Neon vs Push Security

Push Security focuses on browser-level security with real-time phishing detection, stolen credential tracking, and account takeover prevention. It provides visibility into shadow SaaS and AI app usage, enforces MFA/SSO, and blocks risky extensions. Its autonomous agent-driven attack detection and opinionated telemetry help security teams investigate incidents quickly. It works without forcing a specific browser, making it suitable for BYOD and unmanaged devices. No endpoint agent is required. In contrast, Neon is a serverless Postgres database with compute-storage separation. Its standout feature is instant branching with copy-on-write, enabling developers to create isolated database copies for testing or per-tenant databases. Neon autoscales CPU, memory, and storage to zero when idle, reducing costs. It includes built-in user authentication and sessions stored in Postgres, a Data API via REST, connection pooling, and instant point-in-time recovery. For AI agents, Neon offers an AI Gateway. The feature sets are entirely different: Push Security secures browser activity and identities, while Neon provides scalable Postgres infrastructure.

Push Security uses a contact-based pricing model typical of enterprise security vendors, meaning cost is likely high and tailored to organization size. No free tier is available, which may deter small teams or startups. Neon follows a freemium model with a generous free tier: 0.5 GB storage and 100 MB compute-month, ideal for prototyping. Paid plans start at $19/month for more resources, with autoscaling eliminating idle costs. This makes Neon highly accessible for developers and small projects, while Push Security targets budget-sufficient enterprise security teams. Organizations needing both would likely spend significantly more on Push Security than on Neon's database service.