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DMTF Overview

DMTF Overview. Executive Summary. DMTF - International Standards Leader. DMTF continues to grow its global presence Local bodies in China and Japan Capitalizing on the reach of members from 43 countries Members on: ISO JTC1/SC 38 representation

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DMTF Overview

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  1. DMTF Overview

  2. Executive Summary

  3. DMTF - International Standards Leader DMTF continues to grow its global presence • Local bodies in China and Japan • Capitalizing on the reach of members from 43 countries • Members on: • ISO JTC1/SC 38 representation • ISO PAS submitter (only one of nine organizations in the world) Open and Collaborative • Industry input on standards welcome via the DMTF Feedback Portal • Open source development enabled within GitHub - DMTF invites review and contributions to its tools in public GitHub repositories • Standards adopted by open source projects, including Java WBEM Services, Open Linux Management Infrastructure (OpenLMI), Open Management Interface (OMI), OpenBMC, OpenDRIM, OpenPegasus, OpenStack Ceilometer, OpenStack Ironic, Small Footprint CIM Broker (SFCB), and more

  4. DMTF Alliance Partnerships • China Cloud Computing Promotion and Policy Forum (3CPP) • China Communications Standards Association (CCSA) • China Electronics Standardization Institute (CESI) • ETSI - Network Function Virtualization (ETSI-NFV) • The Green Grid (TGG) • OMG - Cloud Standards Customer Council (CSCC) • Open Compute Project (OCP) • Open Data Center Alliance (ODCA) • Open Grid Forum (OGF) • The Open Group (TOG) • OpenStack Foundation • Storage Networking Industry Association (SNIA) • TeleManagement Forum (TMF) • Unified Extensible Firmware Interface (UEFI) Forum DMTF and its Alliance Partners develop a common dialogue and work together for the good of the industry, avoiding overlap and helping ensure interoperability.

  5. Academic Alliances Alexandria University Athens University of Economics and Business Balarussian State University Barcelona Supercomputing Center (BSC) Case Western Reserve University Federal Institute of Technology of Espirito Santo Federal University of Espírito Santo Fudan University George Mason University Hangzhou Dianzi University HOSEI Univ Huazhong University of Science and Technology Imperial College of Science Technology and Medicine Indian Institute of Technology Roorkee Indian Institute of Technology, Bombay Institute of Computing Technology, Chinese Academy of Sciences Institute of Information Security (IISEC) Instituto de Educao Tecnologica (IETEC) Karunya University Kasetsart University Kyung Hee University Laurentian University Leibniz Supercomputing Center Ludwig Maximilians University Madrid Technical University Marshall University Modern College of Engineering, University of Pune University of Athens University of Aveiro- Portugal University of Bologna University of Calgary University of California University of California-Irvine University of Cauca University of Edinburgh University of Hamburg University of Illinois University of Milano-Bicocca University of Murcia (Spain) University of New Hampshire University of Pisa - Italy University of Southampton University of Stuttgart University of Sydney University of Texas Health Science University of the Federal Armed Forces Munich University of the Rockies University of Tuebingen University of Twente University of Western Ontario University of Wuerzburg University Technology Petronas Vienna University of Technology • Munich University of Technology • Nanyang Polytechnic • Nanyang Technological University • National Research University Higher School of Economics • National Technical University of Athens • Naval Postgraduate School • Northwestern University • Oakland Community College • Oregon State University • Ostfalia University of Applied Sciences • Paul Sabatier University • Peking University • Penn State University • Pohang University of Science and Technology (POSTECH) • Politecnico Di Torino • Research Center on Scientific and Technical Information (CERIST) • Ruprecht-Karls-University Heidelberg • Saint-Petersburg University for Aerospace Instrumentation • Shanghai Jiao Tong University • Stanford University • Swami Rama Himalayan University • Technische Universitaet Dresden • Technische Universität Carolo-Wilhelmina zu Braunschweig • Texas Tech University • TU Dortmund • TU Muenchen • Universidad Complutense de Madrid • Universidad Libre Cali • Universidade Federal do Rio Grande do Sul • University College Dublin: Center for Cybersecurity and Cybercrime Investigation • University Joseph Fourier of Grenoble • University Karlstuhe

