[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  Ryan sikorski [@Ryansikorski10](/creator/twitter/Ryansikorski10) on x 35.1K followers Created: 2025-07-15 06:04:39 UTC MinIO is pioneering high performance, Kubernetes-native object storage for the multi-cloud. The software-defined, Amazon S3-compatible object storage system is used by more than half of the Fortune XXX. With more than XXX billion Docker pulls, MinIO is both the most widely deployed and fastest-growing cloud object store. Founded in 2014, the company is backed by Intel Capital, Softbank Vision Fund 2, Dell Technologies Capital, Nexus Venture Partners, General Catalyst and key angel investors. MinIO partners consist of AMD, AWS, Azure, Broadcom VMware, Dell, GCP, Intel, NVIDIA, Red Hat, Splunk, Supermicro, Veeam, ARM, Clickhouse, Confluent, Cribl, Dremio, Elastic, F5, Greenplum Database, HPE, NGINX, OpenText Vertica, Snowflake, Starburst, Teradata, Western Digital, Accenture, Acronis, Agile Lab, Ahead, AiElements - Simah for Information Technology, Advanced Message Queuing Protocol (AMQP), Atos, Carahsoft Technology Corp, CGI, Cloudmates, Commvault, Datahub Analytics, Grafana, HAProxy Technologies, Hashicorp, Infinidat, Innominds, Insight, Istio, Kafka, Kasten, Keycloak, Klik Sinergi Solusi, LakeFS, Liquid PC, Mahity Systems, Metaage Corporation, Micro Beaver for IT Solutions, MQTT, Netweb Technologies India, Ltd., Oredata FZCO, Prodevans Technologies Pvt. Ltd., Prometheus, PT Arupa Cloud Nusantara, PUE Data, Quantum C&S Co.,LTD, SD3IT, Seacom - Società Benefit, Shakudo, Tangunsoft, Trace3, Technologent, Traefik Labs, TVAR Solutions, Valure Technology, WSO2, and WWT. MinIO Object Storage - Performance Benchmark Report on Multi-node Deployment MinIO Object Storage is a high performance S3 compatible object storage open-source software that is ready to be deployed in containerized environments and to support native Kubernetes (K8s) and Red Hat OpenShift Container Platform (RHOCP). The MinIO Operator simplifies the management and configuration of deployments in orchestrated, containerized environments, such as K8s. This document discusses the integration of MinIO Object Storage with Intel Network and Edge Cloud Reference Architecture to enable a cloud native, object-storage ready infrastructure in a containers bare metal deployment. MinIO supports a Simple Storage Service (S3) interface and therefore, is competitive to other cloud storage solutions, such as Amazon Web Services (AWS) along with Ceph. The multi-node MinIO storage cluster deployment is automated through the aid of the Bare Metal Reference Architecture (BMRA) from RA XXXXX onwards. The BMRA deployment in this case includes an ansible host, multiple HA controller nodes, along with multiple worker or storage nodes. The ansible host is a server from which a set of ansible playbooks and helm charts are run in order to automate the deployment of a fully functional K8s cluster. The controller nodes are arranged in an HA configuration, and each controller node runs the appropriate set of containerized services, such as etcd, the SR-IOV network operator, and the MinIO operator front end, in order to manage the overall K8s cluster. The worker nodes in this case double as storage nodes and run the MinIO tenant pods. Observing the principles of Software Defined Networking (SDN), the cluster includes two separate networks, specifically with one network devoted to control plane traffic and one network devoted to data, that is, storage, plane traffic. Bare Metal Reference Architecture (BMRA) Release - GitHub MinIO Object Storage Solution MinIO Speedtest Network and Cloud Edge Container Bare Metal Reference System Architecture User Guide  XXX engagements  **Related Topics** [radar](/topic/radar) [signals](/topic/signals) [$9434t](/topic/$9434t) [intel capital](/topic/intel-capital) [coins storage](/topic/coins-storage) [Post Link](https://x.com/Ryansikorski10/status/1945001547093414007)
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]
Ryan sikorski @Ryansikorski10 on x 35.1K followers
Created: 2025-07-15 06:04:39 UTC
MinIO is pioneering high performance, Kubernetes-native object storage for the multi-cloud. The software-defined, Amazon S3-compatible object storage system is used by more than half of the Fortune XXX. With more than XXX billion Docker pulls, MinIO is both the most widely deployed and fastest-growing cloud object store. Founded in 2014, the company is backed by Intel Capital, Softbank Vision Fund 2, Dell Technologies Capital, Nexus Venture Partners, General Catalyst and key angel investors.
MinIO partners consist of AMD, AWS, Azure, Broadcom VMware, Dell, GCP, Intel, NVIDIA, Red Hat, Splunk, Supermicro, Veeam, ARM, Clickhouse, Confluent, Cribl, Dremio, Elastic, F5, Greenplum Database, HPE, NGINX, OpenText Vertica, Snowflake, Starburst, Teradata, Western Digital, Accenture, Acronis, Agile Lab, Ahead, AiElements - Simah for Information Technology, Advanced Message Queuing Protocol (AMQP), Atos, Carahsoft Technology Corp, CGI, Cloudmates, Commvault, Datahub Analytics, Grafana, HAProxy Technologies, Hashicorp, Infinidat, Innominds, Insight, Istio, Kafka, Kasten, Keycloak, Klik Sinergi Solusi, LakeFS, Liquid PC, Mahity Systems, Metaage Corporation, Micro Beaver for IT Solutions, MQTT, Netweb Technologies India, Ltd., Oredata FZCO, Prodevans Technologies Pvt. Ltd., Prometheus, PT Arupa Cloud Nusantara, PUE Data, Quantum C&S Co.,LTD, SD3IT, Seacom - Società Benefit, Shakudo, Tangunsoft, Trace3, Technologent, Traefik Labs, TVAR Solutions, Valure Technology, WSO2, and WWT.
MinIO Object Storage - Performance Benchmark Report on Multi-node Deployment
MinIO Object Storage is a high performance S3 compatible object storage open-source software that is ready to be deployed in containerized environments and to support native Kubernetes (K8s) and Red Hat OpenShift Container Platform (RHOCP). The MinIO Operator simplifies the management and configuration of deployments in orchestrated, containerized environments, such as K8s. This document discusses the integration of MinIO Object Storage with Intel Network and Edge Cloud Reference Architecture to enable a cloud native, object-storage ready infrastructure in a containers bare metal deployment. MinIO supports a Simple Storage Service (S3) interface and therefore, is competitive to other cloud storage solutions, such as Amazon Web Services (AWS) along with Ceph.
The multi-node MinIO storage cluster deployment is automated through the aid of the Bare Metal Reference Architecture (BMRA) from RA XXXXX onwards. The BMRA deployment in this case includes an ansible host, multiple HA controller nodes, along with multiple worker or storage nodes. The ansible host is a server from which a set of ansible playbooks and helm charts are run in order to automate the deployment of a fully functional K8s cluster. The controller nodes are arranged in an HA configuration, and each controller node runs the appropriate set of containerized services, such as etcd, the SR-IOV network operator, and the MinIO operator front end, in order to manage the overall K8s cluster. The worker nodes in this case double as storage nodes and run the MinIO tenant pods. Observing the principles of Software Defined Networking (SDN), the cluster includes two separate networks, specifically with one network devoted to control plane traffic and one network devoted to data, that is, storage, plane traffic.
Bare Metal Reference Architecture (BMRA) Release - GitHub
MinIO Object Storage Solution
MinIO Speedtest
Network and Cloud Edge Container Bare Metal Reference System Architecture User Guide
XXX engagements
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