Code Pause, Inc. Advances Real-Time Communications with Voxi.live and Telehealth over QUIC

Measured test results

Voxi.Live live avatar session, as reported by the player

Metric	Value	Notes
Capture-to-render video latency	≈93 ms	Edge-clock-calibrated; live browser-based avatar session
Frame rate	≈30 fps	Camera and voice driving head movement, expressions, lip sync and voice
Video codec / transport	VP8 over MOQT draft 16	Media over QUIC (MoQ), browser to browser via relay
Video payload	≈1.42 Mbps	Encoded video delivered to the viewer’s browser
Decoder rejections	0	Reported by the player during the captured test state
Decoder backlog	0	Reported by the player during the captured test state

LONG ISLAND, N.Y. — September 8, 2026 — Code Pause, Inc. today announced continued progress in its next-generation communications architecture, with active testing across Voxi.live and Telehealth over QUIC (ToQ), the company’s healthcare-focused communications initiative for OutsideINsights.

A recent Voxi.live test demonstrated approximately 93 milliseconds of edge-clock-calibrated capture-to-render video latency during a live browser-based avatar session. The broadcaster’s camera and voice were processed simultaneously to drive head movement, facial expressions, lip synchronization, and voice functionality. The resulting video was encoded and delivered through Media over QUIC (MoQ) to the viewer’s browser.

The observed session operated at approximately 30 frames per second using VP8 over MOQT draft 16, with a video payload of approximately 1.42 Mbps. The player reported zero decoder rejections and zero decoder backlog during the captured test state.

“Real-time communication becomes more valuable when the technology can carry the full experience without interrupting the conversation. Voxi.live is proving our ability to combine live media, avatar processing, voice functionality, and low-latency delivery in a working system. We are applying that same communications foundation to ToQ, where responsive conversations and timely medical telemetry can support a more connected healthcare experience.”

Addressing the demands of real-time communication

Live communications systems increasingly need to coordinate multiple forms of information at once. Entertainment platforms combine video, audio, interactive graphics, and audience participation. Connected healthcare adds medical-device observations, contextual data, and time-sensitive information to the conversation.

These workloads place demands on latency, synchronization, bandwidth, and continuity. Code Pause’s architecture uses QUIC-based transport and MoQ’s object-oriented delivery model to coordinate media and application data according to their timing and delivery requirements. The approach supports efficient relay distribution, adaptive delivery, and a consistent experience across changing network and device conditions.

From Voxi.live to connected healthcare

Voxi.live serves as Code Pause’s live communications and entertainment platform, providing a demanding environment for developing browser-native media, real-time avatar experiences, voice processing, and interactive delivery. The company is using this operational experience to advance its broader communications technology.

ToQ extends the architecture into healthcare, where live conversational media and multiplexed medical telemetry are designed to operate within a secure, encrypted communications environment. OutsideINsights is developing the technology to support contextual remote patient monitoring, telehealth consultations, and connected medical devices.

The shared foundation creates a pathway for future capabilities including adaptive multi-network connectivity, edge-based processing, multilingual communication, and application-aware delivery of time-sensitive information. These advances are intended to improve responsiveness while enabling more efficient use of network and device resources.

Continuing validation

Code Pause is continuing performance and security validation across its communications systems. The testing program includes capture-to-render video latency, audio synchronization, telemetry delivery, network resilience, and interoperability. The company will publish additional technical results as development milestones are completed.

Media contact

Jeremy L. D. Ryan
CEO, Code Pause, Inc.
Jeremy.Ryan@Codepause.com
Codepause.com