Microsoft Teams is Microsoft's communication, collaboration, online meeting, messaging, and teamwork platform. It is deeply integrated into the Microsoft 365 ecosystem and is designed to provide a central workspace where users can communicate, attend meetings, share files, collaborate on documents, use business applications, and manage team-related activities.

Teams can combine many functions that traditionally required separate applications:

• Instant messaging
• Group chat
• Audio calls
• Video conferencing
• Online meetings
• Screen sharing
• File sharing
• Team and department channels
• Microsoft 365 document collaboration
• Calendar integration
• Notifications
• Business applications
• Bots and workflow applications
• External/guest collaboration
• Webinars and large meetings

In a business environment, Teams can effectively act as the communication layer connecting Microsoft 365 services.

For example, an employee may use Teams to communicate with colleagues, open a Word document stored in SharePoint, check a meeting scheduled through Microsoft 365, join a video conference, share a screen, receive notifications and interact with a third-party business application—all without leaving Teams.

That versatility is also one of the reasons Teams can consume a noticeable amount of computer resources.

Why Does Microsoft Teams Feel So Heavy?

A common complaint about Teams is:

"Why is Teams using so much RAM when it is only a chat application?"

The important point is that Teams is not simply a chat application.

It is closer to a combination of a browser-based application platform, communication client, video conferencing system, notification service, document collaboration interface and Microsoft 365 portal.

Modern Teams uses Microsoft Edge WebView2 as its desktop hosting technology and React for much of its interface. Microsoft moved the newer Teams architecture away from the Electron-based architecture used by classic Teams. Microsoft says the newer client can deliver up to twice the performance while consuming substantially less memory than the previous Teams client.

Despite these improvements, Teams can still appear relatively heavy because of the amount of functionality it performs simultaneously.

Understanding the Architecture of New Microsoft Teams

Classic Teams and today's Teams are architecturally different.

Classic Teams relied heavily on:

Electron + AngularJS

Microsoft redesigned Teams using technologies including:

WebView2 + React + Fluent UI + Client Data Layer

Microsoft describes several important architectural changes:

Component	New Teams technology
Desktop host	Microsoft Edge WebView2
UI framework	React
UI controls	Fluent UI
Data architecture	Client Data Layer
Communication	GraphQL / IPC
Rendering	Chromium/Edge-based engine

Microsoft moved from Electron to WebView2 partly because WebView2 can share resources with Microsoft Edge and reduce the application's memory and disk footprint.

What Is Microsoft Edge WebView2?

WebView2 allows a Windows application to display and execute modern web technology using the Microsoft Edge Chromium rendering engine.

Instead of Teams having to include an entire separate browser engine, it can use the WebView2 Runtime installed on Windows.

This has advantages, but it also explains something users frequently notice in Task Manager:

Microsoft Edge WebView2

or processes related to:

msedgewebview2.exe

Multiple processes do not automatically indicate a problem.

Chromium-based applications deliberately separate functions into different processes for areas such as rendering, GPU processing and other browser-engine operations.

Microsoft's WebView2 documentation confirms that its multi-process architecture can create multiple browser-engine processes and that each control introduces some memory and startup overhead.

Why Does Teams Use Multiple Processes?

Open Windows Task Manager while Teams is running and you may see several related processes.

This design provides advantages including:

• Better stability
• Process isolation
• Security
• GPU acceleration
• Responsive interface
• Fault isolation
• Parallel processing

If one rendering component encounters a problem, the entire application does not necessarily have to fail.

The disadvantage is that users see many processes and their combined memory consumption can appear large.

Therefore, when investigating Teams memory consumption, don't judge it solely by one process.

Look at the combined Teams/WebView2 resource consumption.

Why Microsoft Teams Uses So Much RAM

Several technical factors contribute to Teams memory consumption.

1. Teams Is Essentially a Large Web Application

Much of the Teams interface uses web technologies.

Modern web applications maintain considerable information in memory, including:

• Interface components
• JavaScript
• Chat information
• Channel information
• Presence information
• Notifications
• Cached objects
• User profile information
• Meeting information
• Application state

All of this requires RAM.

2. WebView2 Requires Memory

WebView2 runs Chromium-based processes for rendering Teams.

These can include functions similar to:

• Browser process
• Renderer processes
• GPU process
• Utility processes

Consequently, seeing multiple WebView2-related processes while Teams is operating can be normal.

