SecretHub vs. KnoxCall

Strengthening security throughout the entire software stack can be achieved by adopting a unified secrets management approach that is readily available to all engineers, from administrators to interns. The practice of embedding passwords and API keys directly in the source code presents a considerable security risk; however, effective management of these secrets can add layers of complexity that hinder deployment efforts. Information-sharing tools like Git, Slack, and email are designed for collaboration rather than for protecting sensitive information. Relying on the method of copy-pasting credentials and depending on a sole administrator for access keys does not align with the quick deployment demands of modern software development teams. Moreover, keeping track of which individuals access specific secrets and their timing can make compliance audits a challenging endeavor. By eliminating secrets from the source code and replacing plaintext credentials with references, SecretHub can effortlessly supply the required secrets to your application upon startup. You can use the command-line interface to encrypt and securely store these secrets, directing your code to access them as needed. Consequently, your code will remain free from sensitive data, facilitating unhindered collaboration among team members while significantly enhancing security. This methodology not only streamlines the development process but also mitigates the risks linked to secret management, ultimately leading to a more robust and secure software environment. Furthermore, by implementing such a strategy, teams can focus on innovation and functionality, knowing that sensitive data is adequately protected.

KnoxCall is a secrets manager and outbound API gateway for the third-party APIs a business depends on, such as Stripe, OpenAI and Twilio. The problem it solves: to call an external API, software normally needs the live API key, so that key gets copied onto every server, build pipeline, developer laptop and AI agent that uses it. Any one of those copies can be exposed, by a malicious package update, an AI agent tricked into revealing its settings or a compromised CI job, and a leaked key keeps working until it is changed everywhere. How KnoxCall works: Store. Each provider key is added to KnoxCall once, encrypted, with separate values for production, staging and development. Proxy. Applications call the provider through KnoxCall with a KnoxCall token, and KnoxCall attaches the real key as the request goes out. The KnoxCall SDK can also route an existing vendor SDK through KnoxCall, switched on per route from the dashboard with no redeploy. Revoke. If a token is exposed, one click disables it everywhere it was used, and the provider key itself does not have to change. Every request is recorded with the application or agent that made it, its status and its latency, showing who used which key and when. For AI agents, the AI Gateway sets a spending limit for each agent, screens prompts before they reach the model and replaces the personal data it detects before the model sees it. An MCP Gateway issues tool tokens for Claude and Cursor. Also included: workflows that chain API calls with automatic retries, OAuth token refresh, rate limiting, alerts, HMAC request signing and mTLS, and live analytics. CI jobs can sign in with workload identity rather than a stored secret, and the Enterprise plan adds a master key held in your own cloud account, plus single sign-on and SCIM. SDKs are available for Node, Python, Go, PHP, Ruby, React and the browser. Free plan with no card required; paid plans from $19 a month; custom Enterprise pricing.