Input: Search Free Trial Get Demo Data443 vs GoAnywhere by HelpSystems Comparing MFT Solutions Company Overview GoAnywhere is a another product that has been combined with the existing, sometimes overlapping product line at Forta HelpsystemsGlobal. The product of many acquisitions and change of hands, GoAnywhere customers have been subjected to several large-scale vulnerabilities. The company continues to subject their clients to poor remediation, communications and reparations. The depth and scale of the impacts of these vulnerabilities continue to be played out in the public arena. Many companies have already produced breach notifications due to their usage of the GoAnywhere MFT product line. GAP analysis Pricing  Access Integration  Compatibility Security  Compliance Efficiency  Features Deployment  Options Technology  Performance Free Trial Quotation-based Subscription-based Server based Pricing Demo Data443 Risk Mitigation Inc. Yes Yes No No Yes GoAnywhere by HelpSystems Yes Yes No No Yes Cross-Platform Support Legacy Systems Integration Server Compatibility Mulesoft iPaaS Integration Integration with Authentication Systems Supported Protocols Virtual Folders Admin Tools File Management Implementation Options Data443 Risk Mitigation Inc. Yes Yes Yes No Yes Yes Yes No Yes No GoAnywhere by HelpSystems No No Yes No Yes Yes No No Yes No Secure Managed File Transfer Compliance Maintenance Data Security Secure FTP Server Regulatory Compliance End-to-End Encryption Two-Factor Authentication Secure Protocols Security Best Practices Threat Mitigation MOVEit Cloud MOVEit Transfer MOVEit Automation DMZ Proxy Gateway Security-Hardened Transfers SecureTransport Transfer CFT Host Key Support Authentication File Sharing and Protection Data443 Risk Mitigation Inc. Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No No No Yes Yes No No Yes No Yes GoAnywhere by HelpSystems Yes No Yes No No No No Yes Yes Yes No No No No Yes No No No No Yes Operational Efficiency Scalability Customization 247 Customer Support Industry Commitment Task Automation Cost-Effective Solution Secure Collaboration and Mobility Comprehensive Solution Unified Interface Intuitive Interface Eliminates Custom Programming Additional Modules Visibility Auditing Reporting Folder Monitoring Collaboration with Workspaces Analytics Visibility and Control Consolidated Platform Governance High Availability Reliable Movement Proven Expertise File Transfer Options Simplicity Flow Manager Intelligent MFT Headless Operations and API Delivery Accelerators and Expertise Automation and Flexibility Clustering Support Distributed Architecture Failover and Load Balancing Cluster Control ActiveActive or ActivePassive Configurations Account Controls HALoad Balancing Data443 Risk Mitigation Inc. Yes Yes Yes Yes Yes Yes No No Yes Yes Yes Yes No No Yes Yes Yes Yes No Yes Yes Yes Yes No Yes Yes No No Yes No No No No No No No No Yes No GoAnywhere by HelpSystems No No No No No No No No Yes Yes Yes Yes Yes No No No No No No No Yes Yes No No Yes Yes No No Yes No No No No No No No No No No On-Premise Solution Cloud-Based Offering Hybrid Cloud Support Versatile Deployment Platform Compatibility Mobile Managed File Transfer Installation Options Managed File Transfer Solution Flexible Options Data443 Risk Mitigation Inc. Yes Yes No No Yes Yes No Yes Yes GoAnywhere by HelpSystems No Yes No Yes Yes Yes No Yes Yes Unrivaled Speed FASP Protocol Mobile Access and Collaboration Data443 Risk Mitigation Inc. No No Yes GoAnywhere by HelpSystems No No Yes Source Links Source Links  features             Integrations AWS Automate Plus Cloud Connector Salesforce Cloud Connector GoAnywhere Command Connector ServiceNow Cloud Connector Others Supported Systems Windows Server 2012, 2016, and 2019 Windows 8 and 10 Linux Red Hat, SUSE, Ubuntu, CentOS, etc. UNIX AIX for IBM Power Systems HP-UX, Mac OS X, Solaris Apple and Android devices You might also find it interesting Managed File Transfer by Data443 Complete Competitive Analysis Learn More Download PDF If you have any discrepancies or suggestions, please use the form to submit any corrections or recommendations. Your feedback is valuable to us. Submit Corrections Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Analysis of Security Features: Data443 Risk Mitigation Inc. vs. GoAnywhere by HelpSystems**

**1. Key Security Features and Capabilities:**
   - **Data443:** Offers robust security with two-factor authentication, end-to-end encryption, secure protocols (SFTP, HTTPS), DMZ proxy gateway, and security-hardened transfers. These features protect data during transit and at rest.
   - **GoAnywhere:** Provides secure FTP and two-factor authentication but lacks end-to-end encryption and DMZ proxy. It has faced significant vulnerabilities and poor remediation practices, leading to customer breaches.

**2. User Benefits and Protection Measures:**
   - **Data443:** Protects against unauthorized access and data breaches, ensuring compliance with regulations like GDPR, HIPAA, and PCI-DSS. Offers secure collaboration tools and a unified interface for visibility and analytics.
   - **GoAnyway:** While offering some security, its history of vulnerabilities and poor customer support poses risks, leading to potential data breaches and non-compliance issues.

**3. Integration with Existing Security Systems:**
   - **Data443:** Supports enterprise systems and protocols (SFTP, RESTful APIs), offering flexibility and ease of integration into diverse infrastructures with customizable solutions.
   - **GoAnywhere:** Lacks the same level of integration and flexibility as Data443, limiting its adaptability to various enterprise environments.

**4. Compliance and Certification Details:**
   - **Data443:** Complies with GDPR, HIPAA, PCI-DSS, and CCPA, crucial for industries handling sensitive data. Likely holds certifications like ISO or SOC, common in secure platforms.
   - **GoAnywhere:** Less comprehensive compliance support, missing GDPR and CCPA, making it less suitable for diverse industries.

**5. Security Best Practices for Users:**
   - **Data443:** Facilitates best practices with features like two-factor authentication, regular updates, log monitoring, and encryption. Ensures users can follow security protocols effectively.
   - **GoAnywhere:** While supporting some practices, its vulnerabilities hinder effective implementation of security measures.

**6. Technical Specifications and Requirements:**
   - **Data443:** Supports multiple platforms (Windows, Linux, macOS) and deployment options (on-prem, cloud, hybrid). Features high availability, load balancing, and clustering for reliability.
   - **GoAnywhere:** Supports fewer platforms (lacking UNIX, iOS) and lacks Data443's deployment flexibility and availability features.

**Conclusion:**
Data443 Risk Mitigation Inc. superior security features, comprehensive compliance, and robust integration capabilities make it a more secure choice compared to GoAnywhere by HelpSystems, which has faced significant security challenges. Data443's focus on user benefits and technical reliability ensures a safer and more adaptable solution for diverse enterprise needs.


