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PM ISE Information Interoperability Presentation -agile sourcing brief
The Information Sharing Environment (ISE) Interoperability Framework (i2f) is a guidance document designed to enhance information interoperability across various organizations and technology systems by establishing common practices, standards, and terms. It aims to increase information sharing, reduce operational costs, and promote shared services, aligning with national strategies for security and efficiency. The framework outlines the objectives, operational capabilities, and methodologies used to build, discover, and extend interoperable services within a diverse range of stakeholders.
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PM ISE Information Interoperability Presentation -agile sourcing brief
- 1. ISE Information Interoperability(I2F) Framework Understanding “Project Interoperability” Tools Agile Sourcing Working Group Briefing April 23, 2014
- 2. Getting on theSame Page (Common Terminology) 2 What is Information Interoperability? The ability to transfer and use information in a uniform and efficient manner across multiple organizations and information technology systems Australian Information Interoperability Framework (2006) In other words… It’s the ability of two or more systems or components to exchange information and to use the information that has been exchanged
- 3. What is theI2F? A guidance document for Exec, PM’s, SME and Architects to deliver Interoperable services using common practices, terms and models Supports “IT service providers” in efficiently achieving information and system interoperability Aligns to National Strategies ( Secure, Measureable, Extendable and Implementable Services) • Interoperability Objectives: • Increase information sharing • Reduce total cost of operations • Promote shared services • Treat information as a National Asset 3
- 4. I2F Vision &Approach 4 Operational Agnostic View: I2F guides the implementation of ISE information sharing capabilities across heterogeneous boundaries Common Practices: It provides mechanisms that can support FSLTT partner agencies (e.g., fusion centers) to share data based on normative terms, common standards, and practices Integrated Landscape: The I2F will accomplish the above objectives primarily through ISE constituent use of ISE Architecture Framework Grid ISE Standards and Specifications Framework ISE Common Profile Template
- 5. 5 • Increase Information/ IntelligenceSharing • Reduce Total Cost of Operations • Shared Services Priority Objectives National Strategy 2012 Government Authorities Stakeholder Inputs Interoperability Safeguarding Search & Discovery Access & Retrieval Dissemination Defense Law Enforcement Foreign Affairs Homeland Security Intelligence Interoperability Requirements Operational Capabilities Exchange Patterns Technical Capabilities Technical Standards Reference Models Exchange Specifications Technical Specifications FEAF DoDAF PAG Enables Constraints/Environment Federal SLT Private Int’l Stakeholders Communities TOGAF GRA Architecture Frameworks
- 6. I2F Integrated Landscape(I2FIL) 6 I2F provides an extensible, measurable, and implementable approach that is built for the ISE community as a management practice, to enable assured interoperability
- 7. Inside I2F Components 7 MissionSpace Operational Capabilities: references “Current State” Implementations of functional and technical services coupled with the appropriate policy, process, training, outreach, and other infrastructure components Common Practice and Terms •Technical Standards: specific to the development and implementation of information sharing capabilities into ISE systems •Technical Capabilities: detailed technical descriptions such as data and metadata that enable the efficient, secure, and trusted application of the ISE business processes and information flows to share information •Exchange Patterns: repeatable sets of tasks that help accomplish a commonly occurring need for exchange of data or information between two or more partners Reuse and Shared Capability •Exchange Specifications: is the instantiation of an exchange pattern, and once implemented correctly enables interoperability
- 8. Choreography and Coordination What AreExchange Patterns? 8 Query Response Workflow Alerts, Broadcast and Notifications A B CD A These commonly used message/information exchanges support mission needs…think RFI, AWN…SAR, or complex systems like Electronic Court Filing systems.