3. Teams Caches Information for Performance

Applications frequently face a trade-off:

Use more memory and respond faster

or

Use less memory but continuously reload information.

Teams performs caching and preloading to improve responsiveness.

Microsoft specifically notes that techniques such as caching data in memory, prefetching information and preloading code can have a memory cost. The newer Teams architecture dynamically manages some of these decisions and can page unused memory out periodically.

Therefore, high RAM consumption isn't always evidence of a memory leak.

Some memory may intentionally be used to make Teams faster.

4. Large Chat Histories and Multiple Teams/Channels

Business users may belong to dozens of:

• Teams
• Channels
• Group chats
• Private chats
• Meetings
• Projects

Processing this information can increase application workload.

Microsoft specifically redesigned the newer Teams client around a partial data model, where the client attempts to retrieve the information required for the current screen rather than automatically processing unnecessarily large datasets.

This was an important performance improvement compared with older architecture.

5. Video Meetings Are Computationally Expensive

Video conferencing is considerably more demanding than text chat.

During a Teams meeting, the computer may simultaneously perform:

Camera input → video processing → encoding → network transmission

while also performing:

Network reception → video decoding → rendering → display

Add multiple participants and the workload increases further.

Features such as:

• HD video
• Multiple participant video streams
• Background blur
• Virtual backgrounds
• Noise suppression
• Screen sharing
• Recording
• Live captions
• Transcription
• Avatars

can increase CPU, GPU, RAM or network utilization.

6. Background Blur and Video Effects

Background effects may look simple but require substantial processing.

Teams must repeatedly:

1. Capture each camera frame.
2. Identify the person.
3. Separate the person from the background.
4. Apply blur or another effect.
5. Reconstruct the frame.
6. Encode it.
7. Send it across the network.

This happens many times every second.

Therefore, users experiencing high CPU usage during meetings should test Teams with background effects disabled.

7. Screen Sharing

Screen sharing can also significantly increase system load.

Teams must repeatedly:

• Capture screen contents
• Detect changes
• Encode the image/video
• Compress the data
• Transmit it
• Process participant video simultaneously

Sharing rapidly changing video content generally requires more processing than sharing a mostly static spreadsheet or presentation.

8. GPU Acceleration

Teams and WebView2 can use the GPU for rendering and video-related operations.

This is generally beneficial.

Moving graphical workloads from the CPU to the GPU can improve responsiveness.

Microsoft's WebView2 guidance recommends leaving GPU acceleration enabled under normal circumstances because hardware acceleration is important for rendering performance.

Therefore, disabling GPU acceleration should generally be considered a troubleshooting step rather than a universal optimization.

9. Teams Runs in the Background

Teams commonly remains active after the user closes or minimizes its main window because it needs to receive:

• Incoming calls
• Chat messages
• Meeting alerts
• Notifications
• Presence updates
• Calendar changes

This background functionality consumes resources.

Users who rarely use Teams may therefore benefit from preventing unnecessary automatic startup.

10. Teams Starts Automatically with Windows

On many business PCs, Teams launches during user sign-in.

This means Windows may simultaneously be loading:

• Teams
• OneDrive
• Outlook
• Antivirus
• Browser
• Microsoft 365 components
• Printer utilities
• OEM software
• Remote management software

The result can be high CPU and disk activity immediately after login.

Teams may not be the only cause—the problem can be the combined startup workload.

11. Teams Integrates with Microsoft 365

Teams interacts with services such as:

• Exchange Online
• SharePoint Online
• OneDrive
• Microsoft 365 identity
• Calendar services
• Office applications

This integration makes Teams much more capable than an ordinary messenger but also makes its workload more complex.

12. Third-Party Teams Applications

Organizations can add applications directly into Teams.

These may include:

• CRM applications
• Project-management tools
• Helpdesk systems
• Reporting dashboards
• Forms
• Bots
• Workflow systems
• Custom corporate applications

Some of these applications effectively behave like web applications running within Teams.

Poorly optimized third-party apps can therefore contribute to performance problems.

Teams RAM Usage: How Much Is Normal?

There is no single correct amount.

