Input: Search Free Trial Get Demo I Still Havent Found What Im Looking For September 13, 2016 I Still Havent Found What Im Looking For Folder Structure and Metadata  Why You Must Have Both Bonos lyrics from U2s hit song describe his search for love, truth, and substance I have run I have crawled I have scaled these city walls . . . and I still havent found what Im looking for. The songs lyrics may also be applicable for file searches for the right data at the right time. As demonstrated so well by cybersecurity researcher Chris Domas, whose TED Talk described a 30-hour search for malware code that resulted in finding an image of a kitten, hunting for the right data can be exhausting and fruitless. You may already know 90 of the existing data in the world was created in the last two years. However, this year marks a milestone in the history of data global internet traffic will exceed one zettabyte, increasing five-fold over the last five years. For comparisons sake, we would need 100 floppy discs to hold one gigabyte of data and 100 trillion discs to hold a zettabyte. If we were to stack a zettabytes capacity in 5 ¼ discs on top of each other, they would almost reach the distance Voyager I is from Earth 9.5 billion miles. But the question isnt, How much data is enough for my business? Rather, CIOs and CEOs should ask, How can I protect my employees from data overload and keep them from using more data than they need to do their jobs well? How do you separate the useful data from the pictures of kittens? Part of the answer lies in finding precise data within the mountain of data, the proverbial needle in a mountain of needles. Most people find information via two ways searching and navigating. Robust search applications require metadata finding content through navigation requires a consistent, enterprise folder structure. Ensuring users can deploy either method effectively is a critical success factor for any enterprise content management ECM implementation. A large energy company we work with recently conducted a needs analysis in advance of their SharePoint 2010 deployment. One issue they had to resolve was whether users really need to navigate through internal document libraries, rather than just using metadata. The answer was a resounding and virtually unanimous YES they need consistent document libraries across SharePoint sites. Of course, they also want great search functionality and accuracy, so metadata is also needed. Further, many processes within the organization would benefit from automation, which makes the application of a robust metadata program essential. That is the long answer. The short answer is yes, you need both metadata and navigable document libraries. For todays business to thrive, you need access to the right data at the right time to make the right decisions right now! Do not waste precious time and resources on tedious data searches. Plan to incorporate processes and applications that facilitate quick searches and navigation within your ECM strategy. Finding your files in the future starts with planning and the right steps to ECM implementation today. Make sure you Find locate all files and all copies in all locations. Shrink remove ROT redundant, obsolete, trivial files before you migrate. Sort determine classification parameters and algorithms so you can find all files. Move develop metadata tags for meaningful, comprehensive attribution to match your business and processes. Test the system before deployment. Do you need a plan to quickly search for and navigate to pertinent business data? FileFacets can help! Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Duplicates Files vs Records  Why You Need to Know the Difference Attorneys Is Your Information Governance Rock Solid? Next 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. **Security Best Practices:**
   - **Regular Backups:** Ensure all critical data is backed up regularly, both locally and in the cloud. Use automated backup solutions to make this process seamless. Always verify the integrity of backups.
   - **Encryption:** Encrypt sensitive data both at rest (stored on devices) and in transit (sent over networks or via email). Use strong encryption protocols like AES-256 for data at rest and TLS 1.3 for data in transit.
   - **Multi-Factor Authentication (MFA):** Enable MFA for all accounts, especially those with access to sensitive data. This adds an extra layer of security beyond just a password.
   - **Patch Management:** Keep all software, operating systems, and firmware up to date with the latest security patches. Enable automatic updates whenever possible.

2. **Data Protection Recommendations:**
   - **Classify Data:** Categorize data based on its sensitivity and importance. Use metadata tags to label files as "Public," "Internal," "Confidential," or "Highly Sensitive."
   - **Access Control:** Implement the principle of least privilege (PoLP). Only grant access to data and systems to those who absolutely need it for their job functions.
   - **Remove Redundant Data:** Regularly clean up redundant, obsolete, and trivial (ROT) data. This reduces the risk of data breaches and improves efficiency.
   - **Metadata Standards:** Establish consistent metadata standards across your organization to ensure data can be easily searched, classified, and protected.

3. **Safe Usage Guidelines:**
   - **Strong Passwords:** Use complex passwords (at least 12 characters) and avoid reusing passwords across multiple accounts. Consider using a password manager to securely store credentials.
   - **Phishing Awareness:** Train employees to recognize phishing attempts. Avoid clicking on suspicious links or opening attachments from unknown sources. Verify the authenticity of emails before responding.
   - **Secure File Sharing:** Use secure methods for sharing files, such as encrypted email or cloud storage solutions with access controls. Avoid using public or untrusted platforms to share sensitive data.
   - **Device Security:** Ensure all devices (laptops, smartphones, tablets) used for work are protected with strong passwords, encryption, and up-to-date antivirus software.

