Windows 10: I'd like to design and implement in-house EDI system with cloud technology

YMOON · Jun 25, 2025 at 6:52 PM

Requirement would be handle EDI standard messages X12 / EDIFACT handle non standard message CSV or any custom flat file allow to transform with custom parser and mapping for each partner file will be received via FTP / SFTP / EMAIL / REST API / etcpersist output to emit to a file or table in DB or another REST API call. I prefer to use Azure with using either python or C#please make any guidance to design system for this requirements. Thanks

:)

Brink · Jun 25, 2025 at 6:57 PM

Cloud-based chip design for national security achieves key milestone

Continued U.S. leadership in emerging technology requires a sustainable supply of advanced chips to power innovation from artificial intelligence to quantum computing. The CHIPS and Science Act, passed last year, aims to boost domestic research and manufacturing capacity for critical microelectronics. To support this ambitious effort, the U.S. Department of Defense (DoD) launched the Rapid Assured Microelectronics Prototypes (RAMP) using Advanced Commercial Capabilities program, an effort to accelerate the secure, sustainable development of microelectronics for defense technologies. As part of this effort, three new state-of-the-art chips were developed using the RAMP secure design capability developed by Microsoft within the Azure Government cloud environment to ensure compliance with DoD supply chain requirements. This achievement is a key milestone that marks the first time such chips were designed in the cloud and transmitted via the cloud to chip foundries for manufacture. This process rapidly accelerates the time to market for critical microelectronic components and represents a significant milestone in secure cloud-based microelectronic design and manufacturing. It is also extendable to the commercial design environment in Azure, accelerating the goals of the CHIPS Act to enable a sustainable domestic supply chain for semiconductors. DoD originally awarded RAMP in September 2020 through the Strategic & Spectrum Missions Advanced Resilient Trusted Systems, managed by National Security Technology Accelerator, with the follow-on prototype RAMP PHASE II awarded in August 2021. These components are foundational to the security of new and emerging technologies. RAMP demonstrates just-in-time, scalable, on-demand compute and storage infrastructure, enabling significant reductions in simulation time. Microsoft’s RAMP platform shows how the application of cloud technologies can meet stringent security, protection and compliance requirements while at the same time significantly shortening chip time to market, bringing benefits in security, innovation and scale. At a commercial level, the microelectronics industry uses Azure to accelerate and improve the design process for chip manufacturing. Customers routinely use Azure’s infrastructure solutions to optimize design turnaround times, such as high-performance virtual machines and storage, as well as platform solutions that are custom built for silicon design workloads. In this RAMP demonstration, BAE Systems and Raytheon Technologies demonstrated state-of-the-art, cloud-based design capabilities on the RAMP platform, in collaboration with foundry, IP and electronic design automation partners. As Katie Sobolewski, BAE R3 product line director, noted, “RAMP helped us meet our design tape-out dates by deploying a tailored cluster of hardware to accelerate our design simulations in hours. Normally, the addition of new hardware on-premises can take months. Access to Azure’s performant compute enabled three times faster runtimes, ultimately ensuring we met our aggressive schedule.” Built on top of proven rapid and secure cloud-based design capabilities, the RAMP solution implemented innovative technologies in support of the DoD’s Microelectronics Quantified Assurance (MQA) framework. MQA is an evidence-backed risk assessment system that gathers data, from design to manufacturing, to assess the reliability and security of DoD designs. “We’re leading a technology breakthrough in microelectronics with Microsoft and our industry partners to enable an onshore semiconductor foundry with a state-of-the-art trusted design,” said Van Andrews, vice president of Department 22 at Raytheon Intelligence & Space, a Raytheon Technologies business. “The application of MQA on this program uncovered several opportunities to assure the security of our design. The integration of MQA with Microsoft is a differentiating capability that strengthens the resiliency of microelectronics. In addition, easy onboarding and the simplified interface improve efficiency for users.” In addition to Microsoft’s Azure cloud technologies, the RAMP demonstration used industry leading microelectronics commercial technologies to develop the end-to-end design solution. The RAMP partners include: Ansys, Inc., BAE Systems, Battelle Memorial Institute, Cadence Design Systems, Cliosoft, Cycuity, Flex-Logix, Inc., GlobalFoundries, Intel Corporation, Raytheon Technologies, Siemens EDA, Synopsys, Inc., and Zero ASIC Corporation. These partnerships spanned commercial and government ecosystems enabling the DoD to leverage the best microelectronics development capabilities available. Microsoft continues to push ahead in advancing secure design and development of critical physical systems for our infrastructure, such as semiconductors and microelectronics. The successful handover of these BAE and Raytheon designs to manufacturing, as part of the RAMP program demonstration, is a major milestone for the industry, as well as the silicon and defense industrial base ecosystem. While the current RAMP program focus now shifts to secure manufacturing, we can now scale the demonstrated secure design capabilities to defense and commercial engineering design projects. Microsoft and its RAMP commercial industry team partners will continue to bring its combined expertise and experience to transform critical missions, programs, and technologies for DoD.
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Source: https://blogs.microsoft.com/blog/202...key-milestone/

gendif · Jun 25, 2025 at 6:57 PM

Prompt 3rd party software house to apply fluent design

Hi Microsoft, I'm a Windows user from 16 years. I think that Windows have some good thing and some bad thing. Idem MacOS and Linux Distros.

One bad thing is that each 3rd party software have a different ui design while on MacOS and Linux Distros all windows are have the same design.

Now that Microsoft have a proper system design (fluent design), you should prompt all 3rd party software house to adopt fluent desing. You can offer an incentive, for example, create a list in Windows Settings of all software that adopt fluent design.

This could seem a little thing but I use the pc to work so I see the Ui for many hours a day and have all windows with the same UI would be a great improvement.

Easy Rhino · Jun 25, 2025 at 6:57 PM

Food for discussion: Cloud vs. Servers

i fail to see the argument. renting a dedicated is cheaper than cloud and has no upfront investment either. you obviously need someone to admin the server, no matter if cloud or dedicated
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i think people are confusing hosted solutions and cloud technology (the article itself is technically incorrect). cloud technology is where the hardware can scale up or down depending on load.

hosted solutions can use cloud tech to their advantage or purchase dedi boxes and set everything up in house or allow colocation by clients.

for the end user small business startup, cloud is much cheaper. you only pay a small monthly charge for the virtual hardware you need. you don't have to pay some dude in house 70-100,000 per year to manage it.

for a large business with an IT apparatus already in place going dedi for critical applications is cheaper and wiser. those companies already are paying their IT staff to manage systems and have large budgets to upgrade every few years. although you will see more and more large corporations going with hosted solutions for some small solutions and general those hosted solutions are using cloud technology to offer a wider range of products and availability.

so "going to the cloud" as the author suggests is not very accurate. you can run your own cloud software in house on a dedi box you built yourself ( I wonder what the author thinks about that?) or you can pay a hosting company who happens to use cloud tech to their advantage. pretty fail article if you ask me.

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