Your State-of-the-art
AI speech enhancement for
critical real-time purpose
Sharpi is our AI-powered software that removes distracting background noise from critical communication voice streams, contact center calls, and online meetings. Available as an on-premises solution or embedded SDK, SHARPI is bi-directional, operates with near-zero latency, and delivers exceptional performance with minimal CPU usage.
Typical specialized application areas for Sharpi
Ensures clear voice transmission during critical 112 calls by reducing background noise and enhancing caller intelligibility instantly.
Improves dispatcher communication by minimizing ambient noise, reducing stress, and enabling accurate, fast call handling in control rooms.
Enhances pilot to controller dialogue clarity, filtering out cockpit and tower noise to maintain safe, uninterrupted airspace communication.
Supports precise radio and call communication during operations, removing disruptive background sounds without masking critical voice cues.
Boosts communication efficiency in noisy field environments, helping fire personnel relay instructions clearly in high-stress situations.
Filters engine and wind noise on vessels and platforms, enabling clear coordination between crew, command centers, and safety teams.
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Sharpi in Critical Communication
Clear speech is the foundation of effective communication. In critical situations effective communication can make the difference between life and death. Sharpi is your tool to provide world-class in critical situations. Sharpi removes undesired noise from your critical calls with only a click of a button. We customize Sharpi to your needs, workflow and system requirements.
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Meet our customers
We operate in 5 different countries and handle 1.000.000+ critical calls per year. Our solution is implemented directly into your microphone, speaker, radio device, or locally on your software platform. The solution runs in real-time without perceivable delay.
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Sharpi benefits in Critical Communication and call centers
Our algorithms work locally without storing or transmitting any data.
Our algorithms are designed with safety and compliance at their core, eliminating the risk of future documentation requirements. We handle compliance, so you don’t have to.
Our libraries are built entirely from C code with no third-party dependencies, ensuring 100% control over the code base and minimizing vulnerabilities and cyber-attack entry points. Getting an AI algorithm to work in critical communications means security and reliability are paramount.