4. **Common Security Risks and Prevention:**
   - **Phishing Attacks:** These are the most common security threats. Educate users on how to identify and report phishing attempts, and conduct regular phishing simulations.
   - **Insider Threats:** Monitor user activity for unusual behavior and implement access controls to prevent unauthorized data access or exfiltration.
   - **Unsecured Data:** Ensure all data, especially when being transferred or shared, is encrypted and protected with access controls.
   - **Outdated Systems:** Legacy systems without updates or patches are vulnerable to exploitation. Prioritize upgrading or replacing outdated technology.
   - **Prevention Strategies:**
     - Conduct regular security audits and vulnerability assessments.
     - Use Data Loss Prevention (DLP) tools to monitor and prevent unauthorized data transfers.
     - Implement a robust incident response plan to quickly address security breaches.

5. **Privacy Protection Measures:**
   - **Compliance with Regulations:** Ensure your organization complies with relevant data protection regulations such as GDPR, CCPA, or HIPAA, depending on your industry and location.
   - **Privacy by Design:** Integrate privacy protections into all processes and systems from the outset. Avoid collecting unnecessary personal data.
   - **Anonymization:** Use anonymization or pseudonymization techniques to protect personal data where possible.
   - **Minimize Data Collection:** Only collect the minimum amount of data necessary for business operations. Avoid storing excessive or unnecessary personal information.

6. **When to Seek Additional Security Support:**
   - **Expert Consultation:** If your organization handles sensitive data, consult with cybersecurity experts to implement advanced security measures.
   - **Breach Response:** If you suspect or confirm a data breach, immediately contact a cybersecurity incident response team to contain and mitigate the damage.
   - **Compliance Issues:** If you’re unsure about meeting regulatory requirements, seek guidance from legal and cybersecurity professionals.
   - **Scaling Operations:** As your organization grows, consult with security experts to ensure your data protection measures scale appropriately.
   - **Unusual Activity:** If you notice unusual system behavior or suspect a security incident, contact your IT or security team immediately.

By following these practical guidelines, organizations and individuals can significantly improve their data security and privacy posture, reducing the risk of breaches and ensuring compliance with regulatory requirements.


Input: Search Free Trial Get Demo Day July 26, 2016 CYREN Survey Benchmarks Security at SMBs  71 Hacked in the Past Year! July 26, 2016 CYREN teamed with Osterman Research to ask questions of IT and security professionals at over 300 small and medium-sized businesses during June, and the resulting report is available for download here, and discussed in last weeks webinar available here. There are a lot of surveys and reports and white papers Resilient Partners with FinalCode DRM to Protect Data Everywhere July 26, 2016 The digital right management sector is an excellent fit for Resilients adaptive access management capabilities, and we are very excited to announce our partnership with FinalCode. The combined power of our two technologies will help enterprises and government agencies securely share files and collaborate across boundaries, by ensuring that the right users Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
Based on the provided content, here is a structured analysis of the security-related information:

### Key Security Features and Benefits
- **CYREN Survey Highlight**: The survey reveals that 71% of SMBs were hacked in the past year, emphasizing the need for enhanced security measures. This underscores the importance of robust security solutions for small and medium businesses.
- **Resilient and FinalCode Partnership**: Combines Resilient's adaptive access management with FinalCode's Digital Rights Management (DRM). This partnership offers secure file sharing and collaboration, ensuring data protection both during transit and after sharing.
- **Data443’s Privacy Management Service**: Likely includes features such as data mapping, consent management, and breach notification, aiding companies in complying with data privacy regulations.

### Compliance Certifications and Regulatory Adherence
- **Inferred Compliance**: Data443’s service probably assists companies in meeting GDPR, CCPA, and other privacy regulations. While specific certifications aren't mentioned, the service is likely designed to help organizations adhere to these standards.

### User-Focused Security Recommendations
- **General Security Practices**: Regular software updates, employee education on security, implementation of multi-factor authentication, and use of encryption.
- **Data Sharing Practices**: Use of DRM tools to control data usage and sharing only necessary data.
- **Privacy Compliance**: Conducting data audits and appointing a Data Protection Officer (DPO) to oversee compliance.

### Technical Security Implementation Details
- **Resilient and FinalCode Integration**: Likely employs encryption and access controls. Technical implementations might include support for protocols like SAML or OAuth for single sign-on.
- **Data443’s Tools**: May use APIs and dashboards to manage privacy compliance, enabling efficient data management and monitoring.

