
A New Hiveeen Web Experience
The Hiveeen web presence was rebuilt with three languages, complete product pages, a blog and independent site administration.
Read More →Articles about the product journey, privacy, security and controlled communication.

The Hiveeen web presence was rebuilt with three languages, complete product pages, a blog and independent site administration.
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Readiness checks summarize voice storage, push, TURN and VoIP configuration in one view.
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Shared notebooks now move with a user during controlled super-admin transfers.
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Retention limits, push minimization and cleanup became integral parts of the privacy model.
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Deep navy, electric blue, honeycomb geometry and the H7 monogram define the visual system.
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The Hiveeen identity unifies secure cells, controlled connections and resilient communication.
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WebRTC offer, answer and ICE records are physically removed after a short retention period.
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Multiple public keys and configuration versions enabled safe key rotation and rollback protection.
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Ed25519 verification was added so untrusted service endpoints are rejected.
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Dynamic service discovery reduced dependence on a single fixed API hostname.
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Administrators gained individual control over active sessions and notification devices.
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Lightweight presence signals improved online and last-seen accuracy.
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A shared notebook independent of chat was introduced and is removed together with its entries when deleted.
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Ownership-based isolation ensures normal administrators see only their own users.
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A management workspace brought users, devices, sessions, calls and audit activity together.
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Native incoming-call flows were developed for Android and iOS.
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Background delivery for messages and calls was improved while sensitive message text was excluded from push payloads.
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A local PIN layer and session reset flow for failed attempts were completed.
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Voice notes received a server-controlled deletion window starting after first playback.
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Standard text messages were made short-lived and physically removed after expiration.
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WebRTC voice calling and TURN support for difficult network conditions were introduced.
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The closed communication model, where users interact only with their assigned administrator, was finalized.
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Authorization, session control and server-side validation became core architectural principles.
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The initial product framework focused on secure, simple, administrator-controlled communication.
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