The Transport Layer
for Voice AI.
Your LLM is fast. Your network is slow. Telequick uses bare-metal C++ and QUIC to drop audio transport latency to zero, enabling flawless barge-ins and sub-500ms conversational AI.
The "Network Tax" is Ruining Your UX.
Voice AI developers are running modern multimodal models over 15-year-old telecommunications pipes. If you are using standard WebSockets or WebRTC, you pay a massive network tax.
- TCP/TLS Handshake Bloat: Adds 300–500ms of latency before a single byte of audio transmits.
- Head-of-Line Blocking: If one packet drops, the entire connection halts. Your JSON tool-calls get stuck behind the audio buffer.
Enter QUIC: The UDP Super-Protocol.
Originally developed to speed up Chrome, QUIC fundamentally rewrites how data moves across the internet.
- 0-RTT (Zero Round Trip Time): Connection handshakes and encryption happen instantly.
- Independent Stream Multiplexing: Multiple streams (audio, text, control signals) travel concurrently without blocking each other.
Telequick: QUIC, Packaged for AI.
You shouldn't have to write low-level C bindings to get network speed. Telequick is a custom, bare-metal QUIC edge gateway built specifically for Voice AI.
We act as a unified inbound layer. Replace WebRTC for browser-based voice apps (via our WASM SDK), or point your legacy SIP trunks at our Bring Your Own Carrier (BYOC) gateway. We catch the raw audio and deliver it instantly to your LLM.
The Flawless "Barge-In"
Because audio buffers linearly over TCP, AI agents awkwardly talk over your users for 1.5 seconds when interrupted. Telequick fixes this permanently.
Send a 1-byte HALT signal on a parallel stream. The AI stops speaking the exact millisecond the user interrupts. Because our network is instant, you reclaim your "latency budget" to intelligently verify if the noise was a backchannel ("mm-hmm") or a real interruption.
Telequick vs. Legacy
See why the best Voice AI founders are abandoning WebSockets.
WebRTC Standard
Traditional real-time communication using TCP/UDP handshakes. Subject to head-of-line blocking and network tax.
TeleQuick QUIC
Bare-metal QUIC stack with 0-RTT connection. Eliminates head-of-line blocking for natural, instant barge-in Voice AI.
Drop-in SDKs.
No Legacy Rewrites.
We provide native wrappers around our memory-safe C++ core. Stop writing network boilerplate, compiling WebRTC binaries, or fighting socket scaling issues. Focus on your AI logic.
import openai_realtime
# Initialize the 0-RTT QUIC Node (C++ Core)
edge = telequick.EdgeNode(port=443, multiplex=True)
@edge.on_audio_stream
async def handle_call(stream):
# Stream raw audio instantly to the LLM
await openai_realtime.stream(
audio=stream.raw_pcm(),
# Send instant out-of-band halt signal
on_barge_in=lambda: stream.halt_ai_audio()
)
edge.listen()
Built for the Voice AI Ecosystem
AI Agent Startups
Replace bloated WebSockets. Build real-time customer service, sales, and companion agents that actually feel human to talk to.
Interactive Web Apps
Use our WASM SDK to build real-time spatial computing and browser agents without the nightmare of managing WebRTC signaling.
Enterprise Call Centers
Use our Bring Your Own Carrier (BYOC) gateway. Plug existing Twilio/SIP trunks into our self-hosted edge nodes for compliant AI telephony.
Scale from Prototype to Enterprise
DEVELOPER
Perfect for local prototyping and hackathons.
- 1,000 free minutes
- Standard Python/Node SDKs
- Community Discord Support
STARTUP (CLOUD)
For production Voice apps on our edge network.
- Fractions of a cent per min
- Globally distributed QUIC edge
- Advanced Multiplexing API
- Email Support
ENTERPRISE (BYOC)
For scaling call centers with strict compliance.
- Flat annual licensing
- Self-hosted C++ Binaries (.deb/.rpm)
- VPC & SOC2 / HIPAA Compliant
- Dedicated Slack Channel
Frequently Asked Questions
How does Telequick handle false barge-ins (like a cough)?
Telequick is the pipe, not the brain. Because our 0-RTT network is so fast, we give you your "latency budget" back. You can use that reclaimed 200ms to run a fast VAD (Voice Activity Detection) check. If the noise is just a cough, ignore it. If it's a real interruption, trigger the Telequick HALT stream.
Do I still need Twilio or a SIP provider?
If you are building phone-based AI, yes. Telequick is the transport layer between the carrier and your AI. You point your SIP trunks at our gateway, and we convert the legacy audio into ultra-fast QUIC streams for your LLM.
Can I run this on my own servers?
Yes. For enterprise customers, we provide native C++ binaries that deploy directly onto your VPC, keeping all audio data strictly within your own firewall for maximum compliance.
Why not just use WebRTC?
WebRTC was built for P2P video conferencing, not client-to-server AI. It requires heavy browser binaries and complex ICE signaling. Telequick gives you raw, multiplexed data streams with a fraction of the overhead via our WASM payload.