- 9. Alignment to ManagementPlan & Priority Objectives 9 Extensible Capability: I2F enables multiple priority objectives, implementation guidance and future needs i.e., IDAM, Data Agg, Shared Services, RFI, NIEM-UML, Cyber Initiatives, SBA, NJ-ISE, Cloud, Mobile etc… Measureable Criteria: I2F supports quantitative performance objectives aligned to PRM and GAO maturity model through identification of requirements Implementable Approach: I2F supports the delivery of capability through common architecture process, repeatable exchange patterns and harmonized standards and specifications
- 10. Discover Interoperable Services Build Interoperable Services Extend Interoperable Services Vision for Sustainability 10 •Discover Existing Capability or Managed Services • Build New Capability • Extend/Reuse Existing Capability I3F Repeatable Integrated Continuum
- 11. Extensible, Measurable, Implementable I2FIntegrated Lifecycle 11 ISE Interoperability Framework (I2F ) Architecture Frameworks (Domain/Artifacts) Industry Standards & Specifications Framework Common Profile Business/ Operational Capability Business Performance Security Requirements Definitions Reference View Representative Standards Technical Capabilities Application/Services Security Technical Standards Technical View Exchange Patterns Exchange Specifications Infrastructure Data Security Governance Interoperability Standards Implementation View Implementation Framework Service Design Principles – Assured Interoperability Guide I Articulate II Normalize III Populate/ Discover IV
- 12. Extensible, Measurable, Implementable EnterpriseArchitecture Requirements and Maturity Models Baseline FEA Common Approach Pillar 1 12
- 13. I2F Use –Building Interoperability into Mission-Based Reference Architecture(s) 13 Review Enterprise Architecture Common Approach, and identify mission- and business- specific enterprise reference architecture domain needs 1. Review the minimum requirements for interoperability 2. Coordinate interoperability artifact descriptions 3. Identify artifacts relevant to interoperability and information sharing 4. Ensure identified applicable architecture artifact is included in your reference, segment, and solution architecture methodology 5. Update Reference Architecture
- 14. I2F Use –Building Interoperability into Mission-Based Reference Architecture(s) 14 Use the I2F Architecture Framework Alignment Grid and Reference Architecture template to: 1. Review FEAF CA, and identify mission- and business-specific enterprise reference architecture domain needs 2. Review the minimum requirements for interoperability 3. Coordinate interoperability artifact descriptions 4. Identify artifacts relevant to interoperability and information sharing 5. Ensure identified applicable architecture artifact is included in your reference, segment, and solution architecture methodology 6. Update Reference Architecture
- 15. I2F Use –Building Interoperability into Mission-Based Reference Architecture(s) 15 1. Review the minimum requirements for interoperability Ex., Data Domain - builds on the operational context and defines why information needs to be exchanged. Technical standards are enablers that provide the vocabularies for sharing to assure that the semantic meaning and the context of the data is not lost during transition and transformation. Technical capabilities provide the architectural context within which the exchange is executed. All of these components focus on the interoperability framework. The actual data constructs define the data exchange content model and includes: Mechanism for identifying and categorizing candidate assets for sharing Framework for capturing data elements and the relationship between them (semantics) How the data is structured, what standards are used, and how data/information can be exchanged so users are able to both have access to and use the data/information Technical standards to design and implement information sharing capabilities into ISE systems Approach for documenting exchange patterns Data/information flow to include the tagging of the data, discovery, and retrieval Principles, roles, and responsibilities for data management and stewardship
