RaksHex vs Snyk

Snyk scans repos and dependencies for known vulnerabilities before code ships. It doesn't evaluate what an already-running AI agent is authorized to do at call time. RaksHex operates at runtime — authorizing and enforcing each agent action as it happens.

FEATURE	SNYK	RaksHex
Primary Security Focus	Static code vulnerabilities (SAST/SCA)	Runtime action authorization for AI agents
Semantic Action Authorization	No runtime action model	Evaluates each action against delegated authority
Delegated Authority & Attenuation	Not available	Parent-to-child scopes, enforced in code
Credential Mediation	No credential brokering	Fail-closed broker enforces DENY at the credential
Tamper-Evident Action Ledger	No runtime decision ledger	Hash-chained record of every decision
Policy Engine	Not available	Priority-ordered rules evaluated per action
MCP Tool Governance	Scans hardcoded secrets in source	Adversarial-intent scanning on live tool calls
Dependency & Code Vulnerability Scanning	Comprehensive, CI/CD-integrated	Not the primary focus
Compliance Evidence	Code-level vulnerability mapping	SOC 2 audit in progress; ledger data exportable as evidence

When to choose Snyk

• You need static code scanning in CI/CD pipelines
• Your primary threat model is dependency vulnerabilities
• You do not have autonomous AI agents in production
• Runtime action authorization is handled by another layer

When to choose RaksHex

• You need runtime authorization, not just pre-ship scanning
• Agents take real-world actions exposed to user input
• You need delegated authority that narrows as it's passed down
• You're governing MCP tool calls for adversarial intent
• You need a tamper-evident record of every decision

TRY RaksHex FREE →

← All comparisonsRaksHex vs SnykSnyk scans repos and dependencies for known vulnerabilities before code ships. It doesn't evaluate what an already-running AI agent is authorized to do at call time. RaksHex operates at runtime — authorizing and enforcing each agent action as it happens.
FEATURESNYKRaksHex
Primary Security FocusStatic code vulnerabilities (SAST/SCA)Runtime action authorization for AI agents
Semantic Action AuthorizationNo runtime action modelEvaluates each action against delegated authority
Delegated Authority & AttenuationNot availableParent-to-child scopes, enforced in code
Credential MediationNo credential brokeringFail-closed broker enforces DENY at the credential
Tamper-Evident Action LedgerNo runtime decision ledgerHash-chained record of every decision
Policy EngineNot availablePriority-ordered rules evaluated per action
MCP Tool GovernanceScans hardcoded secrets in sourceAdversarial-intent scanning on live tool calls
Dependency & Code Vulnerability ScanningComprehensive, CI/CD-integratedNot the primary focus
Compliance EvidenceCode-level vulnerability mappingSOC 2 audit in progress; ledger data exportable as evidence
When to choose Snyk• You need static code scanning in CI/CD pipelines
• Your primary threat model is dependency vulnerabilities
• You do not have autonomous AI agents in production
• Runtime action authorization is handled by another layer
When to choose RaksHex• You need runtime authorization, not just pre-ship scanning
• Agents take real-world actions exposed to user input
• You need delegated authority that narrows as it's passed down
• You're governing MCP tool calls for adversarial intent
• You need a tamper-evident record of every decision
TRY RaksHex FREE →