Tame your Microsoft Teams trouble tickets!
Discover the cost of downtime and how to stop it before it starts.
Microsoft Teams outages don’t just frustrate users – they impact revenue, productivity, and IT costs. Even small disruptions ripple across your organization, from major service events to individual hardware hiccups.
With proactive monitoring, organizations not only reduce ticket volumes and costs, but also deliver a far better end-user experience, improve SLA performance, and keep the business running smoothly.
Introducing the Trouble Ticket Tamer
The Trouble Ticket Tamer, created by EnableUC, is a simple, web-based tool designed to help IT leaders visualize the benefits of proactive monitoring. By entering just four key inputs:
- Number of Teams users
- Number of employees
- Current Teams support tickets per year
- Annual revenue
…you can see:
- The potential reduction in support tickets
- Estimated financial savings from fewer outages
It’s fast, intuitive, and perfect for advancing discussions around proactive monitoring and digital workplace resilience. See for yourself, try it now!
Why it matters
Proactive monitoring transforms the way IT teams operate:
Detect and correct issues early
Stop network or configuration problems before they disrupt workflows
Communicate rapidly
Keep teams productive even when outages are outside your control
React efficiently
Quickly resolve hardware or software conflicts with minimal downtime
Organizations with 1,000 Teams users can save hundreds of thousands of dollars – and for 10,000+ users, potential savings run into millions.
Take control of your Teams environment and explore the savings your organization could unlock. Contact VOSS to discuss your results and make a plan for your business.
Trouble Ticket Tamer
Simply enter your data and see how much you could be saving!
| Category | Without Proactive Monitoring | With Proactive Monitoring | Savings |
|---|
Model Development
Input for the detailed model that the Trouble Ticket Tamer is based on leveraged collective expertise of EnableUC, discussions with IT professionals responsible for managing Teams environments, and Microsoft MVPs (most valuable professionals), along with online research.
Sources of Teams Outages and Service Degradation
While creating the detailed model Trouble Ticket Tamer is based on, we identified 11 issue categories that can lead to Teams outages or degraded service. Each has a likelihood, impact scope, and potential for mitigation through proactive monitoring. We rated each category using our expertise, input from IT professionals and Microsoft MVPs, and online research.
| Source | Description | Availability | Disruption % | Impact Scope |
|---|---|---|---|---|
| Core services issues | The Teams service itself is covered by three different SLAs (Dec 1, 2024) 99.9% for chat and meetings, 99.999% for PSTN calls, auto attendants, and call queues, 99.9% “good” voice quality (VoIP or PSTN) | 99.99% | 0.01% | Broad |
| Supporting service issues | Even if Teams is “up”, occasionally supporting services, such as Active Directory (aka Entra) or MFA (multi-factor authentication) can prevent users from accessing Teams. | 99.99% | 0.01% | Broad |
| Hardware issues | Occasionally individual users experience hardware issues; these could be related to their laptop, headset, or external camera. | 99.99% | 0.01% | Individual |
| Software issues | More often other software running on a user’s laptop cause issues with Teams, either because CPU or memory resources are overloaded or because a video device is “in use” by another application. Pending Windows updates can also cause issues. | 99.95% | 0.05% | Individual |
| Human error causing configuration issue | Typically a misconfiguration, e.g. firewall rule, expired certificate. | 99.90% | 0.10% | Location (or Broad) |
| Network issues | Remote users may experience issues with their Internet provider. Occasionally office-based networks, especially WiFi may encounter problems. | 99.70% | 0.30% | Varies |
| Security issues | Cybersecurity issue - could impact entire org; disruption for security/Comms/PR because of this incident. | 99.90% | 0.10% | Location (or Broad) |
| Loss of power | Power disruptions due to scheduled maintenance or outages. | 99.90% | 0.10% | Varies |
| Physical infrastructure damage | Occasionally an office may be inaccessible due to construction, events, or accidents. | 99.98% | 0.02% | Location |
| Weather issues | Inability to physically access specific site. The United States has seen a 67% increase in major power outages from weather-related events since 2000. In 2023, the U.S. experienced 28 separate weather and climate disasters, resulting in $92 billion in damages. | 99.90% | 0.10% | Location |
| End-user error/issues | Primarily productivity degradation due to user training "blindspots"; no tickets because users don’t realize inefficiency. | 99% | 1.00% | Individual |
Mitigation Strategies
Based on our research, our model uses the following default values:
| Source | Primary Strategy | Secondary Strategy | Issues Avoided w/ Monitoring |
|---|---|---|---|
| Core services issues | Detect and communicate | 75% | |
| Supporting service issues | Detect and communicate | 75% | |
| Hardware issues | React efficiently | Detect and communicate | 5% |
| Software issues | React efficiently | Detect and communicate | 5% |
| Human error (config) | Detect and correct | Detect and communicate | 75% |
| Network issues | Detect and correct | Detect and communicate | 90% |
| Security issues | Detect and communicate | 50% | |
| Loss of power | Detect and communicate | 75% | |
| Physical damage | Detect and communicate | 80% | |
| Weather issues | Detect and communicate | 90% | |
| End-user error/issues* | Training | On-going training | 0% |
Mitigation Approaches
Detect and Correct: Synthetic transactions, utilized as part of proactive monitoring, can notify IT teams of potential issues before they impact end users. For instance, a misconfiguration that leads to an outage outside regular business hours may be identified in advance, allowing IT to diagnose and resolve the problem prior to the next work cycle.
Detect and Communicate: Proactive monitoring may also highlight widespread or location-specific incidents. While some challenges may fall outside IT's direct control, timely communication and suggested alternatives are essential. For example, rescheduling meetings if Teams is unavailable, leveraging alternative platforms such as Zoom or Webex (which many large organizations retain for such contingencies), or recommending temporary remote work arrangements can help mitigate disruption.
To maximize the effectiveness of mitigation strategies, preparatory measures should be undertaken. This includes user training on backup solutions (e.g., ensuring all personnel understand how to use mobile hotspots if their primary network is affected) and drafting preemptive communications for anticipated scenarios such as office closures resulting from weather, power outages, or physical infrastructure failures.
React Efficiently: Certain issues—primarily those related to individual hardware or software—may be challenging to avert entirely. The focus here should be rapid resolution, supported by advance planning such as maintaining an inventory of spare devices and components, as well as implementing proven processes for replacing hardware while safeguarding data and configurations. Organizations may also provide loaner laptops to maintain productivity while permanent replacements are arranged.