- 16. I2F Use –Building Interoperability into Mission- Based Reference Architecture(s) 16 I2F MINIMUM REQUIREMENTS FOR INTEROPERABILITY I2F ARTIFACT DESCRIPTION How it addresses interoperability requirement APPLICABLE ARCHITECTURAL ARTIFACTS Applicable view, artifact, etc. – which maps to applicable reference artifact Common Approach to Federal Enterprise Architecture DoDAF/UAF GRA Service Specification Package, v1.0.0 IC-related (based on ICEA PAG) TOGAF DATA DOMAIN Mechanism for identifying and categorizing candidate assets for sharing (D1) Provide the high-level data concepts and their relationships Knowledge Management Plan (D2) Data Asset Catalog Provider-to-Consumer Matrix DIV-1: Conceptual Data Model Domain Vocabulary Conceptual Data Model Phase C: Information Systems Architecture – Data Application Principals, Data Principals Framework for capturing data elements and the relationship between them (semantics) (D2) Document the data requirements and their relationships, as well as the structural business process rules and metadata where necessary Logical Data Model (D1) DIV-2: Logical Data Model Message Definitions Mechanism Logical Data Model Architecture Definitions Document Approach for documenting exchange patterns (D3) Show the repeatable set of tasks that help accomplish the commonly occurring need for exchange of data/information between exchanging partners, as well as the data relationships and how the data relates to the business activities and their rules/policies Business Process Diagram (B1) Logical Data Model (D1) OV-5b: Operational Activity Model DIV-1: Conceptual Data Model DIV-2: Logical Data Model Message Exchange Patterns Activity Diagram Conceptual Data Model Logical Data Model Activity Model Baseline and Target Data Descriptions Principles and roles and responsibilities for data managements and stewardship (D4) Show organizational relationships with respect to the data and its lifecycle Knowledge Management Plan (D2) OV-4: Organizational Relationships Chart (along with narrative) Operational Concept Description Data Management, Data Migration, and Data Governance Technical standards to design and implement information sharing capabilities in ISE systems (D5) Provide any necessary or relevant data standards to be considered for interoperability Technical Standards Profile (I3) StdV-1 Standards Profile Relevant Mandated Standards
- 17. I2F Use –Building Interoperability into Mission-Based Reference Architecture(s) 17 2. Coordinate interoperability artifact descriptions 3. Identify artifacts relevant to interoperability and information sharing Ex., Data Domain - builds on the operational context and defines why information needs to be exchanged. Technical standards are enablers that provide the vocabularies for sharing to assure that the semantic meaning and the context of the data is not lost during transition and transformation. Technical capabilities provide the architectural context within which the exchange is executed. All of these components focus on the interoperability framework. The actual data constructs define the data exchange content model and includes: Mechanism for identifying and categorizing candidate assets for sharing Framework for capturing data elements and the relationship between them (semantics) How the data is structured, what standards are used, and how data/information can be exchanged so users are able to both have access to and use the data/information Technical standards to design and implement information sharing capabilities into ISE systems Approach for documenting exchange patterns Data/information flow to include the tagging of the data, discovery, and retrieval Principles, roles, and responsibilities for data management and stewardship
- 18. I2F Use –Building Interoperability into Mission-Based Reference Architecture(s) 18 4. Ensure identified applicable architecture artifact is included in your reference, segment, and solution architecture methodology • DoDAF • DIV-1 • OV-4 • StdV-1 5.Update Reference Architecture
- 19. Applying I2F Conceptsto Enable Operational Capabilities 19 Concepts described in the I2F , when applied within a specific mission context, enable operational capabilities. The Use Case methodology and example that will be developed will provide an example of applying these concepts to the Maritime Domain Awareness Use Case. The use case will be developed from an operational perspective and should be technology neutral unless the use of specific technology is dictated. • Exchange Patterns: • patterns for how data is exchanged between information sharing providers, consumers, and/or information brokers. Exchange patterns are the mechanism to standardize certain types of exchanges that incorporate technical standards and technical services • Technical Standards: • technical methodologies and practices to design and implement information sharing capabilities into ISE systems • Technical Services: • services address specific technical needs or problems, are reference implementations of one or more technical standards, and provide the technical functionality required to implement a business architecture • Functional Standards: • constitute detailed mission descriptions, data, and metadata on focused areas that use ISE business processes and information flows to share information. These standards address a specific mission need or problem, are often collaborative in nature, apply mission context to the technical standard. • Operational Capabilities: • reference implementations of functional standards, technical standards, and services.
