Services

Outcomes Transformation
Value Transformation
Cancer Performance Index

Outcomes Transformation 

Information-Guided Cancer Care Transformation

Our consultancy services are focused on designing practical strategies that are wholly patient-centric, data-driven, evidence-based and transformational.

With over twenty years’ experience in clinical service delivery, research, health insurance and transformation strategy, we provide you with evidence-based multidimensional perspectives, backed by AI-driven data analytics, to solve complex industry problems.

 

AI-Driven Outcomes

Using our AI-supported dynamic cancer care performance insights generator, we focus specifically on improving outcomes in areas such as:

  • Outcomes measure design and benchmarking
  • Cancer policy design
  • Transformation programme design and real-world implementation
  • Cost: benefit analysis for value-based healthcare

 

Actionable Plans

Using advanced AI, Natural Language Processing and machine learning we employ a virtuous cycle of evidence exploration, data definition, data exploration, algorithm design and output validation.

Observe → Learn → Optimise → Repeat.

Using this strategy, we provide a multi-dimensional approach to understanding how an optimal outcome achieved by one stakeholder in the cancer care ecosystem impacts others. This is a vital tool in identifying and addressing the root causes of outcomes erosion and achieving an equitable and sustainable cancer care ecosystem.

Value Transformation 

Defining and Delivering Quality & Value

We provide practical solutions for defining and transforming quality and value in cancer care, based on the latest evidence.

Our team of Transformation Specialists have vast experience in health care service design and delivery, and quality and value transformation. We work directly and collaboratively with our clients to fully understand their challenges and design a bespoke transformation programme that addresses these in a practical, timely and cost-effective manner.

 

Quality and Value Reporting

Our custom-built reports enable our clients to:

  • assess and align regional, national and international measures
  • confidently assess value when commissioning healthcare and innovations
  • visualise and assess efficiency and benefit erosion across pathways
  • present or assess new innovations, viewed with a ‘value lens’, to achieve fair reimbursement and value-based commissioning
  • benchmark performance against standardised value measures (QALY, DALY, ICER, RV, tariff, volume etc)

Achieving High Performance

By bridging the patient → payer → provider void to define, target and analyse specific patient-reported data, healthcare services data and cost data, we identify the drivers of sub-optimal outcomes in clinical practice and the associated value erosion, and provide practical strategies for improvement.

Cancer Performance Index

Global Cancer Performance Index (CPI)

Our globally-applicable CPI is a dynamic insights generator for benchmarking outcomes and performance across cancer services.

Powered by QALYFAI® - our advanced AI platform - the CPI produces timely and relevant stakeholder-specific reports, supporting the design, commissioning, delivery and consumption of optimal and transparent cancer care, globally.

 

A Single Source of Truth

Our CPI provides a single source of truth for the analysis of outcomes, quality and value, enabling:

  • the benchmarking and presentation of standardised outcomes measures, using standardised data and reporting framework
  • the benchmarking of performance across cancer care service providers and specialists - aligned to local, national and international frameworks
  • the design of new outcomes, quality and value measures and standards
  • the assessment of the value and ROI of new innovations
  • the refinement of policy and the management of margins

Continued Refinement

Using advanced AI, Natural Language Processing and machine learning we employ a virtuous cycle of evidence exploration, data definition, data exploration, algorithm design and output validation.

Observe → Learn → Optimise → Repeat.