Contributors per cycle
Accepted projects each year, against the median organization that year
View as table
| Kubeflow | Median organization | |
|---|---|---|
| 2016 | 0 | 4 |
| 2017 | 0 | 4 |
| 2018 | 0 | 3 |
| 2019 | 0 | 4 |
| 2020 | 2 | 4 |
| 2021 | 0 | 4 |
| 2022 | 0 | 3 |
| 2023 | 0 | 4 |
| 2024 | 8 | 4 |
| 2025 | 11 | 5 |
| 2026 | 9 | 4 |
Our goal is to streamline the process of scaling and deploying machine learning (ML) models to production by leveraging Kubernetes' strengths: <br /><br /> - Seamless deployments: Effortless, repeatable, and portable deployments across diverse infrastructure, allowing you to experiment on local machines and then seamlessly transition to on-premises clusters or the cloud. <br /><br /> - Microservice management: Efficient deployment and management of loosely-coupled microservices for building modular and scalable ML pipelines. <br /><br /> - Dynamic scaling: Automated scaling based on demand, ensuring optimal resource utilization. <br /><br /> User-centric design: Recognizing the diverse tool preferences within the ML community, we prioritize user customization (within reasonable boundaries). Our system takes care of the repetitive tasks, freeing users to focus on the core ML challenges. <br /><br /> Starting focused, expanding rapidly: While we initially focused on specific technologies, we actively collaborate with various projects to integrate additional tools and broaden our reach. <br /><br /> Our vision: A future where simple manifests empower you to utilize a user-friendly ML stack anywhere Kubernetes runs, with self-configuration capabilities based on the deployment environment.
Contributors in 2026
9
−2 from 2025
Projects since 2016
30
7.5 a cycle on average
Cycles
4 of 11
3-cycle streak
Rank in 2026
#28
of 183, 0.8% of slots
Mentors
16
for 11 projects in 2025
Accepted projects each year, against the median organization that year
| Kubeflow | Median organization | |
|---|---|---|
| 2016 | 0 | 4 |
| 2017 | 0 | 4 |
| 2018 | 0 | 3 |
| 2019 | 0 | 4 |
| 2020 | 2 | 4 |
| 2021 | 0 | 4 |
| 2022 | 0 | 3 |
| 2023 | 0 | 4 |
| 2024 | 8 | 4 |
| 2025 | 11 | 5 |
| 2026 | 9 | 4 |
Each one has its own page of organizations and trends
Technologies
# Topics
9 projects in 2026 · All 30 projects since 2016
Aniket Shaha
This project addresses limitations in Kubeflow Katib current Experiment CRD, which uses a generic and loosely typed interface for hyperparameter...
danish9039
KFP and Katib users deploying via Helm currently have no upstream-supported path — charts exist but drift from Kustomize baselines silently, with no...
Krishna-kg732
The Kubeflow SDK gives AI practitioners a clean Python interface to submit, monitor, and manage distributed training jobs on Kubernetes via...
Rohit Kumar (Kmrrohit)
Kubeflow's documentation, GitHub issues, and platform code are spread across dozens of repositories with no unified search. This project evolves...
Sameer_Yadav
The current Kubeflow SparkClient (KEP-107) provides a solid foundation for running interactive Spark workloads on Kubernetes, but it is still missing...
siddhant_jainn
Kubeflow's adoption at enterprise scale exposes critical bottlenecks in controller efficiency, security posture, and operational overhead. This...
Syed Mohd Maaz
ARM64 is becoming increasingly common with the rise of Apple Silicon and cloud instances like AWS Graviton, but Kubeflow still doesn’t run...
Yash_vrd
Kale compiles a single Jupyter notebook into a Kubeflow Pipeline by parsing cell tags, detecting data dependencies with PyFlakes, and generating KFP...
Yassin Hashem
Kubeflow Trainer V2 currently supports only TorchTune as its LLM fine-tuning backend. TorchTune stopped adding new features in July 2025, leaving...
Akash JaiswalMentored by Andrey Velichkevich, Valentina Rodriguez Sosa
This project aims to use self-hosted runners to run GPU-intensive tasks like LLM blueprint or (planned) AI Playground. The necessary infra is...