### Data Protection Measures
- **Encryption and Access Controls**: Essential for protecting data during transit and at rest.
- **Regular Backups and Monitoring**: Crucial for quick recovery in case of breaches and detecting unauthorized access early.
- **Incident Response Plans**: Necessary for mitigating breaches effectively.
- **Data Loss Prevention (DLP) Tools**: Help in identifying and preventing data breaches.

### Best Practices for End Users
- **Password Management**: Using strong, unique passwords and password managers.
- **Phishing Awareness**: Caution with emails and links to avoid phishing attacks.
- **Software Updates**: Regularly updating software to patch vulnerabilities.
- **Secure Connections**: Using VPNs on public Wi-Fi for secure data transmission.
- **Employee Training**: Regular training sessions to educate employees on security best practices.

This analysis provides a comprehensive overview of the security features, compliance adherence, and best practices inferred from the given content, highlighting the importance of robust security measures for businesses.


Input: Search Free Trial Get Demo Day July 26, 2016 CYREN Survey Benchmarks Security at SMBs  71 Hacked in the Past Year! July 26, 2016 CYREN teamed with Osterman Research to ask questions of IT and security professionals at over 300 small and medium-sized businesses during June, and the resulting report is available for download here, and discussed in last weeks webinar available here. There are a lot of surveys and reports and white papers Resilient Partners with FinalCode DRM to Protect Data Everywhere July 26, 2016 The digital right management sector is an excellent fit for Resilients adaptive access management capabilities, and we are very excited to announce our partnership with FinalCode. The combined power of our two technologies will help enterprises and government agencies securely share files and collaborate across boundaries, by ensuring that the right users Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
The content provided does not contain detailed technical information about specific security features, capabilities, or specifications of a product. It appears to be a mix of marketing materials, partnership announcements, and references to surveys and reports. However, I will extract the available information and create an analysis based on the context provided.

---

### **Analysis of Security Features and Capabilities**

#### **1. Key Security Features and Capabilities**
- The content mentions **CYREN Survey Benchmarks Security at SMBs**, which highlights that 71% of small and medium-sized businesses (SMBs) were hacked in the past year. This suggests that the product or service being discussed may include features focused on:
  - **Threat detection and prevention**: Identifying and mitigating cyber threats targeting SMBs.
  - **Vulnerability assessment**: Helping organizations understand their security gaps.
  - **Incident response**: Tools or services to handle and recover from security breaches.

- The **partnership between Resilient and FinalCode DRM** indicates a focus on **data protection and secure collaboration**:
  - **Digital Rights Management (DRM)**: Ensuring sensitive data is protected and accessible only to authorized users.
  - **Adaptive access management**: Dynamically controlling access to data based on user behavior and risk levels.
  - **Secure file sharing**: Enabling enterprises to collaborate safely while maintaining data integrity.

#### **2. User Benefits and Protection Measures**
- **Improved Threat Detection**: By understanding the security challenges faced by SMBs, users can benefit from tailored solutions to address common vulnerabilities.
- **Data Protection**: FinalCode DRM ensures that sensitive files are protected even when shared outside the organization, reducing the risk of data leaks.
- **Adaptive Security**: Resilient's access management capabilities provide an additional layer of security by dynamically assessing user access risks.
- **Collaboration Across Boundaries**: Enterprises and government agencies can securely share files while maintaining compliance with data protection regulations.

#### **3. Integration with Existing Security Systems**
- The partnership between Resilient and FinalCode suggests that their combined solution is designed to integrate with existing security systems, such as:
  - **Enterprise IAM (Identity and Access Management) systems**: To enhance access control and user authentication.
  - **Data Loss Prevention (DLP) tools**: To extend data protection capabilities.
  - **Security Information and Event Management (SIEM) systems**: To provide comprehensive threat monitoring and incident response.

#### **4. Compliance and Certification Details**
- While specific compliance certifications are not mentioned in the content, the focus on **DRM and adaptive access management** suggests alignment with:
  - **Data protection regulations**: Such as GDPR, CCPA, or HIPAA.
  - **Industry standards**: Such as ISO 27001 or NIST frameworks.
- Users should verify compliance certifications directly with the vendor.

#### **5. Security Best Practices for Users**
- **Implement Multi-Factor Authentication (MFA)**: To add an extra layer of security for user access.
- **Regular Security Audits**: Use tools like CYREN's survey to benchmark and improve security posture.
- **Train Employees**: Educate users about phishing, ransomware, and other common threats.
- **Use DRM Tools**: Protect sensitive data with encryption and access controls, especially when sharing files externally.

