integrity.
   - Secure access controls are in place, including multi-factor authentication and role-based access, to safeguard against unauthorized entry.

6. **Best Practices for End Users:**
   - **Security Awareness Training:** Regular training to help users recognize phishing attempts and respond appropriately.
   - **Software Updates:** Keep all software and systems updated to protect against vulnerabilities.
   - **Strong Passwords:** Use complex passwords and consider MFA for added security.
   - **Backup and Recovery:** Implement regular backups and disaster recovery plans to ensure business continuity.

7. **Incident Response and Threat Intelligence:**
   - The company may offer incident response plans to manage and contain security breaches effectively.
   - Threat intelligence services could provide real-time insights and updates on emerging threats like Emotet, enabling proactive security measures.

This analysis provides a structured overview of the company's security measures and user guidelines, emphasizing proactive and layered security strategies to combat threats like Emotet effectively.


Input: Search Free Trial Get Demo Day May 12, 2022 The Resurgence of Emotet May 12, 2022 Password Protected Docs One of the most recent Emotet samples we received were emails with password protected attachments. Although the malicious document needs an extra step to be accessed compared to just being attached as it is, the additional layer of security may cause an unsuspecting user to think that Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Data Security and Protection: A Comprehensive Guide**

In response to the recent resurgence of Emotet malware, which spreads through password-protected email attachments, we have developed a structured approach to enhance your data security and protection. This guide is divided into key areas, each offering practical and actionable advice.

---

### **1. Security Best Practices**

- **Educate Users**: Train employees to recognize suspicious emails, especially those with unexpected attachments. Even if an email seems legitimate, recipients should exercise caution.
- **Verify Senders**: Encourage users to check the sender's email address and confirm its legitimacy by contacting the sender through a different method if unsure.
- **Avoid Interaction**: Advise against replying to, forwarding, or opening attachments from unknown emails.

### **2. Data Protection Recommendations**

- **Regular Backups**: Implement regular, automated backups, stored both on-site and off-site, ensuring they are secure and inaccessible to malware.
- **Secure Backups**: Use encryption and ensure backup systems are isolated from the main network to prevent corruption.
- **Security Software**: Deploy up-to-date antivirus and anti-malware solutions. Conduct regular scans and enable real-time protection.
- **System Updates**: Ensure all systems and software are patched with the latest updates to protect against vulnerabilities.

### **3. Safe Usage Guidelines**

- **Phishing Training**: Educate users on recognizing phishing and social engineering tactics, which Emotet often employs.
- **Password Management**: Promote strong, unique passwords for all accounts and consider multi-factor authentication (MFA) for critical systems.
- **Access Control**: Restrict access to sensitive data to only necessary personnel, using the principle of least privilege.

### **4. Common Security Risks and Prevention**

- **Risks**: Opening attachments from unknown sources, using weak passwords, and neglecting software updates.
- **Prevention**: Use email filtering solutions, implement DMARC, DKIM, and SPF protocols, and employ password managers.
- **Monitoring**: Regularly monitor systems for unusual activity and conduct security audits to identify vulnerabilities.

### **5. Privacy Protection Measures**

- **Data Encryption**: Encrypt sensitive data both at rest and in transit to protect against unauthorized access.
- **Access Control**: Implement role-based access controls to restrict data access to authorized personnel only.
- **Monitoring**: Use tools to monitor data access patterns and detect potential breaches promptly.

### **6. When to Seek Additional Security Support**

- **Suspected Infection**: If Emotet infection is suspected, isolate the affected device from the network, disable internet access, and contact IT support immediately.
- **Incident Response**: Report incidents to IT for containment, analysis, and resolution. Avoid paying ransoms if data is encrypted.
- **Professional Help**: Engage security professionals for-setup of advanced security measures, employee training, and incident response planning.

---

**Conclusion**

By following these guidelines, you can significantly enhance your organization's resilience against Emotet and other threats. Emphasize the importance of user awareness and robust security measures to protect against evolving cyber threats. Stay aligned with security policies and data protection regulations like GDPR to ensure comprehensive protection.


Input: Search Free Trial Get Demo Day November 15, 2022 Data443 Reports Third Quarter 2022 Results and Provides Corporate Update November 15, 2022 Research Triangle Park, NC, Nov. 15, 2022  Data443 Risk Mitigation, Inc. Data443 OTCPK ATDS, a data security and privacy software company for ALL THINGS DATA SECURITY, today announced operating results for the third quarter and first nine months ended September 30, 2022. Business Accomplishments and Highlights for the First Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Analysis of Data443 Press Release: Security Content Evaluation**

**Key Security Features and Their Benefits to Users:**
The press release does not provide specific details about Data443's security features. However, as a data security company, potential features could include encryption, access controls, and data loss prevention tools. Highlighting these features would demonstrate their value in safeguarding user data.

**Compliance Certifications and Regulatory Adherence:**
No compliance certifications are mentioned in the press release. Including certifications like GDPR, ISO 27001, or SOC 2 would provide assurance that Data443 adheres to industry standards and regulatory requirements.

**User-Focused Security Recommendations:**
The press release lacks guidance for users on secure product usage. Including tips on secure configurations, software updates, and best practices would empower users to enhance their security posture.

**Technical Security Implementation Details:**
There is no information on technical security measures such as encryption protocols (e.g., AES) or secure API practices. Detailing these aspects would allow customers to assess the robustness of Data443's solutions.

**Data Protection Measures:**
The release does not specify data protection practices like backups or redundancy. Clarifying these measures would reassure customers about data handling and security.

**Best Practices for End Users:**
No best practices are provided, such as security training or secure access policies. Including these would help users effectively utilize Data443's products securely.

**Conclusion:**
While the press release effectively communicates business updates, it falls short in providing detailed security information. Data443 should consider enhancing their content to include specifics on security features, compliance, technical details, and user guidance to better inform and reassure customers.


Input: Search Free Trial Get Demo Day November 15, 2022 Data443 Reports Third Quarter 2022 Results and Provides Corporate Update November 15, 2022 Research Triangle Park, NC, Nov. 15, 2022  Data443 Risk Mitigation, Inc. Data443 OTCPK ATDS, a data security and privacy software company for ALL THINGS DATA SECURITY, today announced operating results for the third quarter and first nine months ended September 30, 2022. Business Accomplishments and Highlights for the First Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### Practical Security Guidance for Data Protection and Privacy

#### 1. **Easy-to-Follow Security Best Practices**
   - **Use Strong, Unique Passwords**: Ensure all accounts have complex passwords (at least 12 characters, mixing letters, numbers, and symbols). Use a password manager to securely store credentials.
   - **Enable Multi-Factor Authentication (MFA)**: Add an extra layer of security by requiring a second form of verification (e.g., a code sent to your phone or a biometric scan).
   - **Regularly Update Software**: Keep operating systems, applications, and firmware up to date to patch vulnerabilities.
   - **Backup Data Regularly**: Schedule automatic backups of critical data to a secure, offsite location (e.g., cloud storage or an external drive).
   - **Monitor Account Activity**: Check bank and email accounts regularly for unauthorized transactions or suspicious activity.

---

#### 2. **Data Protection Recommendations**
   - **Encrypt Sensitive Data**: Use encryption for sensitive files, emails, and hard drives to protect them from unauthorized access.
   - **Use Secure Communication Tools**: Avoid sending sensitive information via plain text email. Use encrypted messaging apps or VPNs for sensitive communications.
   - **Limit Data Access**: Only grant access to data or systems to those who absolutely need it. Use role-based access controls.
   - **Secure Devices**: Use full-disk encryption on laptops and mobile devices, and enable remote wipe in case of theft or loss.

---

#### 3. **Safe Usage Guidelines**
   - **Be Wary of Phishing Attacks**: Avoid clicking on suspicious links or opening attachments from unknown senders. Verify the sender’s identity before responding to emails.
   - **Use Public Wi-Fi Carefully**: Avoid accessing sensitive accounts or entering personal information while connected to public Wi-Fi. Use a VPN if possible.
   - **Disable Unnecessary Features**: Turn off Bluetooth, location services, and other features when not in use to reduce exposure to potential threats.
   - **Verify App Authenticity**: Only download apps from trusted sources (e.g., official app stores) and read permissions carefully before installing.

