SpyCloud vs. KELA Cyber
Choosing Between Threat Research and Identity Protection
Both SpyCloud and KELA Cyber collect infostealer logs, stolen credentials, and session cookies from criminal sources.
The difference is that SpyCloud acts on what it recaptures – 1+ trillion assets and counting – matching stolen data to the employees, consumers, and vendors it belongs to. It then enables credential resets and session invalidation through your existing tools.
At-a-glance comparison
SpyCloud is an identity threat protection platform with solutions for enterprise protection, consumer protection, and investigations. KELA Cyber is a threat intelligence platform for analysts and teams looking for research into criminal activity.
KELA fits when the need is understanding adversaries. SpyCloud fits when the need is stopping attacks.
- 200+ data types recaptured from breaches, malware infections, and phishing attacks
- Endpoint Threat Protection identifies infected devices as well as the credentials, session tokens, and access artifacts taken from them, including unmanaged endpoints
- Automated credential resets and session invalidation, with integrations across 300+ tools via SpyCloud Connect
- Workforce, Consumer, and Supply Chain Threat Protection for employees, consumers, and third-party vendors
- IDLink identity resolution surfaces 8x more identity records than exact-match queries
- Proprietary data lake combining darknet markets, underground forums, Telegram channels, and HUMINT sources
- Tracks infostealer infections and ransomware victims at volume and trend level
- Automated account resets, password changes, MFA enforcement, and quarantine of compromised assets
- Employee and customer accounts, plus third-party vendor risk monitoring
- Threat actor behavior profiling with HUMINT depth
Who is SpyCloud for?
SpyCloud is for security operations, identity and access management, application security, and fraud teams at global enterprises and government agencies. SpyCloud protects 4+ billion accounts for hundreds of global enterprises, including 7 of the Fortune 10.
How SpyCloud and KELA compare
| Capability | SpyCloud | KELA Cyber |
|---|---|---|
| Primary use case | Identity threat protection: Prevent, respond to, and investigate attacks originating from exposed identities. | Cyber threat intelligence: Monitor cybercrime ecosystems, track threat actors, and deliver research briefings. |
| Automated remediation? | Yes - password resets, session invalidation, and account quarantine triggered automatically via integrations with IdPs, EDRs, and SOARs | Yes – automated account resets, password changes, and multi-factor authentication enforcement |
| Recaptured identity data depth | 1 trillion+ assets across breaches, infostealer malware logs, and phishing; 130K+ breach sources | Darknet forum, marketplace, and chat channel monitoring; ransomware victim tracking (3,600+ victims cited) |
| Session cookie and token coverage | Session Identity Protection recaptures exposed session cookies and refresh tokens and invalidates them across connected applications. 17+ billion session cookies recaptured | Monitors session cookies among the underground sources it covers |
| Employee identity coverage | Workforce Threat Protection continuously monitors employee and contractor identities for exposed credentials and access; Identity Guardians automates remediation in Active Directory, Entra ID, and Okta. | Enterprise CTI focus; flags compromised employee accounts across an organization's domains and cloud application accounts |
| Consumer identity coverage | Consumer Threat Protection, Session Identity Protection, and Financial Threat Protection address consumer ATO, session hijacking, and payment fraud. | Consumer identity protection not documented |
| Supply chain / third-party coverage | Supply Chain Threat Protection monitors vendor and partner identity exposures in real time, with reports that can be shared so vendors fix their own exposures. | Monitors vendors' attack surface and threat intelligence, including leaked credentials, to score vendor risk and prioritize fixes |
| Infostealer malware visibility | Endpoint Threat Protection identifies infected devices and the credentials, session tokens, and application access artifacts taken from them, across managed and unmanaged endpoints. | Infostealer coverage inferred from general darknet monitoring; device-level post-infection evidence not documented |
| Identity resolution and correlation | IDLink surfaces 8x more identity records, 14x more plaintext passwords, and 5x more email addresses per identity vs. exact-match queries- a capability KELA's enterprise identity model does not document. | Cross-references infostealer log data and threat actor aliases to link criminals to real-world identities |
