kSIST-TP FprCEN/TR 17011-2-2:2026

SLOVENSKI STANDARD
01-julij-2026
Elektronska javna naročila - Smernice za inovacije - 2-2. del: Identifikacija
standardizacijskih dejavnosti za podporo inovativnemu razvoju v naročanju
Electronic Public Procurement - Innovation guideline - Part 2-2: Identification of
standardization activities to support innovative developments in procurement
Elektronische öffentliche Beschaffung - Innovationsleitfaden - Teil 2-2: Identifizierung von
Standardisierungsaktivitäten zur Unterstützung innovativer Entwicklungen im
Beschaffungswesen
Marchés publics électroniques - Lignes directrices pour l'innovation - Partie 2-2 :
Identification des activités de normalisation visant à soutenir les développements
innovants dans le domaine des marchés publics
Ta slovenski standard je istoveten z: FprCEN/TR 17011-2-2
ICS:
03.100.10 Nabava. Dobava. Logistika Purchasing. Procurement.
Logistics
35.240.63 Uporabniške rešitve IT v IT applications in trade
trgovini
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.

FINAL DRAFT
TECHNICAL REPORT
RAPPORT TECHNIQUE
TECHNISCHER REPORT
April 2026
ICS 01.120; 03.100; 35.240.63
English Version
Electronic Public Procurement - Innovation guideline -
Part 2-2: Identification of standardization activities to
support innovative developments in procurement
Marchés publics électroniques - Lignes directrices pour Elektronische öffentliche Beschaffung -
l'innovation - Partie 2-2 : Identification des activités de Innovationsleitfaden - Teil 2-2: Identifizierung von
normalisation visant à soutenir les développements Standardisierungsaktivitäten zur Unterstützung
innovants dans le domaine des marchés publics innovativer Entwicklungen im Beschaffungswesen

This draft Technical Report is submitted to CEN members for Vote. It has been drawn up by the Technical Committee CEN/TC
440.
CEN members are the national standards bodies of Austria, Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Estonia,
Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Norway,
Poland, Portugal, Republic of North Macedonia, Romania, Serbia, Slovakia, Slovenia, Spain, Sweden, Switzerland, Türkiye and
United Kingdom.
Recipients of this draft are invited to submit, with their comments, notification of any relevant patent rights of which they are
aware and to provide supporting documentation.

Warning : This document is not a Technical Report. It is distributed for review and comments. It is subject to change without
notice and shall not be referred to as a Technical Report.

EUROPEAN COMMITTEE FOR STANDARDIZATION
COMITÉ EUROPÉEN DE NORMALISATION

EUROPÄISCHES KOMITEE FÜR NORMUNG

CEN-CENELEC Management Centre: Rue de la Science 23, B-1040 Brussels
© 2026 CEN All rights of exploitation in any form and by any means reserved Ref. No. FprCEN/TR 17011-2-2:2026 E
worldwide for CEN national Members.

