Microsoft Deprecates UWP Map Control: Transition to Azure Maps Required

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A digital map display hovers above a cityscape at night with illuminated streets and buildings.Overview of the Deprecation Announcement​

Microsoft has recently announced that the Windows UWP Map Control and Maps platform API will be deprecated starting this month. This strategic move, detailed in an official blog post and widely covered by industry news outlets including Windows Report, marks a critical development for organizations and developers who have long relied on these mapping tools. Although the deprecated functionalities will continue to operate, they will no longer receive updates or security patches, underscoring the importance of transitioning to alternative solutions—namely Azure Maps.

Background and Timeline​

The story began in early 2024 when Microsoft indicated that a transition was imminent. With the plan to deprecate the built-in mapping APIs as of April 8, 2025, the tech giant provided a grace period for businesses and developers to migrate to a more robust and integrated mapping solution provided by Azure Maps. The decision to phase out the Windows UWP Map Control is rooted in Microsoft's broader strategy to unify its mapping services—specifically, by integrating Bing Maps for Enterprise with Azure Maps.
Key Timeline Points:
  • Early 2024: Microsoft advises organizations to begin planning their migration to Azure Maps, providing a one-year transition period.
  • Starting this Month: Deprecation of the Windows UWP Map Control and Maps platform API is officially underway.
  • April 8, 2025: The cutoff date after which the deprecated components will no longer be updated.
This timeline offers a narrow window for stakeholders to complete a smooth transition and ensure continued functionality and support for their mapping needs.

Technical Details and Impact on Developers​

For many developers, the Windows UWP Map Control has been a cornerstone for building location-aware applications on Windows. Its integration within the operating system allowed for a seamless user experience, harnessing native capabilities that simplified the mapping and geolocation process. However, with the deprecation, several technical implications come into focus:
  • Loss of Updates: Post-deprecation, while apps using these controls will continue to run, they will not benefit from new features, security updates, or performance improvements.
  • Transition Complexity: Migrating to Azure Maps could entail significant refactoring of existing codebases. Developers will need to adapt to new APIs, potentially re-engineering how maps are embedded and interacted with in applications.
  • Long-term Support: Moving to Azure Maps not only ensures that developers work with an actively maintained service but also opens up additional capabilities such as enhanced geospatial analytics and enriched data visualization tools.

Considerations for Developers​

  • Performance Considerations: While the current UWP implementation is stable, future security patches and optimizations are unlikely, possibly exposing applications to vulnerabilities over time.
  • Cost and Licensing: Transitioning to a paid or subscription-based service like Azure Maps may introduce new financial considerations. Organizations must evaluate the cost structure against the benefits of enhanced features and ongoing support.
  • Learning Curve: The migration might necessitate learning new development paradigms associated with Azure Maps, including its integration with other Azure services for a more holistic approach to cloud-enabled mapping solutions.

Why the Switch to Azure Maps?​

A central driver behind this deprecation is the strategic unification of Microsoft's mapping services. By converging Bing Maps for Enterprise with Azure Maps, Microsoft aims to deliver a more cohesive mapping platform that leverages cloud scalability, real-time data analytics, and AI-powered insights.

Benefits of Azure Maps​

Azure Maps offers a range of advanced features that can support the growing demands of modern applications:
  • Enhanced Geospatial Analytics: Azure Maps integrates with Azure's robust suite of analytic tools, enabling advanced geofencing, route planning, and spatial data analysis.
  • Scalability and Cloud Integration: Leveraging the Azure cloud, the new platform can handle vast amounts of data and high query volumes, ensuring consistent performance across devices.
  • Real-Time Data Updates: The cloud-first approach enables dynamic updates, ensuring that data fed into the maps is accurate and up-to-date.
These advantages make Azure Maps a compelling choice for organizations looking to future-proof their mapping capabilities.