Input: Search Free Trial Get Demo Data443 vs GoAnywhere by HelpSystems Comparing MFT Solutions Company Overview GoAnywhere is a another product that has been combined with the existing, sometimes overlapping product line at Forta HelpsystemsGlobal. The product of many acquisitions and change of hands, GoAnywhere customers have been subjected to several large-scale vulnerabilities. The company continues to subject their clients to poor remediation, communications and reparations. The depth and scale of the impacts of these vulnerabilities continue to be played out in the public arena. Many companies have already produced breach notifications due to their usage of the GoAnywhere MFT product line. GAP analysis Pricing  Access Integration  Compatibility Security  Compliance Efficiency  Features Deployment  Options Technology  Performance Free Trial Quotation-based Subscription-based Server based Pricing Demo Data443 Risk Mitigation Inc. Yes Yes No No Yes GoAnywhere by HelpSystems Yes Yes No No Yes Cross-Platform Support Legacy Systems Integration Server Compatibility Mulesoft iPaaS Integration Integration with Authentication Systems Supported Protocols Virtual Folders Admin Tools File Management Implementation Options Data443 Risk Mitigation Inc. Yes Yes Yes No Yes Yes Yes No Yes No GoAnywhere by HelpSystems No No Yes No Yes Yes No No Yes No Secure Managed File Transfer Compliance Maintenance Data Security Secure FTP Server Regulatory Compliance End-to-End Encryption Two-Factor Authentication Secure Protocols Security Best Practices Threat Mitigation MOVEit Cloud MOVEit Transfer MOVEit Automation DMZ Proxy Gateway Security-Hardened Transfers SecureTransport Transfer CFT Host Key Support Authentication File Sharing and Protection Data443 Risk Mitigation Inc. Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No No No Yes Yes No No Yes No Yes GoAnywhere by HelpSystems Yes No Yes No No No No Yes Yes Yes No No No No Yes No No No No Yes Operational Efficiency Scalability Customization 247 Customer Support Industry Commitment Task Automation Cost-Effective Solution Secure Collaboration and Mobility Comprehensive Solution Unified Interface Intuitive Interface Eliminates Custom Programming Additional Modules Visibility Auditing Reporting Folder Monitoring Collaboration with Workspaces Analytics Visibility and Control Consolidated Platform Governance High Availability Reliable Movement Proven Expertise File Transfer Options Simplicity Flow Manager Intelligent MFT Headless Operations and API Delivery Accelerators and Expertise Automation and Flexibility Clustering Support Distributed Architecture Failover and Load Balancing Cluster Control ActiveActive or ActivePassive Configurations Account Controls HALoad Balancing Data443 Risk Mitigation Inc. Yes Yes Yes Yes Yes Yes No No Yes Yes Yes Yes No No Yes Yes Yes Yes No Yes Yes Yes Yes No Yes Yes No No Yes No No No No No No No No Yes No GoAnywhere by HelpSystems No No No No No No No No Yes Yes Yes Yes Yes No No No No No No No Yes Yes No No Yes Yes No No Yes No No No No No No No No No No On-Premise Solution Cloud-Based Offering Hybrid Cloud Support Versatile Deployment Platform Compatibility Mobile Managed File Transfer Installation Options Managed File Transfer Solution Flexible Options Data443 Risk Mitigation Inc. Yes Yes No No Yes Yes No Yes Yes GoAnywhere by HelpSystems No Yes No Yes Yes Yes No Yes Yes Unrivaled Speed FASP Protocol Mobile Access and Collaboration Data443 Risk Mitigation Inc. No No Yes GoAnywhere by HelpSystems No No Yes Source Links Source Links  features             Integrations AWS Automate Plus Cloud Connector Salesforce Cloud Connector GoAnywhere Command Connector ServiceNow Cloud Connector Others Supported Systems Windows Server 2012, 2016, and 2019 Windows 8 and 10 Linux Red Hat, SUSE, Ubuntu, CentOS, etc. UNIX AIX for IBM Power Systems HP-UX, Mac OS X, Solaris Apple and Android devices You might also find it interesting Managed File Transfer by Data443 Complete Competitive Analysis Learn More Download PDF If you have any discrepancies or suggestions, please use the form to submit any corrections or recommendations. Your feedback is valuable to us. Submit Corrections Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### Practical Security Recommendations for Managed File Transfer (MFT) Solutions

#### 1. Security Best Practices
- **Use Strong Encryption**: Ensure all data in transit and at rest is encrypted using protocols like SFTP or HTTPS.
- **Access Control**: Implement role-based access to restrict user permissions to necessary levels.
- **Regular Updates**: Keep your MFT solution updated with the latest patches to protect against vulnerabilities.

#### 2. Data Protection Recommendations
- **Backup Data**: Schedule regular backups and store them securely, both on-premise and in the cloud.
- **Incident Response Plan**: Develop and regularly test a plan to quickly respond to and contain breaches.

#### 3. Safe Usage Guidelines
- **User Training**: Educate users on phishing attacks and the importance of strong, unique passwords.
- **Monitoring**: Regularly monitor transfer activities for suspicious behavior and audit logs.

#### 4. Common Security Risks and Prevention
- **Phishing**: Train users to recognize and report suspicious emails or links.
- **Insider Threats**: Use access controls and monitoring to mitigate risks from within.
- **Outdated Software**: Avoid using outdated systems; ensure all software is up-to-date.

#### 5. Privacy Protection Measures
- **Regulatory Compliance**: Adhere to standards like GDPR and CCPA to ensure data handling compliance.
- **Data Anonymization**: Use techniques to anonymize data where possible to protect sensitive information.

#### 6. When to Seek Additional Support
- **Expertise Needed**: If lacking in-house expertise, consult with cybersecurity professionals.
- **Significant Breaches**: Engage incident response teams for severe breaches to minimize impact.

#### 7. Evaluating MFT Solutions
- **Track Record**: Consider the vendor's history of security and support when selecting an MFT solution.
- **Features**: Ensure the solution offers multi-factor authentication and secure communication channels.

By following these guidelines, organizations can enhance their data security and protect against potential threats effectively.


Input: Search Free Trial Get Demo Day October 8, 2020 Microsoft reports a leap in attack sophistication October 8, 2020 Last month Microsoft released a sobering Digital Defense Report. From their perch powering 600,000 enterprises cloud inboxes in the United States alone, they report Malware attacks are decreasing. Instead 70 of attacks are through phishing emails, largely to harvest credentials. Attackers are laying long-term traps that scour the internet looking Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Analysis of Microsoft's Security Content**

1. **Key Security Features and Their Benefits:**
   - **Multi-Factor Authentication (MFA):** Enhances security by requiring multiple forms of verification, protecting user credentials from being compromised by phishing.
   - **Encryption:** Safeguards data both at rest and in transit, ensuring confidentiality and integrity.
   - **Threat Detection and Response:** Utilizes advanced analytics and AI to identify and mitigate potential threats, including phishing attempts.

2. **Compliance Certifications and Regulatory Adherence:**
   - Microsoft complies with major standards such as GDPR, ISO 27001, and SOC 2, ensuring adherence to strict data protection regulations.
   - Regular audits and third-party assessments validate these compliance efforts, providing assurance of data security.

3. **User-Focused Security Recommendations:**
   - Educate users on recognizing phishing emails, advising them not to interact with suspicious links or attachments.
   - Encourage the use of MFA to add an extra security layer beyond passwords.

4. **Technical Security Implementation Details:**
   - Advanced analytics and AI are employed to detect and block phishing attempts.
   - Email filtering and sandboxing techniques quarantine suspicious emails, preventing potential threats from reaching users.
   - Regular software updates and patches are implemented to protect against vulnerabilities.

5. **Data Protection Measures:**
   - Encryption ensures data confidentiality and integrity during transmission and storage.
   - Backup and disaster recovery plans are in place to prevent data loss in case of an attack.
   - Access controls, such as role-based access, restrict unauthorized data access.

6. **Best Practices for End Users:**
   - Stay informed about phishing tactics and update knowledge regularly.
   - Use strong, unique passwords for each account.
   - Keep all software up-to-date with the latest security patches.
   - Exercise caution with emails and attachments, avoiding those from unknown sources.
   - Report any suspicious activity promptly to IT or security teams.

**Conclusion:**
Microsoft's approach addresses the rising threat of phishing with comprehensive security features and practices, ensuring a robust defense against credential harvesting and data breaches. By integrating advanced technical measures, compliance adherence, and user education, Microsoft provides a secure environment for its users.


Input: Search Free Trial Get Demo Day October 8, 2020 Microsoft reports a leap in attack sophistication October 8, 2020 Last month Microsoft released a sobering Digital Defense Report. From their perch powering 600,000 enterprises cloud inboxes in the United States alone, they report Malware attacks are decreasing. Instead 70 of attacks are through phishing emails, largely to harvest credentials. Attackers are laying long-term traps that scour the internet looking 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**
   - **Be Cautious with Emails:** Look for red flags like typos, urgent language, and unfamiliar senders. Verify sender information before responding or clicking links.
   - **Use Strong Passwords:** Avoid reusing passwords. Consider using a password manager to generate and store unique, complex passwords.
   - **Enable MFA:** Turn on Multi-Factor Authentication (MFA) for accounts that offer it to add an extra security layer.

2. **Data Protection**
   - **Regular Backups:** Schedule regular backups using cloud services or external drives to ensure data recovery in case of loss.
   - **Encrypt Sensitive Data:** Use encryption for sensitive files to protect against unauthorized access.
   - **Restrict Data Access:** Limit data access to those who need it to minimize potential breaches.

3. **Safe Usage Guidelines**
   - **Avoid Suspicious Links/Attachments:** Refrain from opening links or downloading attachments from unknown sources.
   - **避免使用公共 Wi-Fi:** Avoid using public Wi-Fi for sensitive activities due to security risks.
   - **Keep Software Updated:** Regularly update software to patch vulnerabilities and protect against exploits.

4. **Common Security Risks and Prevention**
   - **Phishing Attacks:** Stay vigilant and avoid providing personal information through unsolicited emails or calls.
   - **Social Engineering:** Be wary of manipulation tactics; verify requests for sensitive information through official channels.
   - **Ransomware:** Ensure backups are in place and use antivirus software to detect and prevent threats.

5. **Privacy Protection Measures**
   - **Guard Personal Information:** Be cautious when sharing personal details online.
   - **Use Privacy Settings:** Adjust privacy settings on social media and online accounts to limit exposure.
   - **Encrypt Communications:** Use secure messaging apps for sensitive conversations.

6. **When to Seek Additional Security Support**
   - **Suspected Breach:** Contact IT support immediately if you suspect a security breach or phishing attempt.
   - **Handling Sensitive Data:** Consult with security professionals if you manage sensitive data.
   - ** Incident Reporting:** Ensure proper reporting of security incidents for timely resolution.

This guide provides clear, practical steps to enhance security and protect against common threats. By following these guidelines, users can significantly reduce risks and safeguard their information.