Teams memory consumption varies according to:

• Number of chats
• Number of channels
• Applications installed
• Meetings
• Number of participants
• Video usage
• Screen sharing
• Background effects
• System RAM
• WebView2 behavior
• Teams version
• Windows version

For troubleshooting purposes, administrators should monitor trends rather than assuming that any particular RAM number proves a problem.

For example:

Teams using 1 GB RAM on a 32 GB workstation

may have little practical impact.

But:

Teams using 1 GB RAM on a 4 GB computer

can contribute to serious performance problems.

Official Microsoft Teams Minimum Requirements

Microsoft's current Windows desktop requirements list approximately:

Component	Minimum
Processor	1.1 GHz or faster, two cores
RAM	4 GB
Disk	3 GB available
Resolution	1024 × 768 or higher
Windows	Windows 10 10.0.19041 or later, subject to Microsoft's supported-edition requirements
WebView2	Current version recommended

Microsoft recommends stronger hardware for more demanding scenarios. For example, large meetings with 10+ participants are recommended to use a four-core processor from 2018 or newer, while Avatar/Mesh scenarios call for 8 GB RAM or more plus a suitable four-core processor.

The important distinction is:

Minimum requirements mean the application can run.

They do not necessarily represent an ideal configuration for simultaneously running Teams, Outlook, Chrome, Excel, antivirus software and multiple business applications.

Practical Hardware Recommendations

For typical modern office use, a more realistic guideline is:

4 GB RAM

Not recommended for serious multitasking.

Windows plus Teams plus a browser can quickly create memory pressure.

8 GB RAM

Usable for basic office workloads.

However, performance may degrade when simultaneously running:

• Teams meetings
• Chrome/Edge with many tabs
• Outlook
• Excel
• ERP/accounting software

16 GB RAM

A much better baseline for normal business PCs.

Suitable for most users running:

• Teams
• Outlook
• Browser
• Office
• Accounting/business software

simultaneously.

32 GB RAM

Recommended for power users who frequently run:

• Large Excel files
• Multiple browsers
• Development environments
• Virtual machines
• Design applications
• Large Teams meetings
• Numerous business applications

Why Teams Can Be Especially Problematic on RDS and VDI

Teams requires special consideration in:

• Remote Desktop Services
• Azure Virtual Desktop
• Citrix
• VMware
• Other VDI environments

Imagine a server with:

25 concurrent users

If each user runs:

• Teams
• Chrome
• Outlook
• PDF Reader
• Accounting software

the combined resource requirement can become substantial.

Even moderate per-user consumption becomes large when multiplied by dozens of sessions.

For example, if a workload averages only:

700 MB per user × 25 users

that already represents:

17.5 GB RAM

for that workload alone.

The real environment can vary considerably, but this illustrates why resource planning is critical.

Microsoft maintains separate Teams requirements and optimization guidance for virtualized environments. Microsoft also notes that Teams for Web isn't supported as a VDI optimization replacement; organizations should follow the dedicated Teams VDI architecture and deployment recommendations.

How to Check Teams Resource Usage

Open:

Task Manager → Processes

Check:

• Microsoft Teams
• Microsoft Edge WebView2
• CPU
• Memory
• Disk
• GPU
• Network

For more detail:

Task Manager → Details

Administrators can also use:

Resource Monitor

Run:

resmon

For deeper Windows troubleshooting, Microsoft's Sysinternals Process Explorer can provide substantially more process information.

How to Reduce Microsoft Teams RAM and CPU Usage

1. Keep Teams Updated

Performance bugs are continuously fixed.

An outdated client may contain problems that have already been corrected.

Organizations should therefore keep Teams current unless controlled deployment policies require otherwise.

2. Keep Microsoft Edge WebView2 Updated

Modern Teams depends heavily on WebView2.

Microsoft specifically recommends using an up-to-date WebView2 Runtime for Teams.

Updating WebView2 can resolve:

• Rendering problems
• Crashes
• Performance problems
• Compatibility issues
• Security vulnerabilities

3. Disable Automatic Startup When Teams Isn't Needed

Go to:

Settings → Apps → Startup

Find:

Microsoft Teams

Turn it Off if Teams doesn't need to start automatically.

Alternatively:

Task Manager → Startup apps

Disable Teams.

This does not uninstall Teams.

It simply prevents Teams from automatically consuming resources immediately after Windows login.

4. Close Teams When You Don't Need It

Minimizing Teams is different from completely terminating it.