Steps for a Smooth Migration​

For businesses still using the Windows UWP Map Control, Microsoft has assembled a comprehensive list of migration steps designed to facilitate a seamless transition to Azure Maps. Although the exact steps may vary depending on application complexity, a typical migration roadmap might include the following:
  • Audit Existing Applications: Conduct a thorough review of all applications using the deprecated APIs. Identify critical functionalities and dependencies that rely on the Windows UWP Map Control.
  • Familiarize with Azure Maps: Explore the Azure Maps documentation and familiarize your development team with new APIs, integration patterns, and best practices.
  • Plan for Refactoring: Outline a project plan detailing the refactoring of codebases. Consider timelines, resource allocation, and potential training needs.
  • Prototype and Testing: Develop a proof-of-concept using Azure Maps to iron out technical challenges. Perform rigorous testing to ensure equivalent or improved performance.
  • Full-Scale Migration: Gradually roll out the updated mapping functionality across all applications. Prioritize critical systems and plan for phased deprecation of the legacy controls.
  • Monitoring and Optimization: Post-migration, implement monitoring strategies to track performance, user feedback, and any issues that warrant urgent patches.
By following these structured steps, organizations can mitigate disruptions and harness the improved capabilities of Azure Maps.

Broader Implications for the Windows Ecosystem​

The shift from Windows UWP Map Control to Azure Maps is emblematic of Microsoft’s broader strategy to integrate and streamline its services within a cloud-first framework. This decision carries significant implications beyond the immediate mapping functionality:
  • Enhanced Security: Without regular updates, deprecated APIs could eventually become security risks. Migrating to a cloud-supported service ensures ongoing patches and compliance with security protocols.
  • Cross-Platform Consistency: Azure Maps, as part of the Azure ecosystem, provides consistent functionality across various platforms. This cross-platform consistency means that organizations can offer a more unified experience to their end users, irrespective of the device or operating system they use.
  • Innovation and Integration: The unified platform supports seamless integration with other emerging technologies such as IoT, machine learning, and big data analytics. This paves the way for innovative applications that leverage rich, interactive, and intelligent mapping solutions.

Expert Analysis​

Industry experts are weighing in on the transition, noting that the migration is not just a technical upgrade but a strategic reorientation towards a more integrated digital infrastructure. While some developers might face short-term challenges adapting to new APIs, the long-term benefits—enhanced functionality, security, and the convenience of cloud integration—promise significant dividends.

Potential Challenges and Mitigation Strategies​

Although the deprecation of legacy mapping APIs is a forward-looking move, it is not without its challenges:
  • Legacy Code Complexity: Older applications written for Windows UWP Map Control might be tightly coupled with the deprecated APIs, making extraction non-trivial.
  • Resource Allocation: Smaller teams may struggle with the additional workload and training required for a successful migration.
  • Initial Downtime: The transition phase might introduce temporary disruptions to service or performance as teams adjust to the new API ecosystem.

Mitigation Measures​

  • Incremental Updates: Gradual integration of Azure Maps features can help distribute the workload over time.
  • Developer Support and Training: Microsoft and community forums are expected to offer detailed guides, tutorials, and troubleshooting support. Engaging with these resources early can significantly ease the migration process.
  • Robust Testing Frameworks: Emphasizing the importance of testing and validation before rolling out any changes in production ensures minimal impact on users.

Impact on the End Users​

From an end-user perspective, the deprecation means that the overall performance and functionality of apps will continue uninterrupted—at least in the short term. However, as security patches and feature updates are phased out, users might eventually experience limitations in functionality, security risks, or compatibility issues in the long run.
User Considerations:
  • Stability vs. Innovation: While legacy apps remain stable initially, they may not receive the latest innovations, potentially impacting user experience over time.
  • Security Concerns: Without ongoing security updates, the risk of vulnerabilities increases over time, especially as cyber threats evolve.
  • Future-Proofing: Early adoption of Azure Maps not only aligns with Microsoft's vision but also prepares users for a future where integrated, cloud-driven mapping solutions become the norm.

How WindowsForum.com Readers Can Prepare​

For WindowsForum.com readers—whether IT professionals, developers, or enthusiasts—the deprecation announcement is both a technical update and a call to action. Here are some recommendations to stay ahead of these changes:
  • Stay Informed: Regularly follow updates from Microsoft’s official blogs and technical advisories. Engage in community discussions to exchange ideas and solutions.
  • Assess Impact: Conduct an internal review of your applications to gauge how reliant they are on the legacy mapping services.
  • Invest in Training: Allocate time for your development team to get hands-on with Azure Maps. Online courses, Microsoft’s documentation, and community forums can be invaluable resources.
  • Plan Strategically: Develop a migration roadmap that aligns with your organizational timelines and resource capabilities. Consider piloting changes in non-critical environments first.