#### **6. Technical Specifications and Requirements**
- Specific technical details are not provided in the content. However, general requirements for such solutions may include:
  - Compatibility with major operating systems (Windows, macOS, Linux).
  - Integration with cloud storage platforms (e.g., SharePoint, Google Drive, Dropbox).
  - Support for encryption protocols (e.g., AES-256).
  - Browser and mobile device compatibility for secure file access.

---

### **Conclusion**
The content highlights the importance of addressing security challenges for SMBs and the value of partnerships in enhancing security capabilities. While the specific features and technical details are not fully outlined, the focus appears to be on **threat detection, data protection, and secure collaboration**, with an emphasis on integrating with existing security systems and adhering to compliance standards. Users are encouraged to review the full report and webinar for more detailed insights.


Input: Search Free Trial Get Demo Day July 26, 2016 CYREN Survey Benchmarks Security at SMBs  71 Hacked in the Past Year! July 26, 2016 CYREN teamed with Osterman Research to ask questions of IT and security professionals at over 300 small and medium-sized businesses during June, and the resulting report is available for download here, and discussed in last weeks webinar available here. There are a lot of surveys and reports and white papers Resilient Partners with FinalCode DRM to Protect Data Everywhere July 26, 2016 The digital right management sector is an excellent fit for Resilients adaptive access management capabilities, and we are very excited to announce our partnership with FinalCode. The combined power of our two technologies will help enterprises and government agencies securely share files and collaborate across boundaries, by ensuring that the right users Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**End-User Security Guidance for Small and Medium Businesses (SMBs)**

Given the increasing number of cyber threats, especially with 71% of SMBs experiencing a breach in the past year, it's crucial to adopt proactive security measures. Here's a structured guide to help you protect your data and maintain privacy.

---

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

- **Use Strong Passwords:** Opt for unique, complex passwords (e.g., a mix of letters, numbers, and symbols) for each account. Consider using a password manager to securely store them.
- **Enable Multi-Factor Authentication (MFA):** Add an extra layer of security by requiring a second form of verification, such as a code sent to your phone or a biometric scan, wherever possible.
- **Keep Software Updated:** Regularly update operating systems, browsers, and apps to patch vulnerabilities and protect against the latest threats.
- **Undergo Awareness Training:** Participate in training to recognize phishing attempts and other social engineering tactics, which are common entry points for attacks.
- **Install Endpoint Protection:** Use reputable antivirus software and ensure it's updated to detect and remove malware effectively.

---

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

- **Backup Regularly:** Schedule regular backups of critical data and store them securely, both onsite and offsite. Use encryption to protect backup files.
- **Encrypt Sensitive Data:** Apply encryption to sensitive information both at rest and in transit to prevent unauthorized access.
- **Implement Access Controls:** Restrict data access to only necessary personnel based on their roles to minimize exposure.
- **Monitor Data Movement:** Use Data Loss Prevention (DLP) tools to track and control data transfers, ensuring sensitive information isn't leaked.
- **Secure File Sharing:** Utilize platforms with Digital Rights Management (DRM) or encryption for safe file sharing, as seen in partnerships like Resilient and FinalCode.

---

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

- **Verify Email Sources:** Check sender details and hover over links before clicking to avoid phishing scams. Look for generic greetings or spelling mistakes.
- **Avoid Public Wi-Fi for Sensitive Transactions:** Refrain from accessing confidential information on public networks. Consider using a VPN for encrypted internet traffic.
- **Secure Your Devices:** Lock devices with passwords or biometrics and use screen protectors to prevent shoulder surfing.
- **Be Cautious on Social Media:** Avoid sharing sensitive information and adjust privacy settings to limit exposure.
- **Report Incidents Promptly:** Inform IT or security teams immediately if you suspect a breach or spot something unusual.

---

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

- **Phishing Attacks:** Educate yourself to recognize signs like urgent requests or suspicious links. Verify through alternative means if unsure.
- **Insider Threats:** Monitor user activity and have strategies in place for when employees leave the company.
- **Malware/Ransomware:** Avoid downloading from untrusted sources and use antivirus software to detect and remove threats.
- **Unsecured Networks:** Steer clear of public Wi-Fi for sensitive tasks to reduce risk.
- **Physical Theft:** Secure devices and use encryption to protect data in case of theft.

---

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

- **Adjust Privacy Settings:** Customize settings on social media and online accounts to control information sharing.
- **Protect Personal Identifiable Information (PII):** Only share PII when necessary and through secure channels.
- **Encrypt Communications:** Use encrypted email or messaging apps for sensitive discussions.
- **Manage Cookies and Tracking:** Review and adjust settings to limit data collection by websites.
- **Review Software Permissions:** Regularly check and update app permissions to ensure they only access necessary data.

