Meeami Technologies's Speaker Identification engine delivers fast, accurate recognition of individual speakers using advanced AI models trained on diverse, real-world datasets. Designed for multi-speaker environments, it continuously analyzes voice signals to match against enrolled voice profiles for pitch, tone, vocal tract shape, and speech dynamics — enabling secure, efficient, and context-aware interactions across a wide range of applications.

With state-of-the-art deep learning models and optimized DSP techniques, Meeami’s Speaker Identification offers unmatched accuracy, minimal compute footprint, and seamless integration into any voice-enabled platform.

Key Features

Advanced Audio Processing and Feature Extraction

Techniques like fast voice activity detection, accurate speech end pointing, and signal-to-noise quality estimation are used for enrollment and recognition.

Delivers industry leading accuracy – even in noisy or dynamic environments.

Flexible Voiceprint Matching and Adaptive Learning

Supports both text-dependent and text-independent modes.

Language Agnostic – Operates across any language without the need for retraining or tuning.

Cross-Channel Compatibility – no retraining or re-enrolment needed across different applications or devices.

Dynamic Multi-Speaker Recognition and Diarization

Performs real-time multi-interlocutor recognition, dynamically detecting speaker changes and accurately diarizing monophonic audio streams

Detected voice is individually labeled and tracked, enabling seamless handling of conversations involving multiple speakers.

Real-Time, Low-Latency Processing

Achieves end-to-end latency under 500 ms, supporting real-time applications.

Drop-In Integrations

Meeami Technologies is pioneering the future of AI-driven speech and audio intelligence.

C API and precompiled SDKs for ARM, x86, Qualcomm Hexagon DSP, Cadence HiFi

Cloud-based APIs for real-time or batch identification

Lightweight runtime modules for embedded systems

Flexible enrollment options: text-dependent and text-independent modes

Why Meeami is Best-in-Class

Scalable

Stateless architecture easily scalable on-premises or in private clouds

Lightweight

Configurable software footprint optimized for embedded and low-power devices

Privacy Ready Deployment

Ensures high security, user adaptability, and minimal compute overhead.

AVS and Certification-Ready

Integrated easily into Alexa, Google VoiceServices, and other AVS-compliant architectures

Meeami Speaker Identification in Action

Enterprise Security & Access Control

Voice assistants, TVs, wearables, and smart speakers — delivering superior far-field voice performance in real-world conditions.

Use voice as a biometric for workstation login, conference room access, and authentication workflows.

Reduce the risk of fraud and security breaches by reducing the reliance on passwords and PINs.

Smart Devices

Add intelligent audio cleanup directly into your chip design—optimized for power, latency, and edge performance.

Voice assistants, smart speakers, and wearables – enable personalized responses, dynamic recommendation engines, preferences, and controls based on the recognized user.

Create a more intuitive and user-friendly user experience.

Customer Service and Contact Centers

Add intelligent audio cleanup directly into your chip design—optimized for power, latency, and edge performance.

Instantly identify customers or agents by voice to personalize service and secure transactions.

Financial Transactions & Authentication

Add intelligent audio cleanup directly into your chip design—optimized for power, latency, and edge performance.

Provide secure, and frictionless user authentication for sensitive financial activities such as banking transactions, account access, and payment authorization.

Strengthen identity assurance while maintaining a seamless user experience.

Speaker Identification Deployment Options

SDKs for embedded OS, macOS, Linux, and Windows

Pre-integrated modules for Qualcomm Hexagon, Cadence HiFi DSPs

Cloud-based APIs for real-time or offline processing

Custom NRE options for porting to proprietary silicon or constrained environments

Zero-code installers for desktop deployment

Frequently Asked Questions

Do Noice Suppression cancel noises like traffic, keyboard clicks and wind noise?

Unlike Gong, Chorus and other conversation intelligence tools, Sybill is a complete deal execution platform. We want to help sellers have the freedom to sell, and we are ahead of any other tool in helping to make their lives.

What is the difference between Background Voice Suppression and Target Voice?

Unlike Gong, Chorus and other conversation intelligence tools, Sybill is a complete deal execution platform. We want to help sellers have the freedom to sell, and we are ahead of any other tool in helping to make their lives.

Does the entire team need to be on the same plan?

Unlike Gong, Chorus and other conversation intelligence tools, Sybill is a complete deal execution platform. We want to help sellers have the freedom to sell, and we are ahead of any other tool in helping to make their lives.

Do Noice Suppression cancel noises like traffic, keyboard clicks and wind noise?

Unlike Gong, Chorus and other conversation intelligence tools, Sybill is a complete deal execution platform. We want to help sellers have the freedom to sell, and we are ahead of any other tool in helping to make their lives.

How do I learn about using it in a way that best suits my use cases?

Unlike Gong, Chorus and other conversation intelligence tools, Sybill is a complete deal execution platform. We want to help sellers have the freedom to sell, and we are ahead of any other tool in helping to make their lives.

Is there a cancellation period?

Unlike Gong, Chorus and other conversation intelligence tools, Sybill is a complete deal execution platform. We want to help sellers have the freedom to sell, and we are ahead of any other tool in helping to make their lives.

See Meeami in Action

Experience AI-powered voice like never before. Watch our demos to hear the difference.
Contact Us
Contact Us