Leverage advanced AI to derive actionable insights from data.
IBM Watson Natural Language Understanding (NLU) is a cutting-edge AI service that empowers businesses to unlock hidden insights from their text data. Using advanced deep learning algorithms, Watson NLU extracts entities, sentiment, emotions, relationships, and more from unstructured data, providing businesses with actionable insights that can enhance decision-making, optimize processes, and drive innovation.
IBM Watson NLU enables scalable natural language processing through APIs that extract entities, concepts, sentiment, and categories from unstructured text data.
It supports AI-powered text analytics across documents, emails, chat logs, social media, and customer interactions.
Return on investment realized within three years.
Reduction in time spent on data analysis tasks.
Month-over-month increase in revenue using NLU-powered insights.
A digital publishing and marketing organization aimed to eliminate manual analysis bottlenecks in its content optimization workflow. Their analysts spent hours reviewing top-performing pages, extracting insights, and briefing content teams — a process that could not scale with growing demand.
By implementing IBM Watson Natural Language Understanding through Nexright, the organization automated deep content analysis, identified semantic patterns, and generated actionable recommendations. This allowed content strategists to produce higher-quality content in significantly less time, while improving performance consistency across campaigns.
The organization was struggling to maintain a competitive edge in a crowded content landscape. With multiple campaigns, writers, and content formats, the marketing team needed an accurate and scalable way to:
Key Challenges:
Leadership wanted a data-driven recommendation engine that could automatically extract insights, accelerate workflows, and enable content teams to publish high-impact content faster.
Partnering with Nexright, the organization deployed IBM Watson Natural Language Understanding as the core intelligence engine within its content operations workflow. Watson NLU’s advanced linguistic models were used to automate semantic analysis, reveal intent patterns, and surface insights that previously required hours of human effort.
Solution Highlights:
Watson NLU analyzes large volumes of content in minutes, extracting sentiment, emotion, entities, keywords, and categories — eliminating manual review and accelerating content planning.
Identifies semantic trends, content positioning strategies, and topic gaps across competitor pages, providing a data-driven foundation for outperforming them.
Identifies searcher intent signals and emotional tone patterns that resonate with audiences, enabling content teams to tailor messaging precisely.
The organization now publishes content faster, more confidently, and with greater consistency — supported by automated insights that scale with business needs.
With Nexright and IBM Watson Natural Language Understanding, we replaced hours of manual evaluation with instant, data-driven insights. Our content teams now produce more accurate, higher-quality work in a fraction of the time.
— Director of Content Strategy, Digital Media Organization
A specialized software provider in Japan wanted to reduce the manual workload involved in categorizing thousands of customer inquiries across multiple channels. Their existing process relied on human review, which slowed down response times, increased operational costs, and made it difficult to identify emerging trends.
Partnering with Nexright, the organization implemented IBM Watson Natural Language Understanding (NLU) to automate inquiry classification, extract key conversation insights, and strengthen decision-making across their support teams. The AI-powered model significantly improved prediction accuracy, reduced manual effort, and provided new visibility into customer sentiment and inquiry themes.
The company handled a high volume of inquiries daily—ranging from product questions to service support—for small and midsized business clients. However, the categorization process was entirely manual, leading to:
Key Challenges:
The organization needed a scalable, accurate, and automated way to classify inquiries and support continuous operational improvement.
Nexright helped the client evaluate multiple AI options and determine the best-fit approach using IBM Watson Natural Language Understanding.
The solution used Watson NLU to analyze sentences, detect relevant features, extract keywords, and accurately classify messages into the correct categories—reducing the need for human review.
A proof of concept (PoC) demonstrated strong accuracy and suitability for real-world usage. Using Watson NLU combined with training on the client’s historical inquiry data, the team built a customized language model capable of understanding domain-specific terminology, slang, and context.
Once implemented, the automated classification workflow delivered:
Watson NLU categorizes incoming messages using advanced linguistic analysis, correctly identifying query intent even in short or ambiguous messages.
Nexright and the client co-created a model trained on the organization’s own historical data, ensuring high accuracy for industry-specific terms.
Key terms and patterns are automatically surfaced to help the team identify emerging issues, customer needs, and product opportunities.
The solution created a measurable improvement in business efficiency while enabling a sustainable, AI-powered support model.
With Watson, we can automatically categorize inquiries with far greater accuracy and speed. The AI-powered workflow allows us to focus on customer needs instead of manual processing. Nexright helped us quickly identify the most effective model and deploy it into production seamlessly.
— Lead IT Manager, Japanese Software Provider
IBM Watson NLU is trusted by a wide range of industries, from marketing and legal to finance and technology. Its success across various sectors underscores its versatility and ability to generate real, measurable business results.
Watson NLU analyzes and extracts metadata from text such as sentiment, keywords, entities, emotion, syntax, and categories. It’s used for content analysis, customer insights, and more.
NLU can process text from documents, web pages, social media posts, emails, and support tickets—making it a versatile tool for content analysis.
Yes. It detects overall document sentiment and emotion, as well as targeted sentiment around specific entities or keywords—helpful for brand monitoring and customer feedback analysis.
It’s used to analyze customer reviews, segment audiences by interest, and optimize content strategy through automated content tagging and topic extraction.
Yes. It supports English, German, Spanish, Japanese, French, Portuguese, and more—allowing global companies to extract insights across regional markets.
Yes. Watson NLU allows users to train and define custom entities relevant to their industry (e.g., product codes, medical terms, etc.), enabling domain-specific analysis.
Unlike rule-based tools, Watson NLU uses AI to understand context, relationships, and meaning—delivering deeper insights and more accurate results across varied content types.
Nexright enables organizations to integrate NLU into workflows, tune models for specific industries, and build dashboards for insights-driven decision-making across departments.
IBM Watson Natural Language Understanding integrates seamlessly with other IBM AI solutions to power end-to-end intelligent workflows. When combined with IBM Cloud Pak for AIOps, organizations can correlate text insights with operational events for faster incident resolution. Integration with IBM Watson Studio enables data scientists to build, train, and deploy NLP models alongside structured and unstructured data.
Leverage IBM Watson NLU to transform your unstructured data into actionable insights.
"*" indicates required fields
"*" indicates required fields
"*" indicates required fields
"*" indicates required fields
"*" indicates required fields
"*" indicates required fields
"*" indicates required fields
"*" indicates required fields
"*" indicates required fields