Platform Capabilities
Many capabilities. One signal. Zero noise.
Every capability feeds every other capability. Agent telemetry grounds the SBOM. The SBOM sharpens exploit correlation. Exploit intelligence drives prioritization. Prioritization drives remediation — and remediation is verified with signed snapshot evidence. This is the flywheel, and it runs continuously.
CTEM-Native Architecture
Built from the ground up around Gartner's five-stage framework — Scope, Discover, Prioritize, Validate, Mobilize. Not retrofitted from legacy vulnerability management. Every data point, every workflow, every insight maps to operational exposure reduction.
"Organizations implementing CTEM are 3x less likely to experience a breach." — Gartner
Full-Surface Visibility
Agent-based internal discovery maps your network topology — discovered hosts, exposed services, and unmanaged neighbours (opt-in). Combined with continuous external surface monitoring, Cyvance delivers the full-surface view that neither EASM-only nor scan-only tools provide.
See what's exposed. Internally and externally. Continuously.
SBOM Operationalization. Not Just Generation.
Everyone is generating SBOMs. Nobody is operationalizing them. Cyvance goes beyond compliance checkbox — continuous CycloneDX SBOM generation from deployed environments, correlated in real-time against exploit intelligence sources. Every dependency tracked. Every component scored for exploitability. Cryptographically signed for regulatory evidence.
Your competitors generate SBOMs. Cyvance tells you which dependency in which supplier's software is being actively exploited right now. EU CRA Compliance →
Know What Has a Real Exploit
Cyvance fuses exploitation evidence across 363,000+ CVEs — CISA KEV confirmed exploitation, EPSS probability, Metasploit and Nuclei weaponization, ExploitDB and PoC-in-GitHub artifacts — into one explainable signal per CVE, correlated against what actually runs in your environment.
A scanner tells you what's vulnerable. Cyvance tells you what has a working exploit — and what needs action now.
Remediation, Cryptographically Verified
Every fix is verified against reality: the agent's next signed snapshot proves the vulnerable package is gone — an Ed25519-signed before/after diff, not a rescan and not a screenshot. Tamper-evident remediation proof your auditor can independently verify.
From "we patched it" to cryptographic proof that it's fixed.
Threat Risk Index (TRX)
Proprietary four-tier threat classification — ATTACKED, FUNCTIONAL, POC, UNPROVEN — synthesizing CISA KEV, EPSS, Metasploit, Nuclei, ExploitDB, and PoC-in-GitHub into a single, explainable priority score. Deterministic rules, full audit trail. No black-box AI.
Explainable prioritization that auditors and engineers alike can trust.
Audit Evidence. Signed, Not Screenshotted.
A cryptographically signed, tamper-evident record of findings, decisions, and verified remediation — built from actual system telemetry. The raw evidence auditors ask for under DORA, NIS2, PCI DSS 4.0, EU CRA, and ISO 27001. Framework-mapped evidence packs are in development.
Tamper-evident evidence from deployed agents — not questionnaire answers.
What Makes Cyvance Different
Real-time exploit signal fusion. Not another scanner.
Exploit Signal Fusion Engine
Fifteen-plus curated intelligence sources. One fused signal per CVE. CISA KEV confirms active exploitation. EPSS predicts probability. Metasploit and Nuclei confirm weaponization maturity. ExploitDB and PoC-in-GitHub track disclosure-to-exploit velocity. Cyvance fuses all signals — continuously, not on a weekly scan cycle — against what's actually deployed in your environment. The output, in a representative environment: 363,000+ known vulnerabilities, 30 with exploit evidence, 9 needing action now.
Raw Signals
Fused Output
363,000+ known → 30 with exploit evidence → 9 act now
Noise Reduction in an AI-Amplified Landscape
AI is amplifying both sides. Attackers use LLMs to generate exploit variants faster. Scanners use AI to produce more findings. Advisory feeds multiply. The result: exponentially more noise with the same number of analysts. Cyvance cuts in the opposite direction — fusing signals to reduce, not expand. Your team sees only what's exploitable, reachable, and material. Everything else is filtered out.
Supply Chain Exposure Intelligence Layer
SBOMs are a compliance artifact. Supply chain exposure intelligence is an operational capability. Cyvance correlates runtime software composition against exploit intelligence to answer: which third-party dependency, in which supplier's software, running on which system, has an active exploit path to your critical assets? That's not SCA. That's supply chain impact modeling.
CVE-2026-XXXX on Apache/2.4.54
├─ runs as: www-data
├─ sudo: mysql (NOPASSWD)
├─ mysql admins: 3 users
├─ network: 0.0.0.0:443 (internet-facing)
└─ blast radius: production-db (root)
TRX: ATTACKED · Hops to domain admin: 2
Identity-Enriched Blast Radius
Roadmap — in developmentTraditional VM gives you a CVSS score. Cyvance gives you blast radius. This Apache vulnerability runs as 'www-data' with sudo MySQL access. The MySQL service has 3 admin users with NOPASSWD sudo. One hop from your production database with root-level access. That context changes every prioritization decision.
Weaponization Timeline, Per CVE
Cyvance records the exploit-evidence timeline for each CVE — disclosure, proof-of-concept publication, ExploitDB entry, Metasploit module, confirmed exploitation — so you can see how fast a vulnerability is being weaponized and where it sits on that curve today, for the software you actually run.
See your actual exposure in under 5 minutes
Deploy the Pulse agent. Get your first prioritized findings in a single collection cycle. No configuration. No training. No consultant.