Many organisations have commissioned innovation strategies that fail to deliver results. Well-resourced, well-intentioned strategies sit largely unimplemented, not because the analysis was wrong, but because the mechanisms to act on it were never put in place.

The challenge is not a lack of insight. It is the gap between insight and execution.

So, the real question is: what turns one innovation strategy into measurable results while another remains a document on the shelf?

Why Most Innovation Ecosystems Fail

They are designed as plans, not operating systems.

Organisations often know what they want to achieve. They commission strategies, conduct stakeholder consultations, map barriers, and produce detailed roadmaps. Yet months or even years later, little has changed.

The problem is rarely a lack of ambition or poor analysis. It is the absence of the structures required to execute. Without clear ownership, cross-functional coordination, decision rights, funding pathways, and implementation discipline, even the strongest strategies will remain theoretical.

In practice, breakdowns usually occur in four areas:

• Strategy without delivery: priorities are defined but not embedded in operations.
• Pilots without scale: initiatives launch but lack a growth pathway.
• Data without decisions: information is collected but rarely used.
• Research without influence: insight is generated but disconnected from leadership decisions.

This is why many organisations do not need another strategy. They need the systems that allow strategy to work.

The Tools That Enable Execution

Understanding the execution gap is necessary but closing it requires practical structures that organisations can deploy. We share here three practical tools to help organisations turn their strategy into action.

Tool 1: Structured Coordination Mechanisms

What it is:  Formal structures that bring stakeholders together consistently. These typically take the form of working groups, Communities of Practice (CoPs), and steering forums with defined governance. What it does:  Moves ecosystems from fragmented, siloed actors toward a coordinated system with shared direction and accountability. What it requires: ◦        Clear roles and defined participation for all stakeholders ◦        Ongoing facilitation and governance structures ◦        Shared objectives, operational guidelines, and decision-making protocols

 

In practice: Kenya Space Sector Communities of Practice

Kenya’s space sector had no shortage of active players. Government agencies, academic institutions, and private sector innovators were all operating in the same ecosystem, but largely in parallel and with limited coordination. In partnership with the Kenya Space Agency (KSA) and supported by UKAid (UK International Development) through the RISA Fund, RIIS conducted an Ecosystem Maturity Assessment using the IDIA framework, alongside stakeholder mapping and engagement, and developed a comprehensive Innovation Ecosystem Roadmap.

The roadmap’s highest-impact intervention was the establishment of thematic Communities of Practice to connect key actors, improve collaboration, and create clearer pathways for joint execution.

Between 2024 and 2025, RIIS helped establish the governance, operating model, and sustainability structures required to launch the Communities of Practice.

The result was seven thematic CoPs bringing together more than 70 members from government, academia, industry, and civil society under shared governance arrangements. Management now sits with the Kenya Space Agency through a dedicated Secretariat, while RIIS remains in an advisory role.

This intervention created a functioning, locally owned coordination mechanism.

 

Tool 2: Execution Pathways

What it is:  A structured route that helps ideas move from concept to pilot, and from pilot to scale. What it does:  Prevents promising innovations from getting stuck in experimentation by assigning ownership, funding, decision points, and clear next steps at every stage. What it requires: ◦        Clear stage gates for progress decisions ◦        Defined ownership and accountability at every stage ◦        Funding aligned to milestones ◦        Commercial pathways to market ◦        Criteria for stopping weak ideas early

 

In practice: The Mandela Mining Precinct

For the Mandela Mining Precinct’s Longevity of Current Mines programme, RIIS developed a commercialisation framework to help mining technologies cross the gap between technical development and market adoption. The framework aligns Technology Readiness Levels (TRLs), Commercial Readiness Indices (CRIs), and systems engineering standards within a single stage-gated decision model. It guides developers through each phase, linking technical milestones to commercial outcomes, reducing investment risk, and enabling clearer go or no-go decisions.

Read more here: Bridging the Valley of Death – A Commercialisation Framework for Mining Innovation

 

Tool 3: Embedded Decision Systems

What it is:  Decision systems that integrate data, monitoring, and learning into day-to-day operations rather than treating them as retrospective reporting. What it does: Enables faster decisions, stronger accountability, and continuous adjustment as conditions change. What it requires: ◦        Clear metrics linked to strategic priorities from the outset ◦        Feedback loops built into delivery milestones ◦        Monitoring, Evaluation, and Learning (MEL) systems used for active management ◦        Data platforms that provide timely operational insight ◦        Decision-makers equipped to act on evidence quickly

 

In practice: Minerals Council SA

For Minerals Council South Africa, RIIS developed live data platforms including a National Mine Atlas, operational dashboards, and community mapping tools that placed timely information in the hands of delivery teams.

When COVID-19 emerged, this infrastructure helped identify transmission risks across mine sites and support faster targeted responses. Data shifted from a reporting requirement to a tool for real-time operational decisions.

How the Tools Work Together

Each tool addresses a different execution challenge, but their value lies in how they reinforce one another.

• Coordination mechanisms align actors and reduce fragmentation.
• Execution pathways move ideas from concept to scale.
• Embedded decision systems ensure continuous learning and adjustment.

 

Together, they turn strategy from a static plan into a system that delivers, adapts, and scales.

 

From Intention to Implementation

Across Africa’s space, health, mining, energy, and financial sectors, the challenge is rarely a lack of activity. It is a lack of coordination, continuity, and execution discipline. In many cases, they are active and progressing, but lack the coordination and discipline to move faster, waste fewer resources, and deliver measurable results.

By integrating strategy, innovation management, data science, and research into a unified operating model, organisations can ensure continuity from insight to execution and from execution to measurable, sustained impact.