industry news
Subscribe Now

Digital Twin Consortium and FIWARE Foundation Join Forces to Accelerate Digital Twin Technology Adoption

Advancing open-source digital twin technologies across industries

BOSTON, MA, BERLIN, GERMANY – FEBRUARY 17, 2021 – Digital Twin Consortium® and FIWARE Foundation have entered into a collaborative agreement to accelerate the development, deployment, and wide-scale adoption of open digital twin technologies.

Digital twins are growing their capabilities and sophistication. However, grasping their full potential may require integrating systems and data across entire organizational ecosystems. That’s exactly where both organizations are set to create value and synergies. As part of the collaboration, both have agreed to the following:

  • Collaborate on digital twin standardization requirements, and the open-source implementation of jointly identified standards requirements
  • Realize interoperability, based on information exchange by harmonizing technology components and other elements
  • Align work in horizontal sectors towards the adoption of results in vertical domains through reference use cases and pilot projects, including:
    • Technology, Terminology and Taxonomy
    • Security and Trustworthiness
    • Enabling technologies such as simulation and AI
  • Document case studies, from initial concept to implementation and operational analysis
  • Foster adoption among academia, researchers, and companies (among others) of open standards for digital twins and open-source technology, used as reference implementation of such standards


The power of collaboration

“We are excited about our collaboration with FIWARE Foundation,” said Dan Isaacs, Chief Technical Officer, Digital Twin Consortium. “Their knowledge and experience in contributing to the definition of open standards across industries, following an implementation-driven open-source approach, will be invaluable as we work together to advance the adoption of digital twin technology.”

“The concept of digital twin dates back to the early 90s and reached, in the meantime, a broad market adoption in Industry 4.0. One of the core contributions of FIWARE Foundation has been the definition of standard APIs for accessing digital twin data and standard digital twin data models, which goes beyond manufacturing and work across multiple sectors including cities, agrifood, utilities and others. Joining forces with Digital Twin Consortium will boost the benefits for the FIWARE Community and end users that are adopting digital twin technologies,” complemented Ulrich Ahle, Chief Executive Officer, FIWARE Foundation.

FIWARE Foundation will actively contribute to Digital Twin Consortium’s Working Groups and both organizations will disseminate the results of their collaboration through regular events and seminars, reassuring their commitment to driving wide-scale adoption of open digital twin technologies. Such activities are essential to support the development of sustainable open digital twin ecosystems.

FIWARE drives the definition and accelerates the adoption of open standards that ease the development of smart solutions across domains such as Smart Cities, Smart Energy, Smart AgriFood and Smart Industry, following an implementation-driven open source approach. FIWARE Foundation, a not-for-profit organization, promotes the adoption of FIWARE technology and has 370+ international members, including major industry players Atos, Engineering Ingegneria Informatica, NEC, Red Hat, Telefónica, and Trigyn Technologies. For further information, refer to FIWARE’s Press Kit and follow the organization on TwitterLinkedIn, and YouTube.

About Digital Twin Consortium
Digital Twin Consortium is The Authority in Digital Twin. It coalesces industry, government, and academia to drive consistency in vocabulary, architecture, security, and interoperability of digital twin technology. It advances the use of digital twin technology in many industries from aerospace to natural resources. Digital Twin Consortium is a program of Object Management Group.

Leave a Reply

featured blogs
Feb 26, 2021
OMG! Three 32-bit processor cores each running at 300 MHz, each with its own floating-point unit (FPU), and each with more memory than you than throw a stick at!...
Feb 26, 2021
In the SPECTRE 20.1 base release, we released Spectre® XDP-HB as part of the new Spectre X-RF simulation technology. Spectre XDP-HB uses a highly distributed multi-machine multi-core simulation... [[ Click on the title to access the full blog on the Cadence Community si...
Feb 25, 2021
Learn how ASIL-certified EDA tools help automotive designers create safe, secure, and reliable Advanced Driver Assistance Systems (ADAS) for smart vehicles. The post Upping the Safety Game Plan for Automotive SoCs appeared first on From Silicon To Software....
Feb 24, 2021
mmWave applications are all the rage. Why? Simply put, the 5G tidal wave is coming. Also, ADAS systems use 24 GHz for SRR applications and 77 GHz for LRR applications. Obviously, the world needs mmWave tech! Traditional mmWave technology spans the 30 – 300 GHz frequency...

featured video

Silicon-Proven Automotive-Grade DesignWare IP

Sponsored by Synopsys

Get the latest on Synopsys' automotive IP portfolio supporting ISO 26262 functional safety, reliability, and quality management standards, with an available architecture for SoC development and safety management.

Click here for more information

featured paper

Use Configurable Digital IO To Give Your Industrial Controller the Edge

Sponsored by Maxim Integrated

As factories get bigger, centralized industrial process control has become difficult to manage. While there have been attempts to simplify the task, it remains unwieldy. In this design solution, we briefly review the centralized approach before looking at what potential changes edge computing will bring to the factory floor. We also show a digital IO IC that allows for smaller, more adaptable programmable logic controllers (PLCs) more suited to this developing architecture.

Click here to download the whitepaper

Featured Chalk Talk

0 to 112 (Gbps PAM4) in 5 Seconds

Sponsored by Samtec

With serial connections hitting 112Gbps, we can’t mess around with our interconnect. We need engineered solutions that will keep those eyes open and deliver the signal integrity we need in our high-speed designs. In this episode of Chalk Talk, Amelia Dalton talks with Matt Burns of Samtec about the interconnect options for speeds up to 112Gbs, and Samtec’s Flyover interconnect technology.

Click here to download the Silicon-to-Silicon Solutions Guide