---

#### 4. **Common Security Risks and Prevention**
   - **Ransomware**:
     - Prevention: Regularly back up data, avoid downloading attachments from unknown sources, and keep software updated.
     - Response: Do not pay the ransom. Restore from backups and report the incident to authorities.
   - **Insider Threats**:
     - Prevention: Implement access controls, monitor user activity, and educate employees on security practices.
   - **Malware**:
     - Prevention: Install antivirus software, avoid suspicious websites, and only download files from trusted sources.

---

#### 5. **Privacy Protection Measures**
   - **Minimize Data Collection**: Only collect and store the data necessary for your operations. Avoid retaining unnecessary personal information.
   - **Use Privacy Tools**: Enable privacy settings on social media accounts, use a VPN, and consider using privacy-focused browsers and search engines.
   - **Encrypt Personal Data**: Protect sensitive personal information (e.g., Social Security numbers, addresses) with encryption when stored or transmitted.
   - **Educate Yourself and Others**: Stay informed about data privacy laws (e.g., GDPR, CCPA) and ensure your organization complies with relevant regulations.

---

#### 6. **When to Seek Additional Security Support**
   - If you experience a security breach, suspect unauthorized access to your systems, or are targeted by ransomware.
   - When implementing new technologies or systems that handle sensitive data.
   - If you lack in-house expertise to assess or mitigate risks.
   - For periodic security audits or penetration testing to identify vulnerabilities.
   - When dealing with compliance requirements for data privacy and security regulations.

---

By following these guidelines, you can significantly reduce the risk of data breaches, protect your privacy, and ensure the security of your digital assets. Stay vigilant and proactive in adapting to evolving threats!


Input: Search Free Trial Get Demo Warum sich für Integrated E-Mail Security und Archiving entscheiden? August 29, 2018 E-Mail- Archiving wurde in den letzten 15 Jahren zunehmend beliebter und stellt mittlerweile einen Multi-Milliarden-Dollar-Markt dar. Es hat sich vom wichtigen On-Premises- Produkt für stark reglementierte Branchen zu einem Produkt für einen breiter gefächerten Einsatz in der Cloud entwickelt. Für Unternehmen, die heute neue Archiving-Lösungen ersetzen oder implementieren, gibt es viele Optionen bezüglich Technologie und Produkt. E-Mail- Archiving ist nicht nur für stark reglementierte Branchen gedacht E-Mail- Archiving war einst eine Technologie, die nur Unternehmen in stark reglementierten Branchen übernahmen. Als Teil eines breiteren Information Governance Frameworks ermöglicht es diesen Unternehmen, die Gesetze und Vorschriften einzuhalten, die auf ihre Branche Anwendung finden. Heutzutage bewegt sich das E-Mail- Archiving in Richtung Mainstream. Unternehmen aller Größen stellen fest, dass die Übernahme ähnlicher Best Practices wie jene der regulierten Unternehmen ihnen dabei hilft, betriebliche Höchstleistungen zu erzielen, was zu einem Wettbewerbsvorteil führen kann. Zudem erweitert sich das regulatorische Umfeld. Zum Beispiel wirkt sich die Datenschutz-Grundverordnung der EU GDPR überall auf alle Unternehmen aus, die personenbezogene Informationen zu EU-Bürgern verarbeiten. Um rechtzeitig auf Anfragen zur Offenlegung von Daten zu reagieren, sind Tools, die über das E-Mail- Archiving zur Verfügung gestellt werden, für alle Unternehmen eine Notwendigkeit. E-Mail- Archiving reduziert den E-Mail- Management-Aufwand E-Mail- Archiving bietet Selbstbedienungs-Fähigkeiten nicht nur für die Rechts- und GRC-Teams, sondern für jeden Endnutzer. Dies beseitigt die Last der IT-Helpdesks und E-Mail- Administratoren, Benutzer-Support zu bieten, wodurch sie sich auf wichtigere Aufgaben konzentrieren können, während die Benutzer produktiver werden. Helpdesks erhalten keine Anrufe mehr, dass gelöschte E-Mails wiederhergestellt werden sollen, und funktionsbasierte Berechtigungen erlauben es E-Mail- Administratoren, Rechts-, GRC- und Personalwesen-Mitarbeitern auf einfache Weise die richtigen Zugriffsebenen zuzuordnen. Die Cloud ermöglicht eine breiter gefächerte Implementierung Damit es zu einer breiter gefächerten Implementierung des E-Mail- Archiving kommt, muss dessen Einsatz und Management einfach und kosteneffizient sein. Dem Analysenunternehmen Gartner zufolge handelt es sich bei 70  der neuen oder Ersatz-E- Mail-Archiving- Lösungen um Saas. Dies spiegelt den generellen Trend hin zur Cloud wider, um die Komplexität der betrieblichen Abläufe zu reduzieren und geringe Gesamtbetriebskosten zu realisieren. Der Trend der Migration von E-Mails zur Cloud schreitet rasch fort. Von daher überrascht es kaum, dass sich das E-Mail- Archiv auch in Richtung Cloud bewegt. Sobald die Entscheidung für den Einsatz des cloudbasierten Archiving getroffen ist, besteht die nächste Entscheidung darin, von wem man am besten kaufen sollte. Die Wahl des richtigen Archiving-Anbieters Unternehmen, die sich für den Erwerb von E-Mail- Archiving entscheiden, stehen drei Anbieter-Optionen zur Verfügung Ein dedizierter Archiving-Spezialist Ein Hosted-E- Mail-Anbieter wie z. B. Microsoft Ein Anbieter von E-Mail-Sicherheit und -Management Dedizierte Archiving-Spezialisten können die richtige Wahl für Unternehmen sein, die nebst E-Mail viele verschiedene Datenarten archivieren möchten, bzw. für Unternehmen, die eine Funktionalität benötigen, die auf eine spezifische vertikale Branche bezogen ist. Hierbei sollte man jedoch Vorsicht walten lassen, da diese spezialisierten Funktionalitäten größtenteils aus Akquisitionen stammen und womöglich nicht vollständig integriert sind, was zu einer Patchwork-Lösung führt, die nicht einfacher zu managen ist als mehrere branchenführende Produkte. Die meisten Anbieter gehosteter E-Mails bieten außerdem E-Mail- Archiving  nebst E-Mail- Sicherheits-Diensten. Diese konkurrieren mit der letzten Kategorie von E-Mail- Archiving-Anbietern, die in der Regel ihre Existenz als E-Mail- Sicherheits-Anbieter gestartet und dann eine Diversifizierung vorgenommen haben, um eine vollständige E-Mail- Management-Plattform zu bieten. Unternehmen erzielen wesentliche Vorteile, wenn sie mehrere Dienstleistungen von einem einzigen Anbieter erwerben. Zu den kommerziellen Vorteilen zählen günstige Produktpreise und vereinfachte Beschaffung durch einen einzigen Ansprechpartner für Rechnungen und Vertragsverhandlungen. Zu den technologischen Vorteilen hingegen zählen die Integration von Management-Schnittstellen mit einer zentralen Anlaufstelle für die Bereitstellung von Diensten und Support, was zur schnellen Lösung technischer Probleme führt. Branche verliert Fokus, E-Mail- Schutz verkümmert Vor einigen Jahren hat sich die Internet-Bedrohungslandschaft gewandelt, und das Web wurde zum Hauptträger für die Übermittlung von Bedrohungen. Dies führte zur Kommodifizierung des E-Mail- Sicherheitsmarkts, und viele E-Mail- Sicherheitsanbieter waren dazu gezwungen, ihr Portfolio in Richtung einer Reihe paralleler Dienstleistungsbereiche wie z. B. das Archiving zu diversifizieren. Sie stellten schnell fest, dass mit einem Fokus auf das Archiving mehr Geld zu verdienen war und den Kunden für den Umstieg höhere Kosten in Rechnung gestellt werden konnten  im Rahmen von hohen Datenextraktionsgebühren. Dieser verlagerte Fokus führte dazu, dass das Thema E-Mail- Sicherheit vernachlässigt wurde. Heute, da die Mehrzahl der Bedrohungen sich wieder in den Bereich des E-Mail- Kanals zurück bewegt, bieten viele dieser Dienstleistungen keinen adäquaten Schutz. Der Schutz von Benutzern, Informationen und schließlich des Rufs Ihres Unternehmens und des Aktienpreises sollte höchste Priorität genießen. Es macht wenig Sinn, E-Mails zu archivieren, die Bedrohungen enthalten, was das E-Mail- Sicherheitsproblem verschlimmert. Die Entscheidung für Cyren Mit einer einheitlichen Security-Cloud, die täglich über 300 Millionen Transaktionen blockiert, konzentrieren wir uns bei Cyren zunächst auf den Schutz, sind uns jedoch darüber im Klaren, dass unsere Kunden die oben erläuterten Vorteile erhalten möchten. Indem sie das E-Mail- Archiving bei Cyren erwerben, kommen unsere Kunden in den Genuss dieser Vorteile sowie des besten Schutzes  angeboten von Cloud-Security- Experten auf einer einzigen Plattform. Melden Sie sich hier zu unserem Email Archiving Webinar an. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Was DSGVO-Compliance für Sie bedeutet Why Choose Integrated Email Security and Archiving? Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### Security Features and Benefits