Contents Page
European foreword . 4
Introduction . 5
1 Scope . 7
2 Normative references . 7
3 Terms and definitions . 7
4 Standards Development Methodology . 7
4.1 INNOV-to-Standards Conversion Process . 7
4.2 Four-Dimensional Standards Organization . 7
5 Priority Standards Development Roadmap . 8
5.1 General . 8
5.2 HIGHEST PRIORITY Standards (0-18 months) - 25 Standards . 8
5.3 HIGH PRIORITY Standards (12-30 months) - 35 Standards . 9
5.4 MEDIUM PRIORITY Standards (24-42 months) - 17 Standards . 10
5.5 LOW PRIORITY Standards (42-60 months) - 10 Standards . 10
6 Cross-Dimensional Integration Framework . 10
6.1 System-of-Systems Technical Architecture . 10
6.2 Cross-Dimensional Dependencies Management . 11
7 Implementation Strategy and Timeline . 11
8 Phased Implementation Approach . 11
9 Resource Requirements and Investment . 11
10 Legal Integration and Compliance Framework . 12
10.1 Standards Development Legal Enablement . 12
10.2 Compliance Integration Architecture . 12
11 Quality Assurance and Validation Framework . 12
12 Standards Quality Management . 12
13 Cross-Dimensional Coherence Verification . 13
14 International Coordination and Global Leadership . 13
14.1 Global Standards Leadership Strategy . 13
14.2 European Global Competitive Advantage . 13
15 Performance Measurement and Continuous Improvement . 13
15.1 General . 13
15.2 Standards Performance Metrics . 14
15.3 Continuous Improvement Framework . 14
16 Conclusion and Strategic Impact . 14
16.1 Strategic Trilogy Achievement . 14
16.2 Global Innovation Leadership . 14
16.3 Implementation Call to Action . 15
Annex A (informative) Complete 87 Standards Listing by Dimension . 16
A.1 Dimension A: Business Model Innovation Standards (22 Standards) . 16
A.2 Dimension B: Innovative Operational Procurement Standards (28 Standards) . 18
A.3 Dimension C: Innovation Sourcing Standards (25 Standards) . 20
A.4 Dimension D: Technological Innovation Standards (12 Standards) . 21
A.5 System-of-Systems Orchestration Standard . 22
Annex B (informative) Cross-Dimensional Dependencies Matrix . 24
B.1 Overview of 342 Cross-Dimensional Dependencies . 24
B.2 Dependency Categories and Management Framework . 24
B.3 System-of-Systems Coordination Mechanisms . 26
Annex C (informative) Legal Compliance Integration Framework . 27
C.1 Legal Facilitation Mechanisms from FprCEN/TR 17011-2-3 [2] . 27
C.2 Cross-Border Legal Harmonization . 27
C.3 Performance-Based Legal Compliance . 28
Annex D (informative) Implementation Support Tools and Guidelines . 29
D.1 Standards Implementation Toolkit . 29
D.2 Training and Capacity Building Resources . 29
D.3 Technology Platform Implementation Guides . 30
Annex E (informative) Performance Measurement and Monitoring Framework . 31
E.1 Comprehensive Performance Metrics System . 31
E.2 Continuous Improvement Methodology . 31
E.3 Global Leadership Performance Indicators . 32
Bibliography . 33
European foreword
This document (FprCEN/TR 17011-2-2:2026) has been prepared by Technical Committee CEN/TC 440
"Electronic Public Procurement", the secretariat of which is held by DIN.
This document is currently submitted to the Vote on TR.
This document is part of the CEN/TR 17011-2 series of multi-part documents prepared by CEN/TC 440,
establishing the Strategic Trilogy for innovation procurement transformation:
— FprCEN/TR 17011-2-1: Framework and models of innovative developments in procurement;
— FprCEN/TR 17011-2-2: Idéntification of standardization activities to support innovative
developments in procurement;
— FprCEN/TR 17011-2-3: Legislation and regulations to enable and support innovative
developments in procurement.
This document is related to the broader CEN/TC 440 work programme including:
— 17014-series: eTendering Business Interoperability Spécifications;
— 17015-series: eCatalogue Business Interoperability Spécifications;
— 17016-series: eOrdering Business Interoperability Spécifications;
— 17017-series: éFulfilmént Business Interoperability Spécifications.
Introduction
Strategic Trilogy Technical Implementation Foundation
This Technical Report forms the technical implementation pillar of the CEN/TC 440 Strategic Trilogy,
establishing systematic methodologies for converting the 50 INNOV innovations idéntifiéd in
FprCEN/TR 17011-2-1 [1] into 87 comprehensive technical standards while operating within the
cross-sector legal facilitation framework provided by FprCEN/TR 17011-2-3 [2].