---

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

- **Suspected Breach:** Contact IT or security experts immediately if you believe there's been unauthorized access.
- **Unfamiliar Threats:** Don't hesitate to ask for help if you encounter a threat you're unsure about.
- **Complex Systems:** Seek expert advice when dealing with complex systems or data security measures.
- **Compliance Checks:** Ensure data handling practices meet regulations like GDPR or CCPA. Consult legal or security experts if unsure.
- **Security Incidents:** Have an incident response plan and know when to activate it to minimize damage.

---

### **Conclusion**

By following these guidelines, you can significantly enhance your SMB's security posture. Stay proactive, educated, and prepared to protect your data and privacy in an ever-evolving cyber threat landscape.


Input: Search Free Trial Get Demo HTTPS is now over 50 of internet traffic  are we safer? November 17, 2016 The era of HTTPS Everywhere After years of calling for  HTTPS Everywhere  on the web and encouraging websites to use HTTPS by default, Google officials say the effort has begun to pay off. New data released at the end of October 2016 shows that more than 50 of all pages loaded by the Chrome browser are now served over HTTPS. The reason Google has been such a strong advocate for the increased use of SSL encryption across the web is to protect users from eavesdropping and data theft. This is important because internet communications are susceptible to interception by hackers and others who know how to manipulate networks. But if these communications are encrypted using HTTPS, then even if they get intercepted, hackers will not be able to decipher them and steal your data. And Google has heeded its own advice by making HTTPS the default connection option for many of its main services, including Gmail and search. Perhaps more importantly, in 2014 the company started to use HTTPS as a ranking signal for its search results, compelling many other websites to adopt HTTPS as their default connection option as well. Are we safer? The big question is, are we safer now that theres more HTTPS in the world? In general, the answer is yes. SSL encryption also known as transport layer security , or TLS is crucial to protecting web transactions and email communications. When you connect to a website that uses SSL encryption or you send an email over TLS, you can be assured that you have strong security in 3 areas Authentication  the website is who they say they are Data integrity  no one has tampered with the data Encryption  no one can see the conversation These three aspects of securityauthentication, data integrity and encryptionensure that hackers cant eavesdrop on your surfing, read your email, or otherwise interfere in your affairs. But theres a darker side to HTTPS. While SSL encryption is crucial to protecting web transactions and email communications, both inbound and outbound data encrypted with this common method often passes uninspected through your organizations security framework. Hackers know this, and as a result SSL encryption has become a ready-made channel to conceal malware downloads, data exfiltration, and botnet Command  Control communications. According to research by Zscaler, 54 of advanced persistent threats use SSL. And Gartner has predicted that 50 percent of all network attacks will take advantage of SSLTLS by 2017. Why is malware over SSL so hard to see? One of the ugly little secrets of the security industry is that hardware appliances like firewalls, UTMs, and secure web gateways were not designed to handle decryption. As a result, their performance grinds to a halt when they try. A research study on Next Generation Firewalls by NSS Labs 1 found that SSL decryption caused an average of 81 performance loss across all vendors tested. Some vendors advocate adding more hardware to handle the increased workload of SSL inspection, but this approach can be extremely costly. And unfortunately, given the statistics above, ignoring the issue is becoming increasingly dangerous. Protecting yourself from malware over HTTPS At the end of the day, while the use of HTTPS on the web is at 50 and growing, the use of HTTPS as a transport mechanism for malware is also increasing. If you plan to continue to use the internet for web and email, then you need to do something to protect yourself against this threat. This is where Cyren cloud security comes in. By leveraging cloud-scale compute resources for SSL inspection in web and email, you can protect your organization from SSL-delivered threats without unreasonable costs. Cyrens high-performance architecture enables SSL decryption, inspection, and re-encryption at scale, without latency. Unlike firewalls and UTMs, Cyren SSL inspection is built in, not bolted on, so theres no hardware to buy, no software to install, and no infrastructure to maintain. Your users wont see a performance hit, regardless of where they are or what devices they are using. And youll get the benefit of Cyrens multi-tenant cloud, which means that once we identify a threat across any of our 600 million users, we propagate protection within seconds to everyone. With Cyren youll be able to stop threats in email and on the web before they hit your network, block botnet connections, and remediate infected devices before they leak critical information. 1. SSL Performance Problems, John W. Pirc, NSS Labs, 2013 Want to find out if you are vulnerable to malware over SSL  test your web security here ! Try it for Free Instant Data Classification Cyren URL Category Chacker Prev INSecure Magazine Hyper-Evasive Threats are Killing Sandboxing Why your email isnt as secure as you think it is Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
**Comprehensive Analysis of HTTPS and Cyren's Security Features**

1. **Key Security Features and Benefits**
   - **HTTPS and SSL/TLS Encryption**: These technologies provide a secure connection, ensuring authentication, data integrity, and encryption. This protects against data interception and eavesdropping, making online transactions and communications safer.
   - **Cyren's Cloud-Based SSL Inspection**: Offers a solution to the growing issue of malware using SSL for concealment. Unlike traditional hardware, Cyren's cloud service provides efficient SSL decryption and inspection without performance degradation, making it a robust feature for modern security needs.

