India-built AI & blockchain engineering since 2017 · Serving clients worldwide

AI & Data

Computer Vision Development

Speqto delivers computer vision development for teams that need software to see: spotting defects on a line, reading documents, counting stock, or following activity in video. We handle data collection, labelling, model training and deployment to servers or edge devices. It is aimed at operations and product leaders who need dependable accuracy in real conditions.

  • Prototype in weeksProof before big budgets
  • Weekly demosSee progress, not slides
  • You own the codeFull IP assignment
  • 128+ engineersFive offices, three continents

Where computer vision pays off

Vision projects work best when a person currently looks at pictures repeatedly and the decision is reasonably clear. Common examples include surface inspection in manufacturing, reading IDs and invoices with OCR, checking shelf stock, monitoring safety equipment on sites, and analyzing medical or satellite images with expert oversight. We also agree a minimum acceptable recall for the most costly defect, since that figure drives design.

We start by writing down what counts as a correct result, how costly each type of mistake is, and what the camera and lighting will really look like. A model that scores well on tidy samples but fails in dim, dusty or angled conditions is a common reason pilots stall, so we test on honest data. Cameras, lenses and lighting are specified alongside the model, because hardware choices can remove entire classes of error.

Data, labelling and model choices

Data is the largest part of the work. We help set up capture, define label guidelines so annotators agree, and use tools such as CVAT or Label Studio. Active learning and pretrained models reduce the amount of hand labelling, and careful augmentation covers variations in light, angle and background. Pretrained backbones are fine-tuned on your images, which usually needs far fewer labels than training from scratch.

For models we pick the lightest approach that works: classical OpenCV for stable, controlled scenes, YOLO-family detectors or segmentation networks for varied ones, and vision-language models when you need flexible questions over images. Rare defects often call for anomaly detection trained mostly on normal examples. Every model is checked on held-out footage from different days, shifts and sites, not only on the images it trained with.

Deploying to the edge and keeping accuracy

Where latency, bandwidth or privacy rules out sending video to the cloud, we run inference on devices such as NVIDIA Jetson boards or phones, optimizing models with ONNX, TensorRT or quantisation. Cloud deployment suits batch jobs and lighter streams, and many systems combine both. Hardware is chosen after profiling real frame rates, since a theoretical benchmark rarely matches a dusty factory floor.

Accuracy drifts as products, cameras and seasons change. We log low-confidence cases, sample predictions for human review, and retrain on the corrections. Dashboards track precision, recall and false alarm rate per camera so the team sees degradation before it becomes a quality incident. A review queue lets operators correct mistakes in seconds, and those corrections feed the next training round.

What we do

What our Computer Vision Development team delivers

Specific work we do for clients, with the senior people who do it.

  • Visual inspection systems

    Defect and anomaly detection for production lines, with rejection logic and integration into PLCs or MES software, and traceability for every rejected item.

  • OCR and document capture

    Reading text from IDs, forms, receipts and handwriting, validating fields against your business rules and flagging low-confidence values for review.

  • Object detection and tracking

    Detection, counting and tracking of people, vehicles, products or equipment in images and live video, with stable identities across frames where needed.

  • Video analytics

    Event detection, zone monitoring and activity summaries on camera feeds, tuned to reduce false alarms, so operators are alerted only to events that matter.

  • Edge AI deployment

    Optimized models running on Jetson, mobile or embedded hardware with remote updates and device monitoring, so devices stay current without site visits.

  • Data labelling pipelines

    Annotation guidelines, tooling, quality checks and active learning to build training sets efficiently, from the images and footage you already hold.

Why Speqto

A team you can rely on from the first call

The habits that keep projects calm: clear scope, visible progress and engineers who stay accountable.

  • Building since 2017

    Nine years of shipping web, mobile, AI and blockchain products for startups and enterprises.

  • 128+ engineers

    A bench of senior engineers, designers and QA, so one person leaving never stalls your product.

  • Offices on three continents

    Noida HQ with teams in Surat, London, the US and Ho Chi Minh City for overlapping working hours.

  • AI-first workflow

    AI-assisted coding, testing and reviews speed delivery, with a named human accountable for every merge.

  • Weekly demos

    You see working software every week and can redirect early, long before a release surprise.

  • You own everything

    Full IP assignment, repository access from day one and an NDA before we talk details.

How we deliver

A proven process from idea to scale

Transparent, agile delivery with weekly demos and clear milestones, so you always know what is shipping and why.

  1. 01

    Discover

    Workshops to understand goals, users, data and success metrics.

  2. 02

    Plan

    Architecture, roadmap, estimate and a team shaped to your needs.

  3. 03

    Design

    UX flows, prototypes and technical design validated with stakeholders.

  4. 04

    Build

    Agile sprints with weekly demos, code reviews and automated testing.

  5. 05

    Launch

    Secure deployment, monitoring and a smooth go-live.

  6. 06

    Scale

    Ongoing optimization, new features and support as you grow.

Technology

Tools and platforms for Computer Vision

The stack our engineers use on this kind of work every week.

  • OpenCV
  • PyTorch
  • YOYOLO
  • DEDetectron2
  • TETensorFlow Lite
  • ONONNX Runtime
  • NVNVIDIA TensorRT
  • NVNVIDIA Jetson
  • TETesseract
  • PAPaddleOCR
  • CVCVAT
  • MLflow
Outcomes

What you can expect

Every engagement is tied to measurable business results, not just deliverables.

01

Consistent inspection

Models apply the same criteria on every item and every shift, and flag uncertain cases for a person to review.

02

Decisions at the point of capture

Edge inference gives results in the moment without depending on connectivity or sending footage off site.

03

Accuracy you can track

Per-camera metrics and review loops show when performance slips and supply data for targeted retraining.

FAQ

Computer Vision Development FAQs

Straight answers on cost, timelines, IP ownership, team setup and how we work. Cannot find yours? Ask a solutions architect directly.

How much image data is needed to train a computer vision model?

It varies widely. Transfer learning can give useful results from a few hundred well-labeled images for simple tasks, while varied scenes or rare defects need more. We test with a small set first and expand based on the error analysis.

Can computer vision run without internet or cloud?

Yes. Models can be compressed and run on edge devices or local servers, which suits factories, vehicles and privacy-sensitive sites. Results can sync to the cloud later for reporting and retraining when a connection is available.

What affects computer vision accuracy most?

Image quality and consistency usually matter more than model choice: lighting, camera position, focus, motion blur and label quality. Fixing capture conditions early often improves results more than a larger network, because glare, shadows and vibration confuse even strong models.

How do you handle rare defects with computer vision?

When defects are scarce we use anomaly detection trained on normal samples, synthetic variations and active collection of new cases. Uncertain items go to human review so the dataset grows where the model is weakest.

Client reviews

Rated 5.0/5 by clients on Clutch

Independent, verified reviews from founders and technology leaders we have worked with. Read them in full on each platform.

“What I found most impressive about Speqto Technologies was their profound technical depth.”

Andrea Daminelli Founder & Co-CEO, Daze Milan, Italy · Blockchain development for an EV charging company
Verified review on Clutch

“The project management throughout this complex undertaking was exceptionally proactive and structured.”

Rostyslav Burylo CEO, Lynksen Lisbon, Portugal · Blockchain development
Verified review on Clutch

“Their ability to translate complex cryptographic concepts into actionable, business-aligned strategies set them apart.”

Oleksandr Sendulskyi Senior Marketing Manager, BINTIME IT Company Ukraine · Blockchain development services
Verified review on Clutch

See all reviews

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