Reduce Review Time
Extract the information people need without requiring them to read every page.
Tech.us builds NLP systems that reduce hours spent reviewing contracts, increase claims processed per day, and cut manual effort across document-heavy workflows.
We define what a correct result looks like on your own text, then measure performance where mistakes carry the highest business cost.
Projects Delivered
Years of Engineering
Industries Served
TRUSTED BY ORGANIZATIONS THAT DEPEND ON TECHNOLOGY














WHAT NLP CHANGES
NLP turns high-volume text into structured information your teams can use without reading every document or message manually.
Extract the information people need without requiring them to read every page.
Handle more documents, records, or messages without increasing manual effort at the same rate.
Identify exceptions and high-priority items before they disappear inside large queues.
Convert information trapped in documents and conversations into data that can move into existing workflows.
NLP DEVELOPMENT SERVICES
We build NLP systems that extract useful information, organize high-volume text, improve search, and move language-based work into faster digital workflows.
We convert an informal request into a specification a person and a machine can both apply consistently, including edge cases, exclusions, and how ambiguous instances should be handled.
We build labeled datasets with written guidelines, trained annotators, measured agreement between them, and adjudication of disputed cases.
We build systems that identify and return specified elements from documents and records, with spans traceable to their location in the source text.
We build classifiers that categorize documents, messages, and records, and connect their output to the queues, workflows, and systems where the categorization is acted on.
We build matching and normalization logic that consolidates variant mentions of the same entity across sources, including transliteration, abbreviation, and legacy naming.
We build search over your document sets using embeddings, hybrid keyword and vector retrieval, and reranking, tuned against queries your users actually submit.
We combine language models with layout analysis for documents where position carries meaning, including tables, forms, headers, footnotes, and multi-column text.
We build summarization and version comparison over long documents, with output constrained to content present in the source rather than generated freely.
We build interpretation models over customer and employee language, calibrated against how your own reviewers score the same material.
We build transcription, speaker separation, spoken language detection, and tone and emotion analysis, then apply text NLP to the resulting transcripts.
We build systems that operate across the languages your business runs in, with performance established separately for each rather than inferred from English results.
We build the evaluation sets, per-category reporting, error review process, and retraining pipeline that keep a language system accountable after it goes live.
Selected Work
See how we help organizations solve important problems with solutions built for real-world use.
View All Case Studies
A precast concrete manufacturer partnered with Tech.us to bring AI into the estimating workflow. The system uses OCR, computer vision, and generative AI to identify, extract, and visualize structures, pipes, and components from complex construction drawings.
Read the Case Study
SkyHawk by TELUS needed a streamlined mobile experience for its Connect Anywhere platform. Tech.us built the core experience around real-time asset tracking, fleet activity, secure configuration, and map-based operational visibility.
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Tech.us helped bring Wealth Mastery to life as a digital platform that puts personalized financial planning tools directly in users' hands while supporting a large and growing audience.
Read the Case Study
WHY TECH.US FOR NLP
We focus on the parts that determine whether an NLP system can be trusted in production, from how the task is defined to how performance is measured and maintained.
Most of the accuracy in a language system is decided in the definition and the labels. Tech.us treats that as engineering work rather than a preliminary step to move through quickly.
Annotation guidelines, annotator training, agreement measurement, and adjudication are capabilities we operate rather than assumptions we make about your team's availability.
Per-category results and reviewed errors are part of what we hand over, including the categories where performance is not yet good enough to run unsupervised.
A fine-tuned smaller model frequently beats a large one on repetitive domain extraction, at lower cost and lower latency. We benchmark rather than default upward.
Code produced with AI assistance is reviewed by an engineer before it reaches a client system. Speed of authorship does not change who is accountable for what runs.
Business text carries personal and confidential information incidentally, often in places nobody catalogued. We identify what is present, define what is redacted before processing, and establish what is retained in training corpora and logs, based on your requirements.
HOW WE WORK
We start with your real text and business requirements, then build, test, and deploy the approach that delivers the level of accuracy the workflow actually needs.
We establish what the output must be, which decision or workflow consumes it, what a correct answer looks like, and what accuracy the use case genuinely requires.
We sample real documents rather than representative examples, assess quality, formats, languages, volume, and noise, and identify what will be difficult before committing to an approach.
We draft the specification, apply it with multiple annotators, measure disagreement, adjudicate conflicts, and revise the guideline until it can be applied consistently.
We build the simplest approach that could work and measure it, which sets the bar any more complex method has to beat and sometimes proves sufficient on its own.
We develop the system, evaluate per category against the held-out set, review the errors with your domain experts, and iterate on whichever of the data, definition, or method the errors point to.
We integrate the output where the work happens, route low-confidence cases to a reviewer, monitor input drift and per-category performance, and retrain when evidence supports it rather than on a schedule.
PRODUCTION QUALITY
A strong average score can hide poor performance on the exact cases your business cannot afford to miss. We evaluate NLP around the decisions the output supports.
Measure performance on the categories where mistakes carry the greatest operational or financial impact.
Keep people involved when the system is not confident enough to make the decision safely.
Evaluate using the formats and language the system will actually encounter after launch.
Track shifts in terminology and document patterns so quality problems can be addressed before they become widespread.
INDUSTRY EXPERIENCE
We bring practical experience across sectors with different operational, regulatory, and technology demands.
Explore All Industries
Healthcare
Clinical language is dense with abbreviation, negation, and shorthand that varies by author and department, and it requires careful handling of statements about what was ruled out as well as what was found.
Explore Healthcare→
Finance and Insurance
Filings, policies, claims correspondence, and transaction narratives use precise terminology where a misread qualifier changes an obligation, and where extraction has to be traceable for review.
