The best DeHashed alternatives depend on what DeHashed is failing to give you: Revealer covers breach records plus infostealer logs and live account discovery from one identifier, Intelligence X covers archival and darknet leak material, Snusbase and LeakCheck cover fast raw-dump queries, and HaveIBeenPwned covers free, ethically sourced email checks. DeHashed itself remains a solid multi-field breach search: email, username, phone, name, IP, and password-hash pivots in a single query language. This post compares seven options on search keys, dataset type, API access, and the investigation workflows each one actually suits.
What DeHashed does well
Credit where it is due. DeHashed earned its position because it treats a breach corpus as a queryable database rather than a notification service. The practical strengths:
- Multi-field search. You can query by email, username, name, phone number, IP address, physical address, and, unusually, password or password hash. Searching a known plaintext password to find every other account that reused it is a pivot most competitors do not offer.
- Field-scoped query syntax.
email:[email protected]behaves differently from a bare keyword search, and wildcard/regex support lets you handle username variants without twelve separate queries. - API access. Programmatic lookups mean you can wire breach checks into your own enrichment pipeline instead of copying results out of a web UI.
- Cross-record correlation. Because records retain the original breach's field structure, you often get a name, address, and phone attached to the email you searched (useful for entity resolution).
If your work is "here is one identifier, show me every historical record that contains it," DeHashed handles that well.
Where DeHashed runs out of road
The gaps are specific, which is why most people I know keep a second tool open.
- Infostealer logs are not its core dataset. Credential material harvested by Redline, Raccoon, Lumma, Vidar, and similar malware families is often the freshest compromise signal you will get. The structure is different from a breach dump: device fingerprint, browser profile, cookie material, a list of saved logins. DeHashed's model is built around breach records.
- No live account discovery. DeHashed tells you what a historical dump contains. It does not tell you whether the person currently holds accounts on dozens of platforms under that username. Those are different questions, and most investigations need both.
- No recursive pivoting. You pivot by hand: search email, spot a username in the results, search that username, spot a phone number, search that. Every hop is a manual query and a manual judgment call.
- Access friction. Account approval, payment method constraints, and periodic access-policy changes have all been friction points at various times. Check their current signup and pricing terms directly; this space changes.
- Data staleness varies wildly. A ten-year-old forum dump and last month's credential harvest sit in the same result list with unequal operational value. You have to date the source yourself.
Quick comparison
| Tool | Search keys | Stealer logs | API | Free tier | Best for |
|---|---|---|---|---|---|
| Revealer | Email, username, phone, name, address | Yes | Yes | Yes | Breach + stealer logs + live account discovery in one pass |
| DeHashed | Email, username, name, phone, IP, address, password/hash | Limited | Yes | Limited | Password-reuse and multi-field breach pivots |
| Intelligence X | Email, domain, URL, IP, phone, crypto address | Present in some collections | Yes | Limited search | Archival, darknet, and historical leak research |
| Snusbase | Email, username, password/hash, IP, name | Some | Yes | No | Fast raw dump querying |
| LeakCheck | Email, username, phone, domain | Some | Yes | Limited checks | Quick single-identifier verification |
| HaveIBeenPwned | Email, phone (some), domain | No (by policy) | Yes | Yes for email checks | Free, transparent, ethically sourced breach checks |
| Hudson Rock | Email, domain, username, IP | Yes (primary focus) | Yes | Free lookup endpoints | Infostealer-specific corporate exposure |
Coverage, pricing, and access terms change often. The characterizations above reflect publicly documented capabilities as of writing. Verify against each vendor's own site before you build a process around any of them.
1. Revealer: breach data plus stealer logs plus live accounts
Revealer approaches the problem from the identity side rather than the dump side. One search by email, username, phone, name, or address runs against 800+ platforms, public records, and known breach datasets in a single pass.
Three things distinguish it from a pure breach-dump search:
Infostealer log coverage. The stealer logs dataset is treated as a first-class source rather than an afterthought. When an email appears in a recent infostealer log, that is a materially different finding from appearing in a 2016 forum breach. It suggests an actively compromised device, and it usually comes with a list of other services the same victim had saved credentials for. That list is often the highest-value pivot in the whole investigation.
