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Computer Vision Development Services

We provide custom computer vision development services for sports analytics, industrial inspection, parking enforcement, and drone navigation. Tell us where you are in the project and we'll take it from there.

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10+

years on the market

impact

97%

client satisfaction

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250+

successful projects



Computer Vision Solutions We Develop

Requestum provides custom computer vision software development services for companies that need systems to work with image and video data. We develop each solution around clients' specific use cases and infrastructure.

  • CV for Damage Assessment

    We build systems that detect and classify physical damage from imagery. Insurance companies, logistics operators, and post-disaster assessment teams use these to replace manual inspection.

    • Roof Damage Detection
    • Vehicle Damage Detection
    • Flood Damage Assessment
    • Package & Cargo Damage Detection
  • Quality & Defect Detection

    We develop vision-based inspection systems that detect surface defects, contamination, and quality deviations. The systems work across production lines, agriculture, and infrastructure, anywhere consistent visual inspection matters.

    • Fabric & Material Defect Detection
    • Solar Panel Defect Detection
    • Road & Pavement Defect Detection
    • Crop Disease Detection
  • Infrastructure & Asset Inspection

    We build CV pipelines that process drone and camera footage to detect structural deterioration in bridges, pipelines, facades, and energy infrastructure. The goal is catching problems before they become safety incidents.

    • Bridge Inspection
    • Pipeline Inspection
    • Power Line Inspection
    • Wind Turbine Inspection
    • Building & Facade Inspection
    • Food Quality Inspection
    • Weld Inspection
  • Safety & Compliance Monitoring

    We develop real-time monitoring systems that detect PPE violations, falls, and unauthorized access from live camera feeds. Construction sites, manufacturing floors, and high-risk facilities use these to automate what security teams cannot watch continuously.

    • Workplace Safety Monitoring
    • PPE Detection
    • Fall Detection
    • Restricted Area Intrusion Detection
  • People & Flow Analytics

    We build systems that count people, measure queue wait times, and map foot traffic patterns from camera data. The output feeds into staffing decisions, layout changes, and operational planning.

    • People Counting
    • Queue Management
    • Foot Traffic Analytics
  • Aerial & Drone Vision

    We develop CV systems that process aerial and drone imagery for mapping, object detection, and autonomous navigation. Raw footage goes in, structured data comes out.

    • Drone Survey & Mapping
    • Vehicle Counting from Aerial Imagery
    • Drone Obstacle Avoidance
    • Satellite & Aerial Object Detection
  • Sports & Motion Analysis

    We build video analysis platforms that track athletes, measure performance metrics, and generate coaching data from game and training footage. We have shipped systems for football, tennis, and other sports.

    • Sports Video Analysis
    • Sports Performance Analysis
    • Player Tracking Software
    • Pose Estimation for Sports
    • Exercise Form Correction
  • Environmental & Wildlife Monitoring

    We build CV systems that analyze camera trap and drone footage to detect species, monitor populations, and flag environmental changes. The systems are built for scenarios where the data volume makes manual review impractical.

    • Wildlife Monitoring
    • Camera Trap Image Analysis
    • Bird & Bat Monitoring
  • Security & Surveillance

    We build multi-camera monitoring systems that turn raw footage into structured alerts. The systems classify events, track behavior patterns, and flag specific incidents.

    • Video Surveillance
    • Behavior & Crowd Analysis
    • Anomaly Detection in Video
  • Medical Visual Analysis

    We develop CV systems trained on medical imaging data to support diagnostic and research workflows. Each system is built around the specific imaging modality and what clinicians actually need from it.

    • Medical Image Analysis
    • Skin Image Analysis
    • Lab Sample & Pathology Analysis

Our Success Stories

Previous
  • AI-Based Parking Surveillance

    AI-Based Parking Surveillance

    The client needed an AI system to monitor and enforce parking rules across US facilities. We built a solution that validates violations from image sequences, detecting parked cars, comparing entry and violation photos, reading license plates, and flagging cases where confidence is too low for an automatic call. The system reached 95% accuracy in violation determination.

  • Online Exercises Quality Evaluation

    Online Exercises Quality Evaluation

    The client needed a web app that could tell home workout users whether they were doing an exercise correctly in real time. We built it using MediaPipe POSE for body tracking and DTW to compare the user's movement against a reference recording. The user picks an exercise, tries to repeat it, and gets an instant quality score.

  • AI-Powered Football Player Performance Analysis

    AI-Powered Football Player Performance Analysis

    The client needed a tool for coaches and recruiters to evaluate player performance directly from game footage. We built a web platform that tracks individual players frame by frame and calculates key metrics: max speed, time to max speed, yards of separation, and yards after catch. The system reached under 2% error rate in player tracking.

