Machine Learning Infrastructure

The toolkit to build machine learning applications at scale

Overview

Machine learning (ML) is a branch of AI that enables computers to learn and make human-like predictions. ML infrastructure refers to a combination of solutions that aid the entire ML development lifecycle. These solutions mainly come as software platforms that assist in building, training, and monitoring ML models as well as those that provide synthetic data and data annotation services for training. It also includes a handful of hardware solutions providers that develop graphics processing units (GPUs) and application-specific integrated circuits (ASICs) specifically designed for ML applications.

ML is no longer a niche offering limited to a select few companies. Today, it has gained widespread adoption across various industries, with emerging use cases such as cybersecurity and digital twins. As companies strive to gain a competitive edge, they are increasingly relying on ML to extract insights from big data and drive informed decisions. This trend is set to boost the growth of ML infrastructure players, who will benefit directly from the increased adoption of ML. Additionally, the surge in ML adoption is expected to catalyze innovation, leading to scalable and more efficient solutions.

Industry Updates

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Market Sizing

The US Machine Learning Infrastructure market could reach USD 9.7 billion–13.1 billion by 2028

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Use cases


Machine learning (ML) has moved beyond being a novelty limited to large enterprises. Its adoption is expanding across various industries, as companies use the tech to increase process efficiency and derive insights from significant data volumes.

Integrated MLOps players, with their end-to-end ML Infrastructure, have supported organizations across various industries to help train, deploy, and monitor ML models. Their services find widespread applications in areas like business intelligence, demand/sales forecasting, and application development, among others. Moreover, synthetic data providers are playing a crucial role in generating the necessary training data for ML models, while ML hardware vendors are empowering the training process for these applications.

We have identified such use cases below:

Market Mapping


ML infrastructure comprises 1) software solutions that are required to develop, train, deploy, and monitor AI/ML models; 2) providers of training data such as synthetic data; and 3) the hardware needed to train and run ML workloads. 

Companies in the Integrated Machine Learning Operations (MLOps) segment offer end-to-end solutions that handle the development, training, deployment, and monitoring of models using a single platform. This was the highest-funded segment and had the most incumbent activity.

Incumbents across this space include Big Tech companies such as Microsoft, Amazon, and Google, which offer MLOps and related solutions that complement their existing cloud services. It also includes chipmakers like NVIDIA that specialize in hardware such as graphics processing units (GPUs) and other compute solutions for AI/ML applications.

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Synthetic Data Providers
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Data Marketplaces and Data Annotation Platforms
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ML Hardware
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The Disruptors


Integrated MLOps Solutions was the industry’s highest-funded segment, having accumulated over USD 7.5 billion in funding as of June 2024—around 42% of the industry’s total funding. Most of the startups across the ML Infrastructure space were established after 2017 and have seen exceptional growth in a relatively short time, with close to 40% of companies across the different segments being in the growth stage.

The highest-funded pureplay ML infrastructure player was the integrated MLOps solutions provider Databricks, with over USD 4 billion in funding as of June 2024. Companies across the hardware and MLOps segments have attracted large amounts of funding individually as well, with multiple startups across these two segments having over USD 100 million in funding.

Funding History

Competitive Analysis


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Incumbents


Incumbents operating in the ML Infrastructure Software space include large cloud vendors such as Microsoft, Amazon, and Google. These players are mainly present in the MLOps segment, providing solutions that complement their cloud computing stack (such as Azure and AWS), giving enterprises that already use their services an easy point of entry into ML infrastructure solutions. Their solutions are largely developed in-house, with partnerships and acquisitions to expand product capabilities.

In the Hardware space, NVIDIA is one of the most dominant players, with its graphics processing units (GPUs) and proprietary compute solutions. Other chipmakers such as Intel and AMD are catching up, as they start integrating AI capabilities into their products. For both these companies, acquisitions are also a key part of growth strategy.

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Notable Investors


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Overview

Providing end-to-end infrastructure for ML adoption

Machine learning (ML) can be simply defined as a computer’s ability to imitate how humans learn and improve analysis to make predictions. It is a branch of AI that uses algorithms such as neural networks and deep learning, combined with large datasets, to create a system (called an “ML model”) that autonomously learns to identify patterns within the data through an iterative process for predictive analysis. ML is used by companies across a range of industries as part of their processes or product offerings. For instance, ML is used in insurance to better assess risks and for underwriting, as well as in healthcare (such as in AI Drug Discovery) to find potential drug candidates, optimize their chemical structures, and improve efficacy. It also powers natural language processing (NLP) applications such as chatbots, generative texts, document analysis, and search engines.
This industry hub focuses on the “infrastructure” aspect of the ML ecosystem, which refers to the hardware and software solutions that assist the ML lifecycle. The ML lifecycle, also known as ML operations (MLOps), covers the entire process of building and deploying an ML model. This can be broadly divided into four stages: 1) planning, 2) data preparation, 3) model building and training, and 4) model deployment and monitoring.

A snapshot of the ML ecosystem

A snapshot of the ML ecosystem
Source: SPEEDA Edge research
Based on our review of solutions offered, ML Infrastructure mainly comprises software platforms that provide solutions across the ML lifecycle to: 
  1. Help developers build and train AI and ML models
  2. Provide the data needed to train these models
  3. Develop solutions to deploy, serve, and monitor these models in production.
These platforms target each segment individually or provide integrated solutions targeting the end-to-end MLOps lifecycle. In addition, ML Infrastructure also includes hardware elements that support the ML lifecycle covering application-specific processors, central processing units (CPUs), and graphics processing units (GPUs), which are used to train models and run AI, ML, and deep learning workloads.
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