SecOps

ITOps

Email Header and Body Analysis for Phishing Attempt

Email Header and Body Analysis for Phishing Attempt

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Import

Mindflow automates the analysis of email headers and body content using OpenAI GPT-4, Microsoft Graph, and VirusTotal to detect and mitigate phishing threats efficiently.

Automate Email Security


Integration

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Mindflow automates the analysis of email headers and body content using OpenAI GPT-4, Microsoft Graph, and VirusTotal to detect and mitigate phishing threats efficiently.

Automate Email Security

Flow Automation Highlights

Email Header Analysis: Mindflow automates the extraction and analysis of email headers, tasks that require meticulous attention to detail when performed manually. By using this automated process, Mindflow significantly reduces the time needed to assess potential threats, eliminating human error and allowing for rapid identification of phishing attempts.

Phishing Pattern Detection with GPT-4: Mindflow uses OpenAI's GPT-4 to analyze the body of emails for phishing indicators. If done manually, this task would require significant expertise and time to identify subtle signs of phishing. Automation with GPT-4 improves accuracy and speed, leading to more effective threat identification.

Email Remediation Actions: Mindflow automates searching for and deleting phishing emails across user mailboxes via Microsoft Graph. Manually managing this across an organization's mail system would be time-prohibitive. Automation ensures swift remediation, minimizing the window during which employees might be exposed to phishing emails.

Orchestration Toolbox

VirusTotal: In this use case, VirusTotal analyzes suspicious IP addresses extracted from email headers. It assesses the reputation of these IPs to determine if they are known to be associated with malicious activity, a task that would require extensive manual research to accomplish otherwise. This makes the process much quicker and more thorough.

Microsoft Graph—Users: Microsoft Graph—Users enumerates the list of users within an organization, which is a prerequisite for determining the potential scope of a phishing attack. Automating this process replaces manual database queries, saving time and reducing the risk of missing user accounts.

Microsoft Graph—Mail: This tool is crucial for searching users' emails to find and respond to messages that match phishing characteristics identified in the analysis. It automates tasks that would otherwise involve manually sifting through potentially hundreds of emails, greatly accelerating the response to an identified threat.

OpenAI GPT-4: GPT-4 plays a pivotal role in analyzing email content for signs of phishing, such as language cues and deceptive links. This sophisticated task would be very challenging to perform manually at scale. Automation with GPT-4 enhances accuracy and allows for rapidly processing large volumes of emails.

Why

Automate Email Security

?

Opportunity cost

Integration of AI Analysis

Email Parsing Configuration

Adapting Security Protocols

Impact of automation

Enhanced Phishing Detection

Rapid Threat Response

Automated Email Remediation

Let's talk!

Why

Automate Email Security

?

Opportunity cost

Integration of AI Analysis

Email Parsing Configuration

Adapting Security Protocols

Impact of automation

Enhanced Phishing Detection

Rapid Threat Response

Automated Email Remediation

Let's talk!

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