Strategic Technical Value Proposition:
— Economic Impact: €418B annual value creation through comprehensive 87-standard
framework aligned with FprCEN/TR 17011-2-1 [1];
— Standards Architecture: 87 technical standards across four innovation dimensions with
System-of-Systems orchestration;
— Legal Integration: Standards development enabled by comprehensive legal facilitation
mechanisms from FprCEN/TR 17011-2-3 [2];
— Cross-Sector Application: Universal applicability (84.9% of standards) across public and private
organizations;
— Implementation Timeline: 60-month phased deployment with progressive System-of-Systems
evolution.
Four-Dimensional Standards Architecture
Dimension A: Business Model Innovation Standards
— 13 INNOV innovations → 22 comprehensive standards;
— Focus: Circular economy, value optimization, product-as-service models;
— Economic Impact: €45B annual value through business model transformation;
— Legal Enablement: Circular business model legal authorization from FprCEN/TR 17011-2-3 [2].
Dimension B: Innovative Operational Procurement Standards
— 12 INNOV innovations → 28 comprehensive standards;
— Focus: Enhanced PCP/PPI, seven-procedure framework, digital platforms;
— Economic Impact: €158B annual value through operational excellence;
— Legal Enablement: Innovation authorization frameworks beyond PCP/PPI from FprCEN/TR
17011-2-3 [2].
Dimension C: Innovation Sourcing Standards
— 5 INNOV innovations → 25 comprehensive standards;
— Focus: AI-driven analytics, strategic methodologies, federated intelligence;
— Economic Impact: €130B annual value through innovation sourcing transformation;
— Legal Enablement: Cross-sector data sharing and AI compliance frameworks from FprCEN/TR
17011-2-3 [2] .
Dimension D: Technological Innovation Standards
— 20 INNOV innovations → 12 comprehensive standards;
— Focus: IoT, blockchain, AI integration, emerging technologies;
— Economic Impact: €85B annual value through technology coordination;
— Legal Enablement: Innovation sandboxes and technology safe harbors from FprCEN/TR 17011-2-3
[2].
1 Scope
This document establishes the technical pillar of the Strategic Trilogy, converting the 50 INNOV
innovations from FprCEN/TR 17011-2-1 [1] into 87 comprehensive standards while operating within
the legal facilitation framework provided by FprCEN/TR 17011-2-3 [2].
2 Normative references
There are no normative references in this document.
3 Terms and definitions
No terms and définitions are listed in this document.
— ISO Online browsing platform: available at http://www.iso.org/obp
— IEC Electropedia: available at http://www.electropedia.org/
4 Standards Development Methodology
4.1 INNOV-to-Standards Conversion Process
Systematic Conversion Framework:
The methodology converts each of the 50 INNOV innovations from FprCEN/TR 17011-2-1 [1] into
multiple technical standards following a structured process:
a) Innovation Analysis: Detailed examination of INNOV innovation requirements and use cases;
b) Gap Identification: Systematic idéntification of technical standardization needs;
c) Standards Architecture: Design of comprehensive technical spécifications;
d) Cross-Dimensional Integration: Coordination with System-of-Systems orchestration
requirements;
e) Legal Compliance: Alignment with legal facilitation mechanisms from FprCEN/TR 17011-2-3 [2].
4.2 Four-Dimensional Standards Organization
Dimension A: Business Model Innovation Standards (22 Standards)
Based on 13 INNOV innovations focused on circular economy and value optimization:
Key Standards Categories:
— Circular Business Model Assessment Frameworks (5 standards);
— Value Creation and Capture Methodologies (4 standards);
— Product-as-Service Procurement Models (6 standards);
— Social Impact and Sustainability Integration (4 standards);
— Performance-Based Business Model Standards (3 standards).
Dimension B: Innovative Operational Procurement Standards (28 Standards)
Based on 12 INNOV innovations covering enhanced procedures and digital platforms:
Key Standards Categories:
— Enhanced PCP Framework Standards (8 standards);
— Enhanced PPI Implementation Standards (7 standards);
— Seven-Procedure Innovation Framework (6 standards);
— Digital Platform Integration Standards (4 standards);
— Cross-Sector Collaboration Standards (3 standards).
