building-phishing-reporting-button-workflow
by mukul975The building-phishing-reporting-button-workflow skill helps you design a phishing report button workflow that preserves the original email, extracts IOCs, classifies reports, and routes triage and feedback for Microsoft 365 or similar email security setups.
This skill scores 71/100, which is an acceptable but limited listing candidate. For directory users, it offers real phishing-reporting workflow value and enough supporting material to justify installation, but it is not yet a strongly turnkey skill because trigger and setup details are only moderately explicit.
- Defines a concrete phishing report button workflow with automated triage, IOC extraction, classification, and reporter feedback in SKILL.md and the workflow references.
- Includes executable support files (`scripts/agent.py`, `scripts/process.py`) plus reference docs for APIs, standards, and workflow steps, which improves agent leverage beyond prose alone.
- Frontmatter is valid and the skill is clearly scoped to phishing defense in Microsoft 365 / email-security contexts, making the install use case easy to understand quickly.
- No install command is provided in SKILL.md, so users may need extra manual setup before the skill is usable.
- The repository shows limited explicit constraints and practical trigger guidance, so agents may still need some guesswork to map the workflow onto a specific environment or email platform.
Overview of building-phishing-reporting-button-workflow skill
What this skill is for
The building-phishing-reporting-button-workflow skill helps you design and implement a phishing report button workflow that turns user reports into a triage and response process. It is most useful for security teams building email-reporting programs in Microsoft 365 or similar environments, especially when the goal is faster SOC visibility, better phishing detection, and reporter feedback.
Who should use it
Use the building-phishing-reporting-button-workflow skill if you need a practical blueprint for email-client reporting, SOAR-backed triage, or security-awareness reporting metrics. It fits defenders who already have mail flow, incident handling, or awareness tooling in place and want a workflow they can operationalize, not just describe.
Why it matters
The main value is reducing delay between a user click and a security action: preserve the original message, extract indicators, classify the report, and route the right outcome back to the reporter and SOC. The building-phishing-reporting-button-workflow is stronger than a generic prompt because it is anchored in email parsing, classification logic, and response paths rather than abstract “phishing awareness” advice.
How to Use building-phishing-reporting-button-workflow skill
Install and inspect the right files first
For a building-phishing-reporting-button-workflow install, add the skill with npx skills add mukul975/Anthropic-Cybersecurity-Skills --skill building-phishing-reporting-button-workflow. Then read SKILL.md first, followed by assets/template.md, references/workflows.md, references/standards.md, and references/api-reference.md. Those files tell you how the workflow is expected to behave, what metrics matter, and what indicators the automation should extract.
Give the skill a concrete environment
The building-phishing-reporting-button-workflow usage works best when you specify your mail platform, reporting target, and downstream tooling. For example: “Design this for Microsoft 365 using the built-in Report button, forward reports to phishing-reports@company.com, and escalate suspicious messages to Sentinel or a ticketing API.” If you leave those details out, the output will stay generic and may not match your tenant, mailbox rules, or SOC process.
Turn a rough idea into a usable prompt
A strong building-phishing-reporting-button-workflow guide prompt should name the mail client, reporting mailbox, triage categories, and response rules. Better inputs look like: “Create a phishing reporting workflow for Outlook desktop/web/mobile, keep the original email intact, classify by SPF/DKIM, URL reputation, and attachment risk, and give the reporter feedback within minutes.” That level of specificity helps the skill produce a workflow you can actually implement for Workflow Automation.
Use the repo artifacts to shape the output
The repository includes a template and workflow/reference docs that can improve your result: use assets/template.md to define reporting configuration and metrics, and use references/workflows.md to mirror the intake-to-response path. The scripts/process.py and scripts/agent.py files are especially useful if you want to understand how the triage logic parses .eml files, extracts IOCs, and classifies reports before you adapt the workflow to your own stack.
building-phishing-reporting-button-workflow skill FAQ
Is this only for Microsoft 365?
No. Microsoft’s built-in Report button is the clearest reference point in this skill, but the workflow can be adapted to Google Workspace or third-party reporter tools. The key question is whether your environment can forward the report, preserve headers, and trigger automation reliably.
How is this different from a normal prompt?
A normal prompt may describe phishing reporting at a high level. The building-phishing-reporting-button-workflow skill is more installation-oriented: it points you toward configuration, triage stages, indicators, and analyst actions, which makes it more useful when you need an implementation plan rather than a generic explanation.
Do I need to be a security engineer to use it?
Not necessarily, but you do need enough context to name your email platform, reporting path, and response ownership. Beginners can use it for planning, yet the best results come from users who can supply tenant constraints, SOC handoff rules, and the preferred auto-action for confirmed phishing or false positives.
When is this the wrong skill?
Skip it if you only want a user-awareness message, a one-off phishing detection script, or a broad incident-response checklist. It is a poor fit when you cannot automate intake or when your organization has no approved reporting mailbox, triage queue, or feedback loop for reporters.
How to Improve building-phishing-reporting-button-workflow skill
Provide the inputs the workflow needs most
The skill produces better output when you specify the report destination, classification thresholds, and actions for each verdict. For example, include whether confirmed phishing should trigger sender blocking, message retraction, or ticket creation; whether simulation reports should credit training systems; and whether clean reports should be closed with user education. Those decisions are central to building-phishing-reporting-button-workflow skill quality.
Avoid the most common failure modes
Weak inputs usually fail in three places: they do not preserve the original email, they ignore header and URL extraction, or they skip the reporter feedback loop. If you want the building-phishing-reporting-button-workflow to be useful in practice, ask for a workflow that explicitly handles full headers, attachment hashing, reputation checks, and analyst escalation criteria.
Iterate using real report samples
After the first draft, improve the workflow with sample .eml messages, common false positives, and the top phishing patterns in your environment. If you can provide one benign email, one simulation, and one real suspicious message, the skill can be refined to distinguish them more accurately and reduce noisy triage.
Tune for operations, not just detection
The most valuable improvement is operational: reduce mean triage time, define who gets notified, and decide what the reporter sees at each stage. For building-phishing-reporting-button-workflow for Workflow Automation, the best iteration path is to tighten the mailbox intake, enrichment steps, and response rules until the output maps cleanly to your SOC process and reporting metrics.