Oncade provides a Vercel-native security checkpoint that filters incoming traffic to protect web applications. It acts as an intelligent gatekeeper, applying configurable security policies to block illegitimate requests before they reach the application origin, enhancing security without impacting performance.
Funding
$4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

Founders
Product
Problem
Vercel deployments are susceptible to unauthorized access and malicious traffic, potentially compromising application integrity and availability. Existing security measures may not adequately address the specific threat vectors targeting serverless architectures.
Solution
Oncade offers a Vercel-native security checkpoint designed to act as an intelligent gatekeeper for web applications deployed on the Vercel platform. This solution intercepts incoming traffic, applying a series of configurable security policies to filter out illegitimate requests before they reach the application origin. By leveraging Vercel's edge network capabilities, Oncade ensures that only authenticated and authorized traffic can access the deployed services, thereby enhancing the overall security posture. The system is engineered to integrate seamlessly with existing Vercel workflows, providing robust protection without introducing significant latency or operational overhead.
Target Audience
Developers and organizations utilizing the Vercel platform for hosting their web applications and serverless functions.
Features
- Edge-based traffic filtering and access control for Vercel deployments
- Configurable security policies to define acceptable traffic patterns
- Integration with Vercel's serverless functions and edge network
- Protection against common web attack vectors, including unauthorized access attempts
- Minimal latency impact on application performance
- Simplified deployment and management within the Vercel ecosystem