Executive highlights
• Economic security is now a formal EU policy frame shaping research priorities, collaboration choices and safeguards for sensitive technologies.
• “Made in Europe” procurement and industrial acceleration concepts are moving from debate to concrete policy instruments, directly affecting exploitation and scale-up narratives.
• Outbound investment review for advanced technologies (semiconductors, AI, quantum) is progressing via Member State reporting and risk assessment mechanisms.
• STEP is increasingly used as a cross-programme lens to define strategic technologies and mobilise complementary EU funding pathways.
• Regulatory readiness (AI Act, NIS2) is becoming part of implementation credibility for projects in critical infrastructure, cybersecurity, data spaces and AI-enabled systems.
• Defence industrial policy is increasingly linked to competitiveness and innovation pipelines; even civil proposals benefit from credible dual-use risk management and security-by-design governance.
1.Context and relevance: why geopolitics now drives EU funding
In 2026, EU funding decisions are increasingly anchored in a shared policy logic: reducing strategic dependencies, protecting critical technologies and accelerating industrial deployment within Europe.
This affects Horizon Europe evaluation, Joint Undertakings’ industrial relevance expectations and the design of cross-programme investment pathways.
For applicants, the practical consequence is that “Impact” is increasingly interpreted through resilience and security lenses. Evaluators expect credible evidence of supply chain robustness, EU-based manufacturing capability, trusted data infrastructures and governance that reduces risks of undesirable knowledge transfer.
2. Policy anchors to reference
Use a small number of official policy anchors and translate them into project logic. Avoid long link lists inside the narrative.
Recommended anchors (for most strategic technology proposals)
• European Economic Security Strategy (Commission Communication)
European Economic Security Strategy – Commission Communication
• STEP – Strategic Technologies for Europe Platform (overview)
STEP – Strategic Technologies for Europe Platform
• European Chips Act (policy framework)
European Chips Act – Commission policy page
Optional anchors (use only if directly relevant)
• Critical Raw Materials Act – Parliament Research Briefing (EPRS)
Critical Raw Materials Act – EPRS briefing
• Net-Zero Industry Act (Commission page)
Net-Zero Industry Act – Commission page
• AI Act – regulatory framework
AI Act – Commission policy page
• NIS2 – cybersecurity directive
NIS2 – Commission policy page
• Outbound investment review (Commission recommendation and context)
Outbound investment review – Commission context note
• Ukraine Facility (for Ukraine-related pipelines or resilience logic)
Ukraine Facility – Commission page
3. Latest highlights to integrate into 2026 proposals (policy and market signals)
These developments help strengthen evaluator-scoring Impact and Implementation narratives in 2026.
Made-in-Europe procurement and industrial acceleration signals
Treat this as a demand-side and localisation signal. For strategic technology proposals, justify EU value chain strengthening with concrete sourcing, manufacturing readiness and supplier diversification measures.
Made-in-Europe procurement direction – reporting overview (Reuters)
Clean Industrial Deal (competitiveness and decarbonisation package)
Use this anchor for clean-tech, manufacturing, energy systems and circularity projects. It supports a plausible uptake pathway via resilience- and sustainability-oriented procurement criteria.
Clean Industrial Deal – Commission page
AI Act implementation timeline continues
For AI-enabled solutions, include an “AI Act readiness” plan in Implementation: classification, data governance, technical documentation, human oversight and post-market monitoring responsibilities.
AI Act timeline confirmation – reporting overview (Reuters)
4. How to translate geopolitics into evaluator-scoring content
4.1 Excellence: geopolitics-aware excellence without policy name-dropping
Evaluator-friendly Excellence framing usually includes:
• a precise dependency problem statement (what, where, why it matters, what the project changes)
• resilience-by-design or security-by-design choices (architecture, trusted components, verification)
• a credible pathway from TRL progress to industrial adoption (standards, certification, pilot lines, supply chain constraints)
• proportionate research security and sensitive knowledge governance (access control, IP governance, publication review)
4.2 Impact: measurable strategic autonomy and resilience
Express Impact in measurable outcomes that reflect EU policy intent. KPI families that evaluators recognise:
Dependency reduction KPIs
• share of critical components/materials with EU/EEA sourcing options
• number of qualified EU suppliers
• documented alternative sourcing pathways
Manufacturing readiness KPIs
• MRL progression, throughput/yield improvements on pilot lines
• reduced time-to-qualification
Adoption KPIs
• number of EU deployment sites
• signed replication commitments
• procurement-readiness milestones aligned with industrial policy direction
Security and compliance KPIs
• NIS2-aligned security controls (where applicable)
• AI Act classification and documentation completeness (for AI-enabled systems)
4.3 Implementation: governance and risk management under geopolitical constraints
Implementation credibility increases when the work plan shows:
• governance for sensitive assets (decision rights, escalation, partner entry/exit, publication approval for sensitive outputs)
• a risk register that reflects reality (supply chain disruption, export-control uncertainty, leakage risks)
• exploitation and standardisation as real work (WP tasks, resources, deliverables, milestones), linked to scale-up frameworks where relevant
5. Common evaluator pitfalls in geopolitics-shaped proposals
• strategic autonomy claims without a dependency baseline or measurable indicators
• overpromising open dissemination for sensitive, dual-use or commercially critical outputs
• weak industrial commitment (missing manufacturers, integrators, certification/testing actors, end-user sites)
• generic risk tables that ignore supply chain, compliance and IP leakage risks
• too many policy references instead of two to three integrated anchors
6. Practical action plan: 10 steps for applicants
Select up to three policy anchors and define what each anchor implies for your project design.
Build a dependency and resilience baseline (components, materials, manufacturing steps, data infrastructure, single points of failure).
Define a verifiable EU value chain contribution narrative (partners, sites, suppliers, replication commitments).
Translate resilience into KPIs (dependency, MRL/TRL, adoption, compliance).
Design work packages around the impact pathway, not only technical tasks.
Add governance for sensitive assets (IP, data access, publication approvals, background/foreground management).
Plan regulatory readiness where relevant (AI Act, NIS2, product compliance, cybersecurity standards).
Stress-test consortium composition against deployment reality (manufacturing, integration, certification, end-users).
Create a geopolitical risk register with mitigation measures and contingencies.
Run an evaluator-style coherence check: every impact claim should map to tasks, resources, deliverables and KPIs.
7. How Nexuswelt supports
Nexuswelt supports coordinators and partners in translating geopolitics and economic security priorities into evaluator-scoring proposal design.
Support includes policy anchoring, impact engineering (KPIs, exploitation pathways, adoption mechanisms), implementation readiness (work packages, governance, risk registers) and consortium positioning.
Professional next step: request a geopolitics-and-economic-security alignment review of a concept note or draft proposal, focused on Excellence, Impact and Implementation coherence.
#HorizonEurope #EUfunding #EUpolicy #EconomicSecurity #StrategicAutonomy #IndustrialPolicy #Resilience #CriticalRawMaterials #EuropeanChipsAct #NetZeroIndustryAct #STEP #ResearchSecurity
