Digital Public Infrastructure Interoperability and Integration Delivery Intensive Course

Course Introduction

Digital Public Infrastructure Interoperability and Integration Delivery Intensive Course provides government technology leaders, digital transformation specialists, enterprise architects, programme managers, public-sector officials, and systems integration professionals with practical knowledge for designing, implementing, and governing interoperable digital public infrastructure. Digital public infrastructure comprises foundational digital capabilities that enable people, businesses, government institutions, and service providers to interact securely and efficiently across public and private services. These capabilities commonly include digital identity, payments infrastructure, trusted data exchange, registries, authentication services, consent mechanisms, and shared digital service platforms. This course equips participants with methods for coordinating these components into reliable, inclusive, secure, and scalable systems that improve public service delivery and support broader digital transformation objectives.

Many governments have developed digital services independently, resulting in fragmented databases, duplicated registration processes, incompatible software platforms, disconnected payment systems, inconsistent data standards, and limited information sharing between agencies. These limitations can increase administrative costs, delay service delivery, complicate verification, and create barriers for citizens and businesses. Participants will explore how to assess existing digital ecosystems, identify integration gaps, define interoperability requirements, and develop practical delivery roadmaps that connect legacy systems with shared digital infrastructure. The course emphasizes the importance of understanding institutional mandates, service ownership, legal responsibilities, technical dependencies, and user needs before selecting integration technologies or redesigning public-sector processes.

Effective interoperability requires more than connecting application programming interfaces or transferring information between databases. It depends on common standards, agreed data definitions, trusted identity mechanisms, consistent identifiers, secure authentication, appropriate authorization, reliable messaging, and clear rules governing the exchange and use of information. Participants will examine interoperability across technical, semantic, organizational, legal, and operational dimensions. They will explore integration architectures involving APIs, event-driven messaging, service registries, data exchange layers, federated systems, master data management, and reusable government platforms. The course also addresses the importance of avoiding unnecessary centralization, minimizing duplicated data collection, preserving authoritative sources, and ensuring that information exchange is proportionate to a legitimate service purpose.

The implementation of digital public infrastructure requires strong governance because interconnected systems can create shared dependencies, cybersecurity exposure, privacy risks, operational vulnerabilities, and complex accountability arrangements. Participants will learn how to establish governance structures that define platform ownership, institutional responsibilities, data stewardship, access rights, service-level expectations, dispute resolution, change control, and incident escalation. The course examines digital identity assurance, authentication, consent and authorization models, data protection, audit trails, cybersecurity, resilience, and responsible data sharing. It also explores approaches for managing vendor dependence, technology concentration, public trust, cross-border data exchange, and the risks of excluding people who lack reliable connectivity, formal documentation, accessible devices, or advanced digital skills.

Digital public infrastructure programmes frequently involve multiple ministries, regulatory bodies, local authorities, financial institutions, telecommunications providers, technology vendors, civil society organizations, development partners, and citizens. Their successful delivery depends on coordinated programme management, realistic implementation sequencing, institutional readiness, sustainable financing, procurement discipline, and meaningful stakeholder engagement. Participants will examine how to prioritize use cases, define measurable outcomes, coordinate implementation workstreams, establish integration test environments, manage migration, and introduce services incrementally without compromising continuity or security. The course also considers emerging approaches involving open-source digital public goods, privacy-enhancing technologies, verifiable credentials, digital wallets, federated data exchange, artificial intelligence, and reusable service components, with attention to appropriate safeguards and local institutional requirements.

By completing Digital Public Infrastructure Interoperability and Integration Delivery Intensive Course, participants will be better prepared to lead cross-agency integration initiatives, evaluate interoperability architectures, establish governance mechanisms, and oversee delivery from requirements definition through deployment and continuous improvement. They will gain practical capabilities in ecosystem assessment, integration planning, API governance, identity and payment interoperability, data standards, cybersecurity, privacy, operational resilience, supplier management, and performance monitoring. Through architecture exercises, integration scenarios, governance simulations, and a capstone delivery plan, participants will develop a structured approach to building connected public services that are accessible, trustworthy, sustainable, and capable of supporting secure information exchange across institutional boundaries.

