—Cloud-native posture; no external active validation
Dark-web monitoring
✗No dark-web monitoring
Kill-chain correlation
—Toxic combinations within cloud only
AI/MCP agent security
✗No AI/MCP agent posture
Self-serve PLG + transparent pricing
✗Sales-led · opaque pricing
EU residency + GDPR-first
—US-based
BF
Comparator
Bishop Fox
Build-artifact deep-scan
—Project-by-project advisory engagements
External + supply-chain unified graph
—Manual via consultants
Active validation (sandboxed)
✓Manual red-team · case-by-case
Dark-web monitoring
—Within engagement scope
Kill-chain correlation
—Manual via consultants
AI/MCP agent security
—Within engagement scope
Self-serve PLG + transparent pricing
✗Project-based · enterprise contracts
EU residency + GDPR-first
—Project-based
Last updated 2026-05. Methodology: vendor capability claims sourced from public docs and product trials. We update quarterly. Disagreements: bench@bleedwatch.com — corrections published with attribution.
01 // METHODOLOGY
How we score, and why we publish corrections.
Sources
Vendor public docs, product trials we ran, customer references where available. We cite specific URLs in audit notes on request.
Native vs partial vs absent
Native = first-class first-party feature. Partial = capability via integration / limitation in scope. Absent = not advertised, not present in trials.
Refresh cycle
Quarterly. Major vendor updates trigger ad-hoc refreshes. Last update: 2026-05.
Open correction
Disagreements published with attribution. Email bench@bleedwatch.com - we link to your rebuttal alongside our scoring.
02 // VS
Where we differ, in plain language.
Click any competitor card for a side-by-side BleedWatch vs them comparison across the 8 dimensions.
GG
GitGuardian
What they do best
Best-in-class at finding secrets before they leave source control.
Where we differ
BleedWatch starts where repository scanning stops: built artifacts, sourcemaps, container layers, mobile bundles, CI workflow output, and exposed runtime surfaces. We correlate those findings with external exposure and dark-web signals instead of keeping them as isolated repo alerts.
When to choose them
Choose GitGuardian for in-repo secret detection at scale; complement it with us for what your build publishes.
SN
Snyk
What they do best
Strong developer-side SCA, container image scanning, and remediation workflows.
Where we differ
BleedWatch is outside-in: we watch what attackers can discover after software ships, including leaked build output and externally reachable services. Snyk is strongest inside the pipeline; we focus on the exposed surface and proof-backed exploitability.
When to choose them
Choose Snyk for developer remediation and dependency governance; add us for external artifact and kill-chain validation.
CS
Censys
What they do best
Excellent internet-wide discovery across hosts, ports, certificates, and DNS.
Where we differ
BleedWatch adds artifact and supply-chain context to the network map, then ties exposed hosts to published packages, leaked sourcemaps, secrets, and dark-web signals. Censys is a strong passive lens; we turn mixed-surface evidence into a prioritized attack path.
When to choose them
Choose Censys when broad passive internet telemetry is the primary job; choose us when artifact depth matters.
DE
Defender EASM
What they do best
Useful for Microsoft-centered organizations already operating Defender workflows.
Where we differ
BleedWatch is vendor-neutral, self-serve, and deeper on build artifacts, AgentGuard, dark-web collection, and public pricing. Defender EASM fits Microsoft estates; we fit teams that need focused external attack surface evidence without bundle dependency.
When to choose them
Choose Defender EASM inside a Microsoft security program; use us for independent EASM depth and transparent entry.
RZ
runZero
What they do best
Strong cyber asset management for networks and internal discovery.
Where we differ
BleedWatch concentrates on external exposure, build artifacts, supply-chain outputs, and proof-of-threat correlation. runZero is strongest at asset inventory; we are designed to explain which externally discoverable signals form an attack path.
When to choose them
Choose runZero for asset inventory and network visibility; choose us for artifact-led external exposure.
WZ
Wiz
What they do best
Excellent cloud security posture and toxic-combination analysis inside cloud accounts.
Where we differ
BleedWatch does not replace CSPM. We watch what cloud and software systems publish outward: internet exposure, artifacts, package ecosystems, leaked credentials, and AI/MCP agent posture. Wiz owns cloud configuration depth; we own external evidence across surfaces.
When to choose them
Choose Wiz for CSPM and cloud workload context; add us for outside-in artifact and EASM coverage.
BF
Bishop Fox
What they do best
High-quality human-led red-team, advisory, and offensive security engagements.
Where we differ
BleedWatch is continuous, self-serve, and priced as software. Bishop Fox brings expert consultants for scoped engagements; we keep watching between those engagements and give teams repeatable evidence, routing, and correction loops.
When to choose them
Choose Bishop Fox for bespoke offensive engagements; use us for continuous surface monitoring between tests.
03 // NOT BUILT BY US
We don't try to be everything.
We're an EASM platform with depth on artifact and supply-chain surfaces. Where we end and another tool begins is documented honestly.
SAST / SCA from the dev side
Snyk, Sonar, Semgrep do this well. Use them in your pipeline.