AI Services

AI Services service track

Computer Vision

We develop object detection, image classification, OCR, video analytics, quality inspection, and visual intelligence systems.

Approach

Systems that understand images, video, and visual operations.

The work is structured around explicit decisions and usable outputs rather than a generic delivery template.

Environmental reality

Computer vision is useful when visual information needs to be counted, classified, extracted, inspected, or monitored consistently. The real challenge is usually data quality, labeling, lighting, camera conditions, and operational deployment.

Operational vision design

Solutyics designs vision systems around the environment where they will run. We consider dataset preparation, model choice, accuracy requirements, edge or cloud deployment, human review, and how results flow into the business process.

Fit

Where this creates leverage

The strongest engagements have a clear operating constraint, decision, workflow, or delivery risk to improve.

Best fit

Conditions that make the work valuable

  • Companies automating visual inspection or counting
  • Teams extracting information from images or documents
  • Operations that need video analytics
  • Products adding image understanding features

Typical use cases

Situations the service can address

  1. Quality inspection
  2. Object detection and counting
  3. OCR from documents or images
  4. Video analytics for operational monitoring

Deliverables

What Solutyics actually delivers

Each workstream is labelled for the outcome or artifact it is responsible for, not its position in a template.

Use-case and data plan

Vision use-case and dataset plan

Dataset and model

Labeling guidance and model development

Vision pipeline

Object detection, OCR, or classification pipeline

Deployment architecture

Deployment architecture for edge or cloud

Accuracy and monitoring

Accuracy report and monitoring recommendations

Process

How the work moves

A visible sequence of decisions, working outputs, review points, and handover, rather than a black-box delivery cycle.

Assess the environment

We review image sources, camera conditions, labels, accuracy needs, and operational constraints.

Prepare the dataset

We define labeling rules, collect samples, clean data, and establish evaluation criteria.

Build the model pipeline

We train or integrate detection, OCR, classification, or video analytics models.

Deploy and improve

We integrate outputs into workflows and plan monitoring, review, and dataset expansion.

Outcomes

What should improve after the work

Automated visual recognition workflow

Clear accuracy and error profile

Practical deployment design

A path for improving the dataset over time

FAQ

Questions that shape the work

The answers below clarify scope, collaboration, ownership, and the conditions that usually affect delivery.

Can you build object detection systems?

Yes. We can build object detection pipelines using models such as YOLO and related tooling, depending on the dataset and deployment requirements.

Do we need labeled images?

Usually yes for custom vision models. We can help define labeling guidelines and assess whether existing models are enough before custom training.

Can computer vision run on edge devices?

Yes, but model size, hardware, latency, camera feed, and network reliability must be considered early.

How do you measure accuracy?

We use metrics suited to the task, such as precision, recall, IoU, character accuracy, or task-specific error rates, and interpret them against business consequences.

Can you combine OCR with AI workflows?

Yes. OCR can feed document intelligence, validation, extraction, search, review queues, or LLM-based workflows where appropriate.

Next step

Turn images and video into operational signals.

Bring sample data, camera context, and the decision the system must support. We will help shape the vision pipeline.

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