Amrit_KumarMentored by Eder Ignatowicz, Stefano Fioravanzo
This project addresses the issue of fragmented tools within the Kubeflow ecosystem, specifically Elyra, Kale, and Jupyter Scheduler, which...
Ayush Gupta (Madmecodes)Mentored by Julius von Kohout, Kimonas Sotirchos
This project aims to enhance Kubeflow's security posture by implementing Istio CNI by default and providing an optional Ambient Mesh configuration....
Fellipe ResendeMentored by Shekhar Rajak, yuchaoran
Jupyter Notebooks provide a powerful, interactive environment widely used by data scientists and ML engineers for exploratory analysis,...
Harshit NayanMentored by Julius von Kohout, Griffin Sullivan
The KServe Models Web App is a crucial front-end interface for managing ML models deployed through KServe, a core component of Kubeflow. However, the...
Harshvir PotposeMentored by Julius von Kohout, Mathew Wicks
This project aims to enhance Kubeflow’s infrastructure by productionizing the SeaweedFS proof of concept as a secure alternative to MinIO, improving...
Kunal DugarMentored by Julius von Kohout, Valentina Rodriguez Sosa, Chasecadet
The proposed project aims to bridge a critical gap in the Kubeflow ecosystem by introducing robust Helm-based deployment support. While Kustomize has...
Mahdi KhashanMentored by Shao Wang
This project implements key components of KEP-2170, introducing the Kubeflow Training V2 API. Specifically, it focuses on creating the...
Santhosh ToorpuMentored by Feast, Chasecadet
refer notion site for better view :...
Xinmin DuMentored by Shao Wang, Yuchen Cheng
This document outlines a proposal to support Volcano for gang-scheduling in Kubeflow Trainer, so as to provide users with more AI-specific scheduling...
Yunkai LiMentored by Shivay Lamba, Ricardo Martinelli de Oliveira
Kubeflow Pipelines (KFP) currently only supports MySQL/MariaDB databases, creating a significant limitation for many organizations that standardize...
Shao WangMentored by Yuan Tang, Andrey Velichkevich, Yuki Iwai +3
The project aims to provide a Python SDK API interface for users to push metrics to Katib DB directly. The current implementation of Metrics...
SIVASUBRAMANIAM LMentored by Yuan Tang, Shivay Lamba, Andrey Velichkevich +4
This proposal aims to automate the generation of comprehensive documentation for Kubeflow Python SDKs, specifically focusing on the Training Operator...
Shashank MittalMentored by Yuan Tang, Andrey Velichkevich, Yuki Iwai +3
The goal of this project is to enhance the Katib Experiment APIs to support various parameter distributions such as uniform, log-uniform, and...
Sandipan PandaMentored by Yuan Tang, Rishit Dagli, Andrey Velichkevich +4
The machine learning (ML) community is continually seeking ways to streamline the process of training and deploying models. JAX, with its...
Adem BaccaraMentored by Mathew Wicks, Kimonas Sotirchos, Eder Ignatowicz
This proposal aims to introduce a new Kubernetes controller for Kubeflow Notebooks. The implementation of this project will significantly enhance the...
Hezhi XieMentored by Yuan Tang, Rishit Dagli, Andrey Velichkevich +3
This proposal aims to address the challenge of tuning hyperparameters for Large Language Models (LLMs) by developing a user-friendly high-level API....
Hansini KarunarathneMentored by Ricardo Martinelli, Julius von Kohout, Mathew Wicks
The main goal of the project is to find a solution to categorize issues and PRs in the Kubeflow Github repository. There are a lot of issues and PRs...
Biswajit PattnaikMentored by Julius von Kohout, Kimonas Sotirchos
My proposal aims to test and integrate the featues of Istio-CNI and Kubernetes' Pod Security Standards that are require to run Kubeflow rootless as...
Kostas AndriopoulosMentored by elikatsis, Kimonas Sotirchos
Many Data Scientists have their data saved in a PersistentVolumeClaim accessed by their Notebooks. So it would be helpful and greatly improve...
Yash JakhotiyaMentored by Ce Gao, ChanYiLin, Yuan Tang
Kubernetes is already an industry-standard in managing cloud resources. Kubeflow is on its path to become an industry standard in managing machine...
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Claim your projectData: Google Summer of Code public archive. Contributor counts are accepted projects.