| Workflow integrations | 300+ integrations including Okta, Entra ID, Active Directory, CrowdStrike, Splunk, Cortex XSOAR, Tines, Swimlane, Google SecOps, and Maltego | Splunk apps and an application programming interface, with feeds into other security tools |
| Investigations capability | AI-powered Cybercrime Investigations module with Research Agent, IDLink analytics, Investigations API, and Maltego transforms; reduces investigation time from hours to minutes | CIC team conducts active investigations; law enforcement briefings documented; maintains searchable archive of underground data |
| Threat actor attribution | Available via Cybercrime Investigations; cybercrime tradecraft and integrated AI workflows surface attribution signals from recaptured identity data | Core differentiator; CIC has publicly attributed specific actors and briefed AFP, Western Australia Police, and FBI |
| Target buyer(s) | CISOs, SecOps, IAM, AppSec, and fraud teams at large enterprises, financial services firms, and government agencies | CTI analysts, SOC teams, law enforcement, and government agencies |
| Best for | Organizations that need to automatically detect, correlate, and remediate identity exposures across employees, consumers, and vendors | Organizations that primarily need cybercrime ecosystem monitoring and threat actor intelligence for CTI analyst functions |
5.0
“SpyCloud is the best service in their industry and I really don’t know why you would use another vendor or competitor.”
– Gartner Peer Insights
Where SpyCloud and KELA overlap
Both vendors cover employee and customer identities, third-party risk, and fraud, and both give analysts tools for investigating cybercrime.
If your team needs darknet coverage and criminal ecosystem intelligence, either vendor has real capability to offer. The question is what you need that intelligence to do.
Where SpyCloud and KELA diverge
This is where the decision gets made.
SpyCloud recaptures data directly from criminal sources: infostealer malware logs, phishing kits, combolists, and breaches. The repository holds more than 1 trillion identity assets across 200+ data types, including 17+ billion session cookies. KELA tracked about 3.9 million infected machines in 2025, and flags compromised accounts purely from that data.
Attackers also reuse credentials across personal accounts and alternate personas, which an exact-match scan of a work email can miss. IDLink correlates identity data across personal and professional accounts, typically finding 8x more identity records and 14x more plaintext passwords than exact-match queries.
Coverage includes unmanaged devices, contractors, and vendors.
SpyCloud connects to identity providers, endpoint detection, security monitoring, and orchestration tools, including Okta, Entra ID, Active Directory, CrowdStrike, Splunk, Microsoft Sentinel, and Tines. SpyCloud Connect, a hosted service, builds and maintains custom workflows, with pre-built integrations for 300+ vendors.
When SpyCloud detects a compromised credential, an automated playbook can reset the password and enrich the alert with the full exposure context. The security operations team sees a closed case.
KELA offers an application programming interface and Splunk apps, with feeds into security monitoring and automation tools.
SpyCloud offers dedicated solutions for consumer-facing organizations: Consumer Threat Protection, Session Identity Protection, and Financial Threat Protection, which covers credit, debit, gift, and loyalty cards.
Consider a retailer seeing a spike in account takeover attempts on loyalty accounts. Consumer Threat Protection finds the upstream exposure, a combolist of loyalty logins in criminal markets, and Session Identity Protection flags stolen cookies that bypass the password. The fraud team can trigger step-up authentication at the next login and end sessions with confirmed cookie exposure.
KELA also addresses fraud, through a fraud detection use case and coverage of customer identities.
For teams focused on adversary behavior, ransomware groups, or nation-state activity, KELA offers threat actor profiles, a searchable archive of underground data, a dedicated intelligence team, and a suite for governments and law enforcement. Its platform also covers ransomware tracking, brand abuse, and vulnerabilities.
SpyCloud works from the identity side. An analyst can start with one username from a criminal forum post, and IDLink connects it to email addresses, alternate usernames, phone numbers, and credentials in the same identity cluster, while AI Insights surfaces attribution signals. A security operations manager at a global airline reports turning two hours of work into a few minutes.
