Matrix

Speckle is a company that provides a collaborative data hub tailored for the Architecture, Engineering, and Construction (AEC) sectors. It focuses on creating an open ecosystem that addresses the challenges of fragmentation within the industry. By offering a cloud-based platform, Speckle enables users to automate design, engineering, and construction processes. Its infrastructure includes a default set of connectors that facilitate the curation of design data and the integration of multiple data streams, allowing for advanced querying. The platform supports interoperability between different software applications, enhances real-time collaboration, and simplifies data management and versioning. This empowers clients to effectively coordinate their projects and gain valuable insights into their data footprint.

EagleChip is a chip design company specializing in the development and design of Field Programmable Gate Arrays (FPGAs). The company emphasizes research and development as well as the creation of dedicated Electronic Design Automation (EDA) toolchains. Its products are applicable across various industries, including communications, data centers, industrial control, consumer electronics, smart vehicles, video processing, and medical electronics. By providing high-quality FPGA chip solutions, EagleChip aims to meet the diverse needs of its customers while ensuring a domestic supply of advanced technology.

Speckle is a company that provides a collaborative data hub tailored for the Architecture, Engineering, and Construction (AEC) sectors. It focuses on creating an open ecosystem that addresses the challenges of fragmentation within the industry. By offering a cloud-based platform, Speckle enables users to automate design, engineering, and construction processes. Its infrastructure includes a default set of connectors that facilitate the curation of design data and the integration of multiple data streams, allowing for advanced querying. The platform supports interoperability between different software applications, enhances real-time collaboration, and simplifies data management and versioning. This empowers clients to effectively coordinate their projects and gain valuable insights into their data footprint.

Bench3D is a technology company specializing in collaborative 3D modeling software. It facilitates efficient product development by enabling engineers, designers, project managers, clients, and suppliers to collaborate around shared CAD models. The platform allows users to exchange ideas, review models, make informed decisions, and streamline workflows, thereby accelerating the product development process.

EDDA Technology specializes in computer-assisted solutions for patient care management, particularly in the realm of imaging-guided cancer treatment. The company has developed the IQQA platform, which provides innovative imaging technologies that enhance workflow and patient care in surgical settings, including open, minimally invasive, and robotic surgeries. This platform supports a patient-specific and disease-targeted approach, facilitating a multidisciplinary strategy for cancer treatment. It encompasses the entire surgical process, offering features for pre-surgical planning and simulation, intra-operative guidance and monitoring, as well as post-operative follow-up evaluations and training. EDDA Technology's advancements aim to improve the efficiency and effectiveness of medical imaging and treatment protocols for healthcare professionals.

Snapmaker is a China-based hardware company that develops an integrated platform for rapid prototyping and fabrication, combining 3D printing, laser engraving, and CNC carving in modular, all-metal machines. Founded in 2016, the company designs modular 3D printers that can be converted into CNC machines or laser cutters and engravers, aiming to turn desktops into small-scale workshops. The printers are described as easy to use for beginners and expandable for makers, offering affordable, convenient capabilities for creating objects and prototypes.

GrabCAD is a mechanical engineering community and platform that enables collaboration, knowledge sharing, and access to a free CAD model library. Founded in 2009 and headquartered in Boston, with a development team in Estonia, the company provides an open platform designed to streamline additive manufacturing workflows. It offers tools for asset management, planning, programming, and quality control to connect people, parts, and printers, helping businesses scale 3D printing operations and accelerate industrial initiatives. The platform also supports collaboration through its community features and engineering competitions, serving engineers and manufacturers seeking to leverage 3D printing and CAD resources.

GrabCAD is a mechanical engineering community and platform that enables collaboration, knowledge sharing, and access to a free CAD model library. Founded in 2009 and headquartered in Boston, with a development team in Estonia, the company provides an open platform designed to streamline additive manufacturing workflows. It offers tools for asset management, planning, programming, and quality control to connect people, parts, and printers, helping businesses scale 3D printing operations and accelerate industrial initiatives. The platform also supports collaboration through its community features and engineering competitions, serving engineers and manufacturers seeking to leverage 3D printing and CAD resources.

GrabCAD is a mechanical engineering community and platform that enables collaboration, knowledge sharing, and access to a free CAD model library. Founded in 2009 and headquartered in Boston, with a development team in Estonia, the company provides an open platform designed to streamline additive manufacturing workflows. It offers tools for asset management, planning, programming, and quality control to connect people, parts, and printers, helping businesses scale 3D printing operations and accelerate industrial initiatives. The platform also supports collaboration through its community features and engineering competitions, serving engineers and manufacturers seeking to leverage 3D printing and CAD resources.