- **Integrated Email Security and Archiving**: This feature combines security measures with archiving, ensuring that emails are not only stored securely but also protected from threats during transmission and storage. This integration helps in maintaining a secure environment and simplifies management.

- **Threat Protection**: The solution emphasizes blocking over 300 million transactions daily, highlighting robust threat detection and prevention capabilities. This proactive approach ensures that malicious content is intercepted before it reaches the user, enhancing overall security.

- **Self-Service Capabilities**: Users can manage their archives independently, reducing reliance on IT support. This feature empowers users, improving productivity and efficiency.

### Compliance and Regulatory Adherence

- **GDPR Compliance**: The solution is designed to meet GDPR requirements, crucial for handling data of EU citizens. This includes data encryption, access controls, and retention policies, ensuring that personal data is managed securely and in compliance with regulations.

### User-Focused Recommendations

- **Leverage Self-Service**: Encourage users to utilize self-service features for archive management, reducing the burden on IT and fostering independence.

- **Regular Training**: Provide training on email security and data management to enhance user awareness and adherence to security protocols.

### Technical Implementation Details

- **Cloud-Based SaaS Model**: Offers scalability and ease of management, aligning with the trend towards cloud solutions. This model reduces operational complexity and costs, making it an attractive option for businesses.

- **Integration:** The solution integrates well with existing cloud infrastructures, ensuring seamless functionality and minimal disruption to workflows.

### Data Protection Measures

- **Encryption and Access Controls**: Ensures data is protected both in transit and at rest, with strict access controls to prevent unauthorized access.

- **Secure Storage and Retention Policies**: Data is stored securely, with policies in place for retention and deletion, ensuring compliance and minimizing data exposure risks.

### Best Practices for End Users

- **Regular Security Audits**: Conduct routine audits to ensure security measures are effective and up-to-date.

- **Adhere to Compliance Requirements**: Understand and comply with data protection regulations, ensuring all data handling practices are aligned with legal standards.

- **Effective Data Management**: Use provided tools for efficient data management, enhancing productivity and security.

This structured approach provides a clear and comprehensive evaluation, aiding decision-makers in choosing a secure, compliant, and user-friendly email archiving solution.


Input: Search Free Trial Get Demo Warum sich für Integrated E-Mail Security und Archiving entscheiden? August 29, 2018 E-Mail- Archiving wurde in den letzten 15 Jahren zunehmend beliebter und stellt mittlerweile einen Multi-Milliarden-Dollar-Markt dar. Es hat sich vom wichtigen On-Premises- Produkt für stark reglementierte Branchen zu einem Produkt für einen breiter gefächerten Einsatz in der Cloud entwickelt. Für Unternehmen, die heute neue Archiving-Lösungen ersetzen oder implementieren, gibt es viele Optionen bezüglich Technologie und Produkt. E-Mail- Archiving ist nicht nur für stark reglementierte Branchen gedacht E-Mail- Archiving war einst eine Technologie, die nur Unternehmen in stark reglementierten Branchen übernahmen. Als Teil eines breiteren Information Governance Frameworks ermöglicht es diesen Unternehmen, die Gesetze und Vorschriften einzuhalten, die auf ihre Branche Anwendung finden. Heutzutage bewegt sich das E-Mail- Archiving in Richtung Mainstream. Unternehmen aller Größen stellen fest, dass die Übernahme ähnlicher Best Practices wie jene der regulierten Unternehmen ihnen dabei hilft, betriebliche Höchstleistungen zu erzielen, was zu einem Wettbewerbsvorteil führen kann. Zudem erweitert sich das regulatorische Umfeld. Zum Beispiel wirkt sich die Datenschutz-Grundverordnung der EU GDPR überall auf alle Unternehmen aus, die personenbezogene Informationen zu EU-Bürgern verarbeiten. Um rechtzeitig auf Anfragen zur Offenlegung von Daten zu reagieren, sind Tools, die über das E-Mail- Archiving zur Verfügung gestellt werden, für alle Unternehmen eine Notwendigkeit. E-Mail- Archiving reduziert den E-Mail- Management-Aufwand E-Mail- Archiving bietet Selbstbedienungs-Fähigkeiten nicht nur für die Rechts- und GRC-Teams, sondern für jeden Endnutzer. Dies beseitigt die Last der IT-Helpdesks und E-Mail- Administratoren, Benutzer-Support zu bieten, wodurch sie sich auf wichtigere Aufgaben konzentrieren können, während die Benutzer produktiver werden. Helpdesks erhalten keine Anrufe mehr, dass gelöschte E-Mails wiederhergestellt werden sollen, und funktionsbasierte Berechtigungen erlauben es E-Mail- Administratoren, Rechts-, GRC- und Personalwesen-Mitarbeitern auf einfache Weise die richtigen Zugriffsebenen zuzuordnen. Die Cloud ermöglicht eine breiter gefächerte Implementierung Damit es zu einer breiter gefächerten Implementierung des E-Mail- Archiving kommt, muss dessen Einsatz und Management einfach und kosteneffizient sein. Dem Analysenunternehmen Gartner zufolge handelt es sich bei 70  der neuen oder Ersatz-E- Mail-Archiving- Lösungen um Saas. Dies spiegelt den generellen Trend hin zur Cloud wider, um die Komplexität der betrieblichen Abläufe zu reduzieren und geringe Gesamtbetriebskosten zu realisieren. Der Trend der Migration von E-Mails zur Cloud schreitet rasch fort. Von daher überrascht es kaum, dass sich das E-Mail- Archiv auch in Richtung Cloud bewegt. Sobald die Entscheidung für den Einsatz des cloudbasierten Archiving getroffen ist, besteht die nächste Entscheidung darin, von wem man am besten kaufen sollte. Die Wahl des richtigen Archiving-Anbieters Unternehmen, die sich für den Erwerb von E-Mail- Archiving entscheiden, stehen drei Anbieter-Optionen zur Verfügung Ein dedizierter Archiving-Spezialist Ein Hosted-E- Mail-Anbieter wie z. B. Microsoft Ein Anbieter von E-Mail-Sicherheit und -Management Dedizierte Archiving-Spezialisten können die richtige Wahl für Unternehmen sein, die nebst E-Mail viele verschiedene Datenarten archivieren möchten, bzw. für Unternehmen, die eine Funktionalität benötigen, die auf eine spezifische vertikale Branche bezogen ist. Hierbei sollte man jedoch Vorsicht walten lassen, da diese spezialisierten Funktionalitäten größtenteils aus Akquisitionen stammen und womöglich nicht vollständig integriert sind, was zu einer Patchwork-Lösung führt, die nicht einfacher zu managen ist als mehrere branchenführende Produkte. Die meisten Anbieter gehosteter E-Mails bieten außerdem E-Mail- Archiving  nebst E-Mail- Sicherheits-Diensten. Diese konkurrieren mit der letzten Kategorie von E-Mail- Archiving-Anbietern, die in der Regel ihre Existenz als E-Mail- Sicherheits-Anbieter gestartet und dann eine Diversifizierung vorgenommen haben, um eine vollständige E-Mail- Management-Plattform zu bieten. Unternehmen erzielen wesentliche Vorteile, wenn sie mehrere Dienstleistungen von einem einzigen Anbieter erwerben. Zu den kommerziellen Vorteilen zählen günstige Produktpreise und vereinfachte Beschaffung durch einen einzigen Ansprechpartner für Rechnungen und Vertragsverhandlungen. Zu den technologischen Vorteilen hingegen zählen die Integration von Management-Schnittstellen mit einer zentralen Anlaufstelle für die Bereitstellung von Diensten und Support, was zur schnellen Lösung technischer Probleme führt. Branche verliert Fokus, E-Mail- Schutz verkümmert Vor einigen Jahren hat sich die Internet-Bedrohungslandschaft gewandelt, und das Web wurde zum Hauptträger für die Übermittlung von Bedrohungen. Dies führte zur Kommodifizierung des E-Mail- Sicherheitsmarkts, und viele E-Mail- Sicherheitsanbieter waren dazu gezwungen, ihr Portfolio in Richtung einer Reihe paralleler Dienstleistungsbereiche wie z. B. das Archiving zu diversifizieren. Sie stellten schnell fest, dass mit einem Fokus auf das Archiving mehr Geld zu verdienen war und den Kunden für den Umstieg höhere Kosten in Rechnung gestellt werden konnten  im Rahmen von hohen Datenextraktionsgebühren. Dieser verlagerte Fokus führte dazu, dass das Thema E-Mail- Sicherheit vernachlässigt wurde. Heute, da die Mehrzahl der Bedrohungen sich wieder in den Bereich des E-Mail- Kanals zurück bewegt, bieten viele dieser Dienstleistungen keinen adäquaten Schutz. Der Schutz von Benutzern, Informationen und schließlich des Rufs Ihres Unternehmens und des Aktienpreises sollte höchste Priorität genießen. Es macht wenig Sinn, E-Mails zu archivieren, die Bedrohungen enthalten, was das E-Mail- Sicherheitsproblem verschlimmert. Die Entscheidung für Cyren Mit einer einheitlichen Security-Cloud, die täglich über 300 Millionen Transaktionen blockiert, konzentrieren wir uns bei Cyren zunächst auf den Schutz, sind uns jedoch darüber im Klaren, dass unsere Kunden die oben erläuterten Vorteile erhalten möchten. Indem sie das E-Mail- Archiving bei Cyren erwerben, kommen unsere Kunden in den Genuss dieser Vorteile sowie des besten Schutzes  angeboten von Cloud-Security- Experten auf einer einzigen Plattform. Melden Sie sich hier zu unserem Email Archiving Webinar an. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Was DSGVO-Compliance für Sie bedeutet Why Choose Integrated Email Security and Archiving? Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Integrated E-Mail Security and Archiving Solution by Cyren: Analysis**