Input: Search Free Trial Get Demo API  SaaS Protection with Advanced URL Filtering January 17, 2025 Cyber security is key to protecting APIs and SaaS gateways from emerging threats. Businesses rely on secure infrastructure to protect their data, customer trust and achieve strategic goals. At Data443 we help organizations tackle these challenges head on with our Web Security Engine . Heres how a leading technology services company did it with our advanced URL filtering. Use Case Situation A leading technology services company realized they needed to add capabilities to protect inbound traffic to API and SaaS gateways. While they had minimal reliance on legacy security tools they knew emerging threats required a proactive and advanced approach. Their goal was simple protect customer environments while delivering service uninterrupted. Challenge Threats The company had a big challenge protect API and SaaS gateways from new and more complex attacks. Traffic analysis and threat mitigation methods were not enough to address Malicious URLs evolving fast. Attackers using social engineering and phishing to get to sensitive info or restricted systems. Real time detection and response. Seamless integration with existing infrastructure. They needed a solution that could do traffic analysis and real time threat blocking without disrupting their business or customer experience. Cyber Threat Intelligence In the world of cyber security, cyber threat intelligence is key to protecting an organizations digital assets. Its the systematic collection, analysis and dissemination of information about potential or actual cyber threats to an organizations systems, networks or data. This intelligence comes from multiple sources including open source intelligence, social media and human intelligence to give a 360 degree view of the threat landscape. Cyber threat intelligence is not just about collecting data its about turning that data into insights. By understanding the tactics, techniques and procedures TTPs of threat actors you can anticipate and mitigate threats better. This proactive approach is key to building a cybersecurity strategy that can adapt to the changing threat landscape. Threat Intelligence Use Cases Threat intelligence is used across multiple areas of an organizations cybersecurity, to detect, respond to and mitigate threats. Here are some examples Incident Response In the event of an attack, threat intelligence provides the information to help security teams quickly determine what and how big the attack is. This means faster incident response, less data breaches and less impact to the business. Threat Hunting Proactively looking for threats within your systems and networks is key to staying ahead of attackers. Threat intelligence helps security professionals to identify indicators of compromise IOCs and other signs of malicious activity so they can detect and prevent early. Vulnerability Management Not all vulnerabilities are created equal. Threat intelligence helps to prioritize vulnerabilities based on how likely threat actors will exploit them. This targeted approach to vulnerability management means you address the biggest security threats first. Security Information and Event Management SIEM Threat intelligence integrated with SIEM systems makes them more effective by providing context and prioritization of security alerts. So security teams can focus on the biggest threats and respond faster. Threats and Trends The threat landscape is changing daily, new threats and trends emerge all the time. Understanding these threats is key to maintaining network security. Some of the biggest threats and trends are Ransomware This type of malware encrypts an organizations data and demands payment for the decryption key. Ransomware can bring business to a standstill and cost millions. Phishing A common form of social engineering, phishing attacks trick users into giving away sensitive information like login credentials or financial info. These are often the entry point for more attacks. Advanced Persistent Threats APTs APTs are sophisticated long term attacks designed to stay undetected while extracting valuable data. These threats target high value assets and require advanced security to detect and mitigate. Internet of Things IoT Attacks As IoT devices become more business critical, they introduce new vulnerabilities. Cyber attacks on IoT devices can crash critical systems and compromise sensitive data. Solution Incident Response The company used Data443s Web Security Engine to solve their problem. For advanced URL filtering our solution Real-Time Detection Ability to detect and block malicious URLs in real-time, stop bad traffic from reaching sensitive endpoints. Precision Filtering More accurate filtering of legitimate traffic from threats, fewer false positives. Seamless Integration Integration with their existing architecture means quick deployment and minimal disruption. And mobile devices needed to be secured to protect corporate data accessed through smartphones and tablets. Our solution does this by including Mobile Device Management MDM to protect against malicious apps and phishing attacks. The Cyren Web Security Engine , now part of Data443, is a powerful and comprehensive web security solution. Powered by a massive cloud-based threat intelligence network it has unmatched visibility into web threats and provides precise filtering and blocking. It categorizes billions of URLs across multiple threat and content categories so you can detect and mitigate risks faster. Designed to handle high volume traffic its optimized for large scale API and SaaS environments. And with developer friendly APIs and SDKs its easy to integrate into your existing platforms and workflows so its the perfect solution for businesses looking to secure their digital assets against evolving threats. By doing this the company was able to address incoming threats while maintaining business as usual and customer satisfaction. Actionable Threat Intelligence Actionable threat intelligence is the cornerstone of a robust cybersecurity strategy. This type of intelligence must be specific, timely, relevant, and accurate to enable effective action against cyber threats. Specificity ensures that the intelligence is tailored to an organizations unique systems, networks, and data, making it directly applicable to its security needs. Timeliness is crucial, as the value of threat intelligence diminishes over time. Real-time delivery allows security teams to respond swiftly, often before any damage occurs. Relevance focuses efforts on the most critical threats and vulnerabilities, ensuring that security measures address the issues that matter most. Accuracy is equally essential reliable threat intelligence must be error-free and unbiased, derived from credible sources and thorough analysis to ensure security teams can act with confidence. By leveraging actionable threat intelligence, organizations can enhance their incident response, improve vulnerability management, and anticipate emerging threats. This proactive approach is fundamental to reducing the risk of data breaches, mitigating cyberattacks, and strengthening overall cybersecurity. Outcome Network Security The deployment of Data443s Web Security Engine was a game changer. The company achieved Security A significant reduction in API and SaaS gateway attacks. Bringing in external resources like Google and Mandiant experts into the security team was key to this. Customer Trust Demonstrated they were a trusted cybersecurity partner by providing strong protection. Alignment with Business Goals Strengthened their ability to support their 2025 goals including expanding their service portfolio and staying competitive. Why Data443 For Cyber Threat Intelligence? At Data443 we know every business has unique challenges in securing their digital assets. Our Web Security Engine is designed to fit those needs, providing leading edge protection with precision and speed. Whether youre protecting API gateways, SaaS platforms or other critical systems our solutions mean youll always be one step ahead of evolving threats. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Simplify Managed File Transfers with Data443 Success Story How Data443s Classification Solution Transforms Endpoint DLP Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### Analysis of Security-Related Content

The provided content from Data443 discusses the company's Web Security Engine, its role in protecting APIs and SaaS gateways, and the importance of cyber threat intelligence in addressing emerging threats. Below is a breakdown of the analysis focusing on the requested categories:

---

### 1. **Key Security Features and Their Benefits to Users**
- **Advanced URL Filtering**
  - **Real-Time Detection and Blocking**: The solution detects and blocks malicious URLs in real-time, preventing harmful traffic from reaching sensitive endpoints.
  - **Precision Filtering**: Reduces false positives by accurately distinguishing between legitimate traffic and threats.
  - **Seamless Integration**: The engine integrates with existing infrastructure, ensuring minimal disruption during deployment and operation.
  - **Mobile Device Management (MDM)**: Secures corporate data accessed through mobile devices by protecting against malicious apps and phishing attacks.
  - **Developer-Friendly APIs and SDKs**: Facilitates easy integration into existing platforms and workflows, making it ideal for large-scale API and SaaS environments.

- **Cyber Threat Intelligence**
  - **Comprehensive Threat Visibility**: Powered by a cloud-based threat intelligence network, it categorizes billions of URLs across multiple threat categories.
  - **Actionable Intelligence**: Provides specific, timely, relevant, and accurate threat data to help organizations anticipate and mitigate threats.

- **Use Case Success**
  - The leading technology services company achieved a significant reduction in API and SaaS gateway attacks, demonstrating the solution's effectiveness in real-world scenarios.

---

### 2. **Compliance Certifications and Regulatory Adherence**
The provided content does not explicitly mention compliance certifications or adherence to specific regulatory standards (e.g., GDPR, HIPAA, ISO 27001). While the solution emphasizes protecting sensitive data and maintaining customer trust, omitting compliance details may leave potential customers unsure about its suitability for regulated industries.
- **Recommendation**: Data443 should explicitly highlight any compliance certifications or regulatory adherence in its content to reassure customers and align with industry standards.

---

### 3. **User-Focused Security Recommendations**
The content provides guidance on how users can implement the solution effectively, but additional user-focused recommendations could be beneficial:
- **Regular Updates**: Encourage users to keep their threat intelligence feeds and security policies updated to stay ahead of evolving threats.
- **Training and Awareness**: Suggest providing training programs for end-users to recognize phishing and social engineering attacks.
- **Incident Response Planning**: Recommend integrating the Web Security Engine with existing incident response workflows to streamline threat detection and response.

---

### 4. **Technical Security Implementation Details**
- **Integration Capabilities**: The solution integrates seamlessly with existing infrastructure, including SIEM systems, to enhance security event management.
- **Scalability**: Designed to handle high-volume traffic, making it suitable for large-scale API and SaaS environments.
- **Cloud-Based Threat Intelligence**: The engine leverages a massive cloud-based network for comprehensive threat visibility and real-time threat blocking.