If the system is low on memory, completely exit Teams when it is not required.

Check the notification area/system tray to verify whether Teams remains active.

5. Reduce Video Effects

During meetings, disable unnecessary:

• Background blur
• Animated backgrounds
• Virtual backgrounds
• Video effects
• Avatars

This can significantly help older processors.

6. Disable Camera When It Isn't Necessary

Audio-only meetings require substantially fewer resources than full video conferencing.

For low-end systems:

Audio + screen sharing

may perform considerably better than:

Video + background effects + screen sharing.

7. Close Unnecessary Browser Tabs

A frequent misdiagnosis is blaming Teams for a computer that is actually suffering from combined memory pressure.

Suppose:

Windows = several GB
Chrome = several GB
Teams = 1–2+ GB
Outlook = hundreds of MB
Antivirus = hundreds of MB
Other software = additional RAM

An 8 GB system can quickly become memory constrained.

Windows then starts using the page file more aggressively.

This can cause:

• Slow application switching
• Disk activity
• Freezing
• Delayed typing
• Slow Teams meetings
• Browser tab reloads

8. Remove Unnecessary Teams Applications

Review apps added inside Teams.

Remove applications that employees no longer require, especially poorly performing third-party integrations.

9. Restart Teams Periodically

If Teams has been running continuously for days, restarting it can sometimes recover resources and clear temporary problems.

This is particularly useful when troubleshooting suspected abnormal memory growth.

10. Restart the Computer

A restart clears:

• Existing processes
• Temporary memory allocation
• Hung services
• WebView2 processes
• Driver state
• Long-running background processes

For business PCs left running continuously, periodic restarts can be useful.

11. Investigate the Teams Cache Carefully

Corrupted cached application data can sometimes cause:

• Slow startup
• Blank interface
• Login problems
• Loading problems
• Strange UI behavior

However, deleting application data should not be the first response to every Teams performance problem.

Teams versions and storage locations can change, so administrators should verify the applicable Microsoft guidance before deleting application data.

12. Check Available Disk Space

Teams, WebView2, Windows and browsers all use local cache/storage.

A nearly full system drive can severely affect overall Windows performance.

As a general maintenance rule, avoid allowing the Windows system drive to remain almost completely full.

13. Check Antivirus Impact

Security software may inspect:

• Teams files
• WebView2 activity
• Cached files
• Downloaded attachments
• Temporary files
• Application updates

This can occasionally increase CPU or disk utilization.

However:

Do not blindly exclude Teams folders from antivirus scanning.

Any exclusion should be based on documented vendor recommendations and organizational security policy.

14. Check GPU Drivers

Teams meetings and WebView2 rendering can use hardware acceleration.

Outdated or unstable graphics drivers may cause:

• High CPU
• Black screens
• Video problems
• Crashes
• Rendering artifacts
• Meeting lag

Keep Intel, NVIDIA, AMD or OEM graphics drivers appropriately updated.

15. Identify Whether Teams Is Actually the Problem

A computer may feel slow while Teams happens to be open, but Teams may not be the primary cause.

Check Task Manager and sort individually by:

CPU

then:

Memory

then:

Disk

then:

GPU

You may discover the real problem is:

• Chrome
• Windows Update
• Antivirus
• OneDrive synchronization
• Search indexing
• Outlook
• Backup software
• OEM utilities
• Another background process

Performance troubleshooting should be measurement-based rather than assumption-based.

Teams vs Browser Version

Users who only occasionally use Teams can consider Teams for Web.

Microsoft currently supports Teams for Web on recent versions of major browsers including:

• Microsoft Edge
• Google Chrome
• Firefox
• Safari on supported macOS versions

However, browser Teams and desktop Teams are not identical in every scenario, and virtual desktop environments have specific considerations.

For occasional chat and meetings, the browser version can sometimes be convenient.

For daily enterprise communication, the desktop client is generally more practical.

Why Doesn't Microsoft Make Teams a Simple Native Windows Program?

Teams must work across a broad ecosystem:

• Windows
• macOS
• Web
• Mobile
• Enterprise environments
• Microsoft 365 services
• Third-party applications

Using modern web technologies allows Microsoft to reuse architecture and rapidly deploy functionality across platforms.

The trade-off is that web-based application architectures can carry more resource overhead than extremely lightweight native applications designed for a narrow purpose.

