{
  "timestamp": "2025-02-05T22:40:05.904084",
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        "content": "You are a cybersecurity expert analyzing company website content and product documentation.\n            Focus on clear explanations of security features, compliance certifications, and practical user guidance."
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        "content": "\n            Provide a comprehensive analysis of the following security-related content.\n            \n            Content to analyze:\n            Search Free Trial Get Demo The Cost of NOT Getting Phished January 27, 2022 Phishing campaigns continue to become more targeted and sophisticated, evading email gateways and Microsoft 365 Defender, and forcing businesses to increasingly rely on employees to spot suspicious messages. The statistics of potential data breaches are alarming  with some estimating that cybercrime costs will grow 15 percent per year in the next five years, reaching 10.5 trillion annually in 2025 . Even if your organization has avoided getting phished well done, by the way, the odds are your security team spends too much of its time investigating suspicious messages and removing malicious emails. While there are tools such as Safe Links and Office 365 Safe Attachments , which can help reduce your response costs, incident response costs can impact your business heavily. Lets take a look at some of the important factors that go into incident response costs. Security Maturity The time spent investigating alerts and remediating confirmed threats will be dependent on a companys security maturity level. Relative to phishing, security maturity refers to how a company continually improves its people, processes, and technology involved in mitigating phishing emails and business email compromise attempts. The level of maturity is based on how optimized and automated an organization is, to handle these types of attacks. Why Low-Security Maturity  High Cost A company operating at a low maturity level will continue to see an increase in the number of alerts and false positives, especially if they rely entirely on user-submitted emails and rules-based detection in a secure email gateway . Whilst security awareness training has done a good job educating employees of the risks, it has also contributed towards the additional number of alerts, in particular false positives being sent to SOC teams by employees. It takes a lot of effort for a SOC analyst to manually investigate these alerts and remediate confirmed threats. To continue to detect and manually respond to confirmed threats in this fashion is not sustainable and costs a company a lot of time and SOC analyst salary. Bigger Concerns That Impact Enterprises Alert fatigue associated with targeted phishing and business email compromise is real. SOC analysts are overwhelmed with the volume of alerts from users, two-thirds of which are false positives. It has been widely reported that alert fatigue leads to missed, ignored, or delayed responses which could end up developing into a significant security breach if not caught in time. So much time is being spent triaging phishing alerts that its leaving CISOs alarmed about other strategic objectives that are being neglected. Its gotten to the point that security teams are considering a change in profession because of burnout. Stress and anxiety are on the rise caused by the fear of missing an incident, a further reason why the scale of this problem is growing out of control. We know phishing attacks do not always occur during regular business hours and therefore SOC teams must be on call 247, mounting to their frustration. Despite the lucrative salaries SOC analysts are earning, the turnover is straining the existing labor shortage in the cybersecurity industry. Eliminate the Pain and Salary Costs with Incident Response Solutions There are solutions that remove the strain security teams are facing. Existing efforts like security awareness training are not enough alone to fight against phishing. However, implementing a multi-layered approach will reduce not only the number of alerts but also the time it takes to investigate and remediate them. Its important to detect and classify what gets through e.g., malicious, suspicious, and clean by adding a post-delivery detection system e.g., machine learning. Automating the remediation of confirmed malicious emails and crowdsourcing the analysis of suspicious messages will reduce the volume of alerts that SOC analysts must triage. Further , organizations can outsource incident response to eliminate the investigation burden associated with analyzing suspicious emails. Security awareness training should be used to help create a culture of empowerment and not fear by giving users easy-to-use security tools to help them apply their security knowledge. This in turn will help reduce the number of false positives submitted by users and simultaneously reduce the number of suspicious emails that go unreported. Benefits of Calculating Incident Response Costs Determining Overall Value Calculating incident response costs helps businesses determine the value of an offering for their specific security environment. Once any technical due diligence is complete, determining ROI can help to evaluate a product for its overall value. Communicating with C-Suite and Board Members When communicating rationale to the board, you will want to focus on regulations, reputation, and business risk, which can be aided by calculating and presenting the potential cost of overall incident response. Better Aligning with Business Goals Calculating incident response can demonstrate how a new solution may align with the overall strategic goals, fostering quicker decision-making. Try our Incident Response Calculator Curious to know what phishing investigation and incident response costs your organization? Find out by using our Incident Response Calculator . Try it for Free Instant Data Classification Cyren URL Category Chacker Prev Anti-Phishing Software Solutions What Are They? Office 365 Antivirus Solution Catch and Contain Evasive Malware with Cyren Inbox Security Next Company Partners Resources Investor Relations Products Freeware Demo Solutions Contact Us Privacy Management Service by Data443\n            \n            Your analysis should cover:\n            1. Key security features and their benefits to users\n            2. Compliance certifications and regulatory adherence\n            3. User-focused security recommendations\n            4. Technical security implementation details\n            5. Data protection measures\n            6. Best practices for end users\n            "
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    "content": "### Analysis of Security-Related Content\n\n**1. Key Security Features and Their Benefits to Users**\n\nThe content highlights several security features that are beneficial for users:\n\n- **Safe Links and Office 365 Safe Attachments**: These tools help reduce response costs by scanning links and attachments for malicious content before they reach the user, thereby preventing phishing attacks and malware infections.\n\n- **Post-Delivery Detection Systems**: Utilizing machine learning, these systems continuously scan emails after delivery to detect and classify malicious, suspicious, or clean emails, improving the accuracy of threat detection over time.\n\n- **Automation and Crowdsourcing**: Automating the remediation of confirmed malicious emails and using crowdsourcing to analyze suspicious messages reduces the workload on Security Operations Center (SOC) analysts, allowing them to focus on more critical tasks.\n\n**2. Compliance Certifications and Regulatory Adherence**\n\nWhile specific compliance certifications are not mentioned, the content emphasizes the importance of calculating incident response costs to communicate effectively with C-Suite and Board Members regarding regulations, reputation, and business risk. Tools like the Incident Response Calculator can help organizations align their security strategies with regulatory requirements and demonstrate compliance.\n\n**3. User-Focused Security Recommendations**\n\nThe content suggests the following user-focused security recommendations:\n\n- **Implement Multi-Layered Security Approaches**: Combining security awareness training with advanced detection and remediation tools reduces the number of alerts and the time spent investigating them.\n\n- **Empower Users**: Provide users with easy-to-use security tools and education to apply their security knowledge, fostering a culture of empowerment rather than fear, which reduces false positives and unreported suspicious emails.\n\n**4. Technical Security Implementation Details**\n\nThe content mentions the use of:\n\n- **Machine Learning in Post-Delivery Systems**: These systems analyze emails after delivery, improving detection accuracy over time and adapting to new threats.\n\n- **Automation**: Automating remediation processes for confirmed threats reduces manual effort and increases response speed, integrating with existing security infrastructure to streamline incident response.\n\n**5. Data Protection Measures**\n\n- **Incident Response Solutions**: These solutions help protect sensitive data by quickly detecting and remediating threats, preventing data breaches and safeguarding organizational assets.\n\n**6. Best Practices for End Users**\n\n- **Education and Vigilance**: Users should be educated to recognize phishing attempts and report suspicious emails without causing unnecessary alarm.\n\n- **Utilization of Tools**: Encourage users to use provided security tools for reporting and protection, empowering them to contribute to organizational security.\n\nThis analysis provides a structured overview of the content, highlighting each security aspect and offering practical insights to enhance cybersecurity practices.",
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