For deep human-sourced actor intelligence, KELA has a real strength. For tying an actor to exposed identity data quickly, Cybercrime Investigations is built for that job.
Which tool fits which team
Some teams are accountable for stopping identity-based attacks. Others are accountable for understanding who is behind them. The tool should match the goal.
SpyCloud fits your team if:
Your security operations, identity, fraud, or application security team is responsible for stopping identity-based attacks, and you manage identity risk across employees, contractors, consumers, or vendors. Your stack includes tools like Okta, Active Directory, CrowdStrike, or Splunk, and you want exposed identities handled inside those workflows, down to the specific password, session, or token. Account takeover, session hijacking, ransomware, and fraud are the risks you are measured on. You may also investigate cybercrime and want to tie actors to exposed identity data.
KELA Cyber may fit your team if:
The numbers behind SpyCloud
session cookies recaptured
See what SpyCloud finds – and fixes
FAQs
SpyCloud is an identity threat protection platform. It recaptures stolen identity data from criminal sources, matches it to employees, consumers, and vendors, and acts on it through the tools a security team already uses. KELA Cyber is a threat intelligence and external threat exposure platform built around adversary research, with an identity protection module for compromised accounts. The two overlap on darknet data, infostealer tracking, and automated response to compromised accounts.
Yes. KELA’s identity protection module supports automated account resets, password changes, multi-factor authentication enforcement, and quarantine of compromised assets. SpyCloud’s Identity Guardians reset passwords and revoke stolen sessions through Active Directory, Entra ID, and Okta Workforce, in as little as five minutes from discovery.
KELA serves more than analysts. Its platform covers external exposure, third-party risk, and fraud, and includes digital analysts that connect to a customer’s identity provider and security tools. SpyCloud is built around the workflows of security operations, identity and access management, fraud, and application security teams, with integrations for Okta, Entra ID, CrowdStrike, Splunk, and 300+ other vendors.
Both collect from criminal markets, forums, and malware logs. SpyCloud reports more than 1 trillion recaptured identity assets across 200+ data types, matched to people, devices, and accounts. KELA reports a data lake of 192 billion intelligence items, including 34.1 billion compromised credentials in 2026 so far. The two figures count different things, so the better comparison is use: identity-level response at SpyCloud, and adversary research and exposure alerts at KELA.
KELA tracked about 3.9 million infostealer-infected machines in 2025 and flags compromised accounts from that data. SpyCloud’s Endpoint Threat Protection shows which credentials, session cookies, and application access artifacts were taken from each infected device, including personal and contractor devices outside endpoint tool coverage, and feeds that evidence into automated response.
Yes, from a different starting point. KELA offers a searchable archive of underground data with original evidence, threat actor profiles, and a dedicated intelligence team for deeper investigations. SpyCloud’s Cybercrime Investigations starts from a single selector, such as a username or email address, and uses IDLink to connect it to related identities, with AI Insights surfacing attribution signals.
Both address ransomware at different points. SpyCloud’s Endpoint Threat Protection identifies malware-infected devices and the credentials, session cookies, and access artifacts taken from them, including on unmanaged devices, so a team can close that access before attackers use it. KELA tracks ransomware groups and victims and offers a ransomware protection suite that combines threat intelligence, identity monitoring, and automated defense. The choice starts with whether a team needs to close exposed access or research the groups behind attacks.
Yes, for security operations, identity, fraud, and application security teams that need to act on exposed identities. SpyCloud protects 4+ billion accounts, and customers include 7 of the Fortune 10 and hundreds of global enterprises, mid-sized companies, and government agencies. For threat intelligence programs built around adversary profiling, KELA covers ground SpyCloud does not try to replicate.
Suspending an account blocks the user, legitimate or not, until someone restores access. Revoking stolen session tokens ends the attacker’s access while leaving the legitimate user’s account in place, so the employee signs back in and keeps working. Revocation also matters because a password reset can leave a stolen refresh token active.