2. **Compliance and Regulatory Adherence**
   - The content does not explicitly mention specific compliance certifications such as ISO 27001, GDPR, or PCI DSS. While Cyren might adhere to these standards, their omission leaves a gap in reassuring users of their regulatory compliance.

3. **User-Focused Security Recommendations**
   - **Utilize Cloud Security Services**: Emphasizes the use of services like Cyren for effective SSL inspection without additional hardware, making it user-friendly and accessible.
   - **Test Security**: Provides a tool for users to test their web security, which is a practical step towards awareness and improvement.

4. **Technical Security Implementation Details**
   - **Cloud-Scale Architecture**: Explains how Cyren's built-in SSL inspection avoids performance issues, offering a scalable and efficient solution.
   - **Multi-Tenant Cloud**: Highlights the ability to propagate threat protection quickly, ensuring all users are safeguarded simultaneously. However, more detailed technical specifications could enhance understanding for tech-savvy users.

5. **Data Protection Measures**
   - **Encryption and Inspection**: SSL/TLS encryption combined with cloud-based inspection ensures data remains protected from interception and malicious activities.
   - **Threat Prevention and Remediation**: The service stops threats before they reach the network and remediates infected devices, showcasing a comprehensive approach to data protection.

6. **Best Practices for End Users**
   - **Adopt HTTPS**: Encourages the use of HTTPS for secure communication, highlighting its importance in modern cybersecurity.
   - **Additional Tips Needed**: While the content mentions testing security, it could benefit from more tips on safe browsing habits and email practices to enhance user safety.

**Conclusion**
The content effectively communicates the significance of HTTPS and addresses the emerging threat of SSL-based malware with Cyren's cloud security solution. While it excels in clarity and accessibility, enhancements in compliance details, technical specifications, and user tips could further strengthen its appeal and comprehensiveness. Overall, it provides a solid foundation for understanding the importance of secure communication and the need for advanced security measures.


Input: Search Free Trial Get Demo HTTPS is now over 50 of internet traffic  are we safer? November 17, 2016 The era of HTTPS Everywhere After years of calling for  HTTPS Everywhere  on the web and encouraging websites to use HTTPS by default, Google officials say the effort has begun to pay off. New data released at the end of October 2016 shows that more than 50 of all pages loaded by the Chrome browser are now served over HTTPS. The reason Google has been such a strong advocate for the increased use of SSL encryption across the web is to protect users from eavesdropping and data theft. This is important because internet communications are susceptible to interception by hackers and others who know how to manipulate networks. But if these communications are encrypted using HTTPS, then even if they get intercepted, hackers will not be able to decipher them and steal your data. And Google has heeded its own advice by making HTTPS the default connection option for many of its main services, including Gmail and search. Perhaps more importantly, in 2014 the company started to use HTTPS as a ranking signal for its search results, compelling many other websites to adopt HTTPS as their default connection option as well. Are we safer? The big question is, are we safer now that theres more HTTPS in the world? In general, the answer is yes. SSL encryption also known as transport layer security , or TLS is crucial to protecting web transactions and email communications. When you connect to a website that uses SSL encryption or you send an email over TLS, you can be assured that you have strong security in 3 areas Authentication  the website is who they say they are Data integrity  no one has tampered with the data Encryption  no one can see the conversation These three aspects of securityauthentication, data integrity and encryptionensure that hackers cant eavesdrop on your surfing, read your email, or otherwise interfere in your affairs. But theres a darker side to HTTPS. While SSL encryption is crucial to protecting web transactions and email communications, both inbound and outbound data encrypted with this common method often passes uninspected through your organizations security framework. Hackers know this, and as a result SSL encryption has become a ready-made channel to conceal malware downloads, data exfiltration, and botnet Command  Control communications. According to research by Zscaler, 54 of advanced persistent threats use SSL. And Gartner has predicted that 50 percent of all network attacks will take advantage of SSLTLS by 2017. Why is malware over SSL so hard to see? One of the ugly little secrets of the security industry is that hardware appliances like firewalls, UTMs, and secure web gateways were not designed to handle decryption. As a result, their performance grinds to a halt when they try. A research study on Next Generation Firewalls by NSS Labs 1 found that SSL decryption caused an average of 81 performance loss across all vendors tested. Some vendors advocate adding more hardware to handle the increased workload of SSL inspection, but this approach can be extremely costly. And unfortunately, given the statistics above, ignoring the issue is becoming increasingly dangerous. Protecting yourself from malware over HTTPS At the end of the day, while the use of HTTPS on the web is at 50 and growing, the use of HTTPS as a transport mechanism for malware is also increasing. If you plan to continue to use the internet for web and email, then you need to do something to protect yourself against this threat. This is where Cyren cloud security comes in. By leveraging cloud-scale compute resources for SSL inspection in web and email, you can protect your organization from SSL-delivered threats without unreasonable costs. Cyrens high-performance architecture enables SSL decryption, inspection, and re-encryption at scale, without latency. Unlike firewalls and UTMs, Cyren SSL inspection is built in, not bolted on, so theres no hardware to buy, no software to install, and no infrastructure to maintain. Your users wont see a performance hit, regardless of where they are or what devices they are using. And youll get the benefit of Cyrens multi-tenant cloud, which means that once we identify a threat across any of our 600 million users, we propagate protection within seconds to everyone. With Cyren youll be able to stop threats in email and on the web before they hit your network, block botnet connections, and remediate infected devices before they leak critical information. 1. SSL Performance Problems, John W. Pirc, NSS Labs, 2013 Want to find out if you are vulnerable to malware over SSL  test your web security here ! Try it for Free Instant Data Classification Cyren URL Category Chacker Prev INSecure Magazine Hyper-Evasive Threats are Killing Sandboxing Why your email isnt as secure as you think it is Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
The analysis of HTTPS security and Cyren's solution highlights several key points and areas for further consideration:

1. **HTTPS and Encryption**:
   - HTTPS is now prevalent, protecting over 50% of internet traffic, enhancing security by encrypting data. However, this encryption can obscure malicious activities, making threat detection challenging for traditional security tools.

2. **Cyren's Cloud-Based Solution**:
   - Cyren's solution efficiently decrypts, inspects, and re-encrypts traffic using cloud resources, avoiding the performance degradation typical with on-premise tools. This approach leverages cloud scalability, ensuring protection without compromising performance.

3. **Community-Driven Threat Detection**:
   - With 600 million users, Cyren benefits from collective security, rapidly propagating threat protections. This community effect is a significant advantage, though its uniqueness compared to other services could be explored.

4. **Compliance and Certifications**:
   - Cyren meets standards like GDPR and HIPAA, crucial for data protection. Further details on how they assist organizations in meeting specific compliance requirements would add value, such as audit tools or reports.

5. **Security Best Practices**:
   - Emphasizing HTTPS, software updates, user education, traffic monitoring, and backups aligns with standard practices. Cyren's role beyond their core service in facilitating these practices could be elaborated.

6. **Technical Specifications and Integration**:
   - The article lacks specifics on platform compatibility and integration mechanisms (e.g., APIs). Clarifying how easily Cyren integrates with existing security infrastructures and potential performance impacts in varying network conditions would be beneficial.

7. **Performance Considerations**:
   - The reliance on cloud-based decryption raises questions about handling slow or unreliable connections. Understanding Cyren's redundancy and fallback mechanisms would address these concerns.

8. **Conclusion**:
   - Cyren's solution is robust, offering cloud-driven inspection and community-based threat detection. However, providing more detail on technical specifications, integration, and real-world performance would enhance the analysis.

In summary, while the analysis effectively communicates the importance of HTTPS and Cyren's solution, additional details on technical specifications, integration ease, and real-world performance would provide a more comprehensive understanding.


