Stealed vs SpyCloud vs Recorded Future: Credential Leak Detection Platforms Compared in 2026

Choosing a credential leak detection platform in 2026 is rarely a simple feature comparison. The market has matured into recognizable categories: identity protection specialists, full cyber threat intelligence (CTI) suites, and focused European vendors with sovereignty as a structural design choice. Three names come up in almost every shortlist we see in RFPs: Stealed, SpyCloud, and Recorded Future. This article compares them honestly, including where each one is genuinely the better fit.

Why Compare These Three Platforms

These three vendors are serious players. Their perimeters overlap on the credential exposure question, but they diverge sharply on scope, pricing, geography, and product philosophy.

SpyCloud built its reputation around account takeover (ATO) prevention, with one of the largest consolidated breach databases in the industry and tight integration with identity providers. Recorded Future is a category-defining CTI platform whose Identity Intelligence module addresses credential leaks as part of a much larger threat intelligence offering. Stealed, founded in France, focuses specifically on real-time credential exposure from infostealer logs, underground forums, and Telegram channels, with EU sovereign hosting as a baseline.

The right choice depends on three questions: which sources matter most for your threat model, whether you need a credential specialist or a full CTI suite, and whether EU data residency is a structural constraint. We will go through each platform, then a side-by-side table, then concrete buyer profiles.

According to the Verizon Data Breach Investigations Report 2025, stolen credentials remain among the top initial access vectors for breaches, which is why the credential exposure category has consolidated around these specialists.

SpyCloud: Scope, Strengths, Limits

SpyCloud is a US-based company headquartered in Austin, Texas. Its core product is a recaptured data platform built around what the company calls “Cybercrime Analytics.” The strongest pillar is the consolidated breach database: SpyCloud has aggregated billions of recaptured credentials from breaches, malware infections, and underground sources, and exposes this corpus through APIs and turnkey integrations.

The standout strength is account takeover prevention. SpyCloud offers automatic password reinjection workflows: when a credential matching one of your enterprise users is found in the wild, the platform can trigger a forced password reset through Active Directory, Okta, or Azure Entra ID. This closes the loop between detection and remediation, which most credential leak vendors leave to the customer to wire up themselves. SpyCloud also offers session hijacking detection and consumer-facing identity protection products, signaling a clear product philosophy: identity protection at scale.

The platform has a strong story for fraud prevention teams as well, with cookie and session token recapture used to detect post-authentication risk. Native integrations cover the major IAM platforms, SIEMs (Splunk, Sentinel, Chronicle), and SOAR tools.

Limits to be aware of. SpyCloud is hosted in the United States, with the contractual implications that brings for European customers under GDPR and DORA. The platform is excellent on breach databases and infostealer logs, but Telegram channel coverage and French-language underground forums are less of a focus. Pricing is enterprise-oriented, with no free tier and contracts typically starting in the high five-figure range USD per year. Smaller MSPs and mid-market companies often find the entry point too high for an initial deployment.

Recorded Future: Scope, Strengths, Limits

Recorded Future is the largest pure-play CTI vendor in the market, headquartered in Somerville, Massachusetts. Acquired by Mastercard in 2024, it operates the Recorded Future Intelligence Cloud, which spans threat actors, vulnerabilities, geopolitical signals, brand monitoring, dark web monitoring, and identity intelligence.

The strength here is breadth. If you need to correlate a credential leak with a known threat actor, a CVE being exploited, a geopolitical campaign, and a brand impersonation case, Recorded Future is built exactly for that. The Identity Intelligence module addresses credential exposure with workflows for security operations centers and a strong analyst layer that contextualizes findings beyond raw data dumps. The intelligence graph behind the platform is one of the most comprehensive in the industry, fed by both automated collection and a large analyst team.

Native integrations are extensive: Splunk, Microsoft Sentinel, Cortex XSOAR, ServiceNow, Tines, Jira, and many more. The platform also exposes a rich API for custom workflows and is widely used by managed security service providers (MSSPs) and large in-house security teams.

Limits to be aware of. Cost of entry is the obvious one. Recorded Future is positioned as a strategic CTI investment, with annual contracts often well into six figures USD for full-suite access. The Identity Intelligence module can be purchased separately, but many of its strongest signals come from cross-correlation with the rest of the Intelligence Cloud, which means the value is diluted if you only buy that piece. For organizations that need credential leak detection only, Recorded Future can feel oversized.

Hosting is US-based, with EU contractual options available. Implementation is non-trivial: getting the most out of the platform typically requires dedicated CTI analysts, which is a real consideration for mid-market buyers without a full SOC.

