Rapid-IR / Discovery
Know When Your Credentials Are Compromised. Know Before Attackers Use Them.
Credential compromise follows a pipeline. Breach databases. Info-stealers. Initial access brokers. Account takeover. Rapid-IR's Breach Monitoring tracks every stage continuously. Every finding scored by Deep Breach Focus. Every compromised account flagged before attackers can use it.
The Credential Compromise Pipeline
Credential compromise is the most common entry point in real breaches. An employee reuses a password. A third-party service gets breached. That credential pair ends up in a dump. Info-stealer malware harvests session tokens and cookies from infected endpoints. Initial access brokers package the data and sell it. The attacker logs in with a valid credential. No exploit required.
At every stage of this pipeline, there are signals your organization can detect, if you're looking. Most organizations discover credential compromise during the incident, when the attacker already used the stolen credential to walk in. Breach Monitoring finds it first.
Four Stages. Four Detection Points.
Four Capabilities. One Monitoring Pipeline.
Know when your employees appear in breaches.
Leaked Credentials
Monitor for your organization's credentials in public breach databases. Get immediate remediation steps when employee accounts surface. Know before attackers do.
Credential leaks are the starting point for a large percentage of breaches. An employee reuses a password. That password appears in a third-party breach dump. An attacker tries it against your VPN, your email, your cloud console. If you don't know the credential is compromised, you can't force a reset. Breach Monitoring catches it first.
How it connects: Every leaked credential triggers a remediation recommendation in Deep Breach Focus. Your security team gets specific accounts to reset, not a generic "review your passwords" advisory. During an incident, the IRT checks whether the initial access vector was a known leaked credential.
- Employee email addresses in public breach databases
- Credential pairs (email + password) in dark web dumps
- New breach disclosures that include your organization's domains
- Historical exposure across multiple breach events
Track credential stealers targeting your organization.
Stealer Monitoring
Monitor malware variants and data-stealing campaigns that target your industry and region. Get alerted when stealer activity affects your environment. Connect findings to threat actor intelligence and priority remediation.
Info-stealers are the supply chain for initial access brokers. They harvest credentials, session tokens, browser cookies, and authentication data from infected endpoints. That data gets sold. Your accounts get compromised. Stealer Monitoring tracks this pipeline and alerts you when your organization's data appears in stealer logs.
How it connects: Stealer findings feed both the Intelligence and Readiness quadrants. Deep Breach Focus correlates stealer activity with your environment. If a stealer campaign targeting your sector surges, your readiness score reflects it. The IRT's Campaign Advisories reference the same stealer data.
- Stealer malware campaigns targeting your industry and region
- Your organization's credentials and session data in stealer logs
- Trends in stealer activity relevant to your threat model
- Connections between stealer campaigns and known threat actors
Find and fix look-alike domains before attackers do.
DNS Spoofing
Discover abandoned DNS records and domains that look like yours. Attackers use these to phish your team, impersonate your brand, and redirect traffic. Track remediation to closure.
Dangling DNS records and look-alike domains are among the cheapest, most effective attack vectors available. An attacker registers a lookalike of your domain or finds your abandoned staging subdomain. Your employees click the link. Your customers trust the domain. DNS Spoofing detection finds these before they become phishing infrastructure.
How it connects: Findings feed into Deep Breach Focus readiness scoring. High-risk look-alike domains surface as Must-Do remediation items. During phishing incidents, the IRT cross-references Discovery findings to identify whether the phishing domain was already flagged.
- Domains visually similar to yours (typosquatting, homograph attacks)
- Abandoned or dangling DNS records pointing to decommissioned infrastructure
- Subdomain takeover opportunities
- Changes in look-alike domain registrations over time
Expose your email security gaps instantly.
Email Spoofing
Test SPF, DKIM, and DMARC across your domains. See exactly where spoofing is possible. Close gaps before attackers exploit them.
Misconfigured email authentication is one of the most common attack enablers. If your SPF record is too permissive, attackers send email as you. If DMARC is set to "none," spoofed emails reach your employees' inboxes. Email Spoofing detection tests your configuration and tells you exactly where the gaps are.
How it connects: Email authentication gaps feed Deep Breach Focus as readiness findings. When a business email compromise incident hits, the IRT immediately checks whether the attack exploited a known authentication gap that was already flagged in Discovery.
- SPF record configuration and alignment across all domains
- DKIM signing implementation and key rotation
- DMARC policy enforcement (none/quarantine/reject)
- Gaps in email authentication that enable impersonation
Detection That Connects to Response
Breach Monitoring covers the full credential compromise pipeline, not just one stage. Most tools give you alerts for leaked credentials or dark web monitoring in isolation. Rapid-IR connects leaked credentials, stealer campaigns, look-alike domains, and email authentication into a single pipeline where every finding is scored by Deep Breach Focus and tracked to remediation.
When an incident hits, the IRT's first question is often: "How did the attacker get in?" Breach Monitoring frequently provides the answer before the question is asked. The initial access vector was a leaked credential flagged three weeks ago. The phishing domain was a look-alike already tracked in Discovery. The stealer campaign that harvested the session token was already in the intelligence feed.
"If an employee's credentials appeared in a breach database last week, would you know? Breach Monitoring catches it the same day."
What Makes Breach Monitoring Different
Full Pipeline Coverage
Not just leaked credentials. Not just dark web monitoring. Breach Monitoring covers the entire credential compromise pipeline, from breach databases to stealer logs to phishing infrastructure.
Scored by Deep Breach Focus
Every finding is scored by real-world incident impact. Your team resets the accounts that matter most first, not alphabetically.
Connected to Response
When the IRT investigates initial access, Breach Monitoring findings are already in the response context. Was the entry point a leaked credential? A phishing domain? The answer is often already there.
Threat Actor Connection
Stealer campaigns link to threat actor intelligence. Your team doesn't just see that credentials were stolen. They see who's running the campaign and what they're after.
Remediation Tracking
Findings track to closure. Password resets confirmed. Domains taken down. DMARC enforced. Your readiness score improves as remediation completes.
How Breach Monitoring Compares
vs. Dark Web Monitoring Services
Dark web monitoring services detect leaked credentials and stealer data. That's the starting point, not the finish line. Breach Monitoring scores every finding through Deep Breach Focus, prioritizes remediation by incident impact, tracks remediation to closure, and pre-loads findings into the IRT's response context. Detection plus scoring plus remediation plus response context. Inside one platform.
vs. Standalone Breach Notification Tools
Notification tells you a credential was exposed. Breach Monitoring tells you which accounts to reset first, connects the exposure to stealer campaigns targeting your sector, tracks whether your team actually completed the reset, and makes that data available to the IRT during an incident.
vs. Brand Protection / Domain Monitoring Services
Brand protection services focus on domain impersonation in isolation. Breach Monitoring connects DNS Spoofing detection to the broader credential compromise pipeline. A look-alike domain is not just a brand issue. It's the phishing infrastructure that harvests the credentials that get sold to initial access brokers.
vs. Email Security Platforms
Email security platforms protect inbound mail. Email Spoofing detection tests your outbound authentication configuration. Different problem. SPF, DKIM, and DMARC gaps mean attackers can send email as you, not just send email to you.
Your employees' credentials are in breach databases right now. Do you know which ones?
Breach Monitoring finds compromised credentials before attackers use them. Talk to the IRT behind the platform and in the trenches.
Talk to Our IR Team