GrabCAD is a mechanical engineering community and platform that enables collaboration, knowledge sharing, and access to a free CAD model library. Founded in 2009 and headquartered in Boston, with a development team in Estonia, the company provides an open platform designed to streamline additive manufacturing workflows. It offers tools for asset management, planning, programming, and quality control to connect people, parts, and printers, helping businesses scale 3D printing operations and accelerate industrial initiatives. The platform also supports collaboration through its community features and engineering competitions, serving engineers and manufacturers seeking to leverage 3D printing and CAD resources.

Carbon Design Systems, Inc. is a provider of virtual prototype solutions specifically designed for the development and validation of system-on-chip (SoC) designs. Founded in 2002 and based in Acton, Massachusetts, the company offers a range of products, including Carbon SoC Designer Plus, which facilitates the creation, execution, and analysis of virtual system platforms. Another key offering is Carbon Model Studio, which automates the generation and validation of hardware-accurate software models. Additionally, Carbon Performance Analysis Kits (CPAK) provide pre-built virtual reference platforms for critical performance elements such as processors and memory controllers. The company also supports performance optimization, system validation, and software execution, along with consulting, training, and integration services. Carbon Design Systems caters to systems, semiconductor, and intellectual property companies in sectors like wireless, networking, and consumer electronics, delivering essential tools for architectural analysis and pre-silicon validation.

Carbon Design Systems, Inc. is a provider of virtual prototype solutions specifically designed for the development and validation of system-on-chip (SoC) designs. Founded in 2002 and based in Acton, Massachusetts, the company offers a range of products, including Carbon SoC Designer Plus, which facilitates the creation, execution, and analysis of virtual system platforms. Another key offering is Carbon Model Studio, which automates the generation and validation of hardware-accurate software models. Additionally, Carbon Performance Analysis Kits (CPAK) provide pre-built virtual reference platforms for critical performance elements such as processors and memory controllers. The company also supports performance optimization, system validation, and software execution, along with consulting, training, and integration services. Carbon Design Systems caters to systems, semiconductor, and intellectual property companies in sectors like wireless, networking, and consumer electronics, delivering essential tools for architectural analysis and pre-silicon validation.

Carbon Design Systems, Inc. is a provider of virtual prototype solutions specifically designed for the development and validation of system-on-chip (SoC) designs. Founded in 2002 and based in Acton, Massachusetts, the company offers a range of products, including Carbon SoC Designer Plus, which facilitates the creation, execution, and analysis of virtual system platforms. Another key offering is Carbon Model Studio, which automates the generation and validation of hardware-accurate software models. Additionally, Carbon Performance Analysis Kits (CPAK) provide pre-built virtual reference platforms for critical performance elements such as processors and memory controllers. The company also supports performance optimization, system validation, and software execution, along with consulting, training, and integration services. Carbon Design Systems caters to systems, semiconductor, and intellectual property companies in sectors like wireless, networking, and consumer electronics, delivering essential tools for architectural analysis and pre-silicon validation.

Carbon Design Systems, Inc. is a provider of virtual prototype solutions specifically designed for the development and validation of system-on-chip (SoC) designs. Founded in 2002 and based in Acton, Massachusetts, the company offers a range of products, including Carbon SoC Designer Plus, which facilitates the creation, execution, and analysis of virtual system platforms. Another key offering is Carbon Model Studio, which automates the generation and validation of hardware-accurate software models. Additionally, Carbon Performance Analysis Kits (CPAK) provide pre-built virtual reference platforms for critical performance elements such as processors and memory controllers. The company also supports performance optimization, system validation, and software execution, along with consulting, training, and integration services. Carbon Design Systems caters to systems, semiconductor, and intellectual property companies in sectors like wireless, networking, and consumer electronics, delivering essential tools for architectural analysis and pre-silicon validation.

Carbon Design Systems, Inc. is a provider of virtual prototype solutions specifically designed for the development and validation of system-on-chip (SoC) designs. Founded in 2002 and based in Acton, Massachusetts, the company offers a range of products, including Carbon SoC Designer Plus, which facilitates the creation, execution, and analysis of virtual system platforms. Another key offering is Carbon Model Studio, which automates the generation and validation of hardware-accurate software models. Additionally, Carbon Performance Analysis Kits (CPAK) provide pre-built virtual reference platforms for critical performance elements such as processors and memory controllers. The company also supports performance optimization, system validation, and software execution, along with consulting, training, and integration services. Carbon Design Systems caters to systems, semiconductor, and intellectual property companies in sectors like wireless, networking, and consumer electronics, delivering essential tools for architectural analysis and pre-silicon validation.