Teams is therefore better understood as a collaboration platform rather than a simple messenger.

Classic Teams vs New Teams

Microsoft redesigned Teams specifically because the expanding capabilities of classic Teams placed increasing strain on device resources.

Important architectural changes included:

Classic Teams

Electron
AngularJS
Heavier application architecture

New Teams

WebView2
React
Fluent UI
Client Data Layer
Partial data model
Improved process architecture

Microsoft reported substantial improvements in startup, meeting joining, chat/channel switching, memory consumption and disk footprint with the redesigned client.

Classic Teams has now reached end of availability, so modern troubleshooting documentation should focus on the newer Teams client rather than old Electron-era fixes.

Is High Teams RAM Usage Dangerous?

Usually, no.

RAM exists to be used.

If Windows has abundant unused memory, applications can cache information to improve performance.

The important metric is not:

"How much RAM does Teams use?"

The better question is:

"Is Teams causing memory pressure or degrading system performance?"

If the system still has sufficient available RAM and operates smoothly, relatively high memory usage may not be a problem.

When Is Teams Memory Usage Actually a Problem?

Investigate when you experience:

• Constantly increasing RAM consumption
• System RAM above 90–95%
• Excessive paging
• Continuous high disk activity
• Teams freezing
• Meeting lag
• Application crashes
• High CPU while Teams is idle
• Abnormally high GPU usage while idle
• System-wide slowdown

These symptoms indicate a genuine performance investigation may be required.

Suggested Business PC Configuration for Teams

For a modern business workstation running Microsoft 365 applications, a practical configuration would be:

Processor: Modern Intel Core i5/i7, Core Ultra, AMD Ryzen 5/7 or equivalent
RAM: 16 GB minimum preferred
Storage: SSD/NVMe
Operating System: Supported Windows 11 configuration
Network: Stable broadband/LAN/Wi-Fi
Graphics: Modern integrated GPU is sufficient for most office use

Heavy multitasking users should consider:

32 GB RAM

particularly when simultaneously using Teams, Outlook, many browser tabs, large Excel files, development tools, accounting software or virtualization.

Microsoft Teams Performance Troubleshooting Checklist

When a user complains:

"Teams is making my PC slow."

Use this sequence:

1. Check total RAM utilization.
2. Check Teams memory usage.
3. Check WebView2 processes.
4. Check overall CPU utilization.
5. Check disk utilization.
6. Check GPU utilization.
7. Determine whether a meeting/video session causes the spike.
8. Disable background effects temporarily.
9. Close unnecessary browser tabs.
10. Restart Teams.
11. Verify Teams is updated.
12. Verify WebView2 is updated.
13. Check Windows updates.
14. Check graphics drivers.
15. Check available disk space.
16. Investigate antivirus activity.
17. Review unnecessary startup applications.
18. Test Teams after a Windows restart.
19. Compare Teams desktop and web behavior where appropriate.
20. Consider a RAM upgrade if the machine consistently operates under memory pressure.

Frequently Asked Questions (FAQ)

1. What is Microsoft Teams?

Microsoft Teams is Microsoft's business communication and collaboration platform providing chat, meetings, calling, channels, file sharing and Microsoft 365 integration.

2. Why does Microsoft Teams use so much RAM?

Teams is a sophisticated web-based collaboration platform. It uses WebView2, caching, multiple processes, Microsoft 365 integration and communication services, all of which require memory.

3. Why are there multiple Teams processes?

Modern browser-based architecture separates rendering, GPU, utility and application functions into multiple processes for security, reliability and performance.

4. What is Microsoft Edge WebView2?

WebView2 allows Windows applications such as Teams to use the Microsoft Edge Chromium rendering engine to display and execute web-based interfaces and functionality.

5. Is msedgewebview2.exe a virus?

Normally, no. Microsoft Edge WebView2 Runtime is a legitimate Microsoft component used by Teams and many other Windows applications. However, suspicious executables should always be verified by file location and digital signature rather than filename alone.

6. Should I delete WebView2?

Generally, no.

Many Windows applications depend on WebView2, and modern Teams requires it. Removing it can break applications.

7. Can Teams run with 4 GB RAM?

Microsoft lists 4 GB as the minimum memory requirement for the Windows client. However, 4 GB is restrictive for modern Windows multitasking.