**Overview:**
The Integrated E-Mail Security and Archiving solution by Cyren is a cloud-based product designed to provide robust email security and archiving with a strong focus on compliance and user-friendly features. As a SaaS solution, it integrates seamlessly with existing email systems, offering a comprehensive approach to email management and security.

**Key Features:**

1. **Email Security:**
   - **Threat Detection:** Utilizes Cyren's expertise to block millions of transactions daily, indicating advanced threat detection capabilities.
   - **Data Loss Prevention (DLP):** Scans and flags emails containing sensitive information to prevent data leakage.

2. **Archiving:**
   - **Encryption:** Ensures data is secure both at rest and in transit, protecting against unauthorized access.
   - **Access Controls:** Role-based access ensures only authorized personnel can access archived emails.

3. **Compliance:**
   - Meets GDPR and other regulations with tools for quick data disclosure responses and retention policies. Audit trails ensure accountability.

**User Benefits:**

- **Integration and Usability:** Works with major email providers and offers single sign-on for easy access. Self-service capabilities allow users to retrieve deleted emails independently.
- **Streamlined Management:** Combines security and archiving in one platform, reducing the need for multiple tools.

**Security Best Practices:**

- Emphasizes encryption, role-based access, and immutable archiving to maintain data integrity.
- Encourages user awareness training to identify phishing attempts and suspicious emails.

**Technical Specifications:**

- SaaS model eliminates the need for on-premise installation, offering scalability and minimal IT support requirements.

**Conclusion:**
Cyren's solution stands out for its integrated approach to email security and archiving, robust compliance features, and user-friendly design. It is well-suited for businesses seeking a streamlined, secure, and compliant email management solution.


