The Future of Secure Development

Pre-Generation AI SecuritySecure Code Before It's Written

The paradigm shift from reactive scanning to proactive prevention. Secure your AI coding assistants at the source and eliminate security debt entirely.

The Evolution of Application Security

Past

Post-Deployment Security (DAST)

Test applications after deployment in production or staging environments

Problems: Expensive fixes, security incidents in production, long feedback loops
Present

Post-Code Security (SAST, SCA)

Scan code after it's written but before deployment to find vulnerabilities

Problems: Security debt accumulates, slow remediation, developer friction
Future

Pre-Generation Security (vibeward)

Prevent vulnerabilities before code is generated by securing AI prompts and context

Benefits: Zero security debt, 10x faster development, compliance by default

How Pre-Generation Security Works

Traditional Flow (Post-Code)

1
Developer writes/generates code
2
Commit to version control
3
SAST scanner finds issues
4
Fix vulnerabilities (days/weeks)
5
Re-scan and validate
6
Finally deploy
Timeline: 5-10 days from code to production

Pre-Generation Flow (vibeward)

1
Security context auto-detected
2
Requirements injected into AI prompt
3
AI generates secure code
4
Optional validation check
5
Deploy immediately
Timeline: Same day from code to production
95% Faster
Time to production with pre-generation security

Key Principles of Pre-Generation Security

Context-Aware

Understands what you're building from tickets, requirements, and codebase patterns

Real-Time Injection

Security requirements added to AI prompts in milliseconds, transparently

Compliance-Native

HIPAA, SOC2, PCI-DSS requirements automatically enforced in generated code

Pre-Generation vs Post-Code Security

MetricPost-Code (SAST/DAST)Pre-Generation (vibeward)
Security Debt AccumulationHighZero
Time to Fix Vulnerabilities5-10 daysPrevented
Developer Context SwitchingConstantNone
Compliance DocumentationManualAutomatic
False Positive Rate20-40%<5%
Velocity Impact30-50% slower10x faster

Who Benefits from Pre-Generation Security?

AI-Heavy Development Teams

Teams using Copilot, Cursor, or ChatGPT for >50% of code generation need to ensure that code is secure from the start

Regulated Industries

Healthcare (HIPAA), Finance (PCI-DSS), SaaS (SOC2) - compliance must be baked into code, not added later

Fast-Moving Startups

Ship quickly without accumulating security debt that will slow you down later

Enterprise Security Teams

Scale security across hundreds of developers without hiring more security engineers

Ready to Experience the Future of Secure Development?

Join the waitlist and be among the first to implement pre-generation security

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