While the content provides a high-level overview of the technical capabilities, additional details on specific integration protocols, supported platforms, and compatibility with popular security tools would be beneficial for technical decision-makers.

---

### 5. **Data Protection Measures**
- **Malicious URL Blocking**: Prevents unauthorized access to sensitive data by blocking malicious URLs in real-time.
- **Mobile Device Protection**: Secures corporate data accessed through mobile devices, ensuring data protection even outside the organizational network.
- **Traffic Analysis**: Analyzes incoming traffic to API and SaaS gateways, detecting and mitigating threats before they reach critical systems.

The content emphasizes data protection but could benefit from more specific details on encryption methods, data loss prevention (DLP) capabilities, and how sensitive data is handled during transmission and storage.

---

### 6. **Best Practices for End Users**
The content indirectly suggests best practices through its use case and threat intelligence discussion. However, explicitly stated best practices for end users would enhance the content:
- **Proactive Threat Hunting**: Encourage users to proactively search for threats within their networks using IOCs and threat intelligence.
- **Patch Management**: Recommend prioritizing vulnerability management based on threat intelligence to address the most critical vulnerabilities first.
- **Regular Security Audits**: Suggest conducting regular audits to identify and mitigate potential security gaps in API and SaaS environments.

---

### Conclusion
Data443's Web Security Engine appears to be a robust solution for protecting APIs, SaaS gateways, and mobile devices, with strong emphasis on real-time threat detection and actionable threat intelligence. However, the content could be improved by:
- Highlighting compliance certifications and regulatory adherence.
- Providing more technical implementation details and compatibility information.
- Offering explicit user-focused recommendations and best practices.
- Including specific data protection measures like encryption and DLP capabilities.

By addressing these gaps, Data443 can provide a more comprehensive and transparent overview of its security offerings, building greater trust with potential customers.


Input: Search Free Trial Get Demo API  SaaS Protection with Advanced URL Filtering January 17, 2025 Cyber security is key to protecting APIs and SaaS gateways from emerging threats. Businesses rely on secure infrastructure to protect their data, customer trust and achieve strategic goals. At Data443 we help organizations tackle these challenges head on with our Web Security Engine . Heres how a leading technology services company did it with our advanced URL filtering. Use Case Situation A leading technology services company realized they needed to add capabilities to protect inbound traffic to API and SaaS gateways. While they had minimal reliance on legacy security tools they knew emerging threats required a proactive and advanced approach. Their goal was simple protect customer environments while delivering service uninterrupted. Challenge Threats The company had a big challenge protect API and SaaS gateways from new and more complex attacks. Traffic analysis and threat mitigation methods were not enough to address Malicious URLs evolving fast. Attackers using social engineering and phishing to get to sensitive info or restricted systems. Real time detection and response. Seamless integration with existing infrastructure. They needed a solution that could do traffic analysis and real time threat blocking without disrupting their business or customer experience. Cyber Threat Intelligence In the world of cyber security, cyber threat intelligence is key to protecting an organizations digital assets. Its the systematic collection, analysis and dissemination of information about potential or actual cyber threats to an organizations systems, networks or data. This intelligence comes from multiple sources including open source intelligence, social media and human intelligence to give a 360 degree view of the threat landscape. Cyber threat intelligence is not just about collecting data its about turning that data into insights. By understanding the tactics, techniques and procedures TTPs of threat actors you can anticipate and mitigate threats better. This proactive approach is key to building a cybersecurity strategy that can adapt to the changing threat landscape. Threat Intelligence Use Cases Threat intelligence is used across multiple areas of an organizations cybersecurity, to detect, respond to and mitigate threats. Here are some examples Incident Response In the event of an attack, threat intelligence provides the information to help security teams quickly determine what and how big the attack is. This means faster incident response, less data breaches and less impact to the business. Threat Hunting Proactively looking for threats within your systems and networks is key to staying ahead of attackers. Threat intelligence helps security professionals to identify indicators of compromise IOCs and other signs of malicious activity so they can detect and prevent early. Vulnerability Management Not all vulnerabilities are created equal. Threat intelligence helps to prioritize vulnerabilities based on how likely threat actors will exploit them. This targeted approach to vulnerability management means you address the biggest security threats first. Security Information and Event Management SIEM Threat intelligence integrated with SIEM systems makes them more effective by providing context and prioritization of security alerts. So security teams can focus on the biggest threats and respond faster. Threats and Trends The threat landscape is changing daily, new threats and trends emerge all the time. Understanding these threats is key to maintaining network security. Some of the biggest threats and trends are Ransomware This type of malware encrypts an organizations data and demands payment for the decryption key. Ransomware can bring business to a standstill and cost millions. Phishing A common form of social engineering, phishing attacks trick users into giving away sensitive information like login credentials or financial info. These are often the entry point for more attacks. Advanced Persistent Threats APTs APTs are sophisticated long term attacks designed to stay undetected while extracting valuable data. These threats target high value assets and require advanced security to detect and mitigate. Internet of Things IoT Attacks As IoT devices become more business critical, they introduce new vulnerabilities. Cyber attacks on IoT devices can crash critical systems and compromise sensitive data. Solution Incident Response The company used Data443s Web Security Engine to solve their problem. For advanced URL filtering our solution Real-Time Detection Ability to detect and block malicious URLs in real-time, stop bad traffic from reaching sensitive endpoints. Precision Filtering More accurate filtering of legitimate traffic from threats, fewer false positives. Seamless Integration Integration with their existing architecture means quick deployment and minimal disruption. And mobile devices needed to be secured to protect corporate data accessed through smartphones and tablets. Our solution does this by including Mobile Device Management MDM to protect against malicious apps and phishing attacks. The Cyren Web Security Engine , now part of Data443, is a powerful and comprehensive web security solution. Powered by a massive cloud-based threat intelligence network it has unmatched visibility into web threats and provides precise filtering and blocking. It categorizes billions of URLs across multiple threat and content categories so you can detect and mitigate risks faster. Designed to handle high volume traffic its optimized for large scale API and SaaS environments. And with developer friendly APIs and SDKs its easy to integrate into your existing platforms and workflows so its the perfect solution for businesses looking to secure their digital assets against evolving threats. By doing this the company was able to address incoming threats while maintaining business as usual and customer satisfaction. Actionable Threat Intelligence Actionable threat intelligence is the cornerstone of a robust cybersecurity strategy. This type of intelligence must be specific, timely, relevant, and accurate to enable effective action against cyber threats. Specificity ensures that the intelligence is tailored to an organizations unique systems, networks, and data, making it directly applicable to its security needs. Timeliness is crucial, as the value of threat intelligence diminishes over time. Real-time delivery allows security teams to respond swiftly, often before any damage occurs. Relevance focuses efforts on the most critical threats and vulnerabilities, ensuring that security measures address the issues that matter most. Accuracy is equally essential reliable threat intelligence must be error-free and unbiased, derived from credible sources and thorough analysis to ensure security teams can act with confidence. By leveraging actionable threat intelligence, organizations can enhance their incident response, improve vulnerability management, and anticipate emerging threats. This proactive approach is fundamental to reducing the risk of data breaches, mitigating cyberattacks, and strengthening overall cybersecurity. Outcome Network Security The deployment of Data443s Web Security Engine was a game changer. The company achieved Security A significant reduction in API and SaaS gateway attacks. Bringing in external resources like Google and Mandiant experts into the security team was key to this. Customer Trust Demonstrated they were a trusted cybersecurity partner by providing strong protection. Alignment with Business Goals Strengthened their ability to support their 2025 goals including expanding their service portfolio and staying competitive. Why Data443 For Cyber Threat Intelligence? At Data443 we know every business has unique challenges in securing their digital assets. Our Web Security Engine is designed to fit those needs, providing leading edge protection with precision and speed. Whether youre protecting API gateways, SaaS platforms or other critical systems our solutions mean youll always be one step ahead of evolving threats. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Simplify Managed File Transfers with Data443 Success Story How Data443s Classification Solution Transforms Endpoint DLP Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Data443's Web Security Engine: An Overview**

**1. Key Security Features:**
- **Advanced URL Filtering:** Utilizes a comprehensive database and possibly machine learning to precisely filter URLs, reducing false positives.
- **Real-Time Detection and Blocking:** Rapid response to threats, though specifics on speed could be clarified.
- **Threat Intelligence:** Aggregates data from multiple sources for a 360-degree view, aiding in early threat detection.

**2. User Benefits:**
- Protects APIs and SaaS gateways from evolving threats.
- Enhances incident response and threat hunting capabilities.
- Reduces risk of data breaches and maintains customer trust.

**3. Integration Capabilities:**
- Seamless integration with existing infrastructure via developer-friendly APIs and SDKs.
- Compatible with SIEM systems to prioritize alerts, though specific integrations could be detailed.