Duration

10 days

Who Should Attend

• Government chief information officers and chief digital officers responsible for public-sector digital transformation and shared infrastructure strategy.

• Digital public infrastructure programme directors coordinating identity, payments, data exchange, registries, and cross-government digital services.

• Enterprise architects designing government-wide technology architectures, interoperability frameworks, shared platforms, and integration standards.

• Systems integration architects and engineers responsible for connecting government applications, legacy platforms, databases, and external service providers.

• Public-sector IT managers overseeing government service portals, application programming interfaces, digital registries, integration platforms, and operational systems.

• Government data officers and information management specialists responsible for data standards, data stewardship, exchange policies, and authoritative data sources.

• Digital identity professionals implementing identity proofing, authentication, credential management, verification services, and access-control mechanisms.

• Public digital payments specialists integrating treasury systems, payment gateways, banking networks, revenue collection platforms, and citizen-facing payment services.

• Cybersecurity, privacy, and information assurance professionals responsible for protecting shared digital infrastructure and managing interconnected-system risks.

• Public administration and service delivery leaders seeking to simplify administrative procedures through interoperable digital services and reusable infrastructure.

• Regulatory, legal, and policy professionals involved in data protection, electronic transactions, digital identity, information sharing, and digital government governance.

• Procurement and contract management professionals supporting technology acquisition, integration contracts, vendor oversight, and platform sustainability.

• Development partners, consultants, and technical advisers supporting national digital transformation strategies and government interoperability programmes.

• Municipal and local government officials connecting local service delivery systems with national registries, identity services, payments, and shared government platforms.

• Digital inclusion and public service innovation professionals focused on accessibility, citizen trust, equitable access, and the responsible implementation of digital public infrastructure.

Course Objectives

• Develop a comprehensive understanding of digital public infrastructure components, institutional dependencies, interoperability principles, governance requirements, and public service delivery objectives.

• Assess existing government digital ecosystems to identify fragmented systems, duplicated functions, incompatible data structures, integration barriers, and opportunities for shared infrastructure.

• Design interoperability architectures that connect digital identity, payment systems, registries, government service platforms, and authorized external applications.

• Apply technical and semantic interoperability principles through API standards, data models, common identifiers, metadata practices, and consistent information exchange protocols.

• Establish integration delivery roadmaps that define priority use cases, implementation dependencies, workstreams, milestones, resources, acceptance criteria, and measurable benefits.

• Develop API management and integration governance frameworks covering service discovery, documentation, authentication, versioning, monitoring, lifecycle management, and controlled access.

• Implement appropriate data governance, privacy, consent, authorization, cybersecurity, and auditability controls across interconnected government information systems.

• Strengthen digital identity and authentication integration by evaluating identity assurance, credential verification, federated access, trust frameworks, and inclusive onboarding approaches.

• Coordinate interoperable digital payments and financial services through reliable transaction interfaces, reconciliation processes, settlement controls, and exception management.

• Establish integration testing, migration, service continuity, incident response, disaster recovery, and operational acceptance procedures for shared digital infrastructure.

• Evaluate emerging technologies such as verifiable credentials, privacy-enhancing computation, open-source digital public goods, federated data exchange, and AI-assisted service delivery.

• Develop a sustainable delivery and governance plan that aligns institutional accountability, procurement, financing, operational ownership, digital inclusion, and long-term infrastructure resilience.

Comprehensive Course Outline

Module 1: Foundations of Digital Public Infrastructure

• Examine the role of digital public infrastructure in enabling trusted interactions between citizens, businesses, government institutions, financial service providers, and authorized digital platforms.

• Explore foundational components including digital identity, payments, data exchange, registries, authentication, consent, and reusable public digital services.

• Distinguish shared digital infrastructure from individual government applications, sector-specific information systems, centralized databases, and broader digital government programmes.

• Identify the institutional, technical, legal, financial, and operational conditions required to establish reliable and sustainable digital public infrastructure.

Module 2: Digital Ecosystem Assessment and Interoperability Readiness

• Map existing government systems, registries, service portals, identity platforms, payment systems, data repositories, and external integration dependencies.

• Assess interoperability maturity across technical compatibility, data semantics, institutional processes, legal permissions, service ownership, and operational readiness.

