Potenture 
CASE STUDY

AI-Enabled Health

Overview
A healthcare provider network recognised the potential of artificial intelligence to enhance clinical outcomes and operational efficiency, but faced challenges typical of healthcare technology implementations:
  • High failure rates in AI deployment due to clinical resistance and workflow disruption
  • Difficulty achieving sustained adoption beyond initial pilot programs
  • Limited organisational capability to manage complex technology-driven change
  • Inadequate integration between technical implementation and clinical practice
  • Inconsistent engagement from clinical staff across diverse care settings
  • Lack of proven frameworks combining AI technology with healthcare change management
  • Pressure to demonstrate measurable return on investment in emerging technologies
The organisation required a comprehensive approach that addressed both technical excellence and human-centred change management to achieve sustained clinical adoption and measurable outcomes. 
Overview
A healthcare provider network recognised the potential of artificial intelligence to enhance clinical outcomes and operational efficiency, but faced challenges typical of healthcare technology implementations:
  • High failure rates in AI deployment due to clinical resistance and workflow disruption
  • Difficulty achieving sustained adoption beyond initial pilot programs
  • Limited organisational capability to manage complex technology-driven change
  • Inadequate integration between technical implementation and clinical practice
  • Inconsistent engagement from clinical staff across diverse care settings
  • Lack of proven frameworks combining AI technology with healthcare change management
  • Pressure to demonstrate measurable return on investment in emerging technologies
The organisation required a comprehensive approach that addressed both technical excellence and human-centred change management to achieve sustained clinical adoption and measurable outcomes. 
Approach
Our approach combined proven clinical AI technology with specialised organisational change management across five integrated phases:

Phase 1: Discover & Align: Conducted organisational readiness assessment and clinical workflow analysis, developed stakeholder mapping and engagement strategy, completed technical integration planning, and defined success criteria aligned with clinical and operational priorities.

Phase 2: Design & Prepare: Developed a comprehensive change strategy, customised an AI platform for specific clinical contexts, designed targeted training programs for diverse clinical roles, prepared pilot sites with intensive support structures, and established risk mitigation protocols.

Phase 3: Deploy & Adopt: Implemented pilot program with continuous optimisation, executed network-wide deployment with phased rollout approach, provided intensive adoption support addressing clinical workflow integration, established performance monitoring systems, and embedded constant improvement processes.

Phase 4: Scale & Integrate: Achieved full network integration across all care settings, activated advanced platform features based on clinical feedback, optimised workflows to maximise efficiency gains, implemented comprehensive outcome measurement frameworks, and transferred knowledge to internal teams.

Phase 5: Sustain & Evolve: Established long-term sustainability planning and governance, built internal capability for ongoing platform management, developed innovation pathways for emerging AI applications, created strategic expansion plans for additional clinical domains, and optimised partnership structures for continued evolution.
Approach
Our approach combined proven clinical AI technology with specialised organisational change management across five integrated phases:

Phase 1: Discover & Align: Conducted organisational readiness assessment and clinical workflow analysis, developed stakeholder mapping and engagement strategy, completed technical integration planning, and defined success criteria aligned with clinical and operational priorities.

Phase 2: Design & Prepare: Developed a comprehensive change strategy, customised an AI platform for specific clinical contexts, designed targeted training programs for diverse clinical roles, prepared pilot sites with intensive support structures, and established risk mitigation protocols.

Phase 3: Deploy & Adopt: Implemented pilot program with continuous optimisation, executed network-wide deployment with phased rollout approach, provided intensive adoption support addressing clinical workflow integration, established performance monitoring systems, and embedded constant improvement processes.

Phase 4: Scale & Integrate: Achieved full network integration across all care settings, activated advanced platform features based on clinical feedback, optimised workflows to maximise efficiency gains, implemented comprehensive outcome measurement frameworks, and transferred knowledge to internal teams.

Phase 5: Sustain & Evolve: Established long-term sustainability planning and governance, built internal capability for ongoing platform management, developed innovation pathways for emerging AI applications, created strategic expansion plans for additional clinical domains, and optimised partnership structures for continued evolution.
Results
The integrated methodology delivered exceptional results across technical, clinical and organisational dimensions:
  • 90% lower cost per recovery compared to delivering additional therapy sessions (n=58,475)
  • Significant improvements in health equity outcomes with 39% increase in Asian demographics access, 40% increase in Black demographics access, and 179% increase in non-binary demographics access (n=129,400)
  • Statistically significant clinical outcome improvements with ~60% recovery rates compared to ~28% in control groups (n=64,862)
  • Successful integration of AI into daily clinical workflows without disruption 
Results
The integrated methodology delivered exceptional results across technical, clinical and organisational dimensions:
  • 90% lower cost per recovery compared to delivering additional therapy sessions (n=58,475)
  • Significant improvements in health equity outcomes with 39% increase in Asian demographics access, 40% increase in Black demographics access, and 179% increase in non-binary demographics access (n=129,400)
  • Statistically significant clinical outcome improvements with ~60% recovery rates compared to ~28% in control groups (n=64,862)
  • Successful integration of AI into daily clinical workflows without disruption 
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Capability Program Strategy

A large government organisation was establishing a new capability program architecture framework and required development of its first capability program strategy for business enterprise architecture and transformation.
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Business Design
Cycle​

A large government organisation was challenged by fragmented systems and processes that hindered its ability to operate as an integrated enterprise. An uplift in end-to-end process performance and access to quality decision-making data was needed to support strategic priorities and improve organisational efficiency and effectiveness.
CASE STUDY
 Potenture 

Capability Program Strategy

A large government organisation was establishing a new capability program architecture framework and required development of its first capability program strategy for business enterprise architecture and transformation.
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CASE STUDY
 Potenture 

Business Design Cycle​

A large government organisation was challenged by fragmented systems and processes that hindered its ability to operate as an integrated enterprise. An uplift in end-to-end process performance and access to quality decision-making data was needed to support strategic priorities and improve organisational efficiency and effectiveness.