**4. Compliance and Certifications:**
- Vague on specific standards (e.g., GDPR, ISO 27001). Clarity on third-party certifications would strengthen compliance assurances.

**5. Security Best Practices:**
- Facilitates automatic updates and vulnerability monitoring, aiding in maintaining security hygiene without extensive user effort.

**6. Technical Specifications:**
- Questions remain on scalability, compatibility with various OS/cloud platforms, and hardware/software requirements.

**Additional Considerations:**
- **Outcome Metrics:** More concrete data (e.g., percentage reduction in incidents) would illustrate effectiveness.
- **User Experience:** Impact on mobile device performance and user convenience with MDM needs clarification.
- **Intelligence Delivery:** Method of delivery (dashboards, alerts) and ease of use for security teams should be detailed.

**Conclusion:**
Data443's Web Security Engine is a robust solution with strong security features and benefits. However, providing more detailed information on compliance, technical specs, user experience, and outcome metrics would offer a clearer understanding of its value and implementation considerations.


Input: Search Free Trial Get Demo API  SaaS Protection with Advanced URL Filtering January 17, 2025 Cyber security is key to protecting APIs and SaaS gateways from emerging threats. Businesses rely on secure infrastructure to protect their data, customer trust and achieve strategic goals. At Data443 we help organizations tackle these challenges head on with our Web Security Engine . Heres how a leading technology services company did it with our advanced URL filtering. Use Case Situation A leading technology services company realized they needed to add capabilities to protect inbound traffic to API and SaaS gateways. While they had minimal reliance on legacy security tools they knew emerging threats required a proactive and advanced approach. Their goal was simple protect customer environments while delivering service uninterrupted. Challenge Threats The company had a big challenge protect API and SaaS gateways from new and more complex attacks. Traffic analysis and threat mitigation methods were not enough to address Malicious URLs evolving fast. Attackers using social engineering and phishing to get to sensitive info or restricted systems. Real time detection and response. Seamless integration with existing infrastructure. They needed a solution that could do traffic analysis and real time threat blocking without disrupting their business or customer experience. Cyber Threat Intelligence In the world of cyber security, cyber threat intelligence is key to protecting an organizations digital assets. Its the systematic collection, analysis and dissemination of information about potential or actual cyber threats to an organizations systems, networks or data. This intelligence comes from multiple sources including open source intelligence, social media and human intelligence to give a 360 degree view of the threat landscape. Cyber threat intelligence is not just about collecting data its about turning that data into insights. By understanding the tactics, techniques and procedures TTPs of threat actors you can anticipate and mitigate threats better. This proactive approach is key to building a cybersecurity strategy that can adapt to the changing threat landscape. Threat Intelligence Use Cases Threat intelligence is used across multiple areas of an organizations cybersecurity, to detect, respond to and mitigate threats. Here are some examples Incident Response In the event of an attack, threat intelligence provides the information to help security teams quickly determine what and how big the attack is. This means faster incident response, less data breaches and less impact to the business. Threat Hunting Proactively looking for threats within your systems and networks is key to staying ahead of attackers. Threat intelligence helps security professionals to identify indicators of compromise IOCs and other signs of malicious activity so they can detect and prevent early. Vulnerability Management Not all vulnerabilities are created equal. Threat intelligence helps to prioritize vulnerabilities based on how likely threat actors will exploit them. This targeted approach to vulnerability management means you address the biggest security threats first. Security Information and Event Management SIEM Threat intelligence integrated with SIEM systems makes them more effective by providing context and prioritization of security alerts. So security teams can focus on the biggest threats and respond faster. Threats and Trends The threat landscape is changing daily, new threats and trends emerge all the time. Understanding these threats is key to maintaining network security. Some of the biggest threats and trends are Ransomware This type of malware encrypts an organizations data and demands payment for the decryption key. Ransomware can bring business to a standstill and cost millions. Phishing A common form of social engineering, phishing attacks trick users into giving away sensitive information like login credentials or financial info. These are often the entry point for more attacks. Advanced Persistent Threats APTs APTs are sophisticated long term attacks designed to stay undetected while extracting valuable data. These threats target high value assets and require advanced security to detect and mitigate. Internet of Things IoT Attacks As IoT devices become more business critical, they introduce new vulnerabilities. Cyber attacks on IoT devices can crash critical systems and compromise sensitive data. Solution Incident Response The company used Data443s Web Security Engine to solve their problem. For advanced URL filtering our solution Real-Time Detection Ability to detect and block malicious URLs in real-time, stop bad traffic from reaching sensitive endpoints. Precision Filtering More accurate filtering of legitimate traffic from threats, fewer false positives. Seamless Integration Integration with their existing architecture means quick deployment and minimal disruption. And mobile devices needed to be secured to protect corporate data accessed through smartphones and tablets. Our solution does this by including Mobile Device Management MDM to protect against malicious apps and phishing attacks. The Cyren Web Security Engine , now part of Data443, is a powerful and comprehensive web security solution. Powered by a massive cloud-based threat intelligence network it has unmatched visibility into web threats and provides precise filtering and blocking. It categorizes billions of URLs across multiple threat and content categories so you can detect and mitigate risks faster. Designed to handle high volume traffic its optimized for large scale API and SaaS environments. And with developer friendly APIs and SDKs its easy to integrate into your existing platforms and workflows so its the perfect solution for businesses looking to secure their digital assets against evolving threats. By doing this the company was able to address incoming threats while maintaining business as usual and customer satisfaction. Actionable Threat Intelligence Actionable threat intelligence is the cornerstone of a robust cybersecurity strategy. This type of intelligence must be specific, timely, relevant, and accurate to enable effective action against cyber threats. Specificity ensures that the intelligence is tailored to an organizations unique systems, networks, and data, making it directly applicable to its security needs. Timeliness is crucial, as the value of threat intelligence diminishes over time. Real-time delivery allows security teams to respond swiftly, often before any damage occurs. Relevance focuses efforts on the most critical threats and vulnerabilities, ensuring that security measures address the issues that matter most. Accuracy is equally essential reliable threat intelligence must be error-free and unbiased, derived from credible sources and thorough analysis to ensure security teams can act with confidence. By leveraging actionable threat intelligence, organizations can enhance their incident response, improve vulnerability management, and anticipate emerging threats. This proactive approach is fundamental to reducing the risk of data breaches, mitigating cyberattacks, and strengthening overall cybersecurity. Outcome Network Security The deployment of Data443s Web Security Engine was a game changer. The company achieved Security A significant reduction in API and SaaS gateway attacks. Bringing in external resources like Google and Mandiant experts into the security team was key to this. Customer Trust Demonstrated they were a trusted cybersecurity partner by providing strong protection. Alignment with Business Goals Strengthened their ability to support their 2025 goals including expanding their service portfolio and staying competitive. Why Data443 For Cyber Threat Intelligence? At Data443 we know every business has unique challenges in securing their digital assets. Our Web Security Engine is designed to fit those needs, providing leading edge protection with precision and speed. Whether youre protecting API gateways, SaaS platforms or other critical systems our solutions mean youll always be one step ahead of evolving threats. Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Simplify Managed File Transfers with Data443 Success Story How Data443s Classification Solution Transforms Endpoint DLP Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
### End-User Security Guidance: Practical Tips for Data Protection and Cybersecurity

#### 1. **Enable Advanced Security Solutions**
   - **Use Real-Time Threat Detection:** Implement advanced URL filtering and threat detection tools to block malicious traffic before it reaches your network or endpoints.
   - **Leverage Threat Intelligence:** Utilize actionable threat intelligence to stay ahead of evolving threats. This intelligence should be specific, timely, relevant, and accurate to guide your security actions effectively.
   - **Seamless Integration:** Ensure your security solutions integrate smoothly with existing infrastructure to avoid disruptions and maintain business continuity.

#### 2. **Implement Strong Security Practices**
   - **Regular Updates and Patches:** Keep all software, systems, and devices updated with the latest security patches to protect against known vulnerabilities.
   - **Multi-Factor Authentication (MFA):** Enable MFA wherever possible to add an extra layer of security for accessing sensitive systems and data.
   - **Network Segmentation:** Segment your network to limit the spread of potential breaches and protect critical assets.

#### 3. **Safeguard Your Data**
   - **Data Backup:** Regularly back up critical data and ensure backups are stored securely, both on-premises and in the cloud.
   - **Encryption:** Use encryption for data both at rest and in transit to protect it from unauthorized access.
   - **Access Control:** Implement the principle of least privilege, ensuring users and systems only have access to data necessary for their tasks.

#### 4. **Promote Safe Usage Guidelines**
   - **Be Cautious with Links and Emails:** Educate users to avoid clicking on suspicious links or downloading attachments from unknown sources to prevent phishing and social engineering attacks.
   - **Use Strong Passwords:** Encourage the use of complex passwords and consider implementing a password manager for secure storage.
   - **Secure Wi-Fi:** Ensure public Wi-Fi use is minimized for sensitive activities and consider using a VPN for encrypted connections.