Dimension C: Innovation Sourcing Standards (25 Standards)
Based on 5 high-impact INNOV innovations for strategic sourcing:
Key Standards Categories:
— AI-Driven Analytics and Intelligence (8 standards);
— Strategic Innovation Planning Methodologies (6 standards);
— Federated Data and Privacy-Preserving Analytics (5 standards);
— Innovation Opportunity Idéntification (3 standards);
— Cross-Border Innovation Coordination (3 standards).
Dimension D: Technological Innovation Standards (12 Standards)
Based on 20 INNOV innovations covering emerging technologies:
Key Standards Categories:
— IoT and Digital Infrastructure Integration (4 standards);
— Blockchain and Distributed Ledger Systems (3 standards);
— AI Ethics and Governance Frameworks (2 standards);
— Cybersecurity and Privacy Protection (2 standards);
— Emerging Technology Coordination Platform (1 standard).
5 Priority Standards Development Roadmap
5.1 General
This clause outlines standards development roadmap, prioritizing standards to be developed in the
future. Details on the idéntifiéd standards are given in Annex A.
5.2 HIGHEST PRIORITY Standards (0-18 months) - 25 Standards
Core Foundation Standards with Cross-Sector Impact
1. B.20: EU Standard e-Procedures for Innovation Procurement
— Source: INNOV01, INNOV03, INNOV05 from Dimension B;
— Legal Enablement: Innovation authorization frameworks from FprCEN/TR 17011-2-3 [2] ;
— Seven-Procedure Framework: Complete innovation procurement lifecycle;
— Economic Impact: €12B annual value through standardized procedures;
— Cross-Sector Application: 95% applicability across public and private sectors.
2. A.15: Circular Business Model Assessment Framework
— Source: INNOV02, INNOV04, INNOV10 from Dimension A;
— Legal Enablement: Circular economy legal authorization from FprCEN/TR 17011-2-3 [2];
— Multi-Stakeholder Integration: Public-private circular assessment protocols;
— Economic Impact: €8B annual value through circular transformation;
— Sustainability Focus: Comprehensive lifecycle impact measurement.
3. C.09: AI-Driven Innovation Analytics Platform
— Source: INNOV09 (76 use cases) from Dimension C;
— Legal Enablement: AI Act compliance frameworks from FprCEN/TR 17011-2-3 [2] ;
— Collective Intelligence: Federated analytics with privacy protection;
— Economic Impact: €15B annual value through intelligent decision-making;
— Cross-Dimensional Impact: Integration across all four dimensions.
4. D.18: IoT-Enabled Innovation Ecosystem Framework
— Source: INNOV18, INNOV23 from Dimension D;
— Legal Enablement: Technology innovation sandboxes from FprCEN/TR 17011-2-3 [2] ;
— Real-Time Coordination: Asset monitoring and performance optimization;
— Economic Impact: €8B annual value through intelligent asset management;
— System Integration: Foundation for System-of-Systems coordination.
5. INNOV49: System-of-Systems Governance Standards
— Source: INNOV49 SoS orchestration framework from FprCEN/TR 17011-2-1 [1] ;
— Legal Enablement: SoS legal orchestration framework from FprCEN/TR 17011-2-3 [2] ;
— Cross-Dimensional Coordination: Management of 342 dependencies;
— Economic Impact: €45B annual value through system coordination;
— Unique Position: Enabling integrated ecosystem function.
[Additional 20 HIGHEST priority standards continue with similar detailed spécifications.]
5.3 HIGH PRIORITY Standards (12-30 months) - 35 Standards
Advanced Integration and Cross-Sector Standards
Building upon foundation standards to enable comprehensive ecosystem integration with enhanced
cross-sector collaboration capabilities.
5.4 MEDIUM PRIORITY Standards (24-42 months) - 17 Standards
Specialized and Advanced Technology Standards
Focused on emerging technologies and specialized applications requiring mature foundation
infrastructure.
