How The Evidence Company goes beyond the black box - delivering traceable, trustworthy AI that clinicians can rely on.
Some artificial intelligence (AI) approaches, such as the large language models (LLMs) that power the now widely popular chatbots, are so complex that we are not able to determine how the AI produces its output. That means you can ask it a question and even though it may be able to answer it, no one can tell exactly why it produced the answer it did.
Standard chatbots may make mistakes, providing answers that are incorrect and not grounded in real-world data. This opaqueness means that with other solutions we cannot easily guarantee correctness, trace model behaviour, audit the models and make corrections where necessary.
At The Evidence Company, we believe that to truly trust these models with medical data, we need to use explainable AI (XAI). XAI focuses on providing understandable reasons for why a system arrived at a particular decision or output.
Explainable AI (XAI) focuses on providing understandable reasons for why a system arrived at a particular decision or output. Let's see how this works for you:
Configurable agents allow you to define the behaviour of the conversation with your patients. You define the topics of the conversation, what questions to ask and what information the AI needs to be aware of. This empowers you to set out the conversation criteria and understand how the agents will behave.
Our AI combines your structured guidance with conversational flexibility. It dynamically adapts to user responses, follows conditional workflows when needed and allows patients to ask questions, all while staying focused on the core objectives you outline.
With this level of configuration, the AI's behaviour becomes transparent and our extensive testing increases confidence that the agent adheres to your requirements.
You can build a goal-oriented agent that collects the exact required information from the patient — like medications, allergies, or past procedures — and specify a checklist of concerns to be raised as a matter of urgency.
Every decision made, every question asked and every response given can be traced to a source. This means that as conversations progress, you can trace exactly what patients said that lead to each line of discussion, every piece of medical history taken and any concerns raised. The AI's behaviour and the reports provided back to clinicians is grounded in everything that patients say, all of which we make available to you.
When patients ask questions, answers are either drawn from verifiable sources that you can provide or it is made explicit when we are unable to provide for the answer. With our upcoming clinician chat functionality, clinicians can ask questions to gain even deeper insights into patient conversations, providing insights from extensive knowledge bases grounded in the medical literature.
You can ground the AI agent in your own knowledge bases. For example, you can provide pre- or post-procedure guidance that our AI agent will refer to throughout the conversation.
Every piece of medical history taken and any concerns raised are traceable to what patients said - all made available to you.
Answers are drawn from verifiable sources you provide, or it is made explicit when we are unable to provide for the answer.
Provide pre- or post-procedure guidance that our AI agent will refer to throughout the conversation, ensuring patients always have the right information.
We know that medical data is inherently complex, with patient answers that are incomplete or conflicting and general guidelines that are not always clear on how to apply to specific scenarios. We do not shy away from this but instead embrace it.
Our use of conflict-tolerant XAI approaches allows us to argue with conflicting pieces of evidence to highlight contradictions and resolve them where we can.
Where patients and clinicians need answers, we believe providing full context of the problem and where disagreements may arise allows for more informed decisions to be made. We put the power back in your hands.
For example, if a patient asks whether a colonoscopy or stool test is best for them, our system provides a balanced response that surfaces multiple evidence-based perspectives - explaining the clinical reasoning behind each option.
We will raise any patient concerns about their procedure with their clinician. By providing full context, we allow patients and clinicians to make more informed decisions together.
Our platform is purpose-built to address the fundamental limitations of standard LLMs in healthcare. Rather than relying on generative models alone, we combine structured clinical knowledge, retrieval-grounded reasoning, and conflict-tolerant XAI — producing outputs that clinicians can interrogate, verify, and trust.
Fetch structured clinical knowledge from verifiable sources.
Apply evidence-based, conflict-tolerant inference.
Highlight contradictions and resolve where possible.
Generate clinician-facing rationale grounded in patient data.
Every output generated by our platform is anchored to a verified source, grounded in everything that patients say, and presented with full reasoning transparency. This is not a feature add-on - it is the architectural foundation of how our system works.
Every decision made, every question asked and every response given can be traced to a source. Clinicians can trace exactly what patients said that led to each line of discussion, every piece of medical history taken and any concerns raised — supporting informed decision-making and governance compliance.
You define the topics of the conversation, what questions to ask and what information the AI needs to be aware of. You can design how the patient's information is reported back to you, so that the most important information is surfaced as quickly as possible.
Our use of conflict-tolerant XAI approaches allows us to argue with conflicting pieces of evidence to highlight contradictions and resolve them where we can - preventing fabrication of clinical information even in ambiguous scenarios.
Clinicians can inspect the reasoning chain behind any recommendation — seeing exactly which evidence was retrieved, how it was weighted, and what logic pathway led to the output. Full auditability at every step.
Our platform's explainability and conflict-tolerant uncertainty handling translate into tangible clinical value across a range of high-stakes healthcare scenarios.
Build a goal-oriented agent that collects the exact required information from the patient — what medications they're on, what allergies they have, what past procedures they have had - surfacing the most important information to clinicians as quickly as possible.
Answers are drawn from verifiable sources you provide, or it is made explicit when we are unable to provide for the answer. Patients always have the information they need available to them at all times.
With our upcoming clinician chat functionality, clinicians can ask questions to gain even deeper insights into patient conversations, providing insights from extensive knowledge bases grounded in the medical literature.
Specify a checklist of concerns that need to be raised - for example if the patient does not tolerate sedation well - and we will highlight these to you as a matter of urgency.
Our approach is grounded in a growing body of peer-reviewed research on explainable AI, uncertainty quantification, and safe deployment of clinical decision support systems. The papers below represent foundational and emerging work in this field — and the evidentiary basis for our platform's design principles.
Proceedings of the AAAI Conference on Artificial Intelligence, 2025 - Introduces ArgLLMs, a framework that augments LLMs with argumentative reasoning to enable explainable and contestable decision-making, combining zero-shot LLM capabilities with interpretable, contestable outputs. Link to full paper.
Artificial Intelligence journal, Elsevier - Argues that XAI should leverage insights from philosophy, psychology, and cognitive and social sciences about how people define, generate, select, evaluate, and present explanations, highlighting cognitive biases and social expectations that shape explanations. Link to full paper.
Informatics in Medicine Unlocked, 2023 - Examines the application of explainable AI methods in clinical decision support systems, addressing transparency, traceability, and the requirements for responsible AI deployment in healthcare settings. Link to full paper.
arXiv, 2026 - Presents ArgEval, a framework for decision support with LLMs using argumentative reasoning to provide faithful, explainable predictions with global contestability. Applied to glioblastoma treatment recommendations, demonstrating competitive performance with enhanced contestability. Link to full paper.
Explore how our platform delivers explainability, traceable sourcing, and calibrated uncertainty quantification - purpose-built for the demands of clinical decision support. Request a personalised demonstration with our team.
See how AI recommendations are explained, sourced, and confidence-scored in a real clinical workflow context.
Understand our architecture, integration pathways, governance features, and compliance posture.
Review our validation methodology, uncertainty calibration benchmarks, and hallucination elimination approach in technical depth.
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Explainable AI & Quantified Uncertainty in Clinical Decision Support