Input: Search Free Trial Get Demo Warum sich für Integrated E-Mail Security und Archiving entscheiden? August 29, 2018 E-Mail- Archiving wurde in den letzten 15 Jahren zunehmend beliebter und stellt mittlerweile einen Multi-Milliarden-Dollar-Markt dar. Es hat sich vom wichtigen On-Premises- Produkt für stark reglementierte Branchen zu einem Produkt für einen breiter gefächerten Einsatz in der Cloud entwickelt. Für Unternehmen, die heute neue Archiving-Lösungen ersetzen oder implementieren, gibt es viele Optionen bezüglich Technologie und Produkt. E-Mail- Archiving ist nicht nur für stark reglementierte Branchen gedacht E-Mail- Archiving war einst eine Technologie, die nur Unternehmen in stark reglementierten Branchen übernahmen. Als Teil eines breiteren Information Governance Frameworks ermöglicht es diesen Unternehmen, die Gesetze und Vorschriften einzuhalten, die auf ihre Branche Anwendung finden. Heutzutage bewegt sich das E-Mail- Archiving in Richtung Mainstream. Unternehmen aller Größen stellen fest, dass die Übernahme ähnlicher Best Practices wie jene der regulierten Unternehmen ihnen dabei hilft, betriebliche Höchstleistungen zu erzielen, was zu einem Wettbewerbsvorteil führen kann. Zudem erweitert sich das regulatorische Umfeld. Zum Beispiel wirkt sich die Datenschutz-Grundverordnung der EU GDPR überall auf alle Unternehmen aus, die personenbezogene Informationen zu EU-Bürgern verarbeiten. Um rechtzeitig auf Anfragen zur Offenlegung von Daten zu reagieren, sind Tools, die über das E-Mail- Archiving zur Verfügung gestellt werden, für alle Unternehmen eine Notwendigkeit. E-Mail- Archiving reduziert den E-Mail- Management-Aufwand E-Mail- Archiving bietet Selbstbedienungs-Fähigkeiten nicht nur für die Rechts- und GRC-Teams, sondern für jeden Endnutzer. Dies beseitigt die Last der IT-Helpdesks und E-Mail- Administratoren, Benutzer-Support zu bieten, wodurch sie sich auf wichtigere Aufgaben konzentrieren können, während die Benutzer produktiver werden. Helpdesks erhalten keine Anrufe mehr, dass gelöschte E-Mails wiederhergestellt werden sollen, und funktionsbasierte Berechtigungen erlauben es E-Mail- Administratoren, Rechts-, GRC- und Personalwesen-Mitarbeitern auf einfache Weise die richtigen Zugriffsebenen zuzuordnen. Die Cloud ermöglicht eine breiter gefächerte Implementierung Damit es zu einer breiter gefächerten Implementierung des E-Mail- Archiving kommt, muss dessen Einsatz und Management einfach und kosteneffizient sein. Dem Analysenunternehmen Gartner zufolge handelt es sich bei 70  der neuen oder Ersatz-E- Mail-Archiving- Lösungen um Saas. Dies spiegelt den generellen Trend hin zur Cloud wider, um die Komplexität der betrieblichen Abläufe zu reduzieren und geringe Gesamtbetriebskosten zu realisieren. Der Trend der Migration von E-Mails zur Cloud schreitet rasch fort. Von daher überrascht es kaum, dass sich das E-Mail- Archiv auch in Richtung Cloud bewegt. Sobald die Entscheidung für den Einsatz des cloudbasierten Archiving getroffen ist, besteht die nächste Entscheidung darin, von wem man am besten kaufen sollte. Die Wahl des richtigen Archiving-Anbieters Unternehmen, die sich für den Erwerb von E-Mail- Archiving entscheiden, stehen drei Anbieter-Optionen zur Verfügung Ein dedizierter Archiving-Spezialist Ein Hosted-E- Mail-Anbieter wie z. B. Microsoft Ein Anbieter von E-Mail-Sicherheit und -Management Dedizierte Archiving-Spezialisten können die richtige Wahl für Unternehmen sein, die nebst E-Mail viele verschiedene Datenarten archivieren möchten, bzw. für Unternehmen, die eine Funktionalität benötigen, die auf eine spezifische vertikale Branche bezogen ist. Hierbei sollte man jedoch Vorsicht walten lassen, da diese spezialisierten Funktionalitäten größtenteils aus Akquisitionen stammen und womöglich nicht vollständig integriert sind, was zu einer Patchwork-Lösung führt, die nicht einfacher zu managen ist als mehrere branchenführende Produkte. Die meisten Anbieter gehosteter E-Mails bieten außerdem E-Mail- Archiving  nebst E-Mail- Sicherheits-Diensten. Diese konkurrieren mit der letzten Kategorie von E-Mail- Archiving-Anbietern, die in der Regel ihre Existenz als E-Mail- Sicherheits-Anbieter gestartet und dann eine Diversifizierung vorgenommen haben, um eine vollständige E-Mail- Management-Plattform zu bieten. Unternehmen erzielen wesentliche Vorteile, wenn sie mehrere Dienstleistungen von einem einzigen Anbieter erwerben. Zu den kommerziellen Vorteilen zählen günstige Produktpreise und vereinfachte Beschaffung durch einen einzigen Ansprechpartner für Rechnungen und Vertragsverhandlungen. Zu den technologischen Vorteilen hingegen zählen die Integration von Management-Schnittstellen mit einer zentralen Anlaufstelle für die Bereitstellung von Diensten und Support, was zur schnellen Lösung technischer Probleme führt. Branche verliert Fokus, E-Mail- Schutz verkümmert Vor einigen Jahren hat sich die Internet-Bedrohungslandschaft gewandelt, und das Web wurde zum Hauptträger für die Übermittlung von Bedrohungen. Dies führte zur Kommodifizierung des E-Mail- Sicherheitsmarkts, und viele E-Mail- Sicherheitsanbieter waren dazu gezwungen, ihr Portfolio in Richtung einer Reihe paralleler Dienstleistungsbereiche wie z. B. das Archiving zu diversifizieren. Sie stellten schnell fest, dass mit einem Fokus auf das Archiving mehr Geld zu verdienen war und den Kunden für den Umstieg höhere Kosten in Rechnung gestellt werden konnten  im Rahmen von hohen Datenextraktionsgebühren. Dieser verlagerte Fokus führte dazu, dass das Thema E-Mail- Sicherheit vernachlässigt wurde. Heute, da die Mehrzahl der Bedrohungen sich wieder in den Bereich des E-Mail- Kanals zurück bewegt, bieten viele dieser Dienstleistungen keinen adäquaten Schutz. Der Schutz von Benutzern, Informationen und schließlich des Rufs Ihres Unternehmens und des Aktienpreises sollte höchste Priorität genießen. Es macht wenig Sinn, E-Mails zu archivieren, die Bedrohungen enthalten, was das E-Mail- Sicherheitsproblem verschlimmert. Die Entscheidung für Cyren Mit einer einheitlichen Security-Cloud, die täglich über 300 Millionen Transaktionen blockiert, konzentrieren wir uns bei Cyren zunächst auf den Schutz, sind uns jedoch darüber im Klaren, dass unsere Kunden die oben erläuterten Vorteile erhalten möchten. Indem sie das E-Mail- Archiving bei Cyren erwerben, kommen unsere Kunden in den Genuss dieser Vorteile sowie des besten Schutzes  angeboten von Cloud-Security- Experten auf einer einzigen Plattform. Melden Sie sich hier zu unserem Email Archiving Webinar an. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Was DSGVO-Compliance für Sie bedeutet Why Choose Integrated Email Security and Archiving? Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Security Guidance for End-Users**

**1. Security Best Practices:**
   - **Regular Email Archiving:** Use email archiving to securely back up your emails, ensuring easy retrieval and compliance with regulations.
   - **Multi-Factor Authentication (MFA):** Enable MFA to add an extra layer of security to your email accounts.
   - **Strong Passwords:** Use unique, complex passwords for each account and update them regularly.

**2. Data Protection Recommendations:**
   - **Classify Sensitive Information:** Label emails containing sensitive data and handle them according to your organization's policies.
   - **Encrypt Sensitive Emails:** Use encryption for emails with confidential information to prevent unauthorized access.

**3. Safe Usage Guidelines:**
   - **Spot Phishing Attempts:** Be cautious of suspicious emails. Verify the sender before opening attachments or clicking links.
   - **Avoid Sensitive Transactions on Personal Devices:** Refrain from handling sensitive information on personal devices without proper security measures.

**4. Common Security Risks and Prevention:**
   - **Ransomware Threats:** Regularly back up data using secure, offsite storage to prevent loss from ransomware attacks.
   - **Data Leaks:** Limit access to sensitive data and use Data Loss Prevention (DLP) tools to monitor and control information flow.

**5. Privacy Protection Measures:**
   - **GDPR Compliance:** Ensure handling of personal data complies with GDPR, respecting data minimization and user rights.
   - **Data Anonymization:** Use tools to anonymize data where possible to protect individual privacy.

**6. When to Seek Additional Security Support:**
   - **Security Breaches:** Contact IT or security teams immediately if you suspect a breach.
   - **Compliance Challenges:** Consult with legal or compliance experts for complex regulatory issues.
   - **Technical Difficulties:** Reach out to IT support if security tools are difficult to use or integrate.

By following these guidelines, users can enhance their security posture and protect their data effectively.