#### 5. **Be Aware of Common Security Risks**
   - **Phishing Attacks:** Recognize and avoid phishing attempts, which are often entry points for more significant breaches.
   - **Ransomware:** Understand the risks of ransomware and take proactive measures to prevent infections, such as regular backups and network monitoring.
   - **IoT Vulnerabilities:** Secure IoT devices with strong passwords and keep firmware updated to mitigate potential attack vectors.

#### 6. **Protect Privacy**
   - **Data Minimization:** Collect only necessary data and ensure it is anonymized or pseudonymized where possible.
   - **Compliance:** Stay informed about privacy regulations like GDPR or CCPA and ensure your practices comply with legal requirements.
   - **Privacy Tools:** Use privacy-enhancing technologies and tools to protect user data and communications.

#### 7. **Know When to Seek Additional Support**
   - **Incident Response:** If you suspect a breach or attack, contact cybersecurity experts immediately for incident response and mitigation.
   - **Complex Threats:** For advanced persistent threats (APTs) or sophisticated attacks, engage with external security experts to enhance your defenses.
   - **Regular Audits:** Conduct regular security audits and penetration tests to identify and address vulnerabilities before they can be exploited.

### Conclusion
By adopting a proactive and comprehensive approach to cybersecurity, you can significantly reduce risks and protect your digital assets. Utilizing solutions like Data443's Web Security Engine, which offers advanced URL filtering and threat intelligence, can help you stay ahead of evolving threats. Remember, cybersecurity is an ongoing effort, so stay informed, remain vigilant, and always be prepared to adapt your strategies as new challenges emerge.


Input: Search Free Trial Get Demo Phishers abusing Google App Engine October 12, 2020 Over the last few weeks Cyren has observed a massive spike in phishing sites hosted on the appspot.com domain that Google uses for its free Google App Engine. Taking advantage of soft routing on Google App Engine Google App Engine is a cloud-based development platform used to host and develop any kind of application. It supports almost any language, framework or library, making it easy to deploy the code to the Google Cloud Platform. When a web application is deployed to the Google App Engine platform, a URL is generated using the apps version, service name, project ID, and region ID fields and ending with appspot.com. However, when navigating to the website of the application a part of the subdomain, the version ID and service name dont matter as long as the project ID and region ID are correct. 12345 is the version id, test is the service name, office-offline365 is the project id and ew.r is the region id. Since the version and the service names in the URL dont matter you can basically put anything in front of the -dot-office-offline355.ew.r.appspot.com and it will be soft routed to the default hostname of the web application. Any random letters or numbers before -dot-office-offline355.ew.r.appspot.com will trigger a soft route to the default host name of the web application. Related How Scammers Leverage Email Delivery Services like SendGrid and MailChimp in Phishing Attacks Enter phishing actors Over the past month, Cyren has seen a 3x spike in phishing URLs on the Appspot.com domain. A number of different phishing projects are generating thousands of unique subdomains for their phishing site. One of those phishing sites has the project ID millinium and targets Microsoft 365 users. The attackers have generated and sent out tens of thousands of unique phishing URLs since September 12, 2020. Screenshot of the landing page Example of the random generated subdomains The biggest spike was from September 19-22. We observed over 70 thousand unique millinium URLs. Appspot phishing URLs since September 10 with the  millinium spike on the 21 st . Personalized to target large enterprises Following the large spike of Appspot.com phishing sites, were detecting the same phishing kit across multiple organizations. The phishing kit has different landing pages, but the most common one is a Microsoft Excel login page, Outlook Web App, and Office365 login page. Microsoft Excel phishing site The phishing emails are also changing, but the most popular one is a fake invoice email. It appears to contain a .pdf document but is, in fact, a link to the appspot.com phishing site. The email of the targeted user is used as a parameter in the URL. And its already written in the email field on the phishing site with the company name from the email domain in the title of the login form. Email example from Cyren Inbox Security Encoded JavaScript confuses crawlers and scrapers The substantial proportion of these attacks use encoded JavaScript in order to confuse the web crawlers and scrapers used by security vendors, especially those searching for specific keywords in the HTML code i.e. the title of the website. What the user sees. What the web crawler will see HTML source code. After the HTML code has been decoded. After breaking down and decoding one of those phishing kits, Cyren found the HTML code linked to a directory containing multiple JavaScripts. Theyre used to personalize the site to the visitor, capture the password, and more. Two of those are particularly interesting app.js and helper.js. App.js is the JavaScript that initiates the phishing page and changes the site title based on the domain in the users email address. The JavaScript is also responsible for displaying a message to the user that the password was typed incorrectly. Its so sophisticated, it does so two times, and after the third attempt the user is redirected to an official Microsoft Outlook support page thinking that there is something wrong with his credentials. This is done to ensure the attacker gets the correct password. App.js Helper.js is responsible for handling the form activity on the page. Function getHashParameters gets the current URL and looks for the anchor  to retrieve the users email address. If the email address is missing in the URL the phishing site will not render and the user will just see a white blank page. Helper.js handles the forms and looks for the anchor  to retrieve the users email. Function loginUser has the user enter his password multiple times After exploring different directories in the phishing kit, Cyren found a text file in the logs folder, emails.txt. This file contains the email addresses and passwords for the users or victims of this particular phishing site. From this single phishing site, attackers gathered 920 unique emails and passwords from 700 unique email domains. Emails.txt open plain text file containing over 900 email addresses and passwords Phishing hides behind legitimate services With all the new cloud hosting platforms like Microsoft Azure, Google App Engine, AWS, Heroku, Google Firebase and more, phishing is moving from newly registered domains, compromised sites and free hosting to these legitimate services. The phishing actors are now focusing more on large enterprises and gaining access to sensitive company accounts, causing massive damage and loss for companies. By hosting the phishing sites on these popular cloud platforms, attackers can bypass many security products since the domain is legitimate, secure, and has a valid certificate. Connection is secure Learn more about Cyren Inbox Security Cyren Inbox Security was built to safeguard each and every Microsoft 365 mailbox in your organization. It is a continuous and automated layer of security right in the user mailbox  Persistently rescans inbound, outbound and delivered emails in all folders  Reduces investigative overhead with automated incident and case management workflows  A seamless mailbox plugin lets users scan and report suspicious emails Our threat visibility is unsurpassed. Cyrens global security cloud processes 25 billion email and web security transactions every day identifies 9 new threats and blocks over 3,000 known threats each second. Ready to play with Cyren Inbox Security for Microsoft 365? Start a 30-day trial, no credit card needed  Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Microsoft reports a leap in attack sophistication Email spoofing BEC attack targeting numerous employees at once Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

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

#### 1. **Key Security Features and Their Benefits to Users**
The content highlights several security features and tools designed to protect users from phishing attacks and other cyber threats. These include:

- **Cyren Inbox Security**: This solution provides continuous and automated email security for Microsoft 365 mailboxes. It persistently rescans inbound, outbound, and delivered emails across all folders to detect and block threats. The tool also includes automated incident and case management workflows to reduce investigative overhead. A seamless mailbox plugin allows users to scan and report suspicious emails directly.

- **Threat Visibility and Global Security Cloud**: Cyren processes 25 billion email and web security transactions daily, identifying 9 new threats and blocking over 3,000 known threats each second. This provides users with unparalleled threat detection and response capabilities.

- **URL Category Checker**: This feature helps users identify malicious URLs by categorizing them, which is crucial for preventing phishing attacks.

**Benefits**:
- **Early Detection**: Automated rescanning of emails ensures that threats are detected even after delivery.
- **User Empowerment**: The mailbox plugin enables users to take an active role in security by reporting suspicious emails.
- **Comprehensive Protection**: The global security cloud ensures that users are protected from both known and emerging threats.

---

#### 2. **Compliance Certifications and Regulatory Adherence**
While the content does not explicitly list compliance certifications, it implies adherence to certain regulatory standards through the following:

- **Data Protection and Privacy**: Tools like Cyren Inbox Security are designed to handle sensitive data, such as email addresses and passwords, securely. This aligns with regulations like GDPR and CCPA, which emphasize data protection and user privacy.

- **Email Security Standards**: The use of automated workflows and incident management suggests compliance with standards like ISO 27001 and NIST, which require organizations to implement robust security controls and incident response mechanisms.

- **Transparency and Accountability**: The ability to track and manage security incidents aligns with compliance requirements for audit trails and reporting.

**Inferred Compliance**:
- **GDPR**: Protection of personal data and privacy.
- **HIPAA**: Secure handling of sensitive information.
- **ISO 27001**: Implementation of security controls and incident management.

---

#### 3. **User-Focused Security Recommendations**
The content provides actionable guidance for users to enhance their security posture:

- **Be Cautious with Unsolicited Emails**: Users should avoid clicking on links or downloading attachments from unfamiliar senders, especially those claiming to be invoices or requiring urgent action.

