
keyhold.io is a zero-knowledge password manager designed specifically for managing credentials that don't belong to your team. It belongs to the category of secure credential sharing platforms, targeting managed service providers (MSPs), IT teams, and agencies that frequently handle client secrets. The core value is enabling secure collection of passwords, API keys, and configuration files without requiring the recipient organization to trust the platform itself. By encrypting data in the browser before transmission and splitting decryption keys between AWS KMS and the user's device, keyhold.io achieves end-to-end security. This makes it a powerful tool for any business that needs to receive third-party credentials while maintaining a zero-trust posture. The product is built for scenarios where the credential owner is not part of the requesting organization, addressing a gap in traditional password managers.
The concrete problem keyhold.io solves is the widespread practice of sending client credentials over insecure channels like email, Slack DMs, or text messages. Many organizations lack a secure, auditable method for collecting passwords from external parties. This creates significant trust issues and compliance risks, as sensitive data can be intercepted or persisted in logs. For MSPs and IT support teams, receiving server logins and network access details through unreliable channels is a daily struggle. The pain is exacerbated when clients are hesitant to share credentials due to past breaches or audit requirements. keyhold.io addresses this by providing a frictionless encrypted link that clients can use to submit secrets, eliminating the need to share plaintext passwords. This matters because a single credential leak can lead to reputational damage, financial loss, and violation of regulations like GDPR.
The first major feature group is the zero-knowledge architecture. keyhold.io implements full client-side encryption using AES-256-GCM, meaning all credentials are encrypted in the submitter's browser before they ever touch the server. The decryption key is split between AWS KMS and the user's device, ensuring that even the platform itself cannot read the stored data. This approach fundamentally redefines trust: users no longer need to rely on keyhold.io's server security alone—they hold half the key. The encryption process is transparent to the end user; they simply paste their credentials into a web form and submit. From a technical perspective, this architecture provides cryptographic guarantees that no plaintext secrets reside on the server, making keyhold.io suitable for handling the most sensitive data. The advantage is clear: even if the server were compromised, attackers would find only encrypted blobs without the corresponding key material.
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The second major feature group is encrypted link sharing and full audit trails. keyhold.io generates unique, time-limited links that clients can use to submit credentials. Each submission is recorded with a detailed audit trail, logging who accessed the link, when, and whether the data was viewed. This provides complete accountability for credential sharing activities. Additionally, role-based access control (RBAC) allows organizations to restrict which team members can view submitted secrets, ensuring that only authorized personnel can access sensitive information. For compliance teams, these audit logs serve as a verifiable record of credential handling, simplifying audits and security reviews. The combination of encrypted links and audit trails transforms ad hoc credential sharing into a structured, enterprise-grade process. Users can also set expiration times for links and revoke access remotely, adding another layer of security against unauthorized access.
The third feature group includes Slack and Teams notifications, bulk onboarding, and flat-fee pricing. keyhold.io integrates with Slack and Microsoft Teams to send real-time notifications when a client submits credentials or when a team member views them. This keeps teams informed without requiring constant dashboard monitoring. Batch onboarding allows administrators to send multiple encrypted link requests simultaneously, streamlining the process of collecting credentials from many clients at once. This is particularly valuable for MSPs onboarding new customers or conducting periodic credential reviews. Pricing is a flat £50 per month with no per-seat fees, which eliminates the cost uncertainty of volume-based models. This straightforward pricing makes keyhold.io accessible for small teams while scaling to larger deployments. The product also supports config file uploads, extending beyond simple passwords to include entire configuration datasets.
Overall, keyhold.io's approach is built around a simple workflow: an organization creates a submission request, which generates an encrypted link. The link is sent to the client via email or other secure channel. The client clicks the link, enters their credentials in a web form that encrypts in the browser, and submits. The encrypted data is stored in the keyhold.io backend (S3 with server-side encryption). When an authorized team member needs to view the credential, they authenticate and the decryption key is assembled from AWS KMS and their local session. The entire transaction is logged and auditable. This methodology prioritizes security and simplicity over complex integrations, ensuring that even less technical clients can participate without friction. The product was designed to be self-service, with no lengthy setup or deployment required. Administrators can onboard new submitters in seconds using a simple dashboard.
Concrete use cases for keyhold.io include an MSP sending a link to a client to collect server root passwords for a scheduled maintenance. The client submits the credential, and the MSP technician retrieves it securely, with a timestamped audit entry. Another scenario is a software agency collecting API keys from a new customer to enable integrations. Instead of emailing a JSON file, the agency sends a secure link, and the customer uploads the keys directly. The outcome is a reduction in credential leakage risk and faster onboarding cycles. Field service engineers can also use keyhold.io to request temporary network access codes from site contacts, ensuring that credentials are never written down or shared over unencrypted channels. Each use case results in a verifiable trail and peace of mind for both parties. The product particularly shines in environments where clients are security-conscious or regulated, as it provides undeniable proof of secure handling.
The target audience for keyhold.io includes managed service providers (MSPs) who need to collect client logins for remote management, internal IT teams handling vendor credentials, and agencies that require secure API key exchange. It is also suitable for field service organizations, compliance officers who need audit trails for credential access, and any business that regularly deals with third-party secrets. The platform runs on AWS infrastructure using KMS and S3, with a web-based interface accessible from any modern browser. There is no software to install on client devices. Pricing is a flat £50/month with no per-user or per-seat fees, making it predictable for budgeting. The product was designed to be lightweight and easy to deploy, with notifications via Slack and Teams. In summary, keyhold.io provides a focused solution for the specific pain point of receiving credentials from external parties, combining zero-knowledge encryption with auditable workflows to deliver a secure, convenient experience.
keyhold.io is built for managed service providers (MSPs) who regularly collect client server credentials, internal IT teams that need to securely receive vendor or contractor access information, and agencies that handle API keys and configuration files from external partners. It also serves field service organizations, compliance officers requiring verifiable audit trails for credential handling, and any business that needs to accept sensitive logins from third parties without compromising security. The tool is designed for small to medium-sized teams that want a simple, zero-knowledge solution to replace insecure email and chat-based password sharing.