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Trustworthy AI
Starts With Testing

Artificial intelligence is already embedded in productive systems, from automated decisions to generative and agentic applications.

But trust cannot be assumed. AI systems need to be tested for reliability, fairness, security, transparency and compliance.

TestSolutions helps organizations build trustworthy AI through structured testing, KPI-based validation and governance-ready evidence.

Make Your AI Trustworthy

We test AI systems across the full lifecycle, from data and models to applications, monitoring and governance evidence.

Recognizing risks

We identify weaknesses such as bias, misconduct and security risks in AI systems.

Transparency

We make AI decisions, outputs and evidence traceable, verifiable and understandable for business, technical and compliance teams.

Enabling trust

We support the safe, fair and compliant use of AI systems.


Confidence to Move AI Forward

 

 “At TestSolutions, our focus is to bring state-of-the-art testing capabilities to AI-augmented systems.

Given their non-deterministic nature, we help ensure that the right technical and compliance guardrails are in place, so organizations can deploy AI systems that are reliable, controlled and trustworthy.”

-- Anupam Krishnamurthy, Head of AI Testing

 

Anupham Krishnamurthy

What is modern artificial intelligence?

Modern AI systems can be divided into three main categories.

What risks does AI pose?

With the increasing use of AI systems, new risks arise that differ significantly from traditional software.

While traditional systems work deterministically, AI models make probabilistic decisions - with corresponding new challenges for quality, safety and control.

Recent years have shown: faulty chatbot responses lead to legal disputes.

Manipulable systems are publicly exposed. Discriminating models create liability risks. Agents that act beyond their scope trigger uncontrollable processes.

These are not isolated incidents. They are systematic weaknesses that remain invisible without professional testing.

Trustworthy AI requires these risks to be identified, measured and controlled before they affect users, audits or business-critical processes.

What is AI Testing?

AI testing refers to the systematic testing of AI systems over their entire lifespan.

In contrast to classic software testing, it is not just about functionality, but about the behavior of systems under uncertainty.

Typical questions are:

  • Does the system make reliable decisions?
  • Is the behavior stable and robust?
  • Are the results comprehensible and fair?
  • Does the system meet regulatory requirements?

The areas of safety, governance and fairness in particular are becoming increasingly important.

Certain KPIs have been developed and proven useful as baseline for testing AI systems.

 

Confidence in AI Starts With Evidence

 

"Testing AI means more than measuring technical performance.

It also means verifying whether governance, accountability and oversight are strong enough to support responsible deployment.”

-- Prof. Dr. Marco Barenkamp, Advisory Board Member & AI Expert

 

Marco Barenkamp

Prevent AI Risks Through Testing with KPIs in Mind

Trustworthy AI requires evidence, not assumptions.

We validate factual reliability, security hardening, compliance readiness and model stability with measurable KPIs.

Fewer wrong decisions, stronger security, better data quality and documented compliance evidence reduce risk and rework in production.

We help you validate AI behavior, quantify risks and create evidence for trustworthy AI.

Which metrics help prove trustworthy AI?

F1-Score

How well do responses match verified references?

Objective, comparable statement on answer quality 

Hallucination Rate

How often are factually unreliable statements produced?

Reduced risk in critical use cases 

Injection Success Rate

How often does an attack on the system succeed?

Reliable evidence of security hardening 

Demographic Parity Difference

Does the system treat all groups equally?

Legally relevant metric for non-discrimination 

PSI / Drift Score

How much do production data deviate from training data?

Early warning of gradual quality deterioration 

Task Success Rate

How reliably does an agent complete its tasks?

Transparency on reliability and automation maturity 

When Should You Get Your AI Tested?

  • Validation and issue analysis regarding your AI KPIs
  • Before go-live of a new AI system
  • After model changes, prompt updates or system changes
  • When experiencing quality issues in production
  • Before audits, approvals or regulatory reviews
  • When choosing between models or architectures
  • As a permanent part of your quality process

Which AI Systems Do We Assess?

We help our clients in testing a selection of prominent use cases of modern AI - and consult on much more.

chatbot
Chatbots & Assistants

LLM-based dialogue systems must do more than provide good answers. To be trustworthy, they must be reliable, secure, consistent and safe, even in edge cases.

