DeHashed
Breach record search engine covering usernames, emails, names, IPs, and phone numbers.
Technical Architecture & Overview
DeHashed searches compiled breach databases across identifiers including email, username, name, address, phone, and IP, with a paid API for integration. Investigators use it to correlate exposure across dump sources, and free searches cover basic lookups. Community reporting suggests its dataset updates more slowly than alternatives, which matters for freshness.
Targeted Technical Use Cases
Cross-identifier breach correlation during investigations where multiple data points are known.
Evaluation & Trade-offs
Core Strengths
- +Searches identifiers beyond email.
- +API available for case tooling.
- +Broad historical dump coverage.
Trade-Offs & Limitations
- -Freshness concerns compared with Have I Been Pwned.
- -Full access requires paid credits.
Defensive Security Application
Investigating exposure of specific individuals and credentials during fraud or ATO casework.
Frequently Asked Questions
What is DeHashed?→
DeHashed searches compiled breach databases across identifiers including email, username, name, address, phone, and IP, with a paid API for integration. Investigators use it to correlate exposure across dump sources, and free searches cover basic lookups. Community reporting suggests its dataset updates more slowly than alternatives, which matters for freshness.
What is DeHashed used for?→
Cross-identifier breach correlation during investigations where multiple data points are known.
What are the strengths of DeHashed?→
- +Searches identifiers beyond email.
- +API available for case tooling.
- +Broad historical dump coverage.
What are the limitations of DeHashed?→
- +Freshness concerns compared with Have I Been Pwned.
- +Full access requires paid credits.
How is DeHashed used defensively?→
Investigating exposure of specific individuals and credentials during fraud or ATO casework.