Carrier-owned voice and AI
Keep AI processing and supported voice traffic inside one accountable infrastructure boundary.
Carrier-owned voice and AI infrastructure
One carrier-owned foundation for voice and AI, designed to reduce latency, preserve signal quality, and help agents respond more naturally.
One carrier foundation
HD Carrier operates the AI infrastructure and the carrier voice path together, reducing the vendor boundaries that add latency, cost, and uncertainty to real-time conversations.
Explore the platformKeep AI processing and supported voice traffic inside one accountable infrastructure boundary.
Fewer handoffs reduce avoidable transport delay inside the response window.
Preserve AMR-WB audio for more natural calls and clearer speech-model input.
Keep STIR/SHAKEN attestation information intact through the HD Direct path.
Use straightforward usage pricing without managing separate carrier integrations.
Bring your models and workflows while HD Carrier supplies the AI infrastructure and carrier path beneath them.
One connected system
AI processing and carrier connectivity work together on infrastructure HD Carrier operates, reducing vendor handoffs before supported calls reach the destination mobile network.
Quality you can hear
Compare CarrierX's aligned HD Direct and traditional PSTN audio at the same moment. Hear what a direct AMR-WB path can preserve before you test it with your own stack.
More speech detail reaches the applicationAMR-WB carries a wider speech range for listeners and speech models on supported routes.
Who we built it for
For teams whose advantage lives in their application, customer experience, or carrier offering, while the result still depends on the quality of the call path.
Give voice agents and real-time applications a clearer signal and more response time.
02Improve route consistency, speech clarity, and trust across customer conversations.
03Reach major US mobile networks through one premium interconnect path.
Hear it. Test it. Build on it.
Connect your existing voice stack, evaluate the direct path, and hear what high-definition audio changes in your own application.