Typical risk: Incorrect information, tone failures, weak fallback behaviour, missing AI disclosure

What we assess:

  • Answer quality & factual accuracy
  • Robustness against reformulations
  • Handling of uncertainty & refusal
  • Security & manipulation resistance
Knowledge Assistants RAG
Knowledge Assistants (RAG)

For knowledge-based systems, not only the answer matters but also its derivation. We assess whether relevant content is found, correctly used and traceable to the right sources.

Typical risk: Wrong sources, outdated content, weak retrieval despite plausible answer, unauthorised access to confidential documents

What we assess:

  • Retrieval quality & source fidelity
  • Hallucination rate on knowledge questions
  • Data leakage from knowledge base
  • Document currency
AI Agents
AI Agents

AI agents must be trustworthy not only in what they answer, but in what they do. We test whether they plan, use tools and execute actions reliably, safely and within defined boundaries.

Typical risk: Unintended actions, error propagation across steps, prompt injection via external sources, irreversible actions

What we assess:

  • Task completion & efficiency
  • Tool usage & scope compliance
  • Injection resistance & security boundaries
  • Irreversibility of actions
Decision Systems and ML Models
Decision Systems & ML Models

Automated decisions in credit, HR or public administration are regulatorily high-risk. We assess fairness, accuracy and explainability – as the basis for compliance evidence.

Typical risk: Discrimination by protected attributes, model drift, lack of explainability towards affected individuals

What we assess:

  • Fairness & bias per group
  • Model accuracy & drift detection
  • Explainability of individual decisions
  • Regulatory compliance
Complex AI Enterprise Landscapes
Complex AI Landscapes (Enterprise)

Trustworthy AI at enterprise scale requires a unified quality framework, not a patchwork of isolated tests. We help assess portfolios of AI systems across departments, risks and governance requirements.

Typical risk: Inconsistent quality standards, missing governance across systems

What we assess:

  • Portfolio inventory & risk classification
  • Unified quality framework
  • Governance & compliance evidence
  • Continuous monitoring
AI Advisory
AI Advisory

Not every organisation needs a test first. Sometimes what is needed first is clarity – about strategy, risks and the right next steps.

Typical risk: Missing AI strategy, unclear responsibilities, regulatory exposure

What we offer:

  • AI Act Readiness Assessment
  • Governance structure & AI policy
  • Regulatory risk mapping
  • Management briefing & roadmap

No rivets. You always win with us.

We know iGaming systems inside out - scratch the boxes.

LOTTERYFORCE Central omnichannel lottery management.
LotteryForce
SCRATCH
Brightstar Volaris Proven IGT platform for transactions.
Brightstar Volaris
RUBBLE
Brightstar Aurora next-gen high-performance core system.
Brightstar Aurora
RUBBLE
Imperia CMS content management for web portals.
Imperia CMS
RUBBELN
AEGIS Regulatory Monitoring & Compliance.
AEGIS
RUBBLE
Symphony Secure workflow automation.
Symphony
RUBBELN

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TestSolutions Methodology
The TestSolutions AI Quality Framework
Behind our assessment services stands a structured methodology: the TestSolutions AI Quality Framework.
It combines three pillars that together enable a complete evaluation:
Governance, technical quality, and system-specific testing.
Pillar 1
Governance & Accountability
Technical testing alone is not sufficient. A system can pass quality tests and still remain a risk if responsibilities, oversight and documentation are unclear.
  • EU AI Act risk classification
  • Human oversight (Art. 14)
  • Accountability structures
  • Documentation and transparency requirements
  • Aligned with EU AI Act, GDPR and ISO 42001
Pillar 2
Technical Quality Testing
Six quality dimensions with 46 measurable controls assess whether the system does what it should — correctly, safely, fairly and with a sound data foundation.
  • 6 quality dimensions
  • 46 measurable controls
  • Clear metric for every control
Pillar 3
System & Context Specifics
Each system type has its own risks and therefore needs a dedicated testing methodology.
  • LLMs
  • RAG systems
  • Agents
  • ML models
  • Computer vision
  • Automated decision systems
 

Confidence in Your AI Testing Processes

 

"The real question is not whether AI can write code. It is whether your organization can verify that AI-generated or AI-supported software is actually fit for purpose.

Independent testing helps make that visible before defects, compliance gaps or hidden quality risks undermine trustworthy AI in production.”