Final Thoughts and Future Trends​

Microsoft's deprecation of the Windows UWP Map Control and Maps platform API represents a broader trend towards a cloud-first, API-driven approach in technology infrastructure. While the change may introduce some short-term challenges, the long-term benefits—in terms of security, functionality, and integration—are poised to drive digital innovation.
In an era where data and location intelligence play increasingly central roles in business strategy, this move by Microsoft underscores the importance of staying agile and adaptive. By seamlessly integrating mapping solutions with cloud services like Azure Maps, organizations can unlock unprecedented capabilities, fostering an ecosystem that supports innovation, enhanced user experience, and robust security protocols.
As the Windows ecosystem continues to evolve, it is imperative for developers and IT professionals to view such deprecations not merely as setbacks but as opportunities for modernization. Embracing change with a proactive migration strategy will ensure that applications remain secure, competitive, and aligned with industry best practices.
With continuous updates in the field of Windows 11 updates and Microsoft security patches, the shift serves as a reminder: innovation often demands adaptation. For those willing to invest early in transitioning their mapping capabilities, the future promises a more integrated, secure, and expansive digital landscape.
By understanding the technical nuances, developing a robust migration strategy, and leveraging community expertise, the transition to Azure Maps can be managed effectively with minimal disruption. As WindowsReport and other reputable sources emphasize, the key lies in proactive planning and embracing technology's evolving landscape—ensuring both legacy and future applications meet the demands of a rapidly changing digital world.
Source: Windows Report Windows UWP Map Control and Maps platform API will be deprecated
 
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Microsoft’s recent announcement to deprecate the Windows UWP Map control and Windows Maps Platform APIs is making waves in the developer community and beyond. This move, effective April 8, 2025, marks a significant strategic shift as Microsoft gradually phases out legacy mapping interfaces in favor of a cloud-centric approach built around Azure Maps. The decision not only affects how mapping functionalities are integrated into Windows applications but also underscores an industry-wide trend toward tighter cloud integration, improved security, and a unified mapping experience.

The Background and Rationale Behind the Deprecation​

Microsoft’s deprecation of the mapping APIs is part of a broader initiative to streamline and consolidate its mapping services. Over the past few years, Microsoft has guided developers through several deprecations—from the Location History APIs that powered Cortana’s historical device access to the now-defunct Line Printer Daemon. The UWP Map control and Maps Platform APIs join this list, with Microsoft emphasizing that while existing functionality will continue to work, there will be no further updates or security patches.
Key points include:
  • The APIs will remain operational post-deprecation but won’t see new features or performance improvements.
  • The timeline offers a grace period for stakeholders to migrate their applications effectively before the cutoff date on April 8, 2025 .
This decision aligns with Microsoft’s broader strategy to transition developers to Azure Maps—a solution that promises improved security, real-time data updates, and enhanced geospatial analytics. With tightly integrated features such as real-time weather, traffic information, and AI-driven insights, Azure Maps is designed to better meet the needs of modern, cloud-enabled applications.

Technical Implications for Developers​

For developers who have built applications using the Windows UWP Map control, this deprecation poses both challenges and opportunities. The current APIs, known for their deep integration with Windows’ native capabilities, will no longer receive updates. As such, depending on these controls may lead to security vulnerabilities and performance issues over time.

Key Technical Considerations​

  • Loss of Security Patches and Updates:
    As the deprecated APIs won’t be maintained after April 2025, applications that continue to use these controls might face increased exposure to cyber threats. Transitioning to Azure Maps means access to ongoing updates and security patches, critical for maintaining robust cybersecurity standards .
  • Migration Complexity:
    For many developers, the migration to Azure Maps isn’t just a matter of switching a few lines of code. Legacy applications built around UWP’s native functionalities may require extensive refactoring. Considerations include:
  • Codebase Refactoring: Legacy integration may require re‐engineering to align with the new APIs.
  • New Licensing and Cost Models: Azure Maps operates on a subscription or usage-based model, meaning financial and licensing aspects will need careful evaluation.
  • Learning Curve: Teams must familiarize themselves with the Azure Maps documentation, integration patterns, and best practices, which may demand additional training efforts .
  • User Experience and Performance:
    While existing applications might continue to operate post-deprecation, they risk gradually becoming less competitive as newer, cloud-powered map functionalities become industry standards. Users may eventually encounter functionality gaps, reduced performance, or compatibility issues with the growing sophistication of other digital services.