• Identify duplicated capabilities, fragmented workflows, incompatible identifiers, data quality problems, vendor dependencies, and opportunities for shared services.

• Develop an interoperability readiness assessment that prioritizes integration opportunities according to public value, implementation complexity, risk, cost, and institutional preparedness.

Module 3: Interoperability Frameworks, Standards, and Architecture

• Examine technical, semantic, organizational, and legal interoperability as complementary requirements for reliable cross-agency digital services.

• Develop reference architectures that define integration layers, authoritative data sources, service interfaces, security boundaries, trust relationships, and information flows.

• Evaluate relevant standards, open specifications, data models, identifier schemes, metadata practices, and protocol choices according to the intended use case.

• Establish architecture governance procedures for design review, standards adoption, exceptions, technical documentation, interoperability testing, and controlled evolution.

Module 4: API Management and Integration Platform Delivery

• Design API-led integration architectures using RESTful interfaces, appropriate messaging patterns, documented service contracts, and reusable integration components.

• Establish API gateways, service discovery, developer documentation, authentication, rate limiting, version control, logging, and lifecycle management procedures.

• Compare API management platforms, enterprise service buses, integration platforms, event brokers, and lightweight service-based architectures against delivery requirements.

• Define API ownership, service-level expectations, backward compatibility, deprecation procedures, monitoring responsibilities, and incident escalation arrangements.

Module 5: Digital Identity, Authentication, and Trust Frameworks

• Examine digital identity lifecycle management, identity proofing, authentication, credential issuance, verification, revocation, and account recovery.

• Design integration patterns for identity providers, relying parties, government registries, service portals, and authorized third-party applications.

• Evaluate federated identity, single sign-on, multifactor authentication, risk-based authentication, and appropriate credential verification mechanisms.

• Establish governance for identity assurance levels, trust relationships, credential protection, accessibility, alternative access channels, and remediation of identity-related errors.

Module 6: Digital Payments and Transaction Interoperability

• Map payment workflows involving government revenue collection, public benefit disbursement, financial institutions, payment service providers, and digital service platforms.

• Design secure payment interfaces covering transaction initiation, authorization, status confirmation, reconciliation, settlement information, and exception handling.

• Establish transaction identifiers, message standards, idempotency controls, duplicate-payment prevention, audit records, and mechanisms for resolving failed transactions.

• Evaluate payment interoperability risks involving fraud, service outages, disputed transactions, liquidity dependencies, data exposure, and inconsistent reconciliation procedures.

Module 7: Registries, Master Data, and Trusted Data Exchange

• Examine the role of foundational registries and authoritative data sources in supporting reliable identity verification, business services, property administration, licensing, and social protection.

• Design data exchange patterns that preserve source authority, minimize duplication, and ensure that requesting institutions use information only for authorized purposes.

• Apply master data management, reference data standards, record matching, data quality rules, and controlled synchronization where appropriate.

• Establish procedures for correcting inaccurate records, managing conflicting information, documenting data provenance, and resolving disagreements between participating institutions.

Module 8: Data Governance, Privacy, and Consent Management

• Define data stewardship responsibilities, access policies, data classification, lawful processing conditions, retention rules, and information-sharing agreements.

• Assess privacy risks associated with cross-agency linkage, excessive collection, secondary use, centralized data aggregation, and unauthorized disclosure.

• Design consent and authorization mechanisms appropriate to the legal basis, service context, user expectations, and sensitivity of the information being exchanged.

• Establish privacy impact assessments, data minimization controls, audit trails, access reviews, complaint mechanisms, and procedures for responding to data subject requests.

Module 9: Cybersecurity and Infrastructure Resilience

• Identify threats affecting shared identity services, API gateways, payment interfaces, government registries, cloud platforms, integration networks, and external service connections.

• Apply security controls including strong authentication, least-privilege access, encryption, secure secrets management, network segmentation, logging, and vulnerability management.

• Develop incident response arrangements covering cross-agency coordination, threat notification, containment, evidence preservation, service restoration, and post-incident review.

• Establish resilience requirements for availability, redundancy, backup, disaster recovery, dependency monitoring, capacity management, and continuity of essential public services.