Live account discovery alongside historical records. Email lookup returns registered-account signals across platforms next to the breach hits. So instead of "this address was in four dumps," you get "this address was in four dumps and currently has accounts on these platforms under these usernames." The breach data tells you what leaked; the account data tells you who they are now.
Recursive pivoting. AI Deep Search is agent-driven: it follows identifiers across sources automatically. Email surfaces a username, the username surfaces a second email, the second email surfaces a phone number, and each branch gets checked without you queuing seven manual searches. This is the single biggest workflow difference from DeHashed, where every hop is your keystroke.
Practical notes: free tier to start, paid self-serve plans from $12.99/mo, custom Enterprise, card and crypto accepted. API access is available for pipeline integration, and breach monitoring covers ongoing exposure rather than one-off checks.
Trade-off, honestly: if your specific need is searching by password hash to map credential reuse across a dump corpus, DeHashed's password-field pivot is a purpose-built capability that identity-first tooling does not replicate.
2. Intelligence X: archival and historical depth
When the incident is three years old and every SaaS breach-search has already dropped the dump, this is the one I open. Intelligence X runs a search engine over leaks, darknet material, document collections, and its own historical archive. The differentiator is time depth. It keeps material other services prune, which matters when you are reconstructing when an identifier first appeared publicly, not just whether it appears in this week's index.
Search keys extend past the usual set to domains, URLs, IPs, CIDR ranges, and cryptocurrency addresses. That last one is genuinely useful for financial-trail work no breach-record tool handles. You are searching a document corpus by selector, not paging through parsed rows.
Where it falls short of DeHashed: results skew toward documents and collections rather than clean structured records, so entity resolution takes more manual reading. You will spend time inside PDFs and paste dumps that a fielded breach UI would have already split into email / password / phone. Free searches are limited; check current tiers on their site.
3. Snusbase: fast raw dump querying
Want DeHashed's core job (multi-field dump search, including password and hash) without changing how you think about the data? Snusbase is the closest substitute. Wildcard support, an API, and query speed that holds up on large result sets. It also indexes some stealer-log material, which can be an advantage over DeHashed on compromise-focused work.
The interface assumes you already know what you are doing. That is fine for practitioners and the wrong product for someone who wants a guided identity report. It is a paid service with no meaningful free tier, so try it on a real case rather than kicking tires. Verify current pricing directly; I will not quote a number I cannot stand behind.
Use it when you already have a dump-shaped question: "show me every row containing this hash," "give me the other emails that sat next to this password." Put it down when the question is "who is this person and where do they have accounts."
4. LeakCheck: quick verification
Most of the tools on this list try to be a research environment. LeakCheck does not. It is built for a narrow question: has this identifier been exposed, and in what. Email, username, phone, and domain search with an API and a simple result format. It is not a research platform and does not pretend to be. You drop it into a larger workflow as a fast confirm/deny step.
I use it as a second opinion on a single identifier, not as the place I build a case. Limited free checks are available; paid tiers scale from there. If you are scripting a pass over a list of emails and you want a yes/no plus a source tag, this is the shape of tool you want. If you need the rest of the identity, keep moving.
5. HaveIBeenPwned: the free, transparent baseline
I still run HaveIBeenPwned first on my own addresses, and I tell non-practitioners to do the same. It is email-first, free for individual checks, and unusually transparent about what it holds and how it obtained it. Domain monitoring is genuinely good for defenders watching their own estate. If you need a check you can defend in a write-up ("we used the public, ethically sourced baseline"), start here.
The constraints are deliberate: no password-based pivots, no username search, no reverse lookups, and infostealer material has historically sat outside the main breach list as a matter of policy (verify current coverage; the product has evolved). HIBP is the right answer for "was my address in a breach" and the wrong answer for investigative pivoting. Keep it in the stack as your ethical baseline and your free first check. Do not ask it to be DeHashed.