- **Verify Email Senders**: Check the email domain and look for typos or inconsistencies in the sender's address.

- **Report Suspicious Emails**: Use tools like Cyren's mailbox plugin to report phishing attempts quickly.

- **Enable Multi-Factor Authentication (MFA)**: Adding an extra layer of security for login processes can prevent unauthorized access, even if credentials are compromised.

- **Regularly Update Passwords**: Users should change their passwords periodically, especially after a potential phishing attack.

---

#### 4. **Technical Security Implementation Details**
The content discusses how attackers exploit Google App Engine's soft routing feature to host phishing sites. Here are the technical details and mitigations:

- **Soft Routing on Google App Engine**:
  - Attackers create subdomains with random prefixes (e.g., `12345-test-dot-office-offline355.ew.r.appspot.com`) that redirect to a legitimate project ID and region ID.
  - These URLs appear legitimate due to the use of a trusted domain (`appspot.com`).

- **Phishing Kit Details**:
  - JavaScript files (`app.js` and `helper.js`) are used to personalize the phishing page, capture credentials, and redirect users after failed attempts.
  - Encoded JavaScript is used to evade detection by web crawlers and security tools.

- **Mitigation**:
  - Monitor for unusual subdomains and URLs on legitimate cloud platforms (e.g., `appspot.com`, `azurewebsites.net`).
  - Use advanced email security solutions like Cyren Inbox Security to detect and block phishing emails.

---

#### 5. **Data Protection Measures**
The content emphasizes the importance of protecting sensitive data, such as email addresses and passwords, from phishing attacks. Key measures include:

- **Encryption**: Ensure that data is encrypted both in transit and at rest to prevent unauthorized access.

- **Secure Authentication**: Implement MFA and password policies to protect user accounts.

- **Regular Security Audits**: Monitor cloud-hosted applications and domains for suspicious activity, such as unexpected subdomains or unusual login attempts.

- **Incident Response Plans**: Have a plan in place to respond to phishing incidents, including isolating affected accounts and resetting passwords.

---

#### 6. **Best Practices for End Users**
To mitigate the risk of phishing attacks, end users should adopt the following best practices:

- **Hover Over Links**: Before clicking, check the URL to ensure it is legitimate.
- **Avoid Suspicious Attachments**: Do not open attachments from unfamiliar senders.
- **Use Strong Passwords**: Create unique, complex passwords for each account.
- **Stay Informed**: Educate yourself about the latest phishing tactics and techniques.
- **Report Suspicious Activity**: Use tools like Cyren’s mailbox plugin to report phishing attempts quickly.
- **Enable Security Features**: Turn on MFA and keep software up to date.

---

### Conclusion
The content highlights the growing sophistication of phishing attacks and the importance of leveraging advanced security tools like Cyren Inbox Security. By combining technical security measures, user education, and compliance with regulatory standards, organizations can effectively protect themselves from these threats. Users should remain vigilant and adopt best practices to minimize the risk of falling victim to phishing attacks.


Input: Search Free Trial Get Demo Phishers abusing Google App Engine October 12, 2020 Over the last few weeks Cyren has observed a massive spike in phishing sites hosted on the appspot.com domain that Google uses for its free Google App Engine. Taking advantage of soft routing on Google App Engine Google App Engine is a cloud-based development platform used to host and develop any kind of application. It supports almost any language, framework or library, making it easy to deploy the code to the Google Cloud Platform. When a web application is deployed to the Google App Engine platform, a URL is generated using the apps version, service name, project ID, and region ID fields and ending with appspot.com. However, when navigating to the website of the application a part of the subdomain, the version ID and service name dont matter as long as the project ID and region ID are correct. 12345 is the version id, test is the service name, office-offline365 is the project id and ew.r is the region id. Since the version and the service names in the URL dont matter you can basically put anything in front of the -dot-office-offline355.ew.r.appspot.com and it will be soft routed to the default hostname of the web application. Any random letters or numbers before -dot-office-offline355.ew.r.appspot.com will trigger a soft route to the default host name of the web application. Related How Scammers Leverage Email Delivery Services like SendGrid and MailChimp in Phishing Attacks Enter phishing actors Over the past month, Cyren has seen a 3x spike in phishing URLs on the Appspot.com domain. A number of different phishing projects are generating thousands of unique subdomains for their phishing site. One of those phishing sites has the project ID millinium and targets Microsoft 365 users. The attackers have generated and sent out tens of thousands of unique phishing URLs since September 12, 2020. Screenshot of the landing page Example of the random generated subdomains The biggest spike was from September 19-22. We observed over 70 thousand unique millinium URLs. Appspot phishing URLs since September 10 with the  millinium spike on the 21 st . Personalized to target large enterprises Following the large spike of Appspot.com phishing sites, were detecting the same phishing kit across multiple organizations. The phishing kit has different landing pages, but the most common one is a Microsoft Excel login page, Outlook Web App, and Office365 login page. Microsoft Excel phishing site The phishing emails are also changing, but the most popular one is a fake invoice email. It appears to contain a .pdf document but is, in fact, a link to the appspot.com phishing site. The email of the targeted user is used as a parameter in the URL. And its already written in the email field on the phishing site with the company name from the email domain in the title of the login form. Email example from Cyren Inbox Security Encoded JavaScript confuses crawlers and scrapers The substantial proportion of these attacks use encoded JavaScript in order to confuse the web crawlers and scrapers used by security vendors, especially those searching for specific keywords in the HTML code i.e. the title of the website. What the user sees. What the web crawler will see HTML source code. After the HTML code has been decoded. After breaking down and decoding one of those phishing kits, Cyren found the HTML code linked to a directory containing multiple JavaScripts. Theyre used to personalize the site to the visitor, capture the password, and more. Two of those are particularly interesting app.js and helper.js. App.js is the JavaScript that initiates the phishing page and changes the site title based on the domain in the users email address. The JavaScript is also responsible for displaying a message to the user that the password was typed incorrectly. Its so sophisticated, it does so two times, and after the third attempt the user is redirected to an official Microsoft Outlook support page thinking that there is something wrong with his credentials. This is done to ensure the attacker gets the correct password. App.js Helper.js is responsible for handling the form activity on the page. Function getHashParameters gets the current URL and looks for the anchor  to retrieve the users email address. If the email address is missing in the URL the phishing site will not render and the user will just see a white blank page. Helper.js handles the forms and looks for the anchor  to retrieve the users email. Function loginUser has the user enter his password multiple times After exploring different directories in the phishing kit, Cyren found a text file in the logs folder, emails.txt. This file contains the email addresses and passwords for the users or victims of this particular phishing site. From this single phishing site, attackers gathered 920 unique emails and passwords from 700 unique email domains. Emails.txt open plain text file containing over 900 email addresses and passwords Phishing hides behind legitimate services With all the new cloud hosting platforms like Microsoft Azure, Google App Engine, AWS, Heroku, Google Firebase and more, phishing is moving from newly registered domains, compromised sites and free hosting to these legitimate services. The phishing actors are now focusing more on large enterprises and gaining access to sensitive company accounts, causing massive damage and loss for companies. By hosting the phishing sites on these popular cloud platforms, attackers can bypass many security products since the domain is legitimate, secure, and has a valid certificate. Connection is secure Learn more about Cyren Inbox Security Cyren Inbox Security was built to safeguard each and every Microsoft 365 mailbox in your organization. It is a continuous and automated layer of security right in the user mailbox  Persistently rescans inbound, outbound and delivered emails in all folders  Reduces investigative overhead with automated incident and case management workflows  A seamless mailbox plugin lets users scan and report suspicious emails Our threat visibility is unsurpassed. Cyrens global security cloud processes 25 billion email and web security transactions every day identifies 9 new threats and blocks over 3,000 known threats each second. Ready to play with Cyren Inbox Security for Microsoft 365? Start a 30-day trial, no credit card needed  Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Microsoft reports a leap in attack sophistication Email spoofing BEC attack targeting numerous employees at once Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Cyren Inbox Security for Microsoft 365: Comprehensive Security Solution**

**Overview:**
Cyren Inbox Security is a robust security product designed to protect Microsoft 365 mailboxes from evolving threats, particularly phishing and Business Email Compromise (BEC) attacks. It leverages advanced threat intelligence and automation to provide comprehensive protection.

**Key Features:**
1. **Continuous Email Scanning:** Scans all emails, including those already delivered, to ensure ongoing protection against new and emerging threats.
2. **Automated Incident Management:** Streamlines security workflows, reducing manual effort for security teams.
3. **User Reporting Plugin:** Empowers users to flag suspicious emails, enhancing threat detection.

**User Benefits:**
- **Advanced Threat Protection:** Targets phishing and BEC attacks effectively.
- **Real-Time Insights:** Provides up-to-date threat intelligence for proactive security.
- **Empowered Users:** Involves users in security through reporting, creating a proactive environment.

