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'Explainability' in GenAI: What does it mean?

Matt Ruck
January 15, 2025

Understanding how AI reaches its conclusions is crucial for MSPs who need to trust and verify AI-driven decisions.

As AI becomes more prevalent in MSP operations, the concept of "explainability" has emerged as a critical consideration. But what does it really mean, and why should MSPs care about whether their AI can explain its decisions?

Defining AI Explainability

AI explainability refers to the ability of an artificial intelligence system to provide clear, understandable reasons for its decisions and recommendations. Think of it as the AI's ability to show its work—just like you'd want a student to explain how they solved a math problem.

Interpretability

How the AI processes information and makes decisions

Transparency

Visibility into the AI's reasoning process and data sources

Accountability

Ability to verify and validate AI-driven decisions

Why Explainability Matters for MSPs

Client Trust and Transparency

When your AI system recommends a specific solution or identifies a potential issue, your clients want to understand why. Explainable AI allows you to provide clear reasoning:

  • • "The AI flagged this ticket as high priority because it detected keywords associated with business-critical systems"
  • • "The recommendation is based on similar issues in your environment and industry best practices"
  • • "The system identified these three factors that indicate potential hardware failure"

Compliance and Auditing

Many industries have regulatory requirements for decision-making processes. Explainable AI helps MSPs:

  • • Document the reasoning behind AI-driven decisions
  • • Provide audit trails for compliance reviews
  • • Demonstrate due diligence in automated processes
  • • Meet data protection and privacy regulations

Engineer Confidence and Learning

Your technical team needs to trust AI recommendations. Explainable systems help by:

  • • Showing the reasoning behind ticket prioritization
  • • Explaining why certain solutions are suggested
  • • Helping engineers learn from AI insights
  • • Building confidence in AI-driven processes

The Black Box Problem

Many AI systems, particularly deep learning models, operate as "black boxes"—they provide outputs without explaining how they reached their conclusions. This creates several challenges for MSPs:

Risks of Black Box AI

  • Blind Trust: Engineers must accept recommendations without understanding the reasoning
  • Error Detection: Difficult to identify when the AI makes mistakes
  • Bias Issues: Hidden biases in training data may affect decisions
  • Regulatory Risk: May not meet compliance requirements for transparency
  • Learning Barriers: Engineers can't learn from AI insights

Types of AI Explainability

Global Explainability

Understanding how the AI system works overall—its general approach to decision-making, what factors it considers most important, and how it weighs different inputs.

Local Explainability

Understanding why the AI made a specific decision in a particular case—what factors influenced this specific recommendation or classification.

Counterfactual Explanations

Explaining what would need to change for the AI to make a different decision—"If the ticket had included these keywords, it would have been classified as high priority instead."

Practical Examples in MSP Operations

Ticket Prioritization

Black Box: "This ticket is high priority."

Explainable: "This ticket is high priority because it mentions 'server down' (critical keyword), affects multiple users (impact scope), and comes from a client with 24/7 SLA requirements (contract terms)."

Solution Recommendations

Black Box: "Try restarting the service."

Explainable: "Based on 15 similar tickets in your environment, restarting the service resolved the issue 87% of the time. The error pattern matches known service memory leak issues."

Time Entry Automation

Black Box: "2.5 hours logged for this ticket."

Explainable: "Time calculated based on ticket open time (1.5 hours), similar ticket patterns (average 2.2 hours), and complexity indicators from ticket content (+0.3 hours for custom application troubleshooting)."

Evaluating AI Solutions for Explainability

When evaluating AI tools for your MSP, ask these key questions:

Can you explain why you made this recommendation?

Look for systems that provide reasoning, not just results.

What data sources influenced this decision?

Understanding data lineage helps verify accuracy and identify potential issues.

How confident are you in this recommendation?

Confidence scores help engineers know when to rely on AI versus seek additional verification.

What would change the outcome?

Understanding decision boundaries helps engineers provide better inputs to the AI system.

The Balance: Accuracy vs. Explainability

There's often a trade-off between AI accuracy and explainability. Very complex models might be more accurate but less explainable, while simpler models are easier to understand but might be less precise.

For MSPs, the sweet spot usually involves:

  • • Choosing AI that's "accurate enough" for the task with good explainability
  • • Accepting slightly lower accuracy for significantly better transparency
  • • Using ensemble approaches that combine explainable and complex models
  • • Implementing human oversight for critical decisions

Building Explainability into Your AI Strategy

  1. 1. Define Explainability Requirements: Determine what level of explanation you need for different use cases
  2. 2. Choose Appropriate Tools: Select AI solutions that meet your explainability requirements
  3. 3. Train Your Team: Help engineers understand how to interpret AI explanations
  4. 4. Document Decisions: Create processes for recording AI-driven decisions and their reasoning
  5. 5. Regular Review: Periodically audit AI decisions to ensure explanations remain accurate

The Future of Explainable AI

As AI technology evolves, we're seeing improvements in explainability techniques. New approaches are making it possible to maintain high accuracy while providing clear explanations. For MSPs, this means future AI tools will be both more powerful and more transparent.

Experience Explainable AI

See how xop.ai's solutions provide clear explanations for all AI-driven decisions, helping you build trust with your team and clients.

Explore Our Solutions

Remember: The best AI system is one your team trusts and understands. Explainability isn't just a nice-to-have—it's essential for successful AI adoption.