Generative AI testing

Coverage you can rely on

There are several key challenges when it comes to automated testing of generative AI features:

Generative AI is stochastic and doesn’t generate the same result every time. That makes it hard to define a “pass” or a “fail.”
The number of test cases is effectively infinite. With some work you can constrain the randomness of genAI outputs but you can’t define all the possible inputs a user may try.
The underlying models are changing all the time. Even if there’s no change to your agents, the LLM you’re using could cause regressions.

Fortunately, QA Wolf has developed several novel techniques for testing generative AI applications and features, using a mix of AI and strict determinism to ensure the consistency of results while keeping token usage from repetitive testing to a minimum.

How it’s done

Our testing techniques depend on the goals you have for your app and the type of output it responds with (text, artwork, or DOM-less canvas elements).

Depending on the test case, we may run the output back through an LLM with a detailed analysis prompt which produces a deterministic result.

➔ Deductive assertionsWith deductive assertions we can use context clues to programmatically assess the accuracy of an application’s AI-generated output.

A "golden master" is a known good result, taken from a previous successful run of a test. It may be acceptable to do a fuzzy match, where test would pass if the difference is within a specified percentage threshold.

➔ Structured dataThe automated test will convert an AI-generated output to XML, SVG, or other structured data format, parse it, and compare it to a “golden master.”

Reducing randomness is particularly important when the AI-generated output is an input to a later part of the test case.

➔ Seeding & Temp ControlAs appropriate, we will recommend adjustments to the application that reduce the randomness of the output.

Testing genAI for reliability & consistent outputs

Reliable AI needs reliable testing. QA Wolf builds, runs, and maintains generative AI test cases to catch hallucinations, ensure consistency, and verify outputs—so your AI delivers the right results every time.

Input validity

Input format validation

Verify that the generative AI system correctly processes various input formats (e.g., text, image, audio) and handles invalid inputs gracefully without crashing or producing errors.`

Input length handling

Test that the AI model can handle inputs of varying lengths, including very short and very long inputs, and produce relevant, coherent outputs in each case.

Special characters handling

Check that the AI correctly processes inputs containing special characters, symbols, or non-standard Unicode characters.

Output consistency

Consistent output for same input

Validate that the AI generates consistent outputs for identical inputs over multiple runs.

Output coherence across sessions

Verify that outputs are coherent, contextually appropriate and maintain continuity when given related inputs in a single session or context.

Stable output under minor variations

Assert that insignificant variations in input result in consistent output.

Model performance

Response time under load

Check that the AI model responds within acceptable time limits under various load conditions.

Accuracy of generated content

Validate the accuracy and relevance of generated content based on pre-defined benchmarks or sample outputs.

Resource utilization

Test that the AI model efficiently utilizes system resources (CPU, GPU, memory) without causing undue strain or bottlenecks during operation.

Security and privacy

Data encryption

Assert that all input and output data are encrypted during transmission and storage.

Access control

Verify that only authorized users can access the AI system and its generated outputs.

Data anonymization

Test that any personally identifiable information (PII) in the inputs or outputs is properly anonymized.

Scalability

Horizontal scalability

Validate that the AI system can scale horizontally by adding more instances to handle increased load without degradation in performance.

Load balancing

Check that the system effectively distributes load across multiple servers or instances and maintains optimal performance under varying loads.

Concurrent user handling

Test that the AI model can handle a high number of concurrent users without significant performance drops or errors.

Compliance and ethical standards

Regulatory compliance

Validate that the AI system can scale horizontally by adding more instances to handle increased load without degradation in performance.

Ethical guidelines adherence

Check that the system effectively distributes load across multiple servers or instances and maintains optimal performance under varying loads.

Transparency and explainability

Check that the AI system provides clear explanations for its outputs, enhancing transparency and trustworthiness in its decision-making process.

FAQs

What types of generative AI and LLMs can the QA Wolf testing service handle?

How does QA Wolf automate tests that measure the accuracy and relevance of outputs from generative AI and LLMs?

Can QA Wolf’s tests detect and measure biases in generative AI and LLM outputs?

How does QA Wolf manage and protect data used in testing generative AI and LLMs?

What tools and technologies are involved in QA Wolf’s testing process for generative AI and LLMs?

How does QA Wolf integrate testing for generative AI and LLMs into existing development cycles?

Can QA Wolf provide ongoing testing and monitoring as generative AI models and LLMs evolve?

How does QA Wolf report the results and findings from testing generative AI and LLM applications?

Alternatives

Comparing QA Wolf and MuukTest: A detailed look at QA-as-a-Service models

QA Wolf and MuukTest may seem similar at first glance, but they serve different needs. QA Wolf’s all-inclusive service for complex projects versus MuukTest’s piecemeal pricing for simpler applications. Dig into the details to determine which service best suits your project’s demands.

Deterministic assertions for non-deterministic products and features

Coverage you can rely on

How it’s done

➔ Deductive assertions

➔ Structured data

➔ Seeding & Temp Control

Faster QA

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