Microsoft's habit of experimenting boldly — then pruning ruthlessly — has left a surprising number of small, elegant tools and ambitious platforms on the cutting-room floor, and some of those retirements matter far more than you might expect. What looks like housekeeping for a modern, AI-first Windows can be the loss of lightweight utility, developer compatibility, or entire hardware ecosystems that quietly solved everyday problems. In this feature I revisit five forgotten Microsoft apps and platforms — WordPad, Windows Mixed Reality, Cortana, Steps Recorder, and the family of older 32-bit ARM apps — explain why each one mattered, verify what Microsoft actually changed, and assess practical alternatives and long-term risks for users and IT teams.
Microsoft has a long history of shipping software that sits somewhere between the hobby project and strategic platform. Over decades, the company has bundled compact utilities that solved specific problems, launched hardware-first ecosystems that pushed technical boundaries, and built assistants intended to be the face of a new interaction model. As Windows evolved from monolithic desktop OS to a cloud- and AI-integrated platform, many of these experiments were deprecated — sometimes gently, sometimes abruptly — leaving users and administrators to pick up the pieces. This story is not just about nostalgia; it’s about the real operational and security implications behind software retirements.
WordPad’s design philosophy was clear: give people the core tools they need to prepare readable documents without forcing a subscription, feature bloat, or long load times. For many, that made it the go-to for quick notes, simple letters, and RTF file compatibility.
Source: How-To Geek 5 forgotten Microsoft apps that were actually amazing
Background
Microsoft has a long history of shipping software that sits somewhere between the hobby project and strategic platform. Over decades, the company has bundled compact utilities that solved specific problems, launched hardware-first ecosystems that pushed technical boundaries, and built assistants intended to be the face of a new interaction model. As Windows evolved from monolithic desktop OS to a cloud- and AI-integrated platform, many of these experiments were deprecated — sometimes gently, sometimes abruptly — leaving users and administrators to pick up the pieces. This story is not just about nostalgia; it’s about the real operational and security implications behind software retirements.WordPad — the perfectly adequate editor that vanished
Why WordPad mattered
For nearly three decades, WordPad occupied a practical middle ground: far richer than plain-text Notepad, but dramatically lighter and faster than Microsoft Word. Introduced as the successor to Microsoft Write in the Windows 95 era, WordPad provided basic rich-text features — bold, italics, different fonts, embedded images, and simple paragraph formatting — while remaining small, fast, and distraction-free. Writers, students, and casual users relied on it when they needed formatting without the overhead of a full Office install.WordPad’s design philosophy was clear: give people the core tools they need to prepare readable documents without forcing a subscription, feature bloat, or long load times. For many, that made it the go-to for quick notes, simple letters, and RTF file compatibility.
What changed and when
Microsoft officially retired WordPad after nearly thirty years bundled with Windows. The company’s guidance pointed users to Microsoft Word for complex documents and Notepad for plain text, framing WordPad as redundant in a modern workflow. The removal reflects a broader push to simplify the default Windows install and to steer more users toward cloud-connected Office experiences.The practical impact
- Casual users lose a built-in, lightweight rich-text editor that opened quickly and consumed minimal RAM and CPU.
- Organizations with locked-down environments that avoided Office installations must now choose between deploying Word via licensing or allowing third-party alternatives.
- Users working with older RTF files or workflows that relied on WordPad’s minimal UI will face friction.
Alternatives and mitigation
- Use modern lightweight editors that support RTF and rich-text formats.
- For locked-down enterprise systems, IT can package and maintain a lightweight editor via group policy or Microsoft Intune.
- Power users who value minimal UI can keep portable versions of lightweight editors.
Critical take
Removing WordPad is a symbolic loss: it signals that Microsoft values a narrow set of strategic, cloud-focused apps over small, single-purpose tools. That’s defensible from a product-portfolio perspective, but it raises questions about the cumulative cost of removing “tiny” utilities that collectively smooth daily work for millions.Windows Mixed Reality — ambitious hardware, truncated platform
The platform and its promise
Windows Mixed Reality (WMR) entered the consumer VR era with a simple but powerful idea: bring inside‑out positional tracking to mainstream headsets. Rather than requiring external base stations or lighthouses, WMR headsets used onboard sensors and cameras to orient and track users, making setup simpler and lowering barriers to adoption. Early headsets from OEMs like HP, Lenovo, Dell, Acer, and Samsung delivered high‑resolution displays and often competed well with contemporaries from HTC and Oculus. For enthusiasts and developers, WMR represented a practical approach to mainstream mixed reality.Deprecation: what Microsoft announced
Microsoft announced the deprecation of the Mixed Reality platform in late 2023, and the company moved to remove the Mixed Reality Portal application and underlying platform components beginning with Windows 11 version 24H2. In essence, the software layer that made those early WMR headsets usable within Windows was slated for removal from the OS, leaving earlier hardware without the native support it once relied upon.Why this matters more than "VR is dead"
- Hardware lifecycles vs. software support: users who paid for WMR headsets now face automatic Windows updates that can break device compatibility.
