Image Annotation

High-Precision Image Annotation Services for Enterprise-Scale AI

Shaip provides accurate, scalable image annotation and labeling services to help AI teams build reliable computer vision models. Our trained annotators, advanced annotation platform, quality checks, and managed delivery workflows help enterprises prepare high-quality visual training data faster.

Image annotation

Enterprise-Grade Image Labeling Services You Can Trust

Shaip provides enterprise-grade image annotation services designed to help AI teams build better computer vision models with confidence. Our trained annotators, managed workflows, and quality control processes ensure that every image dataset is labeled with accuracy, consistency, and context. Whether you need to scale annotation volume, improve model performance, or outsource visual data labeling, Shaip delivers reliable image annotation support tailored to your AI training needs.

  • 500K+ Global vetted contributors
  • 99%+ Accuracy SLA — Or we re-annotate at no charge
  • HIPAA & GDPR Compliant — Every project, by default
  • Fast POC — Validate quality before you commit
  • NDA Protected — Your data stays in a controlled environment

Image Annotation Techniques for High-Quality Computer Vision Training Data

Shaip supports multiple image annotation techniques to help AI and machine learning teams prepare accurate visual datasets for computer vision models. From bounding boxes and cuboids to segmentation and landmark annotation, our experts apply the right labeling method based on your model goals, image complexity, and quality requirements.

Bounding box - image annotation

Bounding Boxes

The most commonly used image labeling technique in computer vision is bounding box annotation. In this technique, boxes are manually drawn over image elements for easy identification

3d cuboids - image annotation

3D Cuboids

Similar to bounding box but the difference is, annotators, draw 3D cuboids over objects to specify 3 important attributes of an object – length, depth, and breadth.

Image annotation semantic annotation

Semantic Segmentation

In this technique, every pixel in an image is annotated with information and separated into different segments you need your computer vision algorithm to recognize.

Polygon annotation

Polygon Annotation

In this technique, irregular objects are marked by plotting points on each vertex of the target object. It allows all of the object's exact edges to be annotated, regardless of its shape

Image annotation landmark annotation

Landmark Annotation

In this technique, the labeler needs to label key points at specified locations. Such labels are commonly used where anatomical elements are labeled for facial & emotion detection

Line segmentation - image annotation

Line Segmentation

In this technique, annotators draw straight lines to classify that element as a particular object. It helps establish boundaries, define routes or pathways, etc.

Skeletal annotation

Skeletal Annotation

Annotators connect key joints and body parts to map skeletal structure, helping AI models understand human or animal pose, movement, and posture for action recognition tasks.

Lidar annotation

LiDAR Annotation

3D point cloud data from LiDAR sensors is labeled to identify and classify real-world objects with depth precision — critical for autonomous vehicles and robotics perception.

Keypoint annotation

Key point annotation

Precise points are placed on specific locations of an object to capture its shape, orientation, and position — enabling AI to understand fine-grained structural detail across varied use cases.

Image Annotation Process

Transparency lies at the core of our collaboration. Our stringent operating and fluid communication mechanisms ensure a rewarding collaboration.

Image Annotation Use Cases Across Industries

Image annotation helps AI and computer vision models understand visual data across real-world business environments. Shaip supports image labeling projects for industries that need accurate object detection, scene understanding, defect recognition, damage assessment, and automated visual inspection.

Autonomous vehicles

Automotive

Train computer vision models to detect vehicles, pedestrians, lanes, traffic signs, road markings, and obstacles for autonomous driving, ADAS, parking assistance, driver monitoring, and vehicle damage assessment.

Retail

Retail and E-commerce

Improve product discovery, catalog accuracy, visual search, inventory recognition, shelf monitoring, product tagging, image moderation, and personalized shopping experiences with accurately labeled product and store images.

Security and surveillance

Security and Surveillance

Enable AI systems to identify people, objects, unusual activity, abandoned items, restricted-area movement, crowd density, license plates, and perimeter threats through accurate image annotation.

Manufacturing and quality control

Manufacturing

Support automated quality inspection, defect detection, part identification, assembly line monitoring, packaging verification, equipment safety checks, and surface damage detection using labeled visual data.

Fashion & ecommerce - image labeling

Finance & Insurance

Accelerate claim review and risk assessment with image annotation for vehicle damage, property damage, asset verification, document/image fraud detection, and automated visual evidence analysis.

Ar/vr

Robotics

Train robots to recognize objects, understand scenes, avoid obstacles, grasp items, navigate environments, map spaces, and interact safely with people and objects using annotated image datasets.

