Your reputation travels with these files.
The master you deliver is the master someone else will screen, grade, broadcast, or archive. A missing frame or a damaged file can put hours of work and an entire deadline at risk. You need to know that the bytes on the other end are the bytes you meant to send.
VOTPort makes that check part of the delivery. It verifies received content before making the completed file available, then signs a record of its identity and publication result. Your team gets a file it can use and evidence it can return to when the handoff matters months later.
Protected while it moves.
Browser connections use HTTPS. Accelerated QUIC transfers use TLS encryption and a pinned server identity, with access tied to the authorized transfer. Large deliveries and difficult connections get the same protection, without a security upgrade or a paid speed tier.
Verifiable after it arrives.
Encrypted transport protects the connection. VOTPort also checks the content itself against its cryptographic identity. Incomplete or altered bytes fail verification. The signed receipt stays with the file, so the evidence outlasts the connection that carried it.
Give the next person something they can trust.
Each received file has a small signed receipt that identifies its exact contents, byte length, and recorded publication assurance. Keep it with the project and you have a practical answer when a client asks what was delivered or an auditor needs evidence of the handoff.
VOTPort uses BLAKE3 content identities and Merkle proofs to check the data, and Ed25519 signatures to authenticate the receipt. A later check can confirm both who signed the record and whether the file still matches it. A familiar filename or a green progress bar cannot tell you that.
The recipient can also sign verification and acceptance of the exact package as separate records. Native clients queue verification after checking and publishing the local files; browser recipients select their saved files for hashing. Acceptance is a deliberate confirmation, never an assumption based on a download click. Your team can retain both statements alongside the signed event history.
The verification page reads the file locally in your browser. Only the receipt is sent for signature checking; you do not have to upload the master again to check it.
Put access under your facility’s control.
Connect VOTPort to your identity provider with included OIDC single sign-on and SCIM provisioning. Assign administrator, auditor, and viewer roles, and revoke a principal’s existing access on the next request when they leave. SSO belongs in the product your team uses every day, not on a list of reasons to upgrade.
Give projects their own senders, approvers, and viewers. Enroll recipient devices and require proof of the selected key before download access. When release needs a second pair of eyes, approval must come from a different human operator and is signed off against the exact manifest and policy revision. Expiring links and tenant boundaries keep each handoff scoped to the right team.
Let automation do the work without handing it the keys.
Connect a production pipeline or AI assistant to one project folder with only the actions it needs. VOTPort’s API, JSON CLI, and 15 MCP tools can queue persistent jobs, follow checks and release, retry failures, and retrieve signed recipient evidence. Your integration can do the routine work while the people responsible retain approval authority.
Every request is checked against the token’s folder, permissions, and expiry. Agents cannot change server settings or delete library files. Ordinary deliveries belong to the token that created them; project jobs also enforce project membership. Agents cannot approve release or implicitly accept a delivery. Signed events record workflow activity, with persistent webhook delivery and replay for the systems that depend on it.
Check the package before it leaves.
Require the metadata the next team needs, the full frame sequence, and the configured codec, dimensions, or frame rate before release. Add malware scanning where your policy calls for it. A required check that fails or cannot run holds the delivery back, giving your team the chance to resolve the problem before it becomes someone else’s.
These checks work alongside cryptographic verification: one establishes that the bytes match; the other checks the delivery against your project’s technical requirements. Media checks and malware scanning use separately installed checker software on your infrastructure.
Your files stay on infrastructure you choose.
Run VOTPort on your facility’s servers or in your cloud, connected to your storage and identity systems. Your team controls where the files live, who operates the service, and how network access, encryption at rest, retention, and backups fit your requirements.
Receive directly onto a qualified Linux NAS with content verification and server-acknowledged durability recorded in the receipt. Files publish on the receiving filesystem without a final payload copy.
Bring S3-compatible storage into the workflow with controlled import and verified export. VOTPort publishes a signed completion record only after the payload objects finish, so downstream systems have a clear signal that the package is ready. Signed event exports give your audit archive a record beyond the live status screen; your own storage and retention policies determine how long it stays protected.
When work passes to another VOTPort, each receiving deployment signs its own custody record and preserves the verified ancestry. Export that history for your audit archive. Signed revocation records whether a destination has stopped route-managed sharing and forwarding; each site keeps its own identities and access policy.