  • Realtime Playing Card Recognition

    Realtime Playing Card Recognition

    The client needed a system that could read and classify playing cards during live casino gameplay accurately, across different card designs and orientations. We built a custom dataset and trained a YOLOv4-based detector with real-time video stream processing. The system handles diverse card designs without interrupting game flow.

  • Detection of Cars on Overhead Images

    Detection of Cars on Overhead Images

    The client needed a system to calculate car density across selected geographic regions using satellite and map imagery. We built a YOLO-based detector, integrated Google Maps tile processing, and visualized the results on interactive Leaflet.js maps. The system identifies and counts vehicles on overhead images.

    Next
    AI-Based Parking Surveillance

    AI-Based Parking Surveillance

    The client needed an AI system to monitor and enforce parking rules across US facilities. We built a solution that validates violations from image sequences, detecting parked cars, comparing entry and violation photos, reading license plates, and flagging cases where confidence is too low for an automatic call. The system reached 95% accuracy in violation determination.

    Online Exercises Quality Evaluation

    Online Exercises Quality Evaluation

    The client needed a web app that could tell home workout users whether they were doing an exercise correctly in real time. We built it using MediaPipe POSE for body tracking and DTW to compare the user's movement against a reference recording. The user picks an exercise, tries to repeat it, and gets an instant quality score.

    AI-Powered Football Player Performance Analysis

    AI-Powered Football Player Performance Analysis

    The client needed a tool for coaches and recruiters to evaluate player performance directly from game footage. We built a web platform that tracks individual players frame by frame and calculates key metrics: max speed, time to max speed, yards of separation, and yards after catch. The system reached under 2% error rate in player tracking.

    Realtime Playing Card Recognition

    Realtime Playing Card Recognition

    The client needed a system that could read and classify playing cards during live casino gameplay accurately, across different card designs and orientations. We built a custom dataset and trained a YOLOv4-based detector with real-time video stream processing. The system handles diverse card designs without interrupting game flow.

    Detection of Cars on Overhead Images

    Detection of Cars on Overhead Images

    The client needed a system to calculate car density across selected geographic regions using satellite and map imagery. We built a YOLO-based detector, integrated Google Maps tile processing, and visualized the results on interactive Leaflet.js maps. The system identifies and counts vehicles on overhead images.

    Our Computer Vision Software Development Expertise

    Requestum applies core computer vision techniques to help companies work with image and video data in real-world systems. Our computer vision software development services focus on specific visual analysis tasks used across business applications.

    • 01Object Detection and Recognition

      We build solutions that detect and locate objects in images and video - what's there and where. The approach scales across inspection pipelines, surveillance systems, and any workflow that needs to process visual input automatically.

    • 02Image Classification

      We build classification solutions that assign categories to images without human review. This is useful when you need to process large volumes of visual data consistently and at speed.

    • 03Video Analytics

      We develop video analytics solutions that analyze continuous video feeds, live or recorded, and extract structured data on events, movements, and activity patterns.

    • 04Facial Recognition

      We build facial recognition solutions for identity verification and access control, comparing detected faces against reference sets in real time, from live feeds or static images.

    • 05Real-Time Visual Analysis

      We build solutions that process visual data as it arrives. Hardware constraints, edge deployment, and latency targets shape the architecture from the start.

    • 06Spatial Analysis

      We build solutions that interpret spatial relationships in visual scenes: object distances, layout configurations, and zone occupancy. These show up in navigation systems, occupancy monitoring, and robotics.

    • 07Pose Estimation

      We build pose estimation solutions that track body posture and joint angles from video for sports performance analysis, exercise form evaluation, and movement-based interfaces.

    Computer Vision Development Services

    01Image segmentation

    Image segmentation is a computer vision technique that involves dividing an image into smaller, more meaningful segments to understand its content better. It makes analyzing and working with visual data much easier. Think of it as a way to extract information from an image and understand its content.

    02Object detection

    This technique involves training a machine learning model to recognize and locate objects in an image or video. This process allows the machine to distinguish between different objects and their surroundings, and to make decisions based on the movement and interaction of objects.

    03Application development

    Our team of experienced developers gets to work, leveraging their deep technical expertise and best practices to create a high-quality product. We understand that time is of the essence, and we are committed to delivering the expected results within the agreed-upon time frame.

    04Facial recognition

    It is a remarkable computer vision solution that has revolutionized the way we identify and authenticate individuals. It works by analyzing and comparing unique features of a person's face, such as the distance between the eyes, nose shape, and mouth shape, with a database of stored images.

    05Image classification

    This technique involves categorizing images into predefined classes or categories. ML algorithms are used to learn from a set of labeled images and then predict the categorization of new, unlabeled images. Used in a wide range of applications, including image search engines and medical diagnostics.

    What our customers say

    Discover testimonials from our clients and learn why they trust us.

    What our customers say

    Discover testimonials from our clients and learn why they trust us.