5.5 LOW PRIORITY Standards (42-60 months) - 10 Standards
Future-Ready and Optimization Standards
Advanced optimization and next-generation technology preparation standards.
6 Cross-Dimensional Integration Framework
6.1 System-of-Systems Technical Architecture
Coordination Layer Standards:
Data Governance Stack (Layer 1)
— Federated data management across 50 INNOV innovations;
— Privacy-preserving analytics enabling cross-sector collaboration;
— Real-time data synchronization across 342 dependencies;
— GDPR-compliant data sharing protocols.
Regulatory Synchronization Layer (Layer 2)
— Real-time regulatory update propagation;
— Automated compliance checking for 27 EU member states;
— Cross-border legal framework alignment;
— Innovation sandbox coordination.
Digital Infrastructure Hub (Layer 3)
— 100% API compatibility across dimensional interfaces;
— Legacy system integration with modern innovations;
— Scalable cloud-native architecture;
— Security orchestration and threat management.
Smart Procurement Loop (Layer 4)
— Automated workflow coordination across all procedures;
— Performance monitoring and continuous improvement;
— Cross-phase coordination and optimization;
— Value optimization through intelligent resource allocation.
6.2 Cross-Dimensional Dependencies Management
342 Documented Dependencies: Systematic coordination requirements between innovations across
dimensions, managed through technical standards spécifications:
Dimension A ↔ B Integration: Circular business models require innovative operational procedures
Dimension B ↔ C Integration: Innovation procedures need intelligent data-driven supportDimension
C ↔ D Integration: Data analytics require robust technology infrastructure Dimension D ↔ A
Integration: Technology enables advanced business model innovation
A systematic overview on the cross-dimensional dependencies are given in Annex B.
7 Implementation Strategy and Timeline
8 Phased Implementation Approach
Phase 1: Foundation Standards (0-24 months)
— Deploy 25 HIGHEST priority standards across all dimensions;
— Establish System-of-Systems compatible architecture;
— Implement legal compliance frameworks from FprCEN/TR 17011-2-3 [2];
— Economic Impact: €185B annual value creation.
Phase 2: Integration Standards (24-42 months)
— Deploy 35 HIGH priority standards with cross-dimensional integration;
— Activate System-of-Systems coordination capabilities;
— Enhance cross-sector collaboration frameworks;
— Economic Impact: €315B annual value creation.
Phase 3: Advanced Standards (42-60 months)
— Complete 87-standard framework deployment;
— Achieve full System-of-Systems orchestration;
— Establish global leadership in innovation procurement standards;
— Economic Impact: €418B annual value creation.
9 Resource Requirements and Investment
Total Investment: €125M over 60 months aligned with FprCEN/TR 17011-2-1 [1] framework
Phase 1 Investment: €45M
— Standards development and validation: €25M;
— Pilot implementation programs: €15M;
— Legal compliance integration: €5M.
Phase 2 Investment: €50M
— Advanced standards development: €30M;
— Cross-sector integration support: €15M;
— International coordination: €5M.
Phase 3 Investment: €30M
— Optimization and réfinémént: €20M;
— Global leadership establishment: €10M.
Return on Investment: 18:1 development ROI, 7,511:1 market enablement ROI.
10 Legal Integration and Compliance Framework
10.1 Standards Development Legal Enablement
Legal Foundation from FprCEN/TR 17011-2-3 [2] :
Enhanced Article 31bis Framework: Legal authorization for cross-sector innovation standards
partnerships with experimental implementation protection.
Innovation Sandbox Protection: Graduated liability protection (90%/70%/50%) for standards-
compliant innovation experimentation across development phases.
Cross-Border Legal Harmonization: Standardized legal interpretations across EU member states
enabling consistent standards adoption.
System-of-Systems Legal Orchestration: Legal framework enabling coordination of complex multi-
organizational innovation ecosystems.
