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  • The AI Inference Platform

    The AI Inference Platform

    The AI Inference Platform

    Build and deploy AI agents and applications on the AI Cloud

    Cloudflare provides the infrastructure to scale your AI applications at every stage — storing training data, running inference — on the same network that Cloudflare uses to power its own use of AI.

    Download Now

    The AI Inference Platform
  • Secure your Al adoption with SASE

    Secure your Al adoption with SASE

    Secure your Al adoption with SASE

    A secure access service edge (SASE) architecture combines network connectivity with Zero Trust security functions, offering secure, consistent access for any user to any app — regardless of location.

    While the benefits of SASE are widely recognized, beginning and making progress on such a transformative initiative can feel daunting.

    Watch Now

    Secure your Al adoption with SASE
  • The Forrester Wave™: Edge Development Platforms, Q1 2026

    The Forrester Wave™: Edge Development Platforms, Q1 2026

    Cloudflare named a ‘Leader’ in “The Forrester Wave™: Edge Development Platforms, Q1 2026” report

    We are thrilled to announce that Cloudflare has been named a ‘Leader’ in “The Forrester Wave™: Edge Development Platforms, Q1 2026” report.

    We believe this recognition validates Cloudflare’s clear, standout vision for a serverless strategy that prioritizes performance, proximity, and developer velocity. The Cloudflare Developer Platform offers a globally distributed execution model that empowers modern engineering teams to deploy high-performance, location-optimized business logic without the daunting complexity of distributed systems.

    According to the report, “Cloudflare is a strong fit for organizations that seek edge-first applications, APIs, and performance-critical user experiences, with momentum that increasingly extends into AI-driven workloads”.

    Cloudflare received the highest possible scores of 5.0/5.0 in 12 criteria, including:

    • Developer experience
    • Initialization and deployment
    • State and storage
    • Scaling
    • Performance and latency optimization
    • Security and permissions
    • AI application development


    Register for the report to learn more.

    Download Now

    Cloudflare named a ‘Leader’ in “The Forrester Wave™: Edge Development Platforms, Q1 2026” report
  • The future of e-invoicing

    The future of e-invoicing

    eBook

    The future of e-invoicing

    Digitization isn’t stopping here. What’s next?

    Mandatory e-invoicing is only the beginning. Governments worldwide are rapidly moving toward continuous, real-time tax reporting. And that’s reshaping how businesses manage compliance.

    Featuring insights from Avalara Tax, Finance, and IT experts, this ebook reveals what’s coming next — and how to prepare.

    Download the ebook to explore:
    • The evolution of tax across borders and boundaries
    • Where e-invoicing stands today, and where we’re heading
    • Why invoicing and tax are becoming more interconnected
    • What future-ready compliance looks like in practice

    Please fill out the form below to access the content:

    ebook-the-future-of-einvoicing-usa
  • E-invoicing and VAT in the digital Age

    E-invoicing and VAT in the digital Age

    Report

    E-invoicing and VAT in the digital Age

    Mandates are accelerating. Don’t fall behind.

    Tax authorities worldwide are rolling out e-invoicing and digital reporting mandates at an unprecedented pace. The result: growing complexity across jurisdictions — and rising pressure on Tax, Finance, and IT teams to stay ahead.

    This ebook breaks down what’s happening now, what’s next, and what it means for your business. Find out how to prepare as more mandates go live and initiatives like Europe’s VAT in the Digital Age drive further change.

    Download the ebook to learn:
    • Why e-invoicing and live reporting are becoming mandatory
    • How requirements vary across countries — and why that matters
    • Which mandates are coming next (and when)
    • How to prepare for compliance without constant rework

    Please fill out the form below to access the content:

    E-invoicing and VAT in the Digital Age
  • The business and economic benefits of e-invoicing

    The business and economic benefits of e-invoicing

    Report

    The business and economic benefits of e-invoicing

    Discover impact beyond compliance

    E-invoicing is transforming how enterprises manage tax and finance — and the gains aren’t just potential. They’re measurable.

    Commissioned by Avalara and conducted by the Centre for Economics and Business Research (Cebr), this report analyzes data from 1,700 businesses worldwide to quantify e-invoicing’s impact.

    Download the report to learn how e-invoicing can:
    • Increase productivity by reducing manual processes
    • Accelerate payments and improve cash flow
    • Reduce compliance risk, fraud, and invoice errors
    • Help your financial operations stay future-ready

    Please fill out the form below to access the content:

    document-e-invoicing-cebr-report
  • 10 things to consider when choosing an einvoicing solution

    10 things to consider when choosing an einvoicing solution

    Guide

    10 things to consider when choosing an e-invoicing solution

    Will compliance slow you down — or help you scale?

    More than 80 countries have introduced e-invoicing mandates. Many are already live or are slated to roll out soon.

    Compliance is no longer optional — and it’s rarely simple.

    The right solution doesn’t just keep you compliant. It reduces complexity, scales with your business, and keeps you ahead of what’s next.

