Our Five Key Principles

01

Grow AI markets and make the world a better place

02

Get everyone involved

  • Be global, inclusive, and fair
  • Bring together academia, small companies, large companies, non-profits, etc.
  • Make it easy to get involved
  • Be as open with our IP as possible while sustaining the community

03

Act through collaborative engineering

  • Keep leadership mostly technical, with an emphasis on hands-on-involvement
  • Favor data-driven decisions, design simplicity, and focus on real user value

04

Make fast but consensus-supported decisions

  • Very low barrier for “experimental” working groups with well reviewed path to full endorsement
  • Favor grudging consensus over 51/49 votes, especially for big decisions
  • Make technical contributions easy
  • Favor rapid development and iteration

05

Build a community that people want to be part of

  • Be welcoming, informal, and friendly
  • Encourage, recognize, and reward contributions
  • Celebrate with cake

Our Mission

Our mission is to standardize AI measurement and enable informed decisions.

Measurement is fundamental to responsibly unlocking the potential of AI. AI systems are the ultimate black boxes: they use intricate patterns across billions of numbers to generate sophisticated behavior, and our explanations of how they work remain vague and unsatisfying even as they grow more complex. Training and operating them is expensive and power-hungry. Better measurements let us empirically characterize AI systems’ behavior and operational costs.

If a characteristic of AI hardware, software, or data matters to the value delivered – be it speed, power, reliability, or quality – we aim to measure it. In doing so, we support informed decisions about today’s AI systems, enable cost-benefit tradeoffs, provide a north star for innovation, and support risk management, including assurance and insurance. Better measurement de-risks and grows the AI market.

We develop and operate standardized measurements as industrial-quality benchmarks: detailed protocols combined with artifacts such as test harnesses, held-out test datasets, and evaluation models. Multiple implementations built to a paper standard cannot produce comparable measurements; many artifacts must be technically and legally protected to avoid overfitting, and measurements must evolve to keep pace with the technology, all of which requires a trusted, sustainably operating organization.

Our work touches everyone in the AI industry: academic researchers, hardware and software vendors, deployers, end users, and policymakers. We exist to meet these independent measurement needs and, in doing so, provide an essential service that supports the broader work of standards organizations such as ISO, CoSAI, and ADA.


Our History

2018

February

Initial meetings between engineers and researchers from Baidu, Google, Harvard University, Stanford University, and the University of California Berkeley

2018

May 2

Launched the the MLPerf Training benchmark suite

2018

December 5

Launched the MLPerf HPC benchmark suite

2018

December 12

Published results from the first MLPerf Training benchmark suite, including results from Google, Intel, and NVIDIA

2019

June 24

Launched the MLPerf Inference benchmark suite

2019

October 22

Launched the TinyML benchmark suite

2019

November 6

Published results from the first MLPerf Inference benchmark suite, including results from Alibaba, Centaur Technology, Dell EMC, dividiti, FuriosaAI, Google, Habana Labs, Hailo, Inspur, Intel, NVIDIA, Polytechnic University of Milan, Qualcomm, and Tencent

2019

November 8

MLCube created

2020

January

People’s Speech kickoff

2020

April

First 10,000 hours of data for People’s Speech

2020

September

Complete prototype of MLCube. 80,000 hours of aligned data for People’s Speech

2020

October 21

First results using the MLPerf Mobile suite including results from Intel, MediaTek, Qualcomm, and Samsung

2020

November

People’s Speech shared with early adopters

2020

November 18

First results using the MLPerf HPC Training results, including results from the Swiss National Supercomputing Center (CSCS), Fujitsu, Lawrence Berkeley National Laboratory (LBNL), National Center of Supercomputer Applications (NCSA), Japan’s Institute of Physical and Chemical Research (RIKEN), and Texas Advanced Computing Center (TACC)

2020

December 3

MLCommons launches

2023

November

MLCommons launches the AI Risk & Reliability working group with the mission of building a harmonized approach to safer AI. The working group is tasked with creating a platform, tools, and tests for developing a standard benchmark to measure the safety of AI.

Community

Join our community

MLCommons is a community-driven and community-funded effort. We welcome all corporations, academic researchers, nonprofits, government organizations, and individuals on a non-discriminatory basis. Join us!

Contact Us

MLCommons
8 The Green #20930
Dover, DE 19901

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