Food Decision Missions

Key question:
Where should action and investment be directed to achieve the greatest reduction in food-borne illness?

Global and national burden estimates reveal the scale of foodborne disease, but they do not automatically identify which interventions should be implemented. This mission connects burden estimates with hazard-food pathways, exposure, vulnerable populations, feasibility and intervention effectiveness.

Potential outputs:

• Priority hazard-food pathway map
• Decision-ready risk assessment
• Intervention portfolio and resource priorities
• Public-health impact targets
• Implementation and monitoring framework

Explore Burden-to-Action

Key question:
How should the food-safety system prepare for hazards and supply chains affected by climate change?

This mission connects climate intelligence with food-safety surveillance, production conditions, trade exposure and supply-chain data. It helps organizations identify changing risks and decide when preventive or adaptive action should be triggered.

Potential outputs:

• Climate-sensitive food-safety risk map
• Priority scenarios and vulnerable supply chains
• Early-warning indicators
• Surveillance and action triggers
• Climate-adaptation roadmap

Explore Climate-Ready Food Safety

Key question:
What evidence is needed to evaluate a novel food or technology safely, proportionately and without unnecessary delay?

This mission creates a structured decision pathway for novel foods, new ingredients and innovative production systems. It accelerates problem formulation and evidence evaluation without lowering safety standards.

Potential outputs:

• Regulatory and scientific problem formulation
• Evidence-requirement matrix
• Data-gap and uncertainty analysis
• Staged risk-assessment pathway
• Post-market monitoring plan
• Decision roadmap for authorization or further evidence generation

Explore Safe Innovation Fast-Track

Key question:
Which option offers the best balance between food safety, food security and sustainability?

Food-safety decisions can affect availability, affordability, nutrition, waste, environmental performance, trade and resilience. This mission makes those interactions explicit and compares the expected benefits, risks and unintended consequences of different options.

Potential outputs:

• Multi-objective decision framework
• Options and trade-off assessment
• Stakeholder and distributional-impact analysis
• Scenario comparison tool
• Transparent decision brief
• Implementation and evaluation roadmap

Explore Balanced Food-System Decisions

Define the decision, owner, deadline, objectives and expected impact.

Output: Mission charter

Map existing evidence, responsibilities, workflows, capabilities and gaps.

Output: Decision-system diagnosis

Integrate risk assessment, operational data, expert knowledge, uncertainty analysis and relevant intelligence.

Output: Decision-ready evidence package

Evaluate expected benefits, residual risks, feasibility, costs and possible unintended consequences.

Output: Options and trade-off brief

Translate the evidence into a usable decision brief, prioritization model, dashboard, scenario tool or governance process.

Output: Decision-support product and action plan

Define responsibilities, indicators and feedback mechanisms to assess whether the decision produced the intended result.

Output: Implementation, monitoring and learning framework

Depending on the challenge, a Food Decision Mission can provide:

• A clearly framed and owned decision
• An integrated evidence and intelligence map
• A decision-ready risk assessment
• Explicit treatment of uncertainty
• A comparison of feasible options and trade-offs
• A practical decision-support product
• An implementation roadmap
• Indicators for monitoring results and impact
• A stronger institutional capability for future decisions

Design multi-country pilots, translate global evidence into country action and develop scalable decision frameworks.

Prioritize hazards, interventions, surveillance, inspections, investments and regulatory action.

Evaluate innovations, strengthen supply-chain resilience and manage safety-sustainability trade-offs transparently.

Connect scientific outputs to operational decisions, implementation and measurable impact.

Examine one priority decision, identify the decision-system gap and propose a focused mission plan.

Develop an end-to-end decision package for one defined challenge.

Apply and progressively embed Food Decision Engineering across several decisions, countries or programs.

Every mission is built around:

• Scientific credibility
• Transparent assumptions
• Explicit uncertainty
• Proportionate methods
• Human accountability
• Stakeholder clarity
• Codex-compatible risk-analysis principles
• Documented conflicts of interest
• Measurable outcomes and continuous learning