  6. Efficient and Agile • DMTF has the support, tools and infrastructure for efficient and cost-effective development and collaboration of open standards and open source • Alignment across all aspects of the organization increases efficiencies and overall agility – process overhead is the lowest of any recognized standards body, second to none • Well-established IP policies and a streamlined approval process for specifications minimizes time to market and promotes early adoption • With administrative support and other resources necessary to operate and promote new standards, DMTF’s portals for Technology Submission and Community Publication simplify the submission and sharing processes

  7. DMTF Standards and Technologies • The DMTF creates open manageability standards spanning diverse emerging and traditional IT infrastructures including cloud, virtualization, network, servers and storage • Formed in 1992 with a focus on management • Desktop Management Interface (DMI) (1994) • Evolved from desktop management to web-based data center management • Common Information Model (CIM) (1996) • Directory Enabled Networks (DEN) (1997) • Web-Based Enterprise Management (WBEM) (1998) • System Management BIOS (SMBIOS) (1999) • Alert Standard Format (ASF) (2001) • Common Diagnostic Model (CDM) (2005) • System Management Architecture for Server Hardware (SMASH) (2005) • Desktop & Mobile Architecture for System Hardware (DASH) (2006) • Platform Management Components Intercommunication (PMCI) (2007) • Open Virtualization Format (OVF), Virtualization Management (VMAN) & Web Services Management (WS-MAN) (2008) • Configuration Management Database Federation Standards (CMDBf) (2009) • Cloud Initiative (2010) • Cloud Auditing Data Federation (CADF) (2011) • Cloud Infrastructure Management Interface (CIMI) (2012) • Open Software Defined Data Center (OSDDC), Network Management Initiative (NETMAN) (2013) • Redfish (2015)

  8. DMTF Management Technologies

  9. DMTF Management Technologies CIMI, OVF, CADF VMAN, OVF DASH, SMF NETMAN, SMASH, Redfish CIM WBEM, Redfish

  10. DMTF Management Technologies CIMI, OVF, CADF VMAN, OVF DASH SMF NETMAN, SMASH, Redfish (SMASH, PMCI, SMBIOS, CDM, SMF, Redfish) (CDM, NETMAN, Redfish) (SMI-S, CDM, Swordfish) CIM WBEM, Redfish

  11. Latest DMTF Standard: Redfish • Industry Standard RESTful API for IT Infrastructure • Simple and interoperable management of modern scalable platform hardware • Integrates easily with commonly-used tools • HTTPS in JSON format based on Odata v4 • Equally usable by Apps, GUIs and Scripts • Schema-backed but human-readable • Version 1 Focused on Servers • A secure, multi-node capable replacement for IPMI-over-LAN • New Releases Every 3-4 Months • Devices added over time to cover customer use cases & technology • PCIe Switching, Local Storage, NVDIMMs, Multifunction Adapters, Composability • Redfish Host Interface Specification allows applications and tools running on an Operating System - including in the pre-boot (firmware) stage – to communicate with the Redfish management service

  12. Benefits of Standards For vendors and developers • Creates a common framework from which to innovate • Creates an ecosystem of interoperability that increases customer awareness and drives market adoption • Reduces development costs • Supports government policies and regulation for national (ANSI, ETSI) and international (ISO) standards • Visibility for companies who participate For customers • Achieve interoperability and portability • Choose products based on feature innovation • Standards-based best-practice solutions, where all vendors bring ideas to the table • Reduced costs through increased ecosystem

  13. Join DMTF • The work of the DMTF is funded through membership dues that are among the most cost effective in the industry • By joining the DMTF, companies gain a valuable return on investment through: • Early access and insights into the creation of DMTF specifications and underlying technologies - impact the industry by participating in the process of defining standards and programs • Reduced development, design and start-up costs with access to DMTF’s collaborative development tools, experts and broad knowledge base • Opportunities to work alongside and interact directly with the industry’s top specialists in interoperable management standards • Increased visibility through the DMTF’s industry-wide marketing efforts and initiatives

  14. For more information, please visit us online at www.dmtf.org Thank you!

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