Migration Roadmap: Transitioning to Azure Maps​

A proactive migration strategy is essential to minimize disruption. Microsoft and community experts have outlined several steps to ensure a smooth transition from the legacy UWP Map control to the more modern Azure Maps.

Recommended Migration Steps​

  • Audit Existing Applications:
    Conduct a comprehensive review of all applications using the deprecated mapping APIs. Identify critical functionalities and dependencies that need to be addressed urgently.
  • Familiarize Your Team with Azure Maps:
    Invest time in exploring Azure Maps documentation. Engage your development team with training sessions, online courses, and community forums where best practices and troubleshooting steps are shared .
  • Plan for Refactoring:
    Outline a detailed migration plan that includes:
  • Timeline and resource allocation for each phase.
  • Identification of key modules that will need significant changes.
  • Strategy for testing and benchmarking performance before and after migration.
  • Prototype and Test:
    Before a full-scale rollout, develop a proof-of-concept to iron out any technical challenges. Rigorous testing can ensure that the new integrations meet or exceed the performance of the legacy system.
  • Implement Incremental Updates:
    Gradual integration allows the workload to be spread over time and minimizes risks. Starting with less critical sections of the application can provide valuable insights, paving the way for a smoother overall transition.
  • Monitor and Optimize Post-Migration:
    After migration, it’s essential to set up robust monitoring to track performance, gather user feedback, and swiftly address any issues that may arise.
Implementing these steps will not only help in coping with the immediate deprecation but also future-proof applications by aligning them with Microsoft’s evolving cloud-first ecosystem .

Broader Implications for the Digital Ecosystem​

Beyond the immediate technical challenges, the deprecation signals a wider trend in technology towards cloud integration and continuous updates. This trend resonates strongly with Windows 11 updates and Microsoft security patches, where regular updates and improved integration are key to ensuring robust performance and enhanced user security.

Advantages of Embracing Azure Maps​

  • Enhanced Geospatial Analytics:
    Azure Maps is deeply integrated with Azure’s suite of analytic tools, providing advanced capabilities like geofencing, route planning, and spatial data analysis. These features are critical in creating dynamic, data-driven applications.
  • Cloud Scalability and Integration:
    Leveraging Azure’s cloud infrastructure means that applications can handle higher query volumes and vast amounts of data seamlessly. It offers consistent, reliable performance across multiple devices and platforms.
  • Real-Time Data Updates:
    The cloud-first approach guarantees dynamic and up-to-date map data. For end users, this means maps will continuously display the latest information, from traffic updates to weather conditions, thus enhancing the overall user experience.
  • Improved Security:
    Regular security patches and active maintenance shield applications from evolving cyber threats, ensuring compliance with the latest cybersecurity advisories and Microsoft security patches .

Preparing for the Change: A Call to Action for WindowsForum.com Readers​

For IT professionals, developers, and tech enthusiasts reading WindowsForum.com, the deprecation of the Windows UWP Map control is both a reminder of the rapid pace of technological change and an opportunity to innovate. Here are some strategic recommendations:
  • Stay Informed:
    Regularly follow Microsoft’s official updates, developer blogs, and technical advisories. Leveraging community insights on forums can help in understanding subtle nuances of the migration process.
  • Evaluate Impact:
    Assess how heavily your critical applications rely on the legacy mapping APIs. This evaluation will help prioritize migration efforts and allocate resources more effectively.
  • Invest in Training:
    Encourage your teams to get hands-on experience with Azure Maps. Transitioning to a new platform is smoother when your team is well-versed in its capabilities and limitations.
  • Develop a Robust Migration Plan:
    Use the detailed steps outlined above as a blueprint. Engage in careful planning, allocate sufficient time for testing, and be prepared for some initial teething problems as the migration unfolds.
  • Engage with the Community:
    Join discussions on platforms like WindowsForum.com where peers share their migration stories, challenges, and solutions. Such community support can be an invaluable resource during the transition phase.