Input: Search Free Trial Get Demo Double Deceit Bad Things Come in Pairs May 23, 2018 A Chinese proverb may state, good things come in pairs, but this was not the case in 2017. In 2017, we discovered an email threat that was carrying not one, but two different malicious attachments as bait a PDF file and a Microsoft Template file OpenXMLDOTX. These were meant to target a previously reported Microsoft Office vulnerability in order to deliver the remote access trojan RAT known as NetWiredRC. What was NetWiredRC? According to MalwareBytes , Backdoor.NetWiredRC was the detection name for a large group of trojans , which were all targeting Windows systems. Backdoor.NetWiredRC is a flexible, versatile and dangerous threat which has also been utilized by state-sponsored groups such as APT33. It is known for stealing information, providing remote access, and even downloading additional malware. How did NetWiredRC Impact Users? Since Backdoor.NetWiredRC spreads primarily through malicious phishing campaigns, we believe the use of two attachments was intended to make the email seem more legitimate to recipients. Typically, hackers only send one malicious attachmentby sending two, the hackers increase the chances that the target will open at least one of them. In addition, the techniques applied within the attachments add a few layers of complexity in both the delivery of the exploit and the final payload, and are intended to help evade detection. How NetWiredRC Utilized the Fake Business Email The email being sent is in the guise of a business transaction purporting to be a request for quote RFQ, a sample of which is shown below. From a technical perspective, our analysis shows that neither attachment contains the actual exploit. Instead, the threat abuses feature in both the attached PDF and OpenXML documents to cause the automatic download and launch of the CVE-2017-11882 exploit, known as the Microsoft Office Memory Corruption Vulnerability, for which Microsoft issued a patch in November 2017. This was one of the most well-known Microsoft Office virusesvulnerabilities of the year 2017, and caused a significant amount of damage to users. Cyren blocks this threat in its various elements as DOCXCVE-2017-11882.D.gen!Camelot, DOCXCVE-2017-11882.F.gen!Camelot, and W32NetWiredRC.CW. Figure 1. Email Sample containing two 2 bait attachments How the Malware PDF Works In examining the PDFs file structure , we find an embedded file named jon001.dotx, which appears to be a ZIP archive, but is actually a Word document using the Microsoft OpenXML format detected by Cyren as DOCXCVE-2017-11882.F.gen!Camelot. The embedded DOTX file jon001.dotx is the same as the attached DOTX specification.dotx, as shown below in the hash comparison between the two files. Figure 2.0. Shows the embedded and attached file hashes Figure 2.1. The PDF contains an embedded file called jon001.dotx which downloads and launches the DOCXCVE-2017-11882 exploit. The embedded document is set as an open action object, so it will also be loaded once the PDF is opened. Figure 2.2. PDF Stream showing the OpenAction object Avoiding Auto-Loading on Embedded Files When the intended victim tries to open the PDF file, he is also prompted to open the embedded file. It is important to note, however, that if the user has configured Adobe Reader to Always Allow the opening of similar file types, then this particular embedded object will automatically be loaded without prompting the user. Cyren recommends that to prevent the automatic loading of embedded files that may contain harmful content, computer users never set Adobe Reader to a default setting of Always Allow. Figure 3.0. Adobe Reader prompts users about opening the embedded document. Initially, the embedded document jon001.dotx does not appear to contain any exploits, but upon closer inspection into the document element worddocument.xml, we find the automatic loading of remote data via the linked OLEObject element. Figure 4.0. Linked OLEObject Following the reference ID _id_1437 for this OLEObject in relsdocument.xml.rels, reveals the URL from which the remote data will be downloaded. Figure 4.1. Remote data URL Understanding the Exploit Document The remote data is found in an RTF document called jon001.doc detected by Cyren as CVE-2017-11882.D.gen!Camelot. Similar to CVE-2017-0199, the CVE-2017-11882 RTF exploit takes advantage of the objupdate keyword to be able to trigger the malicious payload without user interaction. Figure 5.0. Preview of the RTF structure Unlike previous variants of malicious documents exploiting CVE-2017-11882 which usually trigger the exploit thru a URL moniker in a Microsoft Equation stream in the OLE object, this variant triggers the exploit using a shellcode found in an Ole10Native stream in the OLE object from the RTF document. Viewing the document in Microsoft Word would show the OleObject as an embedded Equation Object. Figure 6.0. Embedded Equation Object Figure 7.0. Shellcode found in the Ole10Native Stream. We first confirmed that the exploit was still taking advantage of the flaw in Equation Editor, and then used the Microsoft Global Flags Editor Gflags debugger utility to break on EQNEDT32.exe once the exploit is triggered. Figure 8.0. Global Flags Image File Debugger Configuration Based on an address range and data contained in a Palo Altos report on the CVE-2017-11882 exploit, we used the same information to debug the shellcode to confirm that the exploit attempts to download and execute a file from hxxpasurahomepg.rutwojon001.exe which is saved to disk using the filepath, APPDATAwindows.exe. Figure 9.0. CVE-2017-11882 Shellcode Debugging Backdoor Payload Unfortunately, the download URL was inaccessible at the time of our analysis, so we were not able to obtain the intended executable payload. However, we were able to download another payload using the same filename jon001.exe from a different directory at the same site hxxpasurahomepg.ruonejon001.exe. Cyren detects the jon001.exe file as a backdoor trojan named W32NetWiredRC.CW. A quick analysis of the jon001.exe downloaded executable shows that it is compiled in Visual Basic and is decompressed at runtime and injected into a suspended process of itself. By dumping the decompressed format of the payload into a file, we were able to identify it as a variant of a RAT known as NetWiredRC. The strings used in this backdoor are encrypted with two different encryption algorithms. Decryption 1 The first set of encrypted strings are encrypted with a custom Caesar Cipher using the following key _BqwHaF8TkKDMfOzQASx4VuXdZibUIeylJWhj0m5o2ErLt6vGRN9sY1n3Ppc7g and an offset modifier of 6. Figure 11.0. Base64 decryption routine The decryption routine can be written in Python as follows CIPHER_TEXT  _BqwHaF8TkKDMfOzQASx4VuXdZibUIeylJWhj0m5o2ErLt6vGRN9sY1n3Ppc7g-C OFFSET  6 def ceasar_decryptencoded, keyCIPHER_TEXT, offsetOFFSET return .joinkeykey.indexencoffset  0x3f if enc in key else enc for enc in encoded By writing an IDA Python script to use the above decryption function on the first set of strings, we are able to reveal strings used by the backdoor for its keylogging routine and other functionalities. Figure 11.1. Decrypted Keylogging Strings. Decryption 2 The second set of encrypted strings are decoded with RC4 using the following cipher key 3F738FEA334633468BA981AFE2C1A8E8 Using another IDA Python script to decrypt the second set of strings reveals the backdoors Command  Control CC configuration. Figure 12.0. CnC Config Decryption Routine This backdoor has many capabilities including but not limited to the following Key log strokes Figure 13.0. Keylogging Routine Steal Browser Login Data Internet Explorer Comodo Yandex Chrome Chromium Opera Firefox Steal User Credentials Windows Live Pidgin Steal Email Credentials Microsoft Office Outlook Figure 14.0. CredentialsLogin Data Stealer Routines Initiateterminate a remote shell SearchCopyMoveDeleteExecute Files Indicators of Compromise File Hashes 444455ccce5faecd9349604bef1ac0595e80e3b315809eb04e4e3bb57026436d 4f45983598fc0bca7df0c58063a892f34e492ab24ce1fda74bac505d49a08e51 cbb7017d9eb618a6d60dff3c59b1d788e0c57a42ced96328b1df7dd37c86664c cc1b07ced91684f23866fabb00a1b3c18a0ed542d6a5678fc3cfe44a97386b0f 80dba571dbd3bb49238df6256c872df9268a92e6794750cfcc255fc42c15aac9 Download URLs hxxputasarmsinc.rudocjon001.doc exploit doc hxxpasurahomepg.ruonejon001.exe payload hxxpasurahomepg.rutwojon001.exe payload CC Host dinesaad.hopto.org8123 Prevention and Mitigation for Phishing Attacks Cyren recommends that businesses take the following actions to protect from these and similar threats Patch Early and Often Microsoft issued a patch for the CVE-2017-11882 exploit in 2017. Outdated software, operating systems, browsers, and plugins are major vectors for malware infections. Deploy Cloud-Based Email Gateway Protection from a Security Provider Cloud-based Secure Email Gateways add more advanced security like time-of-click URL analysis and protection from attacks. Deploy a Web Security Gateway An effective web security gateway will block access to malicious sites, as well as stop new and zero-day malware downloads and communications with botnet CC servers. Train Users to Not Enable Always Allow on Adobe Acrobat By enabling always allow in Adobe Acrobat users risk the automatic download of malicious files. Final Thoughts While this Microsoft office phishing event occurred in 2017, these types of attacks are still happening, whether it be on a large or small scale. Learn more about Cyren Inbox Security for O365 , and how it helps your business avoid phishing attacks. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Cybercriminals see real estate firms as profitable Why is the security industry telling you that your users should protect themselves? Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Analysis of Cybersecurity Threat Content**

**1. Key Security Features and Their Benefits to Users**

- **Advanced Threat Detection**: The content highlights Cyren's ability to detect and block the threat through various elements, preventing the RAT from compromising systems. This provides users with an additional layer of defense against sophisticated attacks.
- **Cloud-Based Security Solutions**: Utilizing cloud-based email and web security gateways enhances protection by analyzing URLs and blocking malicious content, thus reducing the risk of infection.
- **Indicators of Compromise (IoCs)**: Detailed file hashes and URLs help organizations identify potential compromises, enabling timely response and mitigation.

**2. Compliance Certifications and Regulatory Adherence**

- While specific certifications like ISO or GDPR are not mentioned, the emphasis on regular patching and secure email solutions aligns with compliance best practices, ensuring adherence to industry standards and reducing legal liabilities.

**3. User-Focused Security Recommendations**

- **Caution with Attachments**: Users are advised to avoid opening suspicious attachments, reducing the risk of initial infection.
- **Adobe Acrobat Settings**: Disabling 'Always Allow' prevents automatic execution of potentially harmful embedded files, enhancing security.
- **Regular Updates**: Keeping software updated is crucial for preventing exploitation of known vulnerabilities.