-- Florian Fieber, Chief Process Officer, Head of Academy, Keynote Speaker

 

 

Florian Fieber Picture-1
Symbolic testing of AI

Why traditional software testing is not enough

AI systems behave differently from conventional software. Their outputs are probabilistic, sensitive to changing inputs and can evolve over time as data, prompts and models change.

Trustworthy AI therefore requires scenario-based testing, adversarial testing, bias and fairness analysis, prompt and input variation, continuous monitoring and governance evidence after deployment.

AI systems cannot be validated once and considered done. They need ongoing testing and assurance throughout their lifecycle to remain reliable, responsible and under control.

 

AI is used in high-risk areas.
Testing is non-optional.

Today, AI is being used in a growing number of business-critical and high-risk areas. These include HR and recruiting, lending and credit scoring, medical diagnostics, public administration, customer service and chatbots, as well as fraud detection.

Many of these use cases involve elevated risks and therefore require structured testing and verification procedures.

As AI becomes more deeply embedded in operational decision-making, ensuring reliability, accountability, and compliance is no longer optional.

 

Symbolic application areas of AI

We can enable you.

TestSolutions Academy offers practical AI training for testers and users. Learn about the basic concepts, terms and procedures of testing AI-based systems. Our trainings are ideal for anyone who wants a practical introduction to trustworthy AI testing or aims to broaden existing knowledge.

Logo ISTQB AI Testing
ISTQB Certified Tester - AI Testing

Acquire a basic understanding and skills for testing AI-based software systems and the use of AI technologies in testing.

ISTQB CT GenAI
ISTQB Certified Tester - Testing with Generative AI

Gain a basic understanding of generative AI in software testing, including testing GenAI systems and using GenAI to support and automate testing.

Logo_A4Q-AI-Essentials_Quadrat
A4Q AI Essentials

This e-learning and certification provides an introduction to AI compliance, ethics and risk awareness - no prior technical knowledge is required.

 

Logo_A4Q-AI-Foundation_Quadrat
A4Q AI Foundation

Gain a comprehensive understanding of how generative AI can be used responsibly and effectively in accordance with regulatory requirements. You will acquire basic AI skills in accordance with the EU AI Act.

Logo TestSolutions
TestSolutions Originals - Basics of AI Testing 

Learn the basic concepts, terms and procedures of testing AI-based systems. It is suitable for anyone who is interested in AI testing and wants a quick and easy introduction to the topic.

AI News from TestSolutions

Stay informed on our newest developments, projects, products and get sector insights.

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Let's talk about your AI quality assurance needs - contact us!

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Case Studies

Find out how we turn complex test projects into measurable successes. Our practical examples show how we work with our customers to ensure quality and minimize risks.

Small Release, Major Consequences: An Example from the Lottery Industry

Three days after an unspectacular release of a mobile application in the lottery environment, the first...

Testing a frequent flyer program's reward structure

Strategic realignment of a frequent flyer program A major program to redesign the rewards structure of a...

Field test of e-charging applications throughout Europe

Field tests to optimize e-charging live data Imagine you are driving your electric vehicle on the highway and...

Testing the overall functionality of a navigation system

Practical tests for optimized navigation Over a period of several months, various navigation systems were...
Seminar participants TestSolutions Academy

TestSolutions Academy

We make you fit for software quality.

Our training courses are theoretically sound, practical and directly applicable.
Whether ISTQB, A4Q, IREB, Xray or individual workshops - with us you learn what really matters.
For companies or private individuals - we deliver the know-how!

News from TestSolutions

Stay informed about our latest developments, projects and industry insights.

Cybersecurity im KI-Zeitalter: Erkenntnisse vom MySecurityEvent 2026

In den vergangenen Tagen hatte ich die Gelegenheit, am MySecurityEvent in Berlin teilzunehmen und selten habe...

KI im Software-Testing: Was im regulierten Umfeld heute möglich ist.

Künstliche Intelligenz hält auch im Software-Testing Einzug. In regulierten Branchen ist die Reaktion darauf...

AI Evals erklärt: LLM-Outputs evaluieren und die Herausforderungen dahinter

Wer die technischen KI-Neuigkeiten verfolgt, wird den Begriff „Evals" in letzter Zeit überall gesehen haben....

Software Testing in den Life Sciences: Mehr als Bug Fixing

Im traditionellen Softwarekontext wird Qualitätssicherung häufig auf funktionale Tests und Bug-Fixing...