Explore Financial Services and Insurance→
Automotive
Automotive text often uses inconsistent shorthand and fault descriptions, where NLP helps interpret service language and surface recurring issues across large document volumes.
Explore Automotive →
Manufacturing
Maintenance logs, defect reports, and technical documentation are written in compressed internal shorthand that changes between plants and rarely appears in any external corpus.
Explore Manufacturing→
Retail and E-Commerce
Reviews, tickets, and search queries arrive in high volume, informal register, and mixed languages, where the value comes from aggregate patterns rather than individual readings.
Explore Retail and E-Commerce →
Construction
Specifications, submittals, and bid documents bury requirements inside numbered structures and references, where locating an obligation depends on reading position as much as wording.
Explore Construction→
NLP TECHNOLOGY
We work across transformer and encoder model families, fine-tuning and parameter-efficient training, embedding and vector retrieval, sequence labeling and classification frameworks, layout-aware document models, speech recognition and diarization, annotation tooling, and the evaluation and monitoring services that keep a language system measurable in production.
Selection follows accuracy on your task, inference cost at your volume, latency, explainability requirements, language coverage, hosting and deployment constraints, and whether your team can maintain what we hand over.
Agentic AI & Orchestration
Agentic AI
AI Agents
Multi-Agent Systems
Agentic Workflow Automation
Model Context Protocol (MCP)
Agent-to-Agent Protocol (A2A)
Agent Memory and Reasoning
Generative AI & Foundation Models
Large Language Models
GPT
Claude
Gemini
Llama
Generative AI
Multimodal Foundation Models
Diffusion Models
Small Language Models
Model Fine-Tuning
Prompt & Context Engineering
Machine Learning & Deep Learning
Machine Learning
Deep Learning
Predictive Analytics
Recommendation Systems
Anomaly Detection
Time-Series Analysis
Data & AI Platforms
AI-Ready Data Platforms
Data Lakes and Lakehouse
Data Engineering
AI Frameworks & Libraries
PyTorch
TensorFlow
Scikit-learn
Hugging Face Transformers
LangChain
LangGraph
MLOps, LLMOps & AgentOps
MLOps
LLMOps
AgentOps
Model Deployment and Serving
Agent Deployment
Model and Agent Observability
Prompt and Response Tracing
AI Cost Optimization
AI Evaluation, Safety & Governance
LLM Evaluations
Agent Evaluations
RAG Evaluations
AI Guardrails
Prompt-Injection Protection
Red Teaming
Responsible AI
AI Governance
Cloud AI Technologies
Google Cloud
Vertex AI
Gemini Models
Agent Studio
Vertex AI Agent Builder
Agent Development Kit
Vertex AI Vector Search
Google Cloud Document AI
Google Cloud Vision AI
Microsoft Azure
Microsoft Foundry
Microsoft Copilot Studio
Microsoft Agent Framework
Azure AI Document Intelligence
Azure AI Speech and Vision
Microsoft Fabric
Microsoft Purview
Language, Vision, Speech & Document AI
NLP, NLU and NLG
STT, TTS and ASR
Conversational AI
Document Intelligence
Computer Vision
RAG, Search & Knowledge Systems
Enterprise RAG
Agentic RAG
Multimodal RAG
Enterprise Search
Semantic & Hybrid Search
Vector Databases
Knowledge Graphs
Reranking and Retrieval Optimization
FAQ
NLP is the engineering discipline concerned with getting software to work usefully with human language. In practice it covers extracting information from text, categorizing it, resolving references, searching by meaning, condensing long material, and interpreting stance and intent.
A large language model is one tool available within NLP, and often not the most suitable one. For repetitive high-volume extraction and classification, a smaller fine-tuned model is frequently more accurate, faster, and substantially cheaper. Large models earn their place on open-ended tasks and where labeled data does not exist.
Usually because the text changed rather than the model. New terminology, altered document formats, different upstream systems, and shifts in who is writing all move the input away from what the system was trained on. Monitoring input distribution catches this earlier than waiting for complaints.
It is the rate at which independent reviewers assign the same label to the same text. It matters because it caps achievable accuracy: if two of your experts agree eighty-five percent of the time on what a category means, a model cannot reliably exceed that. Measuring it prevents a target being set above what is possible.
Yes, and this is normally where the work goes. We adapt models using your own text so internal codes, abbreviations, product names, and conventions are learned rather than guessed. A general-purpose model applied to specialist text is where most accuracy is lost.
We assess the input quality before modeling, because transcription and layout errors limit what any downstream accuracy can be. Where the source is weak we address extraction quality and layout handling first, then measure the language task on top of realistic input.
We report per category rather than as one figure, split evaluation data by time period where possible, decide deliberately whether false positives or missed cases are more costly, and review actual errors with the people who own the work. A single headline number is not sufficient basis for deployment.
Yes. We establish performance separately for each language rather than assuming it carries over from English, and we account for text that switches languages mid-document, which is common in customer and internal communication.
Business text contains personal and confidential detail incidentally, often in fields nobody expected. We identify what is present in a sample, define what is redacted or de-identified before processing, and establish what is retained in training data and logs, according to your requirements.
Yes. We evaluate an existing system per category against held-out data, examine its error patterns, assess the labeled data and specification behind it, and recommend whether the gain is in better labels, a different method, or a rebuild.
Show us where documents or text are slowing your teams down. We’ll help identify where NLP can reduce manual effort, increase processing capacity, and improve decision speed.
Schedule an NLP Discovery Call →Business opportunity · Workflow fit · Expected impact · Practical next step
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