Nozy
An AI security gateway that inspects LLM traffic for threats and enforces policies.
Product memo
Developers and organizations using LLMs face unique security challenges. Nozy offers an AI security gateway that inspects LLM traffic in real-time, protecting AI systems by detecting and blocking prompt injection, jailbreaks, and enforcing rate limits. It adds a crucial layer for production-ready AI, logging all requests for compliance with minimal added latency.
- For who
- Developers and organizations using LLMs
- Solves what
- Securing LLM traffic against threats like prompt injection and rate limits.
- Real-time threat detection
- LLM traffic inspection
- Policy enforcement
In their own words
YOU CAN'T SECURE
AI security gateway for LLMs and AI systems. Real-time threat detection and full visibility over every AI request.
Operator & company
Company
- Founded
May 2026
Operating model
- Business model
Hybrid
- Platform
Web app
- Audience
Developers
Builder strategy
- Strategy Type
- Niche Specialist
- Stage
- Pre Revenue
- Effort
- Solo Buildable
About Nozy Expand
Nozy delivers an AI security gateway designed for developers and organizations leveraging large language models. It addresses the critical need for securing LLM traffic against emerging threats such as prompt injection and jailbreaks.
The platform offers real-time threat detection and full visibility over every AI request, ensuring compliance and operational integrity. By inspecting LLM traffic and enforcing policies like rate limits, Nozy serves as an essential layer for any production-ready AI stack, adding security without significant latency.
Competitive context
4 peers · Same primary niche.
Commercial cues
- Model
- hybrid
- Free tier
- Yes
- Trial
- No
Pricing strategy
Nozy offers a Get Started Free tier, with Enterprise handled through custom pricing.
- • A free tier lowers adoption friction for developers testing LLM security.
- • Custom enterprise pricing addresses advanced security needs for larger organizations.
- • The model aligns costs with the complexity of LLM traffic inspection.