KELA Platform vs Styx Platform

KELA Platform combines cybercrime-underground intelligence with an organization’s exposure and attack surface. Its capabilities cover cyber threat intelligence, continuous threat exposure management, vulnerability intelligence, digital risk protection, third-party risk management, AI trust risk and security management, and agentic AI. Data comes from sources including cybercrime forums, closed messaging channels, infostealer logs, leaked credentials, ransomware sites, exploit writeups, and external attack surfaces. KELA maps criminally discussed, weaponized, or sold exploits to CVE IDs before EPSS or KEV may identify them. The agentless SaaS platform starts with a domain and requires no sensors, installation, or setup. Findings can flow to SIEM, SOAR, and ticketing tools through integrations and the API. Third-party monitoring uses passive external scanning and supports exportable PDF or editable DOCX reports. Pricing is on request, and a 30-day trial is listed. A Cloud Attack Surface Management plan costs $65,000 a year for one seat and up to 500 FQDNs.

Styx Platform is a web-based digital risk monitoring service for brands, executives, and third-party vendors. It combines AI monitoring with human analysts who verify findings and support takedowns. Coverage includes the surface web, social platforms, marketplaces, and the dark web. Listed modules cover brand, social and news, executive, disinformation, dark web, vendor-risk, threat-intelligence, takedown, attack-surface, and risk-scorecard work. Its Digital Risk Score combines more than 100 live signals on a 0–1000 scale across brand, executives, dark web, and attack surface, with AI prioritization by business impact. Styx describes autonomous remediation alongside analyst-backed takedown support. The company targets lean security teams and says no SOC is required. All plans include guided onboarding and a dedicated analyst. The service also lists credential-leak alerts, impersonation monitoring, API access, and takedown workflows.