On June 10, 2026, Basel-Stadt’s Department of Education announced a sweeping expansion of its school digitalization initiative, issuing 11,000 Microsoft Surface Pro 11 devices to every student in grades 5 through 9. The canton-wide rollout replaces aging hardware with the latest Arm-based Windows PCs, managed entirely through Microsoft Intune and Windows Autopilot. This move positions Basel-Stadt as one of the first major European school systems to embrace Copilot+ PCs at scale, blending cutting-edge hardware with cloud-native device management and artificial intelligence.

The program builds on an existing one-to-one device strategy but marks a decisive shift to Arm architecture. Deliveries are scheduled to begin in August 2026, ahead of the new school year, with completion expected by October. Teachers will receive their units first for training, followed by student distributions. The devices come pre-loaded with Windows 11 Pro Education, Microsoft 365, and a curated set of educational applications, all configured via Intune policies before a student ever opens the box.

Surface Pro 11: A Copilot+ PC for the classroom

The Surface Pro 11 is Microsoft’s flagship 2-in-1 built around Qualcomm’s Snapdragon X Elite system-on-chip. For education, the base configuration provides a 12-core CPU, integrated Adreno GPU, and a dedicated neural processing unit (NPU) capable of 45 trillion operations per second (TOPS). This NPU is the engine behind Windows Copilot+ experiences — on-device AI features like Recall, Cocreator, and live caption translations — all without draining the battery or phoning home to the cloud.

Battery life is a standout advantage. Microsoft rates the Surface Pro 11 at up to 19 hours of video playback, enough to survive an entire school day and then some. In real-world use, teachers and students can expect 12–14 hours of mixed workloads — note-taking, web research, coding, and multimedia creation — eliminating the need for midday charging carts. The fanless design stays silent, reducing classroom distractions, and the magnesium alloy chassis weighs just under 900 grams, light enough for a backpack alongside books.

Connectivity options include Wi-Fi 7 and, crucially for some deployments, an optional 5G modem. Basel-Stadt has not publicly disclosed which SKUs it selected, but the 5G variant would allow off-campus learning on cellular networks, a potential hedge against home internet inequities. The 13-inch PixelSense Flow touchscreen with 2880 x 1920 resolution and 120 Hz refresh rate makes text crisp and interactions fluid, while the integrated kickstand and optional Surface Slim Pen support notetaking and art.

Why Windows on Arm makes sense for schools

The choice of Arm over traditional x86 chips from Intel or AMD is deliberate. Arm processors consume significantly less power, run cooler, and offer instant-on responsiveness — qualities that matter in a packed classroom. Windows on Arm has matured dramatically since its first attempts; today, the vast majority of mainstream productivity apps run natively or emulate seamlessly via Microsoft’s Prism emulator.

Key education tools — Microsoft Teams, OneNote, Edge, Office 365 (including the full desktop suite), Minecraft Education Edition — are all Arm-native. Adobe Photoshop and Lightroom have released Arm builds, and popular browsers like Chrome and Firefox offer native versions. Even legacy x86-only apps run under emulation with negligible performance loss for typical school tasks. Printing, an historically tricky spot, now works reliably with universal printer drivers and cloud printing via Universal Print.

Basel-Stadt’s IT administrators tested extensively with the actual curriculum software before committing. "We validated over 90 percent of our educational software natively or in emulation within the first month of testing," a department spokesperson told reporters. "The remaining edge cases are being addressed with virtualized alternatives or web-based versions."

Intune and Autopilot: hands-off deployment at scale

Managing 11,000 devices across dozens of schools would be a logistical nightmare with traditional imaging. Basel-Stadt avoids that with Windows Autopilot and Microsoft Intune, a combination that transforms every Surface Pro 11 into a corporate-managed endpoint the moment it connects to the internet.

Here’s how it works: the devices ship directly from Microsoft’s distribution center to each school. Inside the box is a simple QR code. A teacher or IT assistant scans the code with a smartphone, and the student enters their school email and password. Autopilot then enrolls the device into Intune, applies all pre-configured policies, installs required apps, and sets security baselines — all without any manual intervention. The process takes under 10 minutes from unboxing to a ready-to-use desktop.

