Application readiness used to be a simple yes-no compatibility question: does the software run?
For enterprise IT leaders, that is now only the starting point. They also need to evaluate application performance, impact on battery life, AI capabilities, reliability and stability, and security before a PC is ready for deployment.
As the compatibility question expands, so does the need for platforms that can support both established software and emerging workloads.
Windows on Snapdragon supports an expanding application ecosystem that gives organizations several ways to preserve established software while vendors modernize it over time. Qualcomm Technologies, Inc. works with Microsoft, developers, independent software vendors, and hardware partners to improve application support and provide development, optimization, and testing resources for PCs powered by Snapdragon® X Series processors.
Application requirements vary across the enterprise
Application requirements vary across roles and departments. General productivity users often rely on standard business software, while developers, creative teams, security staff, and employees using specialized business systems may require more demanding workloads or specialized applications.
Enterprise readiness also depends on software that employees rarely see, including endpoint protection, remote administration, and virtual desktop infrastructure.
Application compatibility is no longer a barrier for most end users, with more than 7,500 applications validated and more than 2,000 available natively on Windows on Snapdragon. With support for more than 230 IT applications, organizations also have a stronger foundation for deploying PCs powered by Snapdragon at scale. These figures demonstrate broad ecosystem coverage, while organizations should still validate proprietary software, legacy plug-ins, and specialized peripherals for their specific environments.
Three application paths support continuity and modernization
Windows on Snapdragon supports emulated, native, and hybrid application experiences. Each gives developers a different way to maintain application continuity or optimize it over time.
Software vendors can move beyond legacy x86 environments in stages. Emulation keeps established applications available, while native and hybrid development allow vendors to modernize the components that benefit most from additional optimization or AI processing.
“If you have an application running on x86 architecture, it can run on Windows on Snapdragon in emulation mode,” says Manish Sirdeshmukh, senior director of product management for Qualcomm Technologies. “For legacy applications, I think we have a pretty solid path with Prism emulation.”
Application path | How it works | Enterprise implication |
| Emulated | Prism allows many existing x86 and x64 applications to run without an immediate rebuild. These applications run automatically without any user intervention/knowledge of the architecture it was designed on. | Organizations can retain established software while vendors decide whether further optimization is worthwhile. |
| Native | Applications or selected components are developed specifically for Windows on Snapdragon. | Deeper optimization may improve responsiveness and efficiency for demanding workloads. |
| Hybrid | Native and emulated components operate within the same application. | Vendors can modernize priority components without rebuilding the full product at once. |
ExpressVPN used the hybrid approach by making its Lightway encryption driver native while keeping its interface and back-end services on Prism. The company initially estimated that the work would take about three months. One engineer produced an alpha build in under 72 hours and completed development, quality assurance, and launch within two weeks.
Component-level decisions let developers preserve code that already performs reliably while directing engineering time toward the parts most likely to affect security, efficiency, or application performance.
Enterprise validation begins with the software already in use
Initial validation effort should place focus on your IT and most popular productivity applications. This priority ensures your business-critical tools that are used by a majority of your employees are natively supported and optimized. As deployments scale to end-users in focused business functions, the comfort of a highly performant Prism emulator capable of running user-mode applications provides the necessary backstop to broad deployment scale.
Enterprise validation should cover:
- Business-critical applications, internal tools, plug-ins, and drivers
- Security agents, VPN software, and remote-support services
- Authentication, file access, printing, communications, and connected equipment
- Provisioning, identity, policies, software distribution, updates, and recovery
- Battery life under representative business and AI workloads
- Dependencies requiring vendor support or further testing
A successful installation does not ensure an employee remains productive the entire time using their applications.
As Sirdeshmukh says, “At the end, what matters is: Is this app usable? Does it crash? Does it hang? If it’s usable, it doesn’t crash, and it doesn’t hang, then I think you’ve got it right.”
Pilots therefore need to reproduce normal work and include departments with different software requirements. A smooth trial among general productivity users may still miss problems in specialized or technically demanding workflows.
Qualcomm Technologies identifies Windows Autopilot and Microsoft Configuration Manager among the established tools available for configuring and managing PCs powered by Snapdragon X Series. Organizations still need to confirm that those tools fit their existing management environment across provisioning, deployment, updates, security, and ongoing support.
Battery testing also needs to reflect the applications and AI functions employees will actually use. Snapdragon X Series platforms are designed for high performance with low power consumption, but results depend on how each device is configured and used. Published estimates cannot reproduce every working pattern or deployment configuration.
Any unresolved dependency should remain visible in the final assessment. Ecosystem statistics may support the business case, but they cannot close an organization-specific compatibility gap.
Local AI and power efficiency influence the next PC refresh
Enterprise applications are beginning to run document assistance, media processing, and threat detection partly or entirely on the PC. As these features spread, endpoint hardware must support workloads that were not part of a typical refresh decision several years ago.
Snapdragon X Series processors combine the high-performance Qualcomm Oryon™ CPU and Qualcomm® Adreno™ GPU with a dedicated Qualcomm® Hexagon neural processing unit (NPU) in a power-efficient design for modern enterprise workloads. Supported AI inference can run on the NPU at low power, leaving the CPU and GPU available for general computing and graphics. For supported workloads, local processing may improve responsiveness and reduce reliance on continuous cloud connectivity.
“AI agents are going to run in the background all the time,” Sirdeshmukh says. “Security is an example: We’re seeing more security application providers utilize the NPU because they want to run very efficiently in the background and not bother the foreground processes consumed by the CPU or GPU.”
Windows ML gives developers a common framework for connecting supported models to the most appropriate processing resource. It can select hardware dynamically or follow an application’s performance and power priorities. Qualcomm Technologies and Microsoft have also worked on the execution components and optimization tools used to run supported models on the Hexagon NPU.
For IT leaders, that abstraction can make it easier for supported applications to use available AI hardware without requiring users to manage which processor handles each workload.
Native and hybrid development let vendors add local AI to selected parts of an established product while preserving the rest of the application. For employees working away from an outlet, the value of these features depends as much on sustained power efficiency as on peak processing speed.
Processor capability alone will not determine whether the platform remains viable over a full PC lifecycle. Continued software-vendor investment, hardware-partner support, and usable developer tools will determine how well the ecosystem keeps pace with new enterprise workloads.
Compatibility becomes a portfolio decision
Enterprises can begin with roles and workloads whose software stacks have already been validated, then widen deployment as vendors resolve remaining dependencies and internal testing confirms readiness.
“IT decision-makers simply start with, ‘These are my applications that I need for my employee base — do they run?’” says Sirdeshmukh. “That’s a great way to start, but I would challenge that and say you need to look beyond that.”
A phased rollout allows organizations to make deployment decisions by role and workload rather than applying one compatibility verdict to the entire fleet. Windows on Snapdragon can be introduced where application support, management requirements, performance, efficiency, and future software plans already align, while unresolved workloads remain on existing systems until the case is stronger.
Learn more about Windows on Snapdragon and PCs with Snapdragon X Series for enterprise deployments.
Snapdragon and Qualcomm branded products are products of Qualcomm Technologies, Inc. and/or its subsidiaries.