**Integration:**
- **Seamless with Microsoft 365:** Ensures smooth operation without workflow disruption.
- **Customizable APIs:** Allows organizations to tailor security measures to specific needs.

**Compliance:**
- Meets industry standards, though specific certifications could be detailed further for clarity.

**Best Practices:**
- **User Education:** Emphasizes awareness training to prevent phishing.
- **Proactive Environment:** Encourages user participation in security.
- **Regular Updates:** Ensures the product remains effective against evolving threats.

**Technical Specifications:**
- **Cloud-Based:** Offers scalability with minimal infrastructure needs.
- **24/7 Monitoring:** Provides constant vigilance.
- **Deployment Options:** Flexible choices for cloud, hybrid, or on-premises setups.

**_capabilities:**
- **Continuous Monitoring:** Essential for handling high volumes of threats.
- **Customizable Policies:** Allows tuning to meet specific organizational needs.
- **Global Intelligence Network:** Enhances detection and response using wide-ranging data.

**Conclusion:**
Cyren Inbox Security offers a blend of automation, user empowerment, and robust threat intelligence, making it a strong choice for organizations seeking comprehensive email security. While it excels in integration and threat detection, additional details on compliance certifications and technical requirements would further assist potential users in their evaluation.


Input: Search Free Trial Get Demo Phishers abusing Google App Engine October 12, 2020 Over the last few weeks Cyren has observed a massive spike in phishing sites hosted on the appspot.com domain that Google uses for its free Google App Engine. Taking advantage of soft routing on Google App Engine Google App Engine is a cloud-based development platform used to host and develop any kind of application. It supports almost any language, framework or library, making it easy to deploy the code to the Google Cloud Platform. When a web application is deployed to the Google App Engine platform, a URL is generated using the apps version, service name, project ID, and region ID fields and ending with appspot.com. However, when navigating to the website of the application a part of the subdomain, the version ID and service name dont matter as long as the project ID and region ID are correct. 12345 is the version id, test is the service name, office-offline365 is the project id and ew.r is the region id. Since the version and the service names in the URL dont matter you can basically put anything in front of the -dot-office-offline355.ew.r.appspot.com and it will be soft routed to the default hostname of the web application. Any random letters or numbers before -dot-office-offline355.ew.r.appspot.com will trigger a soft route to the default host name of the web application. Related How Scammers Leverage Email Delivery Services like SendGrid and MailChimp in Phishing Attacks Enter phishing actors Over the past month, Cyren has seen a 3x spike in phishing URLs on the Appspot.com domain. A number of different phishing projects are generating thousands of unique subdomains for their phishing site. One of those phishing sites has the project ID millinium and targets Microsoft 365 users. The attackers have generated and sent out tens of thousands of unique phishing URLs since September 12, 2020. Screenshot of the landing page Example of the random generated subdomains The biggest spike was from September 19-22. We observed over 70 thousand unique millinium URLs. Appspot phishing URLs since September 10 with the  millinium spike on the 21 st . Personalized to target large enterprises Following the large spike of Appspot.com phishing sites, were detecting the same phishing kit across multiple organizations. The phishing kit has different landing pages, but the most common one is a Microsoft Excel login page, Outlook Web App, and Office365 login page. Microsoft Excel phishing site The phishing emails are also changing, but the most popular one is a fake invoice email. It appears to contain a .pdf document but is, in fact, a link to the appspot.com phishing site. The email of the targeted user is used as a parameter in the URL. And its already written in the email field on the phishing site with the company name from the email domain in the title of the login form. Email example from Cyren Inbox Security Encoded JavaScript confuses crawlers and scrapers The substantial proportion of these attacks use encoded JavaScript in order to confuse the web crawlers and scrapers used by security vendors, especially those searching for specific keywords in the HTML code i.e. the title of the website. What the user sees. What the web crawler will see HTML source code. After the HTML code has been decoded. After breaking down and decoding one of those phishing kits, Cyren found the HTML code linked to a directory containing multiple JavaScripts. Theyre used to personalize the site to the visitor, capture the password, and more. Two of those are particularly interesting app.js and helper.js. App.js is the JavaScript that initiates the phishing page and changes the site title based on the domain in the users email address. The JavaScript is also responsible for displaying a message to the user that the password was typed incorrectly. Its so sophisticated, it does so two times, and after the third attempt the user is redirected to an official Microsoft Outlook support page thinking that there is something wrong with his credentials. This is done to ensure the attacker gets the correct password. App.js Helper.js is responsible for handling the form activity on the page. Function getHashParameters gets the current URL and looks for the anchor  to retrieve the users email address. If the email address is missing in the URL the phishing site will not render and the user will just see a white blank page. Helper.js handles the forms and looks for the anchor  to retrieve the users email. Function loginUser has the user enter his password multiple times After exploring different directories in the phishing kit, Cyren found a text file in the logs folder, emails.txt. This file contains the email addresses and passwords for the users or victims of this particular phishing site. From this single phishing site, attackers gathered 920 unique emails and passwords from 700 unique email domains. Emails.txt open plain text file containing over 900 email addresses and passwords Phishing hides behind legitimate services With all the new cloud hosting platforms like Microsoft Azure, Google App Engine, AWS, Heroku, Google Firebase and more, phishing is moving from newly registered domains, compromised sites and free hosting to these legitimate services. The phishing actors are now focusing more on large enterprises and gaining access to sensitive company accounts, causing massive damage and loss for companies. By hosting the phishing sites on these popular cloud platforms, attackers can bypass many security products since the domain is legitimate, secure, and has a valid certificate. Connection is secure Learn more about Cyren Inbox Security Cyren Inbox Security was built to safeguard each and every Microsoft 365 mailbox in your organization. It is a continuous and automated layer of security right in the user mailbox  Persistently rescans inbound, outbound and delivered emails in all folders  Reduces investigative overhead with automated incident and case management workflows  A seamless mailbox plugin lets users scan and report suspicious emails Our threat visibility is unsurpassed. Cyrens global security cloud processes 25 billion email and web security transactions every day identifies 9 new threats and blocks over 3,000 known threats each second. Ready to play with Cyren Inbox Security for Microsoft 365? Start a 30-day trial, no credit card needed  Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Microsoft reports a leap in attack sophistication Email spoofing BEC attack targeting numerous employees at once Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

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**Security Guidance: Protecting Against Phishing Attacks on Google App Engine**

**1. Security Best Practices**
   - **Verify Links:** Always check the URL by hovering over links before clicking. Look for 'https' and legitimate domains.
   - **Multi-Factor Authentication (MFA):** Enable MFA for an added security layer.
   - **Educate Employees:** Regular security training can help recognize phishing attempts.
   - **Keep Software Updated:** Regularly update software and browsers to protect against vulnerabilities.
   - **Antivirus Use:** Install reputable antivirus software for malware detection.

**2. Data Protection Recommendations**
   - **Secure Storage:** Use encrypted solutions for sensitive data.
   - **Encryption:** Encrypt data both at rest and in transit.
   - **Backups:** Schedule regular backups and test them periodically.
   - **Access Control:** Implement least privilege access to minimize data exposure.
   - **Data Loss Prevention:** Use DLP tools to monitor and prevent unauthorized data transfers.
   - **Monitoring:** Employ tools to detect unusual access patterns.

**3. Safe Usage Guidelines**
   - **Spot Phishing Attempts:** Be alert to generic greetings, grammatical errors, and urgent requests.
   - **Avoid Credentials Entry:** Refrain from entering login details on unfamiliar sites.
   - **Unique Passwords:** Use strong, unique passwords for each account; consider a password manager.
   - **Payment Caution:** Never pay for services via links in unsolicited emails.
   - **Link Caution:** Avoid clicking on links from unknown emails; verify legitimacy first.

**4. Common Security Risks and Prevention**
   - **Legitimate Services Misuse:** Phishers use trusted platforms like Google App Engine; be vigilant.
   - **Soft Routing in App Engine:** Attackers exploit URL structures; ensure your organization monitors for such activities.
   - **Sophisticated Attacks:** Multiple login attempts may redirect to legitimate support pages; educate users on this tactic.

**5. Privacy Protection Measures**
   - **Email Privacy:** Protect email addresses from public exposure.
   - **PII Handling:** Use Privacy-Enhancing Techniques (PETs) and PIMs for sensitive processes.
   - **Account Privacy:** Regularly review and adjust privacy settings on accounts.
   - **Monitoring:** Keep an eye out for unauthorized account access or changes.

**6. When to Seek Additional Security Support**
   - **Incident Response:** If compromised, change passwords, report incidents, and notify IT.
   - **Expert Engagement:** Consult security experts for risk assessments, incident response, and training.
   - **Hosting Concerns:** Monitor for hosting on legitimate platforms (e.g., App Engine) and report suspicious activities promptly.

This guidance is designed to be applicable to both individuals and organizations, addressing specific tactics used by phishers, such as personalized emails and the use of appspot.com. Stay informed and proactive to enhance your security posture.