6. Hudson Rock: infostealer specialists
If the question is "did malware harvest our people," stop shopping for a general breach search. Hudson Rock focuses almost exclusively on infostealer infections and the corporate exposure derived from them. Employee and customer credentials captured by stealers, tied back to a domain. That is a different dataset from "this email was in LinkedIn 2012." They publish free lookup endpoints for basic domain and email checks, which is enough to see whether the well is dry before you buy.
It is narrow by design. For general breach-record research, name pivots, or public-records work, you will need something else alongside it. Pair it with a multi-field breach search (DeHashed, Snusbase) or with an identity-first tool, depending on whether the rest of the case is dump-shaped or person-shaped.
7. Roll your own with public sources
Not every gap needs a vendor. Public breach-checking APIs, OSINT tooling like Holehe and Maigret for account discovery, and manual public-records research cover a surprising amount of ground at zero cost. For a one-off check on a handle you already trust, this is often enough.
The honest trade-off is time and coverage. Open-source account-discovery tools check dozens of platforms, not hundreds, and they check registration signals rather than breach content. You get no stealer-log visibility at all. Holehe will tell you an email is registered on a site; it will not tell you that same email sat in a Lumma log last month with a session cookie still attached. For repeated casework the hours add up faster than a subscription. Budget your time as if it had a price, because it does.
How to choose
Work backwards from the identifier you actually hold and the question you actually need answered.
| Your situation | Start with |
|---|---|
| You have a password/hash and want to map reuse | DeHashed |
| You have one identifier and need the full identity picture | Revealer |
| You suspect malware-harvested credentials | Stealer logs or Hudson Rock |
| You are researching an incident from years ago | Intelligence X |
| You need a free, defensible check on your own address | HaveIBeenPwned |
| You need one fast confirm/deny in a script | LeakCheck |
Most practitioners run two: a breach-record search and an identity-and-accounts search. They answer different questions and neither substitutes for the other. If you only keep DeHashed, you will miss live accounts and fresh stealer hits. If you only keep an identity tool, you will miss password-reuse pivots. Buy the gap, not the brand.
Lawful use only
Breach and infostealer data is investigative material, not a credential source. Use it to establish exposure, verify compromise, support fraud and threat-intelligence work, and conduct authorized due diligence. Do not use recovered credentials to access accounts you do not own. That is unauthorized access under the CFAA and equivalent laws in most jurisdictions, regardless of how the credentials reached you.
Revealer is not a consumer reporting agency, and its results are not consumer reports. Do not use them for employment, tenant, credit, or insurance decisions. Those require an FCRA-compliant consumer reporting agency, which is a legally distinct category of service from public-records and breach-data search. If you need a decisioning background check, use a CRA. If you need investigative intelligence, that is what these tools are for.
Data subjects can request removal or access through the contact routes on /contact.
Frequently asked questions
Is DeHashed still worth paying for in 2026? For password-hash and multi-field breach pivots, yes. That capability is not widely replicated. If your work centers on infostealer logs or live account mapping, you will want a second tool regardless.
Which DeHashed alternative covers stealer logs best? Hudson Rock is the specialist; Revealer's stealer logs dataset covers them alongside breach records and account discovery, which saves a tool switch. Snusbase also indexes some stealer material.
Can I search by password like DeHashed allows? Some alternatives support password or hash fields (Snusbase notably), others do not. Identity-first platforms generally index by person-identifier rather than credential value, so confirm the capability before switching if that pivot is core to your work.
Is it legal to search breach data? Searching aggregated breach data through a commercial service is generally lawful in most jurisdictions for investigative, security, and personal-exposure purposes. Using recovered credentials to access accounts is not. Jurisdiction matters. Check local law for your context.
Can I use these results for a background check on a job applicant? No. Public-records and breach search is not an FCRA-compliant consumer report. Employment, tenant, and credit decisions require a consumer reporting agency. Revealer's background check tools are for investigative and research use only.
Do these tools offer API access? Most do, including DeHashed, Snusbase, LeakCheck, Intelligence X, and Revealer. Rate limits and pricing models differ substantially. Compare on cost per lookup at your expected volume, not on headline plan price.