Stealed: Scope, Strengths, Limits

Stealed is a French B2B SaaS focused on real-time credential leak detection. The product is built around three source categories: infostealer logs (RedLine, Lumma, Vidar, Stealc, and others), underground forums (XSS, BreachForums, Exploit), and private Telegram channels where stolen data is distributed and monetized. Detection latency is measured in minutes from publication, not hours or days.

The technical pipeline is built specifically for these sources. Telegram monitoring uses a fleet of accounts collecting from cybercriminal channels in near real time, with a parsing layer that handles the heterogeneous formats common in stealer dumps. Data is indexed in ClickHouse with per-tenant isolation and is queryable through a clean API and a Next.js dashboard. Multi-tenant capabilities are first-class for MSSPs, with parent and child organization separation, role-based access, and consolidated billing.

Hosting is in France on Scaleway, an EU sovereign cloud provider. This makes the article 28 supplier risk assessment under DORA and the article 21 supply chain controls under NIS2 substantially simpler than with US-based vendors. GDPR data residency is baseline, not an add-on. The platform supports French and English in the UI and can serve French-language underground forum content natively.

Pricing is structured to lower the barrier to entry. A free tier covering one root domain with aggregated indicators, an SMB plan from 79 EUR per month, and an Enterprise plan quoted on the actual perimeter, with dedicated MSSP features. Getting started on the free tier is self-serve, with assisted onboarding beyond it.

Limits to be aware of, stated honestly. Stealed is a credential and identity exposure specialist, not a full CTI suite. If you also need vulnerability intelligence, brand monitoring across the open web, geopolitical analysis, or a large analyst team producing finished intelligence reports, Stealed will not replace Recorded Future. Network of native integrations is growing (SIEM connectors, webhook, API, IAM password reinjection on the roadmap) but is not yet as deep as SpyCloud or Recorded Future on every IAM and SOAR vendor. The breach database history goes back several years but does not match the multi-decade aggregated corpus that SpyCloud has built.

Detailed Comparison Table

Criterion	Stealed	SpyCloud	Recorded Future
Sources covered	Infostealer logs, underground forums, Telegram channels	Infostealer logs, breach databases, malware logs, dark web	Full CTI: dark web, forums, infostealers, brand, vulnerabilities, geopolitics
Freshness	Minutes from publication	Hours to days, depending on source	Variable, hours to days for credential signals
Product focus	Credential and identity exposure specialist	ATO prevention, identity protection at scale	Full CTI suite, Identity is one module
Hosting	EU sovereign (Scaleway, France)	United States	United States, with EU options
Free plan	Yes, up to 1 domain	No	No
Entry pricing	Free tier, then 79 EUR per month (SMB), Enterprise on quote	Enterprise, typically five figures USD per year	Enterprise, typically six figures USD per year
Native integrations	API, webhooks, SIEM connectors, IAM on roadmap	Active Directory, Okta, Azure Entra ID, Splunk, Sentinel, SOAR	Splunk, Sentinel, Cortex XSOAR, ServiceNow, Tines, Jira and more
Multi-tenant for MSSP	Native, parent/child orgs, consolidated billing	Available, mature MSSP program	Available through partner program
API	REST, OpenAPI documented	REST, well documented	REST and GraphQL, extensive
GDPR / NIS2 / DORA fit	Native, EU sovereign by design	Requires contractual measures	Requires contractual measures
French language support	Yes, UI and content	English first	English first

This table is a synthesis based on public information from each vendor and our own product reality. Pricing varies by negotiation and scope. Always validate with the vendor for your specific volume and integration needs.

Use Cases by Buyer Profile

Banking under DORA

A European bank subject to the Digital Operational Resilience Act has specific obligations under article 28 around third-party ICT service provider risk. Choosing a US-based credential leak vendor is possible but adds complexity: standard contractual clauses, data transfer impact assessments, and supervisor questions about effective control over EU customer data. Stealed reduces this friction by being EU-hosted by default. If the bank also runs a mature CTI program with dedicated analysts and needs vulnerability and threat actor coverage on top of credentials, pairing Stealed for credentials with Recorded Future for full CTI is a defensible architecture. SpyCloud fits if the priority is ATO prevention on retail banking customer accounts and the legal team is comfortable with the data transfer setup.

US-EU e-commerce

A retailer with operations on both sides of the Atlantic will likely already have or want SpyCloud for the depth of its breach database and the ATO prevention workflows on customer accounts. Stealed becomes relevant as a complement on the EU side, specifically for Telegram and French-language underground source coverage that SpyCloud is less focused on. Recorded Future is a fit if the security team is large enough to absorb a full CTI suite and operate it daily.