The Future Landscape of Microsoft Mapping​

While change often brings challenges, it also creates opportunities for growth and innovation. With the evolution toward Azure Maps, Microsoft is not merely retiring an old API; it is setting the stage for a new era of mapping solutions that are more integrated, secure, and scalable.
This transition parallels trends in other areas of Microsoft’s ecosystem such as Windows 11 updates and the ongoing rollouts of Microsoft security patches. By embracing a cloud-first approach, developers are well-positioned to harness advanced features and provide richer, more interactive experiences for their users.
In summing up, the deprecation of the Windows UWP Map control and Maps Platform APIs is a prompt for developers and organizations alike to look forward and adapt. It is a call to modernize applications with the enhanced capabilities and robust security features of Azure Maps. As the digital landscape continues to evolve, staying agile, informed, and proactive remains the key to success in today’s tech-driven world.
With carefully planned migration strategies and by leveraging the community’s collective expertise, the transition to Azure Maps can be smooth and ultimately beneficial. Engaging early in this transformation not only ensures continued application performance and security but also unlocks fresh opportunities for innovation and growth in the next generation of mapping solutions.
By understanding this strategic shift and acting promptly, Windows developers and IT professionals can secure their applications’ future and contribute to a more integrated, resilient digital ecosystem , .
Source: Neowin Microsoft deprecates Windows UWP Map control and Maps Platform APIs
 
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Microsoft’s move to deprecate the Universal Windows Platform (UWP) Map control API is sending ripples through the developer and IT communities—and it’s a story with more twists and turns than your favorite Windows update. The deprecation, which affects both legacy apps using Bing Maps data and even Microsoft’s own Windows Maps app, signals a strategic pivot toward a cloud-first mapping solution built around Azure Maps.

The Strategic Shift: Moving from UWP to Azure Maps​

Microsoft first introduced the UWP MapControl API during the Windows 10 era, allowing applications to embed maps, offer device tracking, enhance weather apps, and cater to other location-driven services using Bing Maps data. However, as Microsoft’s technology evolution unfolded—most notably through its Project Reunion initiative, which saw the integration of UWP functionality into traditional Win32 applications—the UWP framework became less of a go-to architecture for modern Windows development.
Now, the deprecation of the UWP Map control API is aimed at phasing out legacy mapping services that have outlived their welcome. Instead of continuously patching a system that’s no longer evolving, Microsoft is uniting its mapping services by merging the retired Bing Maps for Enterprise with the more robust and forward-thinking Azure Maps. In doing so, Microsoft isn’t just updating an API—it’s realigning its entire mapping ecosystem to capitalize on cloud scalability, enhanced security, and advanced geospatial analytics .

What’s Changing and Why It Matters​

Overview of the Deprecation​

The core change is that Windows applications using the UWP Map control API will no longer receive updated maps, and over time, some functionalities might cease altogether. Microsoft has communicated that while current installations will continue to work without immediate disruption, any app that relies on this deprecated API will eventually stop receiving data updates and could face compatibility challenges. In essence, it’s a gentle, albeit firm, nudge for developers to modernize their codebases.
Key points include:
  • Existing functionality remains operational but without updates or security patches.
  • A grace period has been established to allow developers time to transition to Azure Maps.
  • Even Microsoft’s own Maps app might be affected, though it already integrates features from other providers like TomTom for certain functionalities .

The Rationale Behind the Change​

At its core, the decision underscores Microsoft’s broader strategy to consolidate its mapping services and push for a cloud-centric model. Azure Maps brings a host of benefits:
  • Enhanced geospatial analytics that leverage Azure’s powerful cloud infrastructure.
  • Real-time data updates ensuring maps are as accurate and dynamic as possible.
  • Improved security and the promise of ongoing patches that protect users from emerging cyber threats.
  • Seamless integration with other Azure services, providing developers with a unified platform for innovation .
By moving to Azure Maps, developers can expect a more modern API that not only supports current needs but also paves the way for integrating emerging technologies like machine learning and IoT-driven spatial analysis.

Impact on Applications and End Users​

For Software Developers​

For those of you who have invested significant time and resources in building applications around the UWP Map control, the news is a clarion call toward modernization:
  • Loss of Future Updates: Once the deprecation is fully realized, applications will not receive improvements or security updates. This creates a potential risk in terms of both performance and cybersecurity.
  • Migration Complexity: Developers will need to refactor existing code. The migration isn’t a simple line-by-line swap; it’s a full embrace of new paradigms associated with Azure Maps. Legacy applications often have tight integrations with native Windows functionalities, making the transition a non-trivial task .
  • Cost Considerations: Unlike the now-retired Bing Maps for Enterprise, Azure Maps is offered on a subscription or usage-based model. Organizations will need to evaluate potential changes in licensing and budget implications as they migrate.
  • Learning Curve: Although Azure Maps is powerful, adopting its new APIs means that teams essentially have to retrain and get accustomed to a new development ecosystem. This learning period might require additional training and time investment.