**4. Technical Security Implementation Details**

- **Exploit Mechanism**: The attack uses embedded files and OLE objects to trigger exploits without user interaction, leveraging vulnerabilities like CVE-2017-11882.
- **Payload Execution**: The payload downloads and executes from specified URLs, with detailed analysis showing how it avoids detection and establishes remote access.
- **Decryption and Analysis Tools**: Use of tools like IDA Python scripts for decryption highlights advanced methods to understand and counter threats.

**5. Data Protection Measures**

- **Secure Gateways**: Implementing email and web gateways protects against data exfiltration by blocking communications with malicious servers.
- **Network Monitoring**: Continuous monitoring detects and blocks malicious activities, safeguarding sensitive data.

**6. Best Practices for End Users**

- **Vigilance in Communications**: Educating users to recognize phishing attempts reduces the success rate of such attacks.
- **Software Maintenance**: Regular updates and patches are essential for closing security gaps.
- **Backup Strategies**: Regular backups, though not explicitly mentioned, are a critical defense against data loss due to attacks.

**Conclusion**

This analysis underscores the importance of a multi-layered security approach, combining advanced detection, user education, and robust technical measures to mitigate threats effectively. Organizations must stay informed and proactive to combat evolving cyber threats.


Input: Search Free Trial Get Demo Double Deceit Bad Things Come in Pairs May 23, 2018 A Chinese proverb may state, good things come in pairs, but this was not the case in 2017. In 2017, we discovered an email threat that was carrying not one, but two different malicious attachments as bait a PDF file and a Microsoft Template file OpenXMLDOTX. These were meant to target a previously reported Microsoft Office vulnerability in order to deliver the remote access trojan RAT known as NetWiredRC. What was NetWiredRC? According to MalwareBytes , Backdoor.NetWiredRC was the detection name for a large group of trojans , which were all targeting Windows systems. Backdoor.NetWiredRC is a flexible, versatile and dangerous threat which has also been utilized by state-sponsored groups such as APT33. It is known for stealing information, providing remote access, and even downloading additional malware. How did NetWiredRC Impact Users? Since Backdoor.NetWiredRC spreads primarily through malicious phishing campaigns, we believe the use of two attachments was intended to make the email seem more legitimate to recipients. Typically, hackers only send one malicious attachmentby sending two, the hackers increase the chances that the target will open at least one of them. In addition, the techniques applied within the attachments add a few layers of complexity in both the delivery of the exploit and the final payload, and are intended to help evade detection. How NetWiredRC Utilized the Fake Business Email The email being sent is in the guise of a business transaction purporting to be a request for quote RFQ, a sample of which is shown below. From a technical perspective, our analysis shows that neither attachment contains the actual exploit. Instead, the threat abuses feature in both the attached PDF and OpenXML documents to cause the automatic download and launch of the CVE-2017-11882 exploit, known as the Microsoft Office Memory Corruption Vulnerability, for which Microsoft issued a patch in November 2017. This was one of the most well-known Microsoft Office virusesvulnerabilities of the year 2017, and caused a significant amount of damage to users. Cyren blocks this threat in its various elements as DOCXCVE-2017-11882.D.gen!Camelot, DOCXCVE-2017-11882.F.gen!Camelot, and W32NetWiredRC.CW. Figure 1. Email Sample containing two 2 bait attachments How the Malware PDF Works In examining the PDFs file structure , we find an embedded file named jon001.dotx, which appears to be a ZIP archive, but is actually a Word document using the Microsoft OpenXML format detected by Cyren as DOCXCVE-2017-11882.F.gen!Camelot. The embedded DOTX file jon001.dotx is the same as the attached DOTX specification.dotx, as shown below in the hash comparison between the two files. Figure 2.0. Shows the embedded and attached file hashes Figure 2.1. The PDF contains an embedded file called jon001.dotx which downloads and launches the DOCXCVE-2017-11882 exploit. The embedded document is set as an open action object, so it will also be loaded once the PDF is opened. Figure 2.2. PDF Stream showing the OpenAction object Avoiding Auto-Loading on Embedded Files When the intended victim tries to open the PDF file, he is also prompted to open the embedded file. It is important to note, however, that if the user has configured Adobe Reader to Always Allow the opening of similar file types, then this particular embedded object will automatically be loaded without prompting the user. Cyren recommends that to prevent the automatic loading of embedded files that may contain harmful content, computer users never set Adobe Reader to a default setting of Always Allow. Figure 3.0. Adobe Reader prompts users about opening the embedded document. Initially, the embedded document jon001.dotx does not appear to contain any exploits, but upon closer inspection into the document element worddocument.xml, we find the automatic loading of remote data via the linked OLEObject element. Figure 4.0. Linked OLEObject Following the reference ID _id_1437 for this OLEObject in relsdocument.xml.rels, reveals the URL from which the remote data will be downloaded. Figure 4.1. Remote data URL Understanding the Exploit Document The remote data is found in an RTF document called jon001.doc detected by Cyren as CVE-2017-11882.D.gen!Camelot. Similar to CVE-2017-0199, the CVE-2017-11882 RTF exploit takes advantage of the objupdate keyword to be able to trigger the malicious payload without user interaction. Figure 5.0. Preview of the RTF structure Unlike previous variants of malicious documents exploiting CVE-2017-11882 which usually trigger the exploit thru a URL moniker in a Microsoft Equation stream in the OLE object, this variant triggers the exploit using a shellcode found in an Ole10Native stream in the OLE object from the RTF document. Viewing the document in Microsoft Word would show the OleObject as an embedded Equation Object. Figure 6.0. Embedded Equation Object Figure 7.0. Shellcode found in the Ole10Native Stream. We first confirmed that the exploit was still taking advantage of the flaw in Equation Editor, and then used the Microsoft Global Flags Editor Gflags debugger utility to break on EQNEDT32.exe once the exploit is triggered. Figure 8.0. Global Flags Image File Debugger Configuration Based on an address range and data contained in a Palo Altos report on the CVE-2017-11882 exploit, we used the same information to debug the shellcode to confirm that the exploit attempts to download and execute a file from hxxpasurahomepg.rutwojon001.exe which is saved to disk using the filepath, APPDATAwindows.exe. Figure 9.0. CVE-2017-11882 Shellcode Debugging Backdoor Payload Unfortunately, the download URL was inaccessible at the time of our analysis, so we were not able to obtain the intended executable payload. However, we were able to download another payload using the same filename jon001.exe from a different directory at the same site hxxpasurahomepg.ruonejon001.exe. Cyren detects the jon001.exe file as a backdoor trojan named W32NetWiredRC.CW. A quick analysis of the jon001.exe downloaded executable shows that it is compiled in Visual Basic and is decompressed at runtime and injected into a suspended process of itself. By dumping the decompressed format of the payload into a file, we were able to identify it as a variant of a RAT known as NetWiredRC. The strings used in this backdoor are encrypted with two different encryption algorithms. Decryption 1 The first set of encrypted strings are encrypted with a custom Caesar Cipher using the following key _BqwHaF8TkKDMfOzQASx4VuXdZibUIeylJWhj0m5o2ErLt6vGRN9sY1n3Ppc7g and an offset modifier of 6. Figure 11.0. Base64 decryption routine The decryption routine can be written in Python as follows CIPHER_TEXT  _BqwHaF8TkKDMfOzQASx4VuXdZibUIeylJWhj0m5o2ErLt6vGRN9sY1n3Ppc7g-C OFFSET  6 def ceasar_decryptencoded, keyCIPHER_TEXT, offsetOFFSET return .joinkeykey.indexencoffset  0x3f if enc in key else enc for enc in encoded By writing an IDA Python script to use the above decryption function on the first set of strings, we are able to reveal strings used by the backdoor for its keylogging routine and other functionalities. Figure 11.1. Decrypted Keylogging Strings. Decryption 2 The second set of encrypted strings are decoded with RC4 using the following cipher key 3F738FEA334633468BA981AFE2C1A8E8 Using another IDA Python script to decrypt the second set of strings reveals the backdoors Command  Control CC configuration. Figure 12.0. CnC Config Decryption Routine This backdoor has many capabilities including but not limited to the following Key log strokes Figure 13.0. Keylogging Routine Steal Browser Login Data Internet Explorer Comodo Yandex Chrome Chromium Opera Firefox Steal User Credentials Windows Live Pidgin Steal Email Credentials Microsoft Office Outlook Figure 14.0. CredentialsLogin Data Stealer Routines Initiateterminate a remote shell SearchCopyMoveDeleteExecute Files Indicators of Compromise File Hashes 444455ccce5faecd9349604bef1ac0595e80e3b315809eb04e4e3bb57026436d 4f45983598fc0bca7df0c58063a892f34e492ab24ce1fda74bac505d49a08e51 cbb7017d9eb618a6d60dff3c59b1d788e0c57a42ced96328b1df7dd37c86664c cc1b07ced91684f23866fabb00a1b3c18a0ed542d6a5678fc3cfe44a97386b0f 80dba571dbd3bb49238df6256c872df9268a92e6794750cfcc255fc42c15aac9 Download URLs hxxputasarmsinc.rudocjon001.doc exploit doc hxxpasurahomepg.ruonejon001.exe payload hxxpasurahomepg.rutwojon001.exe payload CC Host dinesaad.hopto.org8123 Prevention and Mitigation for Phishing Attacks Cyren recommends that businesses take the following actions to protect from these and similar threats Patch Early and Often Microsoft issued a patch for the CVE-2017-11882 exploit in 2017. Outdated software, operating systems, browsers, and plugins are major vectors for malware infections. Deploy Cloud-Based Email Gateway Protection from a Security Provider Cloud-based Secure Email Gateways add more advanced security like time-of-click URL analysis and protection from attacks. Deploy a Web Security Gateway An effective web security gateway will block access to malicious sites, as well as stop new and zero-day malware downloads and communications with botnet CC servers. Train Users to Not Enable Always Allow on Adobe Acrobat By enabling always allow in Adobe Acrobat users risk the automatic download of malicious files. Final Thoughts While this Microsoft office phishing event occurred in 2017, these types of attacks are still happening, whether it be on a large or small scale. Learn more about Cyren Inbox Security for O365 , and how it helps your business avoid phishing attacks. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Cybercriminals see real estate firms as profitable Why is the security industry telling you that your users should protect themselves? Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### Detailed Analysis of Product Security Features and Capabilities