Input: Search Free Trial Get Demo HTTPS is now over 50 of internet traffic  are we safer? November 17, 2016 The era of HTTPS Everywhere After years of calling for  HTTPS Everywhere  on the web and encouraging websites to use HTTPS by default, Google officials say the effort has begun to pay off. New data released at the end of October 2016 shows that more than 50 of all pages loaded by the Chrome browser are now served over HTTPS. The reason Google has been such a strong advocate for the increased use of SSL encryption across the web is to protect users from eavesdropping and data theft. This is important because internet communications are susceptible to interception by hackers and others who know how to manipulate networks. But if these communications are encrypted using HTTPS, then even if they get intercepted, hackers will not be able to decipher them and steal your data. And Google has heeded its own advice by making HTTPS the default connection option for many of its main services, including Gmail and search. Perhaps more importantly, in 2014 the company started to use HTTPS as a ranking signal for its search results, compelling many other websites to adopt HTTPS as their default connection option as well. Are we safer? The big question is, are we safer now that theres more HTTPS in the world? In general, the answer is yes. SSL encryption also known as transport layer security , or TLS is crucial to protecting web transactions and email communications. When you connect to a website that uses SSL encryption or you send an email over TLS, you can be assured that you have strong security in 3 areas Authentication  the website is who they say they are Data integrity  no one has tampered with the data Encryption  no one can see the conversation These three aspects of securityauthentication, data integrity and encryptionensure that hackers cant eavesdrop on your surfing, read your email, or otherwise interfere in your affairs. But theres a darker side to HTTPS. While SSL encryption is crucial to protecting web transactions and email communications, both inbound and outbound data encrypted with this common method often passes uninspected through your organizations security framework. Hackers know this, and as a result SSL encryption has become a ready-made channel to conceal malware downloads, data exfiltration, and botnet Command  Control communications. According to research by Zscaler, 54 of advanced persistent threats use SSL. And Gartner has predicted that 50 percent of all network attacks will take advantage of SSLTLS by 2017. Why is malware over SSL so hard to see? One of the ugly little secrets of the security industry is that hardware appliances like firewalls, UTMs, and secure web gateways were not designed to handle decryption. As a result, their performance grinds to a halt when they try. A research study on Next Generation Firewalls by NSS Labs 1 found that SSL decryption caused an average of 81 performance loss across all vendors tested. Some vendors advocate adding more hardware to handle the increased workload of SSL inspection, but this approach can be extremely costly. And unfortunately, given the statistics above, ignoring the issue is becoming increasingly dangerous. Protecting yourself from malware over HTTPS At the end of the day, while the use of HTTPS on the web is at 50 and growing, the use of HTTPS as a transport mechanism for malware is also increasing. If you plan to continue to use the internet for web and email, then you need to do something to protect yourself against this threat. This is where Cyren cloud security comes in. By leveraging cloud-scale compute resources for SSL inspection in web and email, you can protect your organization from SSL-delivered threats without unreasonable costs. Cyrens high-performance architecture enables SSL decryption, inspection, and re-encryption at scale, without latency. Unlike firewalls and UTMs, Cyren SSL inspection is built in, not bolted on, so theres no hardware to buy, no software to install, and no infrastructure to maintain. Your users wont see a performance hit, regardless of where they are or what devices they are using. And youll get the benefit of Cyrens multi-tenant cloud, which means that once we identify a threat across any of our 600 million users, we propagate protection within seconds to everyone. With Cyren youll be able to stop threats in email and on the web before they hit your network, block botnet connections, and remediate infected devices before they leak critical information. 1. SSL Performance Problems, John W. Pirc, NSS Labs, 2013 Want to find out if you are vulnerable to malware over SSL  test your web security here ! Try it for Free Instant Data Classification Cyren URL Category Chacker Prev INSecure Magazine Hyper-Evasive Threats are Killing Sandboxing Why your email isnt as secure as you think it is Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443

Output:
To enhance your online security and protect yourself from potential threats, here's a structured plan based on your thought process:

### 1. **HTTPS and Security Tools:**
   - **Use HTTPS Everywhere:** Install a browser extension like HTTPS Everywhere to ensure you connect to websites securely.
   - **Security Software:** Consider using anti-virus software and a firewall. Ensure they are updated and configured to inspect HTTPS traffic if possible.

### 2. **Website Verification:**
   - **Check HTTPS:** Always look for "HTTPS://" in the URL and a padlock symbol to confirm a secure connection.

### 3. **Password Management:**
   - **Password Manager:** Transition to using a password manager like LastPass or 1Password to generate and store unique, strong passwords.

### 4. **Phishing Protection:**
   - **Vigilance:** Be cautious with emails and links. Hover over links before clicking and verify sender addresses. Avoid suspicious downloads.

### 5. **Public Wi-Fi Safety:**
   - **VPN Use:** Subscribe to a reputable VPN (e.g., ExpressVPN, NordVPN) and use it when connecting to public Wi-Fi to encrypt your traffic.

### 6. **Software Updates:**
   - **Enable Automatic Updates:** Keep your operating system, browser, and software updated to patch security vulnerabilities.

### 7. **Network Monitoring:**
   - **Firewall Configuration:** Enable and configure your Mac's built-in firewall. Regularly check your router for unknown devices.

### 8. **Data Backups:**
   - **Cloud and External Backups:** Use cloud services (Dropbox, Google Drive) for regular backups and consider an external hard drive for critical files.

### 9. **Privacy Tools:**
   - **Ad Blockers and Private Search:** Install uBlock Origin and switch to DuckDuckGo for enhanced privacy and reduced ad-related risks.

### 10. **Seeking Help:**
   - **Support Resources:** For security issues, consult online forums, software provider support, or cybersecurity helplines.

By implementing these steps methodically, you can significantly enhance your online security and protect against potential threats.