Data Annotation and Labeling for AI Projects

Data Annotation Industry Needs to Take the Lead in Reform as AI is Difficult to Break the Ground

ByteBridge.io
6 min readDec 1, 2020

AI landing has become a difficulty

Two years ago, the investment and financing enthusiasm of the artificial intelligence field has been greatly reduced, and a considerable number of AI enterprises have completely disappeared. “The cold wave of artificial intelligence has arrived” has even become the industry’s hot word in 2019.

Compared with the boom a few years ago when entrepreneurship and investment enthusiasm went forward together, the AI industry has suffered a lot recently.

The reason is that “AI landing has become a difficulty”.

From the age of automation to the age of AI, the value created by artificial intelligence is constantly increasing. Meanwhile, the refinement and complexity of business scenarios are also constantly improving, bringing a series of challenges for AI landing.

When it comes to specific business industries, autonomous driving is the most important commercial field. Although the investment is a lot in unmanned driving/autonomous driving, the product is still far from large-scale commercial application.

At present, the main application scenarios are nothing more serious than road tests, exhibitions, and test drives in parks. However, these obviously cannot bring any substantial income to a profit-oriented enterprise.

Enterprises require profit, and AI enterprises are no exception. The most urgent issue is how to break the “AI landing difficulty” dilemma.

The key to breaking the difficulty of AI is to find out what factors lead to this result.

In the field of artificial intelligence, algorithms, processing, and data are three important basic elements of the industry. For a long time, AI enterprises mainly focus on the field of algorithms and processing, generally pay less attention to the training data.

In fact, as the basement of the AI industry, data plays an important role in AI implementation. To apply AI to specific business scenarios, data quality and accuracy can not be neglected.

There is a simple but important consensus in the AI industry

The quality of the data set directly determines the quality of the final model.

In the early stage, the focus of the AI industry is mainly on the theory and technology itself. At this time, a cutting-edge technology concept is likely to bring huge external investment to the enterprise.

At the relatively mature stage, investors and AI enterprises turn their attention to the commercialization part. After all, investors care about most is the profits.

Specific commercial landing scenario showing up

However, the combination of theory and practice is not always smooth as imagined. In the process of commercial implementation, AI enterprises have found a problem: although the quality of annotated data sets can meet the basic needs of laboratories, it cannot support the development of AI implementation.

We take examples as evidence:

In single-point scenes such as face recognition, the related data types are generally simple. But in a more complete business scenario, the data becomes more complex.

In an industrial scenario, it would involve more refined data labeling, such as industrial scene image annotation, processing text data, and equipment running data.

In the medical scene, the annotation of medical images and texts requires personnel with medical professional knowledge.

In the past, only a small amount of datasets with high-quality can meet the requirements in the laboratory. However, in the specific commercial landing scenario, there are many new requirements for annotated datasets:

Large scale, high-quality, scenario-based, customized.

In such a new situation, the key to breaking the ice is the reform of the data annotation industry.

In the trend of AI commercialization, the data annotation industry should not fall behind but should take the step forward.

ByteBridge, a human-powered and ML-powered data labeling tooling platform

ByteBridge is a data labeling SAAS platform with robust tools and real-time workflow management. It provides high-quality training data for the machine learning industry.

Accuracy

  • ML-assisted capacity can help reduce human errors by automatically pre-labeling
  • The real-time QA and QC are integrated into the labeling workflow as the consensus mechanism is introduced to ensure accuracy.
  • Consensus — Assign the same task to several workers, and the correct answer is the one that comes back from the majority output.
  • All results are thoroughly assessed and verified by a human workforce and machine

In this way, ByteBridge can affirm the data acceptance and accuracy rate is over 98%.

Flexibility —Control Your 2D Images Labeling Project

On ByteBridge’s dashboard, developers can define and start the data labeling projects and get the results back instantly. Clients can set labeling rules directly on the dashboard. In addition, clients can iterate data features, attributes, and workflow, scale up or down, make changes based on what they are learning about the model’s performance in each step of test and validation.

ByteBridge: Configure Your Own Annotation Project

As a fully managed platform, it enables developers to manage and monitor the overall data labeling process and provides API for data transfer. The platform also allows users to get involved in the QC process.

ByteBridge, a Human-powered and ML-powered Data Labeling Tooling Platform

These labeling tools are available: Image Classification, 2D Boxing, Polygon, Cuboid.

We can provide personalized annotation tools and services according to customer requirements.

3D Point Cloud Annotation Service

ByteBridge self-developed 3D Point Cloud labeling, quality inspection tool, and pre-labeling functions can complete high-quality and high-precision 3D point cloud annotation for 2D-3D fusion or 3D images provided by different manufacturers and equipment, and provide one-station management service of labeling, QA, and QC.

More info: ByteBridge Launches World’s First Mobile 3D Point Cloud Data Labeling Service

ByteBridge 3D Point Cloud Annotation tool

3D Point Cloud Annotation Types:

  • Sensor Fusion Cuboids: 49 categories include car, truck, heavy vehicle, two-wheeled vehicle, pedestrian, etc.
  • Sensor Fusion Segmentation: obstacles classification, different types of lanes differentiation
  • Sensor Fusion Cuboids Tracking

① Tracking the same object with the same ID, labeling the leaving state;

② Point clouds or time-aligned images could be provided, point clouds outputs only.

Advantages of Our 3D Point Cloud Annotation Service:

· Support 2D to 3D mapping, support multiple cameras

· Support scalable data annotation

· AI-assisted tool — Pre-labeling

· QA & QC Platform

ByteBridge 3D Point Cloud QA&QC Platform

Data security

We comply with principles and rules in each region and we respect data the way your company does.

  • The CEO of the company supervises data management as a DPO (Data Protection Officer)
  • According to the guideline, if there is data leakage, we will inform the customer within 72 hours
  • GDPR personal privacy and data protection regulations compliance
  • Workers location, process, and authority restriction
  • No original data leak as the data is compressed and preprocessed
  • Support private cloud and privatization deployment

Cost-effective

A collaboration of the human-work force and AI algorithms ensure a 50% lower price compared to the conventional market.

End

If you need data labeling and collection services, please have a look at bytebridge.io, the clear pricing is available.

Please feel free to contact us: support@bytebridge.io

Relevant Articles:

1 Data Annotation Service — From the Backstage to the Front Stage

2 Why the High-Quality Training Data is so Important to AI Machine Learning?

3 No Bias Training Data — the New Bottlenecks in Machine Learning

4 Data Labeling Service: Automated Data Labeling VS Manual Data

5 Data Labeling — How to Select a Data Labeling Company

6 Customer Needs and Wants in Data Annotation Services

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