List every source, processor, and destination in a simple table, then draw arrows for each trigger and action. Include ephemeral storage like task history and attachment caches. This habit reveals hidden paths where contact details, tokens, or files might unexpectedly travel or linger.
Mark personal identifiers, auth tokens, financial entries, and health hints. Note regulatory exposure like GDPR, CCPA, or sector policies from your employer. Knowing obligations shapes safer fields, consents, and retention rules before any automation copies a single sensitive value.
Imagine misuse like forwarded spreadsheets, misaddressed messages, or an ex-employee retaining access. Consider attacker goals, from scraping contacts to pivoting via OAuth. Rate likelihood and impact, then prioritize protections where risk and sensitivity intersect, not where convenience simply screams the loudest.
Choose OAuth where possible so you can revoke access without changing passwords. Grant only the scopes each automation truly needs. Avoid sharing personal tokens in team spaces, and review third-party app permissions monthly to remove experiments you no longer trust or remember.
Adopt a password manager and enable two-factor authentication for every service. Rotate API keys on a schedule and immediately after any role change. Keep secrets out of spreadsheets and docs, and prefer encrypted fields or native vaults provided by reputable automation platforms.
When connecting calendars, files, or mailboxes, choose the narrowest account and collection necessary. Avoid all-files permissions for a single folder task. Use dedicated service accounts for automations, then disable human logins to those accounts to shrink exposure and audit more clearly.
Use signed secrets, rotating tokens, and timestamp checks to block replay attempts. Confirm expected headers and restrict IP ranges where feasible. If a tool lacks verification, place it behind a gateway that adds signatures, rate limits, and detailed audit logs you control.
Use signed secrets, rotating tokens, and timestamp checks to block replay attempts. Confirm expected headers and restrict IP ranges where feasible. If a tool lacks verification, place it behind a gateway that adds signatures, rate limits, and detailed audit logs you control.
Use signed secrets, rotating tokens, and timestamp checks to block replay attempts. Confirm expected headers and restrict IP ranges where feasible. If a tool lacks verification, place it behind a gateway that adds signatures, rate limits, and detailed audit logs you control.
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