Build Fast. Build Secure.

Security for vibe-coded AI apps moving to production.

Isolde Security helps AI-native startups reach production-ready security — without slowing development.

AI-NATIVE SECURITY

Security Built for
Fast-Moving AI Teams

An AI-native security assessment platform designed for modern startups, AI products, and fast-iterating teams.

We cover the full security lifecycle — from assessment through remediation — including threat modeling, static analysis, exploit-driven penetration testing, and hands-on fixes.

AI automates large-scale analysis and testing, while human operators provide strategic oversight and authorization at critical execution points — enabling security to move at product speed.

AI security visualization

AI at machine speed. Humans at decision points.

Isolde combines autonomous AI systems with human security engineers to deliver production-ready security without slowing development.

Threat Modeling

AI maps your architecture, data flows, and trust boundaries to identify high-risk paths before testing even begins.

Static & Configuration Analysis

Source code, infrastructure configs, and policies are analyzed for authorization logic errors, vulnerable dependencies, database misconfigurations, insecure patterns, and exposed secrets.

Autonomous Exploit Discovery

AI generates real attack payloads and test cases focused on actual exploitability — not theoretical findings.

Human-in-the-Loop Validation

Human operators review, authorize, and validate findings to ensure accuracy and context awareness.

Remediation

Vulnerabilities are patched directly at the code, configuration, or infrastructure level.

Continuous Assurance

Isolde continuously re-evaluates your security posture as your system evolves.

Stack

If you can ship it,
we can secure it.

Any frontend

React, Next.js, Remix, and modern web frameworks.

Any backend

Supabase, Firebase, serverless, and custom APIs.

Any AI stack

LLMs, agents, pipelines, and custom model deployments.

Any cloud

AWS, GCP, Azure, and hybrid environments.

Stack compatibility