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TU Dublin Quotes

Label Your Data were genuinely interested in the success of my project, asked good questions, and were flexible in working in my proprietary software environment.

Quotes
TU Dublin
Kyle Hamilton

Kyle Hamilton

PhD Researcher at TU Dublin

Trusted by ML Professionals

Trusted by ML Professionals

Image Annotation Services

Get pixel-accurate results with image annotation outsourcing, custom formats, and cloud integration.

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Trusted by 100+ Customers

ABB – ASEA Brown Boveri
Uipath
Yale
Bizerba
George Washington University
Toptal
Miami University
Hypatos
NEX
ABB – ASEA Brown Boveri
Uipath
Yale
Bizerba
George Washington University
Toptal
Miami University
Hypatos
NEX
ABB – ASEA Brown Boveri
Uipath
Yale
Bizerba
George Washington University
Toptal
Miami University
Hypatos
NEX

Who Benefits from Our Image Annotation Services

ML Engineers

ML Engineers

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Building image-based ML models for tasks like object detection and classification

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Dealing with time-consuming in-house image annotation workflows

Dataset Business

Dataset Business

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Selling annotated image datasets to clients

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Need high-quality image annotations delivered quickly

AI-Powered Business

AI-Powered Business

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Using ML models for image recognition or automated inspections

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Overwhelmed by growing image datasets needing annotation

Academic Researchers

Academic Researchers

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Need annotated image datasets for peer-reviewed research

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Struggling with limited time for manual image annotation

Discuss your challenges

Types of Image Annotation Services We Offer

Rectangles

Rectangles

Polygons

Polygons

Cuboids

Cuboids

Keypoints

Keypoints

Semantic segmentation

Semantic segmentation

Instance segmentation

Instance segmentation

Panoptic segmentation

Panoptic segmentation

An example of object detection depicted as a bird in a rectangle annotation
An example of an annotated facial recognition image, where the face is in the rectangle
An example of an annotated vehicle detection image, where the bus is in the rectangle
An example of an annotated product identification image, where the product is in the rectangle
Object detection Object detection
Facial recognition Facial recognition
Vehicle detection Vehicle detection
Product identification Product identification

Localizing and classifying objects quickly, works for well-defined objects.

An example of an annotated autonomous driving image, where the car and traffic lights are annotated using polygons.
An example of an annotated satellite imagery, where the landfill is annotated using polygons.
An example of an annotated medical imaging, where the heart is annotated using polygons
Autonomous driving Autonomous driving
Satellite imagery Satellite imagery
Medical imagery Medical imagery

Making detailed shapes when accuracy is critical.

An example of an annotated autonomous vehicles image, where the cars are annotated using cuboids.
An example of an annotated robotics image, where the warehouse boxes are annotated using cuboids.
An example of an annotated spatial mapping image, where the room is annotated using grid and cuboids.
Autonomous vehicles Autonomous vehicles
Robotics Robotics
Spatial mapping Spatial mapping

Working with 3D objects and environment to label data in three dimesions.

An example of an annotated facial landmark image, where the face is annotated using keypoints.
An example of a human pose estimation, where the person’s body is annotated using keypoints.
An example of an annotated emotion image, where the face is annotated using keypoints.
An example of an annotated hand gesture image, where the hands are annotated using keypoints.
Facial landmarks Facial landmarks
Human pose estimation Human pose estimation
Emotion recognition Emotion recognition
Hand gesture tracking Hand gesture tracking

Tracking fine details such as facial features, skeletal structures, or joint positions.

An example of annotated road segmentation image, where the road is processed via semantic segmentation
An example of annotated medical imaging where it is processed via semantic segmentation
An example of annotated land use classification, where the landfill is processed via semantic segmentation
Road segmentation Road segmentation
Medical imaging Medical imaging
Land use classification Land use classification

Making precise pixel-level classification when it is important, but individual object distinction is not needed.