- Developer impact: studios and developers that invested time in WMR‑specific features suddenly face a smaller installed base.
- Trust and upgrade friction: when platform owners remove native support for hardware, customers feel the financial sting of an effective obsolescence driven by software changes.
The technical context
- WMR’s early adoption of inside‑out tracking solved a persistent hardware UX problem. That innovation persists in modern VR/AR headsets across ecosystems.
- Microsoft’s pivot to AI and Copilot-centric experiences reprioritized engineering resources away from a standalone VR platform toward integrated mixed-reality research and cloud/agent work.
Options for users and admins
- If you rely on WMR devices, avoid automatic feature updates until you verify compatibility with a test image.
- Investigate community-maintained drivers or third‑party runtimes where available; some open-source projects and OEM communities attempt to fill gaps when vendors stop support.
- Consider migrating to supported commercial VR platforms if your workflow depends on native Windows integration.
Critical take
The WMR shutdown is a cautionary tale about hardware ecosystems that rely on a single platform vendor. The technology itself — inside‑out tracking, high‑density displays — was solid. The strategic failure was aligning an ambitious hardware ecosystem with a shifting corporate roadmap that eventually reprioritized other bets.Cortana — from personable assistant to a quiet legacy
A different kind of assistant
Cortana launched as Microsoft’s answer to voice assistants, debuting on Windows Phone and later integrating deeply into Windows 10. Built with personality in mind — even voiced by Halo actress Jen Taylor — Cortana was conceived as both a practical assistant and a characterful companion. It could manage emails, track flights and packages, set location-based reminders, and respond with witty lines or playful Easter eggs.Replacement by Copilot and platform shift
Over time Microsoft reframed its assistant strategy around Copilot — a broader generative‑AI assistant integrated across Microsoft 365 and Windows. Cortana’s standalone presence on the PC was retired as Copilot and AI services moved to the foreground. The company folded Cortana’s remaining capabilities into other services and deprecated the separate Cortana app on Windows, emphasizing contextual, subscription-backed assistant features instead.What users lost (and what they gained)
- Lost: Cortana’s lighter, locally-oriented features and quirky personality. Users who liked quick, device-bound reminders and offline-ish behaviors found the transition jarring.
- Gained: A powerful AI assistant that can reason across documents, summarize content, and integrate into enterprise Microsoft 365 workflows — but one that often requires connectivity and a Microsoft account.
Alternatives and privacy concerns
- Users who prefer local, minimal assistants can look to third‑party tools that emphasize on‑device processing.
- Enterprises should review Copilot data flows carefully: Copilot’s integration with cloud services increases productivity but changes the threat surface for sensitive information.
Critical take
Cortana’s removal underscored a strategic truth: Microsoft prefers a unified, cloud-connected assistant that fits into productivity and subscription models rather than a lightweight local helper. That approach scales better commercially — but it’s at odds with users who prized privacy, offline capability, or a simple, non-intrusive tool.Steps Recorder — the little tool that saved help desks hours
What Steps Recorder did
Steps Recorder (also known in older versions as Problem Steps Recorder) quietly addressed one of the most repetitive and costly tasks in IT support: reproducing a user-reported issue. Instead of a video capture, Steps Recorder logged a step-by-step sequence of user actions, capturing screenshots and annotated descriptions for each click, then packaging the session as a compressed archive with an MHTML document. For sysadmins and support desks, that meant faster diagnosis and less back-and-forth.Deprecation and reasons
Microsoft deprecated Steps Recorder in late 2023 and, by early 2024, it started warning users inside the product about upcoming removal in future Windows releases. The stated rationale followed the company’s pattern: consolidate tools, reduce overlap, and move toward cloud-based or integrated support experiences. The replacement story is mixed — while modern screenshot and recording tools exist, the compact, annotated, stepwise artifact Steps Recorder created was unique.Why it mattered operationally
- Steps Recorder produced searchable, numbered action logs that were small, privacy‑respectful (no long videos to sift through), and easily attached to tickets.
