VYPR is an AI‑driven attack‑path analysis platform that scans entire code repositories to automatically discover entry points, map trust boundaries, and enumerate reachable paths to high‑value assets. It validates each identified path by generating and executing sandboxed exploit proofs, delivering concise, asset‑impacting reports with exact remediation guidance. The solution eliminates alert fatigue and ensures no exploitable risk is missed for application security teams.
Funding
Funding not disclosed
Founders
Product
Problem
Software development teams often rely on static and dynamic analysis tools that generate high volumes of alerts, miss context‑dependent vulnerabilities, and overlook complex attack paths across codebases, leading to blind spots and wasted remediation effort.
Solution
VYPR delivers an end‑to‑end, AI‑driven attack‑path analysis platform that treats a code repository as an interconnected system. It automatically discovers every entry point (APIs, webhooks, job runners, file uploads), maps trust boundaries and privilege transitions, and enumerates all reachable paths to high‑value assets such as PII or admin functions. By grounding threat modeling in both code semantics and path context, VYPR validates each identified route in a sandboxed environment and produces an exploit proof‑of‑concept only when the attack is executable. The result is a concise, asset‑impacting report that includes the exact attack sequence, contextual reasoning, and precise remediation guidance, eliminating alert fatigue and ensuring no exploitable risk is missed.
Target Audience
The platform is intended for application security teams, security engineers, and developers responsible for protecting enterprise or open‑source codebases, as well as maintainers of critical open‑source projects seeking reliable, exploit‑verified vulnerability detection.
Features
- **ThreatGraph™**: Automated discovery of all entry points, trust‑boundary mapping, and asset identification across the repository.
- **ThreatReason™**: AI‑powered modeling that combines function‑level weaknesses with full‑path context to assess exploitability.
- **ExploitProof™**: Generation and sandbox execution of exploit PoCs for high‑risk paths, guaranteeing only verified threats are reported.
- Exhaustive coverage that ensures no reachable attack path is omitted, addressing blind spots inherent in traditional SAST/DAST tools.
- Contextual reasoning that explains why a vulnerability is exploitable within the specific application flow.
- Precise remediation guidance pinpointing the exact code location and required fix.
- Continuous verification with incremental analysis for evolving codebases.
- Repository‑scoped analysis delivering clear, actionable findings without integration overhead.