    This guide helps you identify an e-invoicing solution that lets you:
    • Manage multi-country compliance without manual workarounds
    • Scale as mandates evolve — without rebuilding systems
    • Maintain visibility and predictability across financial operations
    • Adapt (not react) to changing regulations

    Please fill out the form below to access the content:

    10 things to consider when choosing an e-invoicing solution 4.24
  • EV battery electrical guide

    EV battery electrical guide

    Tech Briefs

    ENGINEERING SOLUTIONS FOR DESIGN & MANUFACTURING

    Centered Section Bar
    ELECTRONICS & SOFTWARE
    PHOTONICS & IMAGING
    MOTION CONTROL/AUTOMATION
    SENSORS & TEST
    MATERIAL MANUFACTURING
    MECHANICAL MECHATRONICS

    EV battery electrical insulation design guide

    Intended for engineers and decision-makers in EV battery design, manufacturing and implementation, the new “EV battery electrical insulation design guide” from Avery Dennison Performance Tapes, helps readers understand and make informed choices about using dielectric tapes as an electrical insulation solution. Featuring the Volt Tough™ portfolio of electrically insulative, single-sided filmic pressure-Sensitive Adhesive (PSA) tapes, this design guide demonstrates how a combination of dielectric films with high-performance adhesives can meet the specifications for modern battery pack needs. These tapes offer numerous advantages over traditional coatings, including high dielectric strength within thin profiles (leading to higher pack energy density), instant bonding for faster production times, and durable, conformable, and tear-resistant options for complex geometries and sharp corners. The technology described in this paper also focuses on flame-retardant versions capable of maintaining UL® 94V-0 requirements within the battery pack.

    The objectives of this design guide are:

    1. Introduce and help you better understand the properties, features, benefits and uses of Avery Dennison Volt Tough™ dielectric tapes.
    2. Help you make more informed choices when considering Volt Tough™ dielectric tapes as an electrical insulation solution in your EV battery pack designs.
    3. Demonstrate ways to properly integrate Volt Tough™ solutions within the pack using automation and other methods.
    4. Illustrate ways your organization can work with Avery Dennison Performance Tapes to develop Volt Tough™ solutions customized for your needs
    Download the “EV battery electrical insulation design guide” to discover solutions to EV battery pack design challenges.

    Fill out the form to get your free copy today!

    Avery EV
  • EV battery electrical design guide

    EV battery electrical design guide

    EV battery electrical design guide

    Intended for engineers and decision-makers in the EV battery design, manufacturing and implementation, the new “EV battery electrical design guide” from Avery Dennison Performance Tapes, helps readers understand and make informed choices about using dielectric tapes as an electrical insulation solution. Featuring the Volt Tough™ portfolio of electrically insulative, single-sided filmic pressure-Sensitive Adhesive (PSA) tapes, this design guide demonstrates how a combination of dielectric films with high-performance adhesives can meet the specifications for modern battery pack needs. These tapes offer numerous advantages over traditional coatings, including high dielectric strength within thin profiles (leading to higher pack energy density), instant bonding for faster production times, and durable, conformable, and tear-resistant options for complex geometries and sharp corners. The technology described in this paper also focuses on flame-retardant versions capable of maintaining UL® 94V-0 requirements within the battery pack.

    The objectives of this design guide are:

    1. Introduce and help you better understand the properties, features, benefits and uses of Avery Dennison Volt Tough™ dielectric tapes.
    2. Help you make more informed choices when considering Volt Tough™ dielectric tapes as an electrical insulation solution in your EV battery pack designs.
    3. Demonstrate ways to properly integrate Volt Tough™ solutions within the pack using automation and other methods.
    4. Illustrate ways your organization can work with Avery Dennison Performance Tapes to develop Volt Tough™ solutions customized for your needs
    Download the “EV battery electrical design guide” to discover solutions to EV battery pack design challenges.

    Please fill out the form below to access the content:

    EV battery electrical design guide
  • Driving Reliability: Simulation Driven EMI Techniques for Modern Vehicle Electronics

    Driving Reliability: Simulation Driven EMI Techniques for Modern Vehicle Electronics

    Title: Driving Reliability: Simulation Driven EMI Techniques for
    Modern Vehicle Electronics
    Date: Wednesday, April 22, 2026
    Time: 9:00 AM (GMT-04:00) Eastern Time – New York
    Duration: 60 minutes

    Overview

    As modern automative designs increasingly integrate higher-speed electronics, advanced driver assistance systems, and complex on-board computers and sensors, electromagnetic interference (EMI) issues grow. Discovering EMI failures late in the design process can be a significant challenge, often resulting in increased costs, last-minute design changes, and delayed time to market.

    This 60-minute webinar will explore how simulation‑based methodologies can be used to mitigate these costly EMI issues, enabling engineers to predict, diagnose, and resolve interference issues earlier in the development cycle. Attendees will learn how EMI issues can be modeled at various scales — from basic electrical and circuit-based modeling to component, cabling, and PCB level study, and finally to full system-level analysis. The session also will examine how simulation can be used to quickly gain useful engineering insights into underlying design problems and how this information can be used to build confidence in potential solutions and determine optimal mitigation strategies faster than build and test allow. Additionally, signal integrity and power integrity analysis will be discussed as these analyses often provide clues to EMI remedies.

    Key topics:

    • Electromagnetic interference/compatibility
    • Signal integrity
    • Power integrity


    An audience Q&A session will follow the technical presentation.

    Speakers

    © 2026 webinar.net | An Xcyte Digital Company

    Register Now

    Driving Reliability: Simulation Driven EMI Techniques for Modern Vehicle Electronics

    Robert Towne

    Manager – Application Engineering

    Ansys

    Robert Towne is a Manager of Application Engineering at Ansys, part of Synopsys. With more than 12 years of simulation experience, his current work focuses on using computational electromagnetics to analyze and validate printed circuit boards and other complex systems in the areas of signal integrity, power integrity, and electromagnetic interference. In addition to industry experience in high-tech, his work has spanned across multiple domains including automotive, industrial, and aerospace applications. His role within the high-frequency electromagnetics team has him supporting multiple toolsets including SIwave, HFSS/3D Layout, Circuit, and Q3D.

    Moderator: Amanda Hosey

    Editor, SAE Media Group

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