    Wes Murphy

    Director Drone Services, Ironhorse Consultants

    Requestum successfully established a complete computer vision development pipeline, including model training and geospatial output generation. The team went above and beyond expectations, asking questions to fully understand the project and delivering excellent communication and results.

    5.0 Rating

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    CEO, XSCALE

    Neeraj Saxena

    CEO, XSCALE

    Requestum was always accessible and ready to discuss new ideas. Every suggestion that I have made during the project was carefully considered, and went through feasibility pipeline which worked perfectly for my platform.

    5.0 Rating

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    CEO, XSCALE

    Cory Yates

    CEO, Reel Analytics

    Requestum's level of professionalism and responsiveness separates them from other suppliers. The developers’ level of sophistication of the tools and algorithms they bring to the market is also impressive.

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    James Hodson

    James Hodson

    CEO, MySyla

    Requestum works more efficiently during a war than most other teams work in peacetime. The quality of development work is excellent on all fronts. Despite setbacks with the team needing to move around the country to stay safe, air raid sirens, and Internet outages, the team has never missed a deadline or gone a day without finding a way to communicate.  Requestum genuinely cared about making sure the final product was exactly what was needed. The team improved the features in ways that we could never have come up with ourselves. They obviously enjoy working together, and have created an excellent team spirit and work ethos.

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    Danny van de Griend

    Danny van de Griend

    CEO, Cecil Alliance

    Requestum was always accessible and ready to discuss new ideas. Every suggestion that i have made during the project was carefully considered, and went through feasibility pipeline which worked perfectly for my platform.

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    Ben Clink

    Ben Clink

    Head of Customer & Digital, South Sydney Rabbitohs

    I can confidently call Requestum a reliable partner who delivered an easy-to-use, feature-rich app on time and within budget. The team worked collaboratively, accommodated all requests and scope changes, and communicated effectively throughout the project. They went the extra mile to understand and respond to the requirements.

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    GianBruno Torrano

    GianBruno Torrano

    Vice President, Soft-net Sp. Z o.o.

    The team is readily available and regularly checks in. Their responsive nature sets them apart and supplements continued engagement. Requestum has facilitated a positive customer experience by understanding the requirements and successfully implementing a number of complex backend functionalities.

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    Ruairidh Galbraith

    Ruairidh Galbraith

    Digital project manager, Uncommon Knowledge

    The team at Requestum is very friendly, efficient and professional. We have worked with them on more than one occasion and are very pleased with the quality of service. So far we’ve made back the money that we spent in less than eight months of launching.

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      How Much Do Computer Vision Services Cost?

      The cost of computer vision development services depends on what you're building and how much data you already have. Most projects fall into two ranges. Tell us your use case, and we'll give you a realistic number.

      Proof of concept

      $40K-$60K
      8-12 weeks

      You get a working system on your actual data: enough
      to know if the approach holds up.

      Production system

      $120K-$350K+
      4-6+ months

      Full build, connected to your infrastructure, and ready
      to deploy.

      Why Choose Our Computer Vision Development Company

      Real Results in Production

      Real Results in Production

      We build CV systems that work outside of test conditions. Two examples: 95% accuracy in parking violation enforcement, under 2% error rate in sports player tracking - both running in production.

      Industry-Specific Experience

      Industry-Specific Experience

      We've built CV systems across a range of industries. When clients come with a domain-specific problem, we already know what the data looks like and where the edge cases tend to hide.

      Clear Scope Before Development Starts

      Clear Scope Before Development Starts

      Before any code is written, we define what we're building, how long it takes, and what it costs. If something changes along the way, we flag it early.

      Long-Term Support After Launch

      Long-Term Support After Launch

      Models drift, edge cases surface, and requirements change. Our computer vision development company stays involved after deployment - retraining, fixing, and updating as the system evolves.

      Our Engagement Models

      Project-Based Model

      We agree on scope, deliverables, and timeline upfront, then build. You know what you're getting and what it costs before any work starts.

      Dedicated Team

      A team that works exclusively on your product for as long as you need. Right for ongoing development where requirements shift and a single delivery isn't enough.

      Staff Augmentation

      We add CV engineers to your existing team to fill specific skill gaps or increase capacity. The process stays on your side; we just bring the expertise.

      Our contacts

      We are committed to ensure quality in detail and provide meaningful impact for customers’ business and audience.

      • UA Sales Office:

        sales@requestum.com
      • HR Team:

        talents@requestum.com
      • Estonia

        15551, Harju maakond, Tallinn, Lasnamäe linnaosa, Sepapaja tn 6

      • Ukraine

        61183 str. Rodnikovaya, 9a, ap. 55a, Kharkiv, Ukraine

      • Switzerland

        6313, Seminarstrasse, 5, Menzingen

      Requested Service Optionals:

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      Designer Developer Manager

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      Requested Service Optionals:

      Web Mobile AI UI/UX Other

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