ByteHide Secrets vs KeyHog

ByteHide Secrets pairs secret scanning with centralized management for sensitive values. Its scanner searches source code, compiled binaries, repositories, and commit history, and can run locally or in CI/CD pipelines, including pull-request scanning. Listed targets range from API keys and cloud or database credentials to certificates, SSH keys, Kubernetes secrets, and infrastructure-as-code secrets. ByteHide says its machine-learning detection is intended to find secrets while limiting false positives; its documentation says scanning stays local and source code does not leave the user's environment.

For managing values, the product supports separate development, staging, and production settings, role-based access, audit logs, and SDK integration. ByteHide Vault provides encrypted, versioned storage, rollback, a local encrypted vault for isolated setups, cloud syncing, and scheduled credential rotation. Listed safeguards include encryption in transit and at rest, a zero-knowledge architecture, IP allowlisting, custom headers, and two-factor authentication. Integrations include GitHub, GitHub Actions, Azure DevOps, AWS, Jenkins, GitLab CI, Webpack, and Vite. It runs on API, Linux, macOS, self-hosted environments, web, and Windows. The free plan is free, with up to 2,000 secrets and no credit card required; a 14-day trial is also listed.

KeyHog is free, open-source Rust software for finding and verifying exposed API keys, tokens, passwords, and other credentials. It scans source repositories and Git history, archives, Docker images, URLs and HAR captures, collaboration content, VCS inventories, cloud-storage inventories, browser assets, and running systems. The project lists 934 service-specific detectors, decode-before-scanning, contextual evidence and suppression, and optional live provider verification. GPU execution can use CUDA, native Metal, or portable WGPU, with calibration selecting a parity-backed option. Its GitHub Action scans checked-out trees, fails on high or critical findings, uploads SARIF to Code Scanning, and retains a workflow artifact. Documented CI integrations include GitLab, CircleCI, Jenkins, Buildkite, and shell jobs. A Unix daemon checks changed repository blobs before commits; Windows uses in-process scanning. KeyHog runs on Linux, macOS, Windows, and self-hosted deployments, and requires Rust 1.89 or newer. Code and detector TOMLs are licensed MIT OR Apache-2.0. The plan costs nothing.