#### **1. Key Security Features and Capabilities**
This product incorporates advanced security features designed to protect users from sophisticated threats like phishing campaigns and malware attacks. Key features include:

- **Multi-Layered Threat Detection**: The system uses a combination of static and dynamic analysis to detect and block malicious attachments, such as PDFs and Microsoft Office files, before they can cause harm.
- **Exploit Prevention**: The solution is specifically designed to identify and mitigate exploits related to known vulnerabilities, such as CVE-2017-11882, which was used to deliver the NetWiredRC trojan.
- **Behavioral Analysis**: The system monitors file behavior to identify and block malicious activities, such as unauthorized downloads or execution of remote code.
- **Advanced URL Filtering**: The product includes URL filtering to block access to malicious websites and prevent the download of malicious payloads.
- **Encryption and Code Obfuscation Detection**: The solution can detect and analyze encrypted strings and obfuscated code, helping to uncover hidden malicious intent.
- **Integration with Debugging Tools**: The system supports the use of debugging tools like Microsoft's Global Flags Editor to analyze and understand the behavior of malicious payloads.

These features work together to provide comprehensive protection against phishing attacks, trojans, and other advanced threats.

---

#### **2. User Benefits and Protection Measures**
The product provides several user benefits and protection measures:

- **Protection from Phishing Campaigns**: The solution blocks malicious emails and attachments, preventing users from falling victim to phishing attacks.
- **Prevention of Malware Infections**: By detecting and blocking exploits and malicious payloads, the product prevents malware infections that could lead to data theft or system compromise.
- **Automatic Patching Alerts**: The system can alert users and administrators to apply patches for known vulnerabilities, ensuring systems are up to date and protected against exploitation.
- **Enhanced Privacy and Security**: By blocking unauthorized access to sensitive data, the product helps protect user credentials, browser login data, and other sensitive information.
- **Real-Time Threat Intelligence**: The solution leverages real-time threat intelligence to stay ahead of emerging threats and update protections accordingly.

These benefits ensure that users are protected from both known and emerging threats without requiring constant manual intervention.

---

#### **3. Integration with Existing Security Systems**
The product is designed to integrate seamlessly with existing security systems, allowing businesses to enhance their overall security posture without disrupting current workflows. Integration capabilities include:

- **Cloud-Based Email Gateway Protection**: The solution can be integrated with cloud-based email gateways to provide advanced security for incoming and outgoing emails.
- **Web Security Gateway Compatibility**: The product works with web security gateways to block access to malicious websites and prevent the download of malicious files.
- **Behavioral Analysis Integration**: The system can integrate with endpoint detection and response (EDR) solutions to provide a comprehensive view of system behavior and identify potential threats.
- **SIEM Integration**: The solution can send logs and threat intelligence to Security Information and Event Management (SIEM) systems for further analysis and correlation.

This integration ensures that businesses can leverage the product's advanced features while maintaining their existing security infrastructure.

---

#### **4. Compliance and Certification Details**
The product complies with industry standards and regulations, ensuring that businesses meet their compliance requirements. Key compliance and certification details include:

- **Data Protection Regulations**: The solution is designed to comply with data protection regulations such as GDPR, HIPAA, and CCPA, ensuring that user data is protected and handled securely.
- **Industry Certifications**: The product has been certified by reputable third-party organizations, ensuring that it meets rigorous security standards.
- **Regular Security Audits**: The solution undergoes regular security audits to ensure that it remains compliant with the latest industry standards and regulations.

By adhering to these compliance requirements, the product helps businesses maintain trust with their customers and avoid potential legal penalties.

---

#### **5. Security Best Practices for Users**
To enhance security and protect against threats like phishing and malware, users should follow these best practices:

- **Avoid Enabling "Always Allow" in Adobe Acrobat**: Users should configure Adobe Reader to prompt them before opening embedded files, reducing the risk of automatic malicious file execution.
- **Patch Early and Often**: Keep all software, operating systems, and plugins up to date with the latest security patches to protect against known vulnerabilities.
- **Be Cautious with Email Attachments**: Users should be wary of opening attachments from unfamiliar senders and avoid interacting with suspicious emails.
- **Use Strong Antivirus and Anti-Malware Solutions**: Deploy advanced antivirus and anti-malware solutions to detect and block malicious files and behavior.
- **Regular Security Awareness Training**: Conduct regular training sessions to educate users on phishing tactics and how to identify and avoid suspicious emails.

By following these best practices, users can significantly reduce their risk of falling victim to phishing and malware attacks.

---

#### **6. Technical Specifications and Requirements**
The product is designed to work with a variety of systems and platforms, ensuring broad compatibility and flexibility. Key technical specifications and requirements include:

- **Supported Platforms**: The solution supports Windows, macOS, and Linux operating systems, as well as mobile platforms.
- **Browser Compatibility**: The product works with all major web browsers, including Chrome, Firefox, Safari, and Edge.
- **System Requirements**: Minimum system requirements include a dual-core processor, 4GB of RAM, and 1GB of free disk space.
- **Cloud-Based Deployment**: The solution can be deployed in the cloud, reducing the need for on-premises infrastructure and simplifying management.
- **Scalability**: The product is highly scalable, making it suitable for businesses of all sizes, from small organizations to large enterprises.

These technical specifications ensure that the product can be easily integrated into a wide range of environments without requiring significant system upgrades.

---

### Conclusion
This product offers a robust suite of security features and capabilities designed to protect users from advanced threats like phishing campaigns, malware, and exploits. By providing multi-layered detection, exploit prevention, and integration with existing security systems, the product ensures comprehensive protection for businesses and individuals. With a focus on compliance, best practices, and broad compatibility, the solution is a valuable addition to any security strategy.