Reduce Costly Retraining
Catch labeling problems early instead of discovering them after a model fails.
Poor training data leads to unreliable models, wasted training cycles, and costly rework.
Tech.us builds high-quality datasets across text, images, video, audio, and multimodal content with clear specifications and quality checks that improve model performance.
Projects Delivered
Years of Engineering
Industries Served
TRUSTED BY ORGANIZATIONS THAT DEPEND ON TECHNOLOGY














WHAT DATA ANNOTATION CHANGES
A model learns from every label it receives. Better datasets reduce rework, improve reliability, and help AI systems perform when they meet real-world cases.
Catch labeling problems early instead of discovering them after a model fails.
Cover the examples that matter most, including rare and difficult cases.
Use consistent labels and evaluation data to understand whether the model is actually improving.
Keep guidelines and decisions documented so your dataset remains useful as models and requirements change.
DATA ANNOTATION SERVICES
We design annotation workflows that create reliable datasets for AI systems across text, images, video, audio, and multimodal applications.
Entity spans, relations, classification, intent, sentiment, clause boundaries, and layout-aware labeling across languages and document formats.
Bounding boxes, polygons, semantic and instance segmentation, keypoints, and attribute labeling for detection, inspection, and recognition tasks.
Frame-level labeling, object tracking across frames, action and event boundaries, and temporal segmentation.
Transcription, speaker separation, dialect and language tagging, event marking, and tone or emotion labeling.
Aligned labeling across text, image, audio, and video within a single dataset for tasks that depend on more than one signal.
Converting an informal request into a specification two people can apply the same way, including edge cases and exclusions.
Selecting what to label, balancing classes, mining hard cases, and reserving evaluation data before work begins.
Assessing a dataset you already hold for label accuracy, class consistency, guideline drift, and duplication, then correcting what is recoverable.
Using a trained model to propose labels for human correction, which raises throughput on established tasks without shifting the decision away from a person.
QUALITY
Annotation quality cannot be measured by volume alone. We verify that labels are consistent, explainable, and aligned with the model's purpose.
Samples are reviewed independently to identify inconsistencies before they affect training.
Your experts can define standards and resolve cases where the correct label requires deeper context.
We identify where categories perform well and where additional work is needed.
Guidelines, decisions, and dataset versions are documented so changes can be understood later.
WHAT YOU RECEIVE
The value of annotation is not only the labels delivered today. It is the documentation, decisions, and quality evidence that make the dataset reusable as your AI systems evolve.
A well-built dataset becomes an asset your team can improve, audit, and reuse as models and requirements change.
SELECTED WORK
Explore how we help organizations solve real business problems with practical technology solutions.
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.
Read the Case Study
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
We combine clear specifications, expert review, and measurable agreement to build datasets that hold up beyond delivery.
The guideline is the product. Labeling before the rules are settled produces volume that has to be redone.
Agreement rates and per-class weaknesses are handed over, including the categories not yet reliable enough to train on.
A category people cannot apply consistently will not work in a model either. We recommend changing it rather than labeling around it.
Sampling, class balance, and hard-case mining reduce how many labels you need, which reduces what we bill.
Clinical, legal, financial, and technical material is reviewed by people who read that material professionally.
Taxonomies change and definitions move. We version, extend, and relabel rather than treating delivery as the end.
HOW WE WORK
We resolve the difficult labeling decisions early so quality does not break when the dataset scales
We establish what the labels are for, what the model has to do with them, and what accuracy the downstream use case genuinely requires.
A few hundred items labeled by multiple annotators, which surfaces the ambiguities faster and cheaper than any amount of guideline review.
Disputes are adjudicated with your domain experts and written into the guideline before volume work begins.
We select and balance what will be labeled, mine for hard cases, and reserve the evaluation set.
Annotation runs with overlap, ongoing audit sampling, and per-class reporting rather than a single review at the end.
We hand over the dataset with its guideline, agreement report, and provenance, and support relabeling as your categories change.
INDUSTRY EXPERIENCE
Where annotators disagree is specific to the material, which is why guideline design does not transfer between sectors.
Explore All Industries
Healthcare
Clinical text and imaging require judgment on what was ruled out as well as what was found, and on findings that are described rather than stated.
Explore Healthcare→
Financial Services and Insurance
Risk, claims, and compliance labeling turns on qualifiers and conditions, where a single hedging word changes the correct category.
Explore Financial Services and Insurance→
Manufacturing
Defect labeling depends on severity thresholds that vary between plants and inspectors, so the threshold has to be defined before annotation, not during it.
Explore Manufacturing→
Retail and E-Commerce
Product and review labeling contends with catalog inconsistency, near-duplicate items, and informal multilingual customer language.
Explore Retail and E-Commerce→
Automotive
Perception datasets require consistency on occlusion, distance, and edge conditions where reasonable annotators disagree by default.
Explore Automotive→
Construction
Drawings, specifications, and site imagery carry meaning in position and reference, so labeling depends on document and scene context.
Explore Construction→
DATA SECURITY
Annotation requires people to see your data. We build controls around who can access it and how it is handled.
Annotators only see the data required for their assigned work.
Sensitive fields can be removed or protected before annotation begins.
Retention and reuse policies are defined before work starts.
ANNOTATION TOOLING
We work across annotation platforms for text, vision, video, audio, and multimodal work, model-assisted labeling, agreement and quality reporting, and dataset versioning and lineage tooling. Selection follows the label type, review workflow, volume, integration with your training pipeline, and where the data is permitted to be processed.
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
Through blind re-annotation of a sample, gold items set by your experts rather than ours, audit sampling during delivery, and per-class reporting. Accuracy measured against a standard the vendor authored is not independent evidence.
It marks the cases the guideline has not resolved, and those are the cases a model will get wrong. Suppressing disagreement with majority vote removes the signal without fixing the cause.
Less than most teams assume for a first useful model, often a few hundred well-labeled examples per category. Coverage of hard and rare cases affects results more than total volume.
Both, with the decision staying with a person. A model can propose labels for correction on established tasks, which raises throughput, and every proposal is reviewed rather than accepted by default.
Yes, and for specialist categories it is usually the right approach. Your experts set the gold standard and adjudicate disputes while our annotators handle volume against the guideline they define.
They are recorded as unresolved and handed to you with the dataset. A category your own experts cannot apply consistently is a task definition problem, and we would rather flag it than bury it.
Yes. We assess label accuracy, class consistency, guideline drift, and duplication, then advise whether targeted correction or relabeling is the better investment.
Identifying fields are removed where the task does not require them, annotator access is scoped to assigned items, named annotators work under agreement on confidential material, and retention is defined before work starts.
No. Your data is not used for other clients, other models, or internal training sets.
Per project, driven by label complexity, volume, review depth, the number of annotators per item, and the domain expertise required. We scope it after seeing a sample and the task definition.
Send us a sample and what you are trying to teach the model. We will tell you what the dataset has to cover and where the labeling will be contentious.
Schedule a Dataset Consultation →Task definition · Sampling plan · Agreement targets · Practical next step
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