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ModernMT

ModernMT is a leading AI-powered machine translation solution offering high-quality, cost-effective, and adaptable translation for enterprises.

Description

ModernMT is a leading enterprise-grade AI-powered machine translation solution that adapts in real-time to the context of the document, providing high-quality translations. Unlike generic machine translation systems, ModernMT incorporates a unique human-in-the-loop approach, continuously improving its accuracy through human corrections. Its scalable and cost-effective architecture meets the needs of large enterprises. ModernMT offers a simple yet powerful API, and is compatible with various programming languages and CAT tools. The system prioritizes data security with state-of-the-art encryption and ISO 27001:2013 certification.

Features

Key features include real-time adaptation to client data, resulting in a customized translation engine without extensive training needs; a human-in-the-loop system for continuous model improvement through human corrections; a fast, scalable, and cost-effective architecture suitable for large enterprises; a simple and powerful API with support for multiple programming languages; and robust data security measures, including ISO 27001:2013 certification. The system excels at document-level translation, ensuring contextual accuracy, and is available through both API and CAT tool integrations.

Benefits

ModernMT offers superior translation quality through its dynamic adaptation to data and human-in-the-loop approach. It provides cost savings through efficient architecture and lower management costs. It's scalable to meet the demands of large enterprises and easy to integrate via API or CAT tool plugins. It ensures data security through advanced encryption and ISO certifications. ModernMT's adaptability reduces the need for expensive training and maintenance, while its document-level translation ensures contextually relevant results. The system is continuously improving thanks to real-time learning from human corrections, leading to ever-increasing efficiency and accuracy.

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