
→ Protect digital identities
→ Prevent targeted attacks
→ Accelerate investigations

Dark web data doesn't have to "SOC"

The new way to
disrupt cybercrime

WHAT WE OFFER
SpyCloud's Cybercrime Analytics Platform
Enterprise Protection

Secure employees’ identities – protect, prevent and remediate compromised credentials and malware-infected users to reduce your attack surface
Consumer Risk Protection

Preserve consumer account integrity and protect your brand – combat account takeover and unauthorized access to reduce risk of monetary loss
Investigations

Piece together criminals’ digital breadcrumbs – reveal identities of adversaries engaging in financial crimes and cyberattacks
Data Partnerships

Maximize your product offering – access comprehensive breach and malware data to add value to security & fraud detection products & services
TRUSTED BY HUNDREDS OF MARKET LEADERS
OUR SOLUTIONS
Robust solutions for any use case
SpyCloud empowers security teams to take action – with dynamic insights on malware-infected devices, compromised users, and exposed applications, enterprises can proactively prevent ransomware, ATO and other targeted attacks, while efficiently remediating points of compromise.
Post-Infection Remediation
Augment malware incident response protocols to close entry points for ransomware attacks →
Session Hijacking Prevention
Dark Web Monitoring
OUR VALUE
Ditch legacy threat intel – explore the new paradigm of fighting cybercrime
Action-driven analytics
Alerts that you actually want more of – save time on tedious discovery and manual correlation with rich context in every alert to support triage, investigation, and remediation.
Deeper, darker, better
Fast access for swifter action – SpyCloud’s security researchers recapture data from the deepest layers of the darknet within days of a breach or malware infection so you can act before criminals do.
Enterprise extensibility, seamless automation
SpyCloud scales not only with business needs but with the threat landscape – allowing for fluid interoperability and robust coverage of gaps from legacy tools.