Vault++ offers a secrets management platform that prevents credential leaks through zero-knowledge encryption and proactive scanning. It integrates with development pipelines to detect and block exposed secrets before commitment and monitors the internet for existing leaks, providing automated rotation and auditable access controls.
Funding
Funding not disclosed
Founders
Product
Problem
Accidental exposure of sensitive credentials within code repositories and development workflows leads to security breaches and operational disruptions. Traditional secrets management solutions often lack comprehensive leak prevention mechanisms and robust auditing capabilities, leaving organizations vulnerable to data exfiltration and compliance failures.
Solution
Vault++ provides a next-generation secrets management platform engineered for end-to-end data protection. It leverages zero-knowledge encryption, ensuring that secrets are only accessible by authorized entities, not even by Vault++. The platform integrates seamlessly into development pipelines with pre-commit hooks and deep repository scanning to proactively identify and prevent secret leaks before they occur. For ongoing security, it offers real-time internet scanning to detect exposed secrets and automated secret rotation to minimize the lifespan of credentials. Secure team collaboration is facilitated through granular access controls, intuitive reveal requests, and merge request workflows, all supported by tamper-proof, cryptographically verifiable audit logs.
Target Audience
The primary target audience includes software development teams, DevOps engineers, and security operations professionals responsible for managing and protecting sensitive credentials within their development and production environments.
Features
- Zero-knowledge encryption utilizing client-side asymmetric key cryptography for absolute data privacy.
- Pre-commit Git hooks that block the commitment of secrets to repositories, enforcing security at the source.
- Deep repository scanning that analyzes historical commits to uncover and remediate previously exposed secrets.
- Real-time public internet scanning to detect and alert on exposed secrets in the wild.
- Automated secret rotation integrated with deployment pipelines for immediate credential updates and revocation.
- Reveal Requests for granular, per-item, temporary access to secrets, adhering to the principle of least privilege.
- Merge Requests for secure, controlled contributions to secrets management by development teams.
- Tamper-proof, cryptographically verifiable audit logs that provide an immutable record of all secrets-related activities.
- Context-aware secret detection using programming-language-specific parsers to reduce false positives and identify novel secret types.