Intune enforces a layered security model. BitLocker full-disk encryption is on by default. Multi-factor authentication via Microsoft Entra ID is required for login. Device compliance policies block access to school resources from jailbroken or out-of-date systems. If a device is lost or stolen, administrators can remotely lock or wipe it. Application management allows selective wiping of school data without touching personal files, a critical feature if the devices are used at home.

Updates are handled through Windows Update for Business, with ring-based deployment so that a subset of devices receives monthly patches first, catching potential issues before broad rollout. Intune’s reporting dashboard gives Basel-Stadt a real-time view of device health, application usage, and potential security threats across the entire fleet.

Education meets AI: what Copilot+ means for students and teachers

The NPU inside Snapdragon X Elite is not a marketing bullet point; it enables real-time AI features that can fundamentally change how students learn. Microsoft’s Copilot+ experiences are designed to offload work to the NPU, preserving battery life and operating with privacy-preserving on-device processing.

For students, the immediate benefit is accessibility and personalization. Live captions and on-device translations can aid multilingual learners reading foreign-language texts. Reading Coach, part of Microsoft Learning Accelerators, uses AI to analyze a student’s reading fluency and suggest personalized practice sessions. Math Solver in Microsoft Edge can break down problems step-by-step, teaching the process rather than just giving answers.

Teachers get tools like AI-assisted lesson planning in Microsoft Teams for Education, automatic assignment grading suggestions, and analytics on student progress. The Recall feature — controversial in consumer circles — is disabled in education environments by default, but Basel-Stadt can selectively enable it for supervised study sessions, allowing students to search through their past work with natural language.

Crucially, all AI processing runs on the device. No student data leaves the hardware for cloud-based models unless explicitly routed to services like Azure OpenAI for advanced tasks. This on-device paradigm aligns with Europe’s GDPR requirements and Switzerland’s strict privacy laws, which were a key factor in the canton’s decision.

Overcoming challenges: compatibility, training, and equity

No project of this scale is without hurdles. Despite Arm compatibility gains, some legacy Windows apps — especially niche scientific software or older administrative tools — remain x86 only and may not perform optimally under emulation. Basel-Stadt preempted this by migrating several back-end systems to web-based interfaces over the past two years and running a compatibility lab where teachers could test their most esoteric tools. Applications that failed were either replaced or wrapped into Azure Virtual Desktop, streamed seamlessly to the Surface Pro 11.

Teacher training is another pillar. The canton invested 3.2 million CHF in a professional development program that began in January 2026. Every teacher undergoes a two-day workshop covering basic device handling, Intune enrollment assistance, and AI literacy — how to guide students in using Copilot responsibly and detect AI-generated work. A team of 20 “digital coaches” rotates through schools providing ongoing support.

Equity concerns are partially addressed by the device’s capabilities, but home internet access remains patchy in rural areas around Basel. The optional 5G model and the ability to work offline with Office apps mitigate this somewhat. The canton also negotiated bulk data plans with Swisscom for families that qualify, ensuring connectivity doesn’t become a learning barrier.

The bigger picture: a model for the future

Basel-Stadt’s choice of Arm-based Copilot+ PCs signals a broader industry shift. By embracing Windows on Arm now, the canton positions its students on a platform that will dominate the next decade of personal computing. The Surface Pro 11’s AI capabilities are not just a gimmick; they represent the beginning of a new computing paradigm where on-device intelligence is as fundamental as a keyboard or a touchscreen.

Other European school systems are watching closely. Zurich, Bern, and several German cities have already expressed interest in similar deployments. The success or failure of Basel-Stadt’s rollout will likely influence procurement decisions across the continent. Early feedback from pilot classrooms has been overwhelmingly positive, with teachers reporting fewer technical issues and students adapting quickly to the AI features.

The total cost of the initiative, including devices, software licensing, infrastructure upgrades, and training, comes to approximately 48 million CHF over five years, partly offset by central government digitalization funds and reduced spending on textbook replacements and paper. When amortized over the expected seven-year lifespan of each Surface Pro 11, the per-student cost aligns with previous hardware cycles while delivering substantially more capability.

As the August delivery window approaches, Basel-Stadt’s IT team is finalizing Intune configuration profiles and stress-testing the Autopilot enrollment flow with the first batch of 500 units. If all goes according to plan, the canton will have the most modern school device fleet in Switzerland by October — and a treasure trove of data on how AI transforms learning at scale.