10.2 Compliance Integration Architecture
Automated Compliance Verification: Standards include built-in compliance checking capabilities
aligned with legal requirements from FprCEN/TR 17011-2-3 [2] .
Performance-Based Legal Compliance: Standards emphasize outcome achievement rather than
process adherence, enabling fléxiblé approaches while maintaining accountability.
Cross-Sector Legal Protection: Standards provide legal safe harbors for organizations implementing
innovation approaches across public-private boundaries.
11 Quality Assurance and Validation Framework
12 Standards Quality Management
Technical Excellence Validation:
— Expert review panels with cross-sector representation;
— Pilot implementation testing across multiple organizational types;
— Performance measurement against economic impact targets;
— Interoperability vérification with existing procurement systems.
Market Relevance Assurance:
— Stakeholder consultation across public and private sectors;
— Real-world use case validation through pilot programs;
— Economic impact vérification through implementation tracking;
— Continuous feedback integration and standards réfinémént.
13 Cross-Dimensional Coherence Verification
System-of-Systems Integration Testing: Validation of coordination capabilities across all 342 cross-
dimensional dependencies.
Legal Compliance Verification: Systematic checking of standards alignment with legal facilitation
mechanisms from FprCEN/TR 17011-2-3 [2].
Economic Impact Validation: Measurement of actual value creation against projected €418B annual
impact targets.
14 International Coordination and Global Leadership
14.1 Global Standards Leadership Strategy
ISO/IEC Partnership: Technical committee collaboration for international harmonization of
innovation procurement standards.
Regional Coordination: Leadership in transatlantic and Asia-Pacific innovation procurement
standardization initiatives.
Developing Country Support: Capacity building and technology transfer programs for global
standards adoption.
14.2 European Global Competitive Advantage
First-Mover Advantage: European leadership in systematic innovation procurement standardization
establishing global best practices.
Technology Export: European standards and methodologies as foundation for international
innovation procurement transformation.
Innovation Ecosystem Leadership: European innovation procurement ecosystem as global model for
cross-sector collaboration and System-of-Systems coordination.
15 Performance Measurement and Continuous Improvement
15.1 General
This clause gives an overview on the metrics and the framework for performance measurement and
continuous improvement. More details are given in Annex E.
15.2 Standards Performance Metrics
Technical Performance Indicators:
— Standards adoption rate across EU member states and internationally;
— Implementation success rate and time-to-deployment metrics;
— System interoperability and integration effectiveness measures;
— Cross-dimensional coordination and dependency management success.
Economic Impact Measurement:
— Value creation tracking against €418B annual target;
— Innovation acceleration and time-to-market improvements;
— Cost reduction and éfficiéncy gains through standardization;
— Return on investment validation across implementation phases.
15.3 Continuous Improvement Framework
Stakeholder Feedback Integration: Systematic collection and integration of feedback from standards
implementers across public and private sectors.
Technology Evolution Adaptation: Regular updates to standards incorporating emerging technology
developments and market changes.
Performance Optimization: Continuous réfinémént based on actual implementation results and
economic impact measurement.
16 Conclusion and Strategic Impact
16.1 Strategic Trilogy Achievement
The 87 comprehensive technical standards established in this Technical Report successfully convert
the strategic vision from FprCEN/TR 17011-2-1 [1] into actionable technical spécifications while
operating within the legal facilitation framework provided by FprCEN/TR 17011-2-3 [2].
Key Strategic Achievements:
— Complete Technical Implementation: 87 standards covering all 50 INNOV innovations across
four dimensions (see also Annex A);
— System-of-Systems Orchestration: Technical spécifications enabling coordination of 342 cross-
dimensional dependencies (see also Clause A.5);
— Cross-Sector Integration: Universal standards applicable across public and private organizations;
— Legal Compliance Integration: Standards designed to operate within comprehensive legal
facilitation framework (see also Annex C).
16.2 Global Innovation Leadership
European Competitive Advantage:
...