For End Users​

While the immediate impact on the average Windows user might be minimal—most popular applications and features will continue to work smoothly—the underlying change is significant:
  • Security and Performance Risks: As deprecated services no longer receive patches, apps powered by them could eventually become vulnerable. This could affect user data and overall application stability in the long run.
  • Feature Gaps: With newer mapping features concentrated on Azure Maps, older applications might lag behind in offering real-time traffic updates, enhanced visualizations, or interactive functionalities.
  • Migration of Native Apps: Even the Windows Maps app, once bundled with Windows installations, is expected to transition its internals gradually. Users might notice changes in performance or features as the app’s data providers switch from Bing Maps to other vendors like TomTom or Azure Maps services .

A Roadmap for a Smooth Migration​

For developers facing this transition, here are some strategies and steps recommended by Microsoft and community experts:
  • Audit Your Applications:
  • Identify all apps that use the UWP Map control API.
  • Evaluate critical functionalities and integration points that will be affected.
  • Familiarize Yourself with Azure Maps:
  • Dive into the Azure Maps documentation.
  • Enroll your team in training sessions and explore community forums for shared migration strategies.
  • Plan for Code Refactoring:
  • Develop a detailed migration plan that includes timelines, resource allocation, and milestones for testing.
  • Consider starting with a proof-of-concept before rolling out changes to mission-critical apps .
  • Prototype, Test, and Incremental Updates:
  • Build and test a prototype using Azure Maps to understand potential challenges.
  • Gradually update sections of the application, ensuring that performance benchmarks are met at every step.
  • Monitor Post-Migration:
  • Once deployed, implement robust monitoring mechanisms.
  • Gather and analyze user feedback to address any unforeseen issues swiftly.
Taking these steps can mitigate disruptions and allow applications to benefit from Azure Maps’ superior capabilities.

Broader Implications for the Windows Ecosystem​

This deprecation is not an isolated event—it fits into a larger narrative of how Microsoft is sharply pivoting towards cloud-first and API-driven architectures. Consider these broader trends:
  • Windows 11 Updates and Security Patches:
    The shift echoes past trends where older APIs and services are systematically phased out in favor of more secure, feature-rich alternatives (think Windows 11 security patches and update cycles). This ongoing innovation guarantees that users are always at the forefront of technology, even if it means saying goodbye to certain legacy components .
  • Cloud Integration and Unified Services:
    By consolidating Bing Maps for Enterprise with Azure Maps, Microsoft is aiming for a seamless, integrated experience. This not only aids developers in delivering more sophisticated spatial solutions but also creates opportunities for innovative features that can interact with other Azure services.
  • Future-Proofing Added Functionality:
    Cloud-driven APIs like Azure Maps are continuously updated to harness the latest in AI, real-time data processing, and geospatial analytics. Adopting these new platforms ensures that applications remain competitive and secure, guarding against the rapidly evolving landscape of cybersecurity threats.

What’s Next for Windows Enthusiasts​

For IT professionals, software developers, and Windows enthusiasts reading WindowsForum.com, this change provides both a challenge and an invitation for innovation:
  • Remain engaged with the community by following discussions on migrating to Azure Maps.
  • Continuously monitor updates from Microsoft’s official blogs and developer advisories.
  • Leverage this opportunity to re-engineer and modernize legacy applications, ensuring sustained performance and security in the digital age.
The road ahead might seem steep, but history shows that technological transitions are also moments of creativity and progress. As deprecated APIs fade into the background, the emergence of cloud-driven services like Azure Maps fuels the next generation of interactive, secure, and data-rich Windows applications.
In summary, while the deprecation of the UWP Map control API might break some apps if left unaddressed, it also serves as a clarion call to reimagine and future-proof mapping solutions on Windows. Proactive steps today will ensure that both developers and end users can continue to enjoy a robust, secure, and feature-rich mapping experience in tomorrow’s digital ecosystem.
Happy coding—and don’t forget to keep an eye on those Azure Maps updates as you transition your legacy systems into tomorrow’s cloud-first world!
Source: Yahoo Microsoft's Next Windows API Change Will Break Some Apps
 
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