An example of annotated crowd analysis image, where it is processed via instance segmentation
An example of 5 annotated apple images to learn the model how to count, where it is processed via instance segmentation
Crowd analysis Crowd analysis
Counting objects Counting objects

Segmenting when you need to differentiate between individual objects that belong to the same category.

An example of a panoptic segmentation in data annotation

Segmenting when you need both pixel-level classification and individual instance differentiation in complex scenes.

Rectangles

Rectangles

svg
An example of object detection depicted as a bird in a rectangle annotation
An example of an annotated facial recognition image, where the face is in the rectangle
An example of an annotated vehicle detection image, where the bus is in the rectangle
An example of an annotated product identification image, where the product is in the rectangle
Object detection Object detection
Facial recognition Facial recognition
Vehicle detection Vehicle detection
Product identification Product identification

Localizing and classifying objects quickly, works for well-defined objects.

Polygons

Polygons

svg
An example of an annotated autonomous driving image, where the car and traffic lights are annotated using polygons.
An example of an annotated satellite imagery, where the landfill is annotated using polygons.
An example of an annotated medical imaging, where the heart is annotated using polygons
Autonomous driving Autonomous driving
Satellite imagery Satellite imagery
Medical imagery Medical imagery

Making detailed shapes when accuracy is critical.

Cuboids

Cuboids

svg
An example of an annotated autonomous vehicles image, where the cars are annotated using cuboids.
An example of an annotated robotics image, where the warehouse boxes are annotated using cuboids.
An example of an annotated spatial mapping image, where the room is annotated using grid and cuboids.
Autonomous vehicles Autonomous vehicles
Robotics Robotics
Spatial mapping Spatial mapping

Working with 3D objects and environment to label data in three dimesions.

Keypoints

Keypoints

svg
An example of an annotated facial landmark image, where the face is annotated using keypoints.
An example of a human pose estimation, where the person’s body is annotated using keypoints.
An example of an annotated emotion image, where the face is annotated using keypoints.
An example of an annotated hand gesture image, where the hands are annotated using keypoints.
Facial landmarks Facial landmarks
Human pose estimation Human pose estimation
Emotion recognition Emotion recognition
Hand gesture tracking Hand gesture tracking

Tracking fine details such as facial features, skeletal structures, or joint positions.

Semantic segmentation

Semantic segmentation

svg
An example of annotated road segmentation image, where the road is processed via semantic segmentation
An example of annotated medical imaging where it is processed via semantic segmentation
An example of annotated land use classification, where the landfill is processed via semantic segmentation
Road segmentation Road segmentation
Medical imaging Medical imaging
Land use classification Land use classification

Making precise pixel-level classification when it is important, but individual object distinction is not needed.

Instance segmentation

Instance segmentation

svg
An example of annotated crowd analysis image, where it is processed via instance segmentation
An example of 5 annotated apple images to learn the model how to count, where it is processed via instance segmentation
Crowd analysis Crowd analysis
Counting objects Counting objects

Segmenting when you need to differentiate between individual objects that belong to the same category.

Panoptic segmentation

Panoptic segmentation

svg
An example of a panoptic segmentation in data annotation

Segmenting when you need both pixel-level classification and individual instance differentiation in complex scenes.

How Our Image Annotation Services Work

Step 1

Free Pilot

Send your image dataset for free annotation and experience our service firsthand.

Step 2

QA

Examine the pilot results to ensure they match your quality requirements and budget.

Step 3

Proposal

Get a customized proposal based on your image annotation needs and goals.

Step 4

Start Labeling

Start the image annotation process with our expert team to enhance your model.

Step 5

Delivery

Get your annotated images delivered promptly to maintain your project timeline.

Calculate Your Cost
Estimates line

1 Select annotation method
2 Specify how many objects to process
3 Check the approximate total cost
4 Run free pilot
Select Annotation Method
Amount
0 1M
Estimated Cost
$ x entities
$
RUN FREE PILOT

Send your sample data to get the precise cost FREE

Reviews

What Our Clients Say

Stars "We were impressed by the labeled data quality as well."