Module 10: Integration Testing, Quality Assurance, and Service Acceptance

• Develop integration test strategies covering functional behavior, interface contracts, data consistency, authorization, transaction processing, failure handling, and service-level performance.

• Establish test environments, synthetic test data, automated regression testing, end-to-end scenarios, and controlled access to production-like systems.

• Evaluate interoperability failures involving incompatible data formats, timing mismatches, duplicate messages, incomplete records, network interruptions, and inconsistent error handling.

• Define acceptance criteria, defect severity levels, traceability records, independent assurance reviews, and sign-off procedures before services enter production.

Module 11: Legacy Modernization, Migration, and Change Management

• Assess legacy application constraints, undocumented interfaces, obsolete technology, technical debt, data migration risks, and dependencies that affect integration delivery.

• Compare migration, wrapping, replacement, phased modernization, and coexistence strategies according to business continuity, cost, complexity, and service risk.

• Develop data mapping, reconciliation, migration testing, rollback, cutover, and post-migration verification procedures for connected government services.

• Manage institutional change through stakeholder engagement, workforce training, revised operating procedures, communications, service support, and adoption monitoring.

Module 12: Governance, Institutional Coordination, and Operating Models

• Establish governance structures that clarify platform ownership, participating agency responsibilities, architecture authority, data stewardship, operational accountability, and dispute resolution.

• Define participation agreements, service responsibilities, support obligations, escalation routes, change approval procedures, and decision-making mechanisms across institutions.

• Develop operating models for shared infrastructure, including central coordination, federated ownership, distributed service management, and public-private delivery arrangements.

• Establish governance measures for transparency, auditability, accountability, conflict-of-interest management, independent review, and public trust.

Module 13: Procurement, Financing, and Supplier Management

• Develop procurement requirements that specify interoperability, open standards, security, portability, documentation, accessibility, maintainability, and integration acceptance criteria.

• Evaluate suppliers and technology platforms against technical capability, implementation experience, total cost of ownership, service continuity, support quality, and exit flexibility.

• Establish contract provisions for intellectual property, data ownership, subcontracting, security incidents, audit rights, service levels, interoperability obligations, and transition assistance.

• Develop sustainable financing and cost-sharing models for shared infrastructure, covering implementation, operations, upgrades, support, cybersecurity, and long-term replacement needs.

Module 14: Digital Inclusion, Accessibility, and Responsible Service Design

• Assess barriers affecting people with limited connectivity, disabilities, low digital literacy, language differences, limited documentation, or restricted access to digital devices.

• Design inclusive service journeys that provide accessible interfaces, understandable communications, assisted access, alternative channels, and effective correction procedures.

• Evaluate risks of exclusion, discriminatory outcomes, excessive surveillance, unauthorized profiling, and unnecessary linking of personal information across services.

• Establish user research, stakeholder consultation, accessibility testing, grievance handling, trust measurement, and feedback processes throughout implementation.

Module 15: Emerging Technologies and the Future of Digital Public Infrastructure

• Examine open-source digital public goods, verifiable credentials, digital wallets, decentralized identifiers, and reusable components for public service delivery.

• Evaluate federated data exchange, privacy-enhancing technologies, secure computation, and distributed analytics for enabling controlled information use across institutions.

• Assess potential applications of artificial intelligence in service navigation, document processing, fraud detection, and operational support while maintaining appropriate human oversight.

• Develop future-readiness strategies covering standards evolution, technology neutrality, platform portability, cybersecurity, responsible innovation, regional interoperability, and cross-border data governance.

Module 16: Integrated Interoperability Delivery and Governance Capstone

• Develop a practical integration roadmap connecting a digital identity service, a government registry, a payment platform, and a citizen-facing public service.

• Produce a target architecture with interface specifications, data flows, authoritative sources, security boundaries, privacy controls, operational dependencies, and acceptance criteria.

• Conduct a simulated integration review addressing a data mismatch, failed payment confirmation, unauthorized access attempt, and cross-agency service outage.

• Present an implementation and governance plan with phased milestones, resource estimates, risk controls, operating responsibilities, performance indicators, and long-term sustainability measures.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.