Our Capability

People

People

Dedicated and trained teams:

  • 30,000+ collaborators for Data Creation, Labeling & QA
  • Credentialed Project Management Team
  • Experienced Product Development Team
  • Talent Pool Sourcing & Onboarding Team

Process

Process

Highest process efficiency is assured with:

  • Robust 6 Sigma Stage-Gate Process
  • A dedicated team of 6 Sigma black belts – Key process owners & Quality compliance
  • Continuous Improvement & Feedback Loop

Platform

Platform

The patented platform offers benefits:

  • Web-based end-to-end platform
  • Impeccable Quality
  • Faster TAT
  • Seamless Delivery

You’ve finally found the right Image Annotation Company

01

Fast POCs

No months-long onboarding. We deliver a proof-of-concept with sample annotated data quickly — so you can validate quality before committing to full scale..

Sample dataset delivered before you pay
02

Compliance & Security First

HIPAA, GDPR, ISO, SOC 2 compliance built into every project. Patented secure platform, NDA on day one, and encryption at rest and in transit.

Your data never leaves a controlled environment
03

Domain-Specific Expertise

Physicians for medical data. Lawyers for legal documents. Linguists for dialect speech. The right expert for every task — not a generic crowd.

Credentialed professionals on every project
04

Strong Technology Partnerships

Deep integrations with AWS, Azure, GCP, and leading MLOps platforms. Plug directly into your existing stack — Labelbox, SageMaker, Databricks, and more.

Works within your existing ML pipeline
05

Enterprise-Grade Data Quality

6 Sigma methodology, multi-stage QA, dedicated black belts, and inter-annotator agreement checks. 99%+ accuracy SLA — or we re-annotate at no charge.

99%+ accuracy SLA on every delivery
06

Flexible Global Workforce

1,000+ annotators across time zones, languages, and domains. Scale from 10K to 10M labels on demand — no headcount overhead required.

Elastic workforce, no overhead for you

Success Stories

Off-the-Shelf Facial Recognition Datasets for AI Model Training

Shaip delivered ethically sourced, demographically diverse facial datasets to help a global tech conglomerate accelerate AI model development without lengthy data collection cycles.

Off-the-shelf facial recognition datasets

Problem: Build large-scale, privacy-compliant facial datasets across diverse ethnicities, ages, and conditions

Solution: 300,000+ images and 2,000+ videos across 6 curated datasets with detailed pose, emotion, and lighting annotations

Result: Faster AI model training with reduced bias and full global privacy compliance

LiDAR Annotation Project for SmartCity Autonomous Vehicles

SmartCity partnered with Shaip to annotate multi-sensor LiDAR and camera data for safe autonomous vehicle deployment across complex urban environments.

Lidar annotation

Problem: Annotate 15,000 multi-sensor frames across diverse city scenarios within 4 months

Solution: 50-member annotation team using AI-assisted tools completed 450,000+ object annotations with 2D/3D workflows

Result: 99.7% accuracy, delivered 2 weeks early — cutting real-world AV testing time by 30%

Featured Clients

Empowering teams to build world-leading AI products.

Get professional, scalable, & reliable image annotation services. Schedule a Call Today...

Image annotation is the process of adding labels or tags to images to make them understandable for ML models. It helps machines identify and interpret objects or elements in an image.

They are closely related. Image labeling usually assigns tags or categories, while image annotation can include detailed visual markup such as bounding boxes, polygons, landmarks, and segmentation masks.

Computer vision models need annotated images to learn how to detect objects, classify scenes, identify visual patterns, and perform accurate real-world predictions.

The main techniques include bounding boxes, semantic segmentation, polygon annotation, 3D cuboids, landmark annotation, and line segmentation. Each method is used based on the object type and project needs.

An image annotation provider offers labeling guidelines, trained annotators, annotation tools, quality review, project management, and final dataset delivery.

Outsourcing image annotation helps companies reduce manual work, scale faster, improve labeling consistency, and access trained annotation teams.

Bounding box annotation places rectangular boxes around objects in images so computer vision models can learn object location and detection.

Semantic segmentation labels image pixels by category so AI models can understand object regions and boundaries at a detailed level.

Polygon annotation marks irregular object shapes by plotting points around object edges, helping models learn more precise boundaries.

Landmark annotation places key points on specific image features, helping AI models recognize positions, shapes, and object structures.

Shaip uses trained annotators, clear guidelines, quality checks, review workflows, and feedback loops to improve image annotation accuracy.

The cost depends on dataset size, annotation technique, complexity, quality requirements, turnaround time, and project-specific instructions.

Timelines depend on image volume, annotation complexity, review requirements, and delivery schedule. A pilot batch can help estimate timing before scaling.