8. Is 8 GB RAM enough for Teams?

It can be sufficient for basic use, but users simultaneously running Teams, browsers, Outlook and business applications may experience memory pressure.

9. Is 16 GB RAM enough for Teams?

Yes. For typical modern office use, 16 GB is a practical baseline and provides considerably more multitasking headroom.

10. Does Teams use the GPU?

Yes. Teams/WebView2 can use GPU acceleration for rendering and video-related workloads.

11. Should I disable GPU acceleration?

Not routinely. Hardware acceleration normally improves performance. Disable it only when diagnosing specific graphics-related problems.

12. Why does Teams CPU usage increase during meetings?

Video encoding, decoding, camera processing, participant streams, screen sharing, background effects and audio processing all require computational resources.

13. Why is Teams slower when I use background blur?

Background blur requires continuous image analysis and processing of camera frames, increasing CPU/GPU workload.

14. Can I disable Teams from Windows startup?

Yes. If you don't require Teams immediately after login, disabling automatic startup can reduce login-time resource usage.

15. Will disabling Teams startup uninstall Teams?

No. You can manually launch Teams whenever required.

16. Is Teams for Web lighter than the desktop application?

It can be useful for occasional users, but resource consumption depends on the browser, tabs, extensions and workload. It should not automatically be assumed to be lighter in every situation.

17. Why does Teams consume resources when minimized?

Teams needs to remain connected for messages, incoming calls, notifications, presence and meeting alerts.

18. Does clearing the Teams cache improve performance?

It can help with corrupted-cache or loading problems, but it isn't a universal performance fix and should be done using guidance appropriate to the current Teams version.

19. Why does Teams affect RDS servers heavily?

In multi-user environments, resource consumption is multiplied across concurrent users. Twenty users running Teams can create a very different workload from one workstation running Teams.

20. Is the new Teams better than classic Teams?

Yes, particularly from an architectural and performance perspective. Microsoft rebuilt the newer client using WebView2, React and other architectural improvements specifically to reduce resource consumption and improve responsiveness.

21. Why does Teams use WebView2 instead of Electron now?

WebView2 allows Teams to share resources with Microsoft Edge and provides a more efficient Chromium-based hosting architecture. Microsoft specifically cited reduced memory usage and disk footprint as benefits.

22. Should I terminate WebView2 processes manually?

Generally, no. They belong to applications using WebView2 and may automatically restart. Exit the parent application normally instead.

23. Can Teams make an SSD run at 100%?

Teams alone isn't normally expected to keep an SSD permanently at 100%, but application caches, updates, paging, antivirus scanning and insufficient RAM can collectively create heavy disk activity. Investigate the actual processes in Task Manager or Resource Monitor.

24. What upgrade helps Teams most: CPU or RAM?

It depends on the bottleneck.

If memory constantly reaches 90–100%, adding RAM can help substantially.

If CPU reaches 100% primarily during video meetings while sufficient RAM remains available, a faster/newer processor may help more.

25. What is the best way to make Teams faster?

Use a modern processor, sufficient RAM, SSD storage, updated Teams/WebView2/Windows components, updated graphics drivers, fewer unnecessary startup applications and reduced video effects on lower-end systems.

Conclusion

Microsoft Teams can appear heavy because it is much more than a messaging application.

Behind its interface are:

WebView2 + React + Chromium rendering + chat + channels + meetings + audio/video processing + screen sharing + notifications + Microsoft 365 integration + applications + caching + background services.

All of these capabilities require resources.

Microsoft has significantly redesigned Teams to address the performance problems associated with the older architecture. The modern Teams client uses Edge WebView2 rather than Electron and React rather than the older AngularJS-oriented architecture, along with improvements such as a client data layer and partial data model.

Therefore, the correct approach is usually not to disable random Teams or WebView2 components.

Instead:

Measure → Identify the bottleneck → Optimize → Update → Retest.

For business environments, 16 GB RAM, SSD storage and a reasonably modern multi-core processor provide a much more comfortable Teams experience than simply designing systems around Microsoft's minimum specifications.

In RDS, VDI and other multi-user environments, Teams requires even more careful capacity planning because CPU and memory requirements are multiplied across concurrent users.

Teams may look like "just another chat program," but technically it is better understood as a complete Microsoft 365 communication and collaboration platform running a sophisticated web-based application architecture.

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