French MSSP

A French managed security service provider building a credential exposure offering for SMB and mid-market clients has a clear winner on cost structure: Stealed. Native multi-tenant features, monthly pricing, French language, EU sovereignty, and a free tier to onboard small clients all align with the MSSP economic model. SpyCloud has a mature MSSP program but the entry cost is harder to absorb when reselling to small French SMBs. Recorded Future is rarely a fit for this segment, the price point is too high.

Mid-market B2B SaaS

A B2B SaaS company with 200 to 2000 employees, a small security team, and no full SOC typically needs credential leak detection without a full CTI program. Stealed and SpyCloud are both reasonable candidates here. Stealed wins on price, time to value, and EU residency if applicable. SpyCloud wins if the company is US-based and already invested in Okta or Active Directory automation and wants automated password reinjection out of the box. Recorded Future is overkill for this profile unless the security maturity justifies it.

Limits and Competitors Not Covered

This comparison covers three vendors, but the market is broader. A few names that come up in adjacent shortlists.

Constella Intelligence: digital risk protection with strong identity intelligence and surface deep dark web coverage, US-headquartered.

Hudson Rock: focused specifically on infostealer infections, with both consumer-facing free tools and a B2B platform. Strong technical reputation in the infostealer niche.

Flare: Canadian platform with strong dark web and Telegram coverage, attractive for North American mid-market buyers.

Hold Security: long-running US firm with a large recaptured credentials database, less product-driven than the leaders.

Intel 471: premium underground intelligence vendor with strong threat actor profiles, often used by mature CTI teams alongside Recorded Future.

Depending on your geography and threat model, a serious shortlist may include some of these. The point is not to lock you into the three platforms in this article, but to give you a framework you can extend.

How to Evaluate in Practice

A vendor comparison on paper will only take you so far. The decisive step is a real proof of concept on your environment.

Run a 30 to 60 day POC on a known domain, ideally one where you have ground truth on recent breaches. Measure three metrics:

Coverage rate. How many of the credentials you already know about does the platform surface, and how many additional ones does it find that you did not know? Run the same query on each platform and compare.
Alert latency. From the public availability of a leak (forum post, Telegram drop, infostealer log batch), how long until the platform notifies you? Track this over a multi-week window.
False positive rate after deduplication. Raw counts are misleading because the same credential reappears in multiple dumps. After applying the platform deduplication logic, how clean is the alert stream?

Test the SIEM integration with a real ingestion path. Configure the connector, send a week of data, and verify it lands cleanly in your detection pipelines. A good demo on the vendor side and a broken integration in your environment is a real risk you want to surface during the POC, not after the contract is signed.

Compare these results across the platforms you shortlist. The winner is often not the one with the most features, but the one whose data quality and integration story match your operational reality.

Frequently Asked Questions

Which platform is best for a US-based bank focused on ATO prevention? SpyCloud has the strongest dedicated ATO prevention story, with automatic password reinjection workflows and consolidated breach databases. Recorded Future fits if you also need broader threat intelligence beyond credentials. Stealed adds value when Telegram and underground forum coverage matters and EU data residency is a constraint.

Which platform is best for a European entity subject to DORA or NIS2? Stealed is hosted in France on EU sovereign infrastructure (Scaleway), which simplifies the article 28 supplier risk assessment under DORA and the article 21 supply chain controls under NIS2. SpyCloud and Recorded Future are US-based and require additional contractual measures to satisfy EU supervisor expectations on data localization.

What are typical entry pricing levels? Stealed offers a free tier, an SMB plan from 79 EUR per month with an annual commitment, and an Enterprise plan quoted on the actual perimeter. SpyCloud and Recorded Future enterprise contracts typically start in the high five-figure range USD per year, with no free tier. Pricing is driven by volume of monitored domains, integrations, and add-on modules.

Which platform has the broadest CTI coverage? Recorded Future is the broadest by design: vulnerabilities, threat actors, geopolitical signals, brand monitoring, dark web. Stealed and SpyCloud are focused specifically on credential and identity exposure. The right choice depends on whether you need a credential specialist or a full CTI suite.

How do I evaluate these platforms in practice? Run a 30 to 60 day proof of concept on a known domain. Measure three metrics: coverage rate against ground truth (recent known breaches), alert latency from publication to notification, and false positive rate after deduplication. Test the SIEM integration with a real ingestion path. Compare these results across the platforms you shortlist.