- For remote support and compliance-sensitive environments, the MHTML package was far easier to store and audit than large media files.
- Its removal increases support costs: expect longer troubleshooting cycles, larger file uploads, and more user interviews to reproduce problems.
Practical replacements
- Use modern screenshot tools (e.g., ShareX) for annotated screenshots, but expect manual composition of steps.
- Deploy enterprise remote‑assistance tooling that captures events in a structured way (some MDM and RMM tools offer step-logging).
- For regulated environments, adopt an internal steps-capture practice and standardize on a format that balances privacy with diagnostic utility.
Critical take
Deprecating Steps Recorder reflects a product strategy bias: Microsoft favors integrated telemetry and cloud tools that scale to millions of devices. But Steps Recorder was a low-footprint, high-ROI tool for human-centered troubleshooting — and when such tools go away, organizations feel it in longer ticket times and higher support costs.All older 32-bit ARM apps — an architectural fork
The technical shift
Windows once supported 32‑bit ARM apps as part of Microsoft’s early engagements with ARM devices (think Surface RT and the early Windows RT era). Those apps were built for early low-power ARM processors and were part of Microsoft’s mobile and lightweight ambitions. Over time, the industry has moved toward 64‑bit ARM binaries, and Microsoft has dropped support for older 32‑bit ARM apps in modern Windows builds. This deprecation effectively ended compatibility for a class of legacy ARM binaries.Real-world implications
- Legacy apps compiled only for 32‑bit ARM will not run on updated systems, creating compatibility gaps for niche software and certain device-focused workflows.
- Developers are encouraged — and often required — to produce 64‑bit ARM builds, which typically perform better and are more secure.
- For users with older ARM devices or specialized apps, the change can require costly migrations or hardware replacements.
Mitigation strategies
- Maintain a legacy image or VM for critical 32‑bit ARM apps where possible.
- Work with software vendors to prioritize 64‑bit recompiles and modernize installers.
- For hardware-bound applications, plan device refreshes or consider virtualization strategies that preserve the runtime environment.
Critical take
Architecture-level deprecation is sometimes unavoidable: silicon evolves and stopping support for old ABIs simplifies OS maintenance and security. Still, the abruptness with which compatibility can vanish highlights the need for better migration guidance from platform vendors and predictable deprecation timelines for enterprise customers.Cross-cutting lessons and advice for users and IT teams
What these retirements tell us about Microsoft strategy
- Microsoft has moved decisively toward cloud services and AI-first experiences like Copilot, which shape where development resources go.
- Lightweight, offline-first utilities are at risk unless they can be meaningfully integrated into Microsoft’s broader strategic stack.
- Hardware ecosystems dependent on OS-level components are vulnerable if the OS vendor pivots its priorities.
Practical recommendations
- Inventory dependencies: catalog small utilities and legacy apps your users rely on — they’re easily overlooked in migrations.
- Test updates in controlled rings: hold updates in a pilot group and verify device and app compatibility before broad deployment.
- Build a migration runway: for hardware like WMR headsets or ARM-only apps, plan a multi-quarter strategy for replacement or compensation.
- Embrace durable formats and open standards: when feasible, adopt tools and formats that are less dependent on a single vendor’s runtime.
- Train support staff on modern alternatives: replacing Steps Recorder with a new tool requires process and documentation updates to capture equivalent diagnostic detail.
For power users and enthusiasts
- Keep portable copies of small, beloved utilities and the means to run them in isolated environments.
- Engage vendor and community forums: OEMs, open-source projects, and enthusiast communities often provide lifelines when vendors deprecate official support.
Conclusion
The deaths of WordPad, Windows Mixed Reality, Cortana (as a standalone app), Steps Recorder, and support for older 32‑bit ARM apps are more than nostalgic footnotes. Each retirement exposes a specific trade-off in Microsoft’s strategy: clarity, consolidation, and cloud/AI prioritization in exchange for the loss of lightweight tools, hardware longevity, and certain offline capabilities. For individual users the losses can be annoying or inconvenient; for IT organizations they can be disruptive and costly. The sensible response—whether you’re an IT manager, developer, or an end user—is to inventory dependencies, test updates carefully, and plan migrations for anything that matters operationally. That way, when Windows retires another beloved utility in favor of the next big thing, you’ll be ready — and less likely to pay the hidden cost of innovation in frustration, lost productivity, or needless hardware waste.Source: How-To Geek 5 forgotten Microsoft apps that were actually amazing
