SAST / Vulnerability Scanning Alternative

Pretense vs Snyk Code

Snyk Code scans your codebase for security vulnerabilities. Pretense protects your codebase from AI tools that would expose it to third-party model providers. One finds bugs. The other stops IP theft.

9 of 10features won
$29per seat per month
30 secsetup time
Local-firstnothing leaves your machine
vs

Snyk Code

Snyk Code is a static application security testing tool. It analyzes your source code for security vulnerabilities like SQL injection, XSS, and insecure deserialization. It is a code quality and vulnerability tool, not an AI request protection tool.

Pretense

Pretense is an AI security proxy. It intercepts requests from AI coding tools to LLM providers, mutates proprietary identifiers before transmission, and reverses them in AI responses. It protects intellectual property and secrets from leaving your development environment.

Feature Comparison

Side-by-side view of how Pretense and Snyk Code compare on the capabilities that matter most to security teams.

Feature
Pretense
Snyk Code
Primary function
AI API request protection
Static vulnerability analysis
Protects code sent to AI tools
Yes, core capability
No
Mutation of code identifiers
Yes
Not applicable
Runs inline with AI tools
Yes, transparent proxy
No
IP protection from LLM providers
Yes
No
Finds vulnerabilities in code
No (different tool)
Yes, core capability
SOC2 AI usage audit log
Yes
No
Setup time
30 seconds
Hours (CI/CD integration)
Price per developer
$29 per seat per month
$98+ per developer per month
Local-first
Yes
No (cloud scanning)

Why Teams Switch from Snyk Code

Different tools for different problems

Snyk Code is the right tool for finding vulnerabilities in code you write. Pretense is the right tool for protecting code you share with AI tools. Security-mature teams use both: Snyk to find bugs before deployment, Pretense to ensure AI assistance does not expose IP to third parties.

The AI coding era requires new controls

Snyk Code was designed for the pre-AI era. The threat model it addresses does not include a developer sending 5,000 lines of proprietary code to an LLM. That threat requires a proxy-layer control. Pretense was purpose-built for this use case.

Prevent, not just detect

Snyk Code finds vulnerabilities and tells you to fix them. For the AI exposure problem, finding out that sensitive code was transmitted to an LLM is too late. Pretense prevents the transmission from containing real identifiers. Prevention is the only acceptable control for IP protection.

Frequently Asked Questions

Should my team use both Snyk and Pretense?

Yes. Snyk Code addresses code quality and vulnerability risks. Pretense addresses AI transmission risks. They solve different problems and are complementary. Many security teams use both.

Does Pretense catch insecure code patterns?

Pretense is not a SAST tool. It does not analyze code for vulnerabilities. It protects code identifiers from being exposed in LLM API traffic. For vulnerability scanning, pair Pretense with Snyk Code or a SAST tool of your choice.

What does Pretense actually block?

Pretense blocks two categories of data. First, secrets: API keys, tokens, connection strings, private keys (30+ patterns). Second, proprietary identifiers: function names, class names, variable names are mutated to synthetic tokens and reversed in AI responses.

Ready to switch from Snyk Code?

Install Pretense in 30 seconds. One environment variable. No code changes. Protect every AI tool request from day one.

No credit card required. Free tier available. Local-first, nothing leaves your machine.

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