Label Your Data makes significant progress toward the goal of enhancing the client’s algorithm performance. The team works quickly to deliver annotations and annotators with extensive experience in the field. Their project management is straightforward, making for a smooth engagement.

Stars "They’re willing to drop everything to fulfill our needs and keep us happy."

Demonstrating a profound dedication to the project, Label Your Data consistently provides near-perfect deliverables at a cost-effective price. Thanks to their help, the client has been able to be more flexible with their work. Their impressive turnaround time further enhances the solid partnership.

Stars "Their flexibility and ability to work with multiple languages are impressive."

LYD showed high quality and flexibility and convinced us from day one with their high passion for delivering a great service. We currently evaluate further possibilities to further involve them in our initiatives and projects.

Stars “I’m impressed with how easy our communication with the team is and how simple and effective the processes are."

Label Your Data’s support has been crucial in developing the client’s computer vision perception algorithms.

Stars "The Label Your Data team was always available for questions."

Label Your Data provided the client with high-quality annotations and added to the number of annotations in the client’s portfolio. The team was consistently available for questions or updates that needed to be added to the data set.

Stars "They are flexible, dedicated, and their processes are well organized."

Label Your Data sends out weekly data annotation for the client to review. So far, the platform hasn’t had any issues and they are focusing on enhancing the platform since it was launched in November 2020. Their expertise shows productive results as the project progresses.

Why Projects Choose Label Your Data

No Commitment

No Commitment

Check our performance based on a free trial

Flexible Pricing

Flexible Pricing

Pay per labeled object or per annotation hour

Tool-Agnostic

Tool-Agnostic

Working with every annotation tool, even your custom tools

Data Compliance

Data Compliance

Work with a data-certified vendor: PCI DSS Level 1, ISO:2700, GDPR, CCPA

Start Free Pilot

fill up this form to send your pilot request

Email is not valid.

Email is not valid

Phone is not valid

Some error text

Referrer domain is wrong

Thank you for contacting us!

Thank you for contacting us!

We'll get back to you shortly

TU Dublin Quotes

Label Your Data were genuinely interested in the success of my project, asked good questions, and were flexible in working in my proprietary software environment.

Quotes
TU Dublin
Kyle Hamilton

Kyle Hamilton

PhD Researcher at TU Dublin

Trusted by ML Professionals

Trusted by ML Professionals

FAQs

What factors affect the accuracy of image annotation services?

Several factors influence annotation quality, including clear guidelines, annotation method selection, and workforce expertise. Inconsistent labels, unclear object boundaries, or subjective annotations can lower model performance. Establishing rigorous quality control measures, inter-annotator agreement, and AI-assisted validation helps maintain high accuracy.

What are the most common mistakes in image annotation?

Errors in image annotation often stem from inconsistent labeling, boundary inaccuracies, and class ambiguity. Annotators may also introduce bias if guidelines lack clarity.

To minimize these issues, projects should implement standardized annotation protocols, periodic QA reviews, and dataset audits to ensure consistency and reliability.

How do I choose the right image annotation outsourcing provider?

A reliable provider should offer high accuracy, security compliance, and scalable workflows. Look for multistep validation processes, automation-assisted tools, and proven experience in your specific annotation needs. Transparency in workflow, pricing, and annotation quality assurance is also essential for long-term success.

What role does automation play in improving image annotation?

Automation accelerates annotation by handling bounding box creation, segmentation, and object tracking. However, it requires human validation to correct edge cases, fine-tune object boundaries, and ensure contextual accuracy. The best results come from a hybrid approach.

Why should I use an image annotation service for my project?

Using image annotation services saves time and ensures high-quality, consistent data for training AI models. These services provide expertise in handling large datasets, support various annotation types (e.g., bounding boxes, polygons, or semantic segmentation), and can scale to meet project demands. They are ideal for industries like autonomous driving, healthcare, and e-commerce.

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