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- 21. OMG/ Gov DTF InformationSharing Workgroup Contributions 21 Pillar 2
- 22. Information Sharing Viewpoints 22 Content ServicePolicy*Process What we can know and communicat e structured in terms of concepts, terms and symbols we understand What we do and when we do it. Processes use and produce information, assets and services How we interact to exchange information, products and services for mutual benefit Rules about content, process and services based on security, privacy and other concerns Requirements Definition (Focus – Users) Representation Standards Interoperability Specifications Technical Standards
- 23. Implementation Frameworks Standards & Framework Taxonomy 23 ContentService Policy*Process Requirements Definition (Focus – Users) Technical Standards Interoperability Specifications Process Definition Process Standards Process Orchestration Content Definition Data Standards Data Schema Services Definition Service Standards Service Interfaces Policies Definition Policy Standards Executable Rules Representation Standards Process Representation Content Representation Services Representation Policy Representation * Includes Security & Privacy Rules Mission Context Process Orchestration Schema & Management Service Components Policy Execution Interoperability Roadmap Scope
- 24. Technical Specification Layering 24 Requirements Definition (Focus– Users) Representation Standards Interoperability Specifications User relevant requirements and specifications of functionality from the users perspective EG: Suspicious activity reporting requirements Technical Standards General technical capabilities and standards that may be used to provide user functionality EG: WS-Encryption, NIEM-XML Languages, notations and formats representing functional and technical specifications EG: UML Specifications for interoperability and information sharing that implement a functional specification using a set of technical standards EG: SAR Specification in NIEM-XML IEPD and Web Services Implementation Frameworks Technologies and products that implement a set of technical standards in support of implementing interoperability specifications EG: .NET or JEE
- 25. IISC Standards Workgroup Contributions ISO-10000-ProfilingPractice Pillar 3 25
- 26. Extensible, Measurable, Implementable ProfileOverview • What is a Profile? – A Profile describes a capability and its attributes including common processes and information exchanges and the integration of these attributes with other capabilities within and across lines of business – Profile content will increase in detail as it matures through an iterative lifecycle • How are Profiles used? – Profiles are used to formalize standards for implementation and to enable integration by standardizing business attributes that are significant to the enterprise defines Standards outcomes Enable cross- functional integration & interoperability IC BT Capability Business Profile Path Requirements Business Profile context
- 27. Extensible, Measurable, Implementable TechSpec Profile Package PROFILE VIEWS AND COMPONENTS 27 Technical Base Specs/Standards Mission/Business Configurations Device/Service/… Solution Implementation Instance Device/Service/… Solution Methods &Techniques Guidance Compliance & Conformance Arch Ref General Attributes Implementation Reference Link Link Link Link Link Link Policy/Policy Standards Implementation Instance View • Operational Techniques • Model Configuration Parameters Tech Guidance View • Ref Spec • Ref Architecture • Standards • Domain Guidance • MOEs, MOAs • Mission Applicability • Compliance Mechanisms Reference View • Description • Maturity • Classification • Version • Arch Component • Enterprise Architecture Reference • Scope Applicability Service Specification Capability
- 28. Contact Information 28 Pamela J.Wise-Martinez, MEM, CGEIT Senior Strategic Enterprise Architect Office of the Program Manager, Information Sharing Environment Office of the Director of National Intelligence pamelaw@dni.gov (O) 202-331-4071 (C) 240-654-7876 www.ISE.gov Blog | Twitter | Facebook | YouTube | LinkedIn Get ISE Email Updates Click Here for Project Interoperability --- Online Documentation
Editor's Notes
- #3 Leverage established Best Practices:Leveraged to IC Community adopted implementationMapped back to FEA constructsAdheres to OMB requirement for TemplatesProvides Stakeholders clear and concise examples of practical implementationsGives Private Sector understanding of Government direction
- #9 Commonly used message/information exchanges
- #20 Exchange Patterns: Exchange patterns are the basic patterns for how data is exchanged between information sharing providers, consumers, and/or information brokers. Exchange patterns are the mechanism to standardize certain types of exchanges that incorporate technical standards and technical services. The purpose of exchange patterns is to ‘build’ interoperability into the pattern itself. Technical Standards: ISE technical standards are specific technical methodologies and practices to design and implement information sharing capabilities into ISE systems. They are an intrinsic element of both functional standards and technical services. These standards are very technical in nature, and are often developed as a result of identified needs, are foundational in nature, address specific problems, are not very mission focused, and can be easily applied to different communities of interest. Technical standards are developed by the Standards Development Organizations, working with the stakeholders and industry organizations, and are usually published as a ‘normative standard specification’ that is used to define and measure conformance.Technical Services:ISE technical services constitute detailed technical descriptions, data, and metadata on focused areas that enable the efficient, secure and trusted application of the ISE business processes and information flows to share information. These services address specific technical needs or problems, are reference implementations of one or more technical standards, and provide the technical functionality required to implement a business architecture.Functional Standards:ISE functional standards constitute detailed mission descriptions, data, and metadata on focused areas that use ISE business processes and information flows to share information. These standards address a specific mission need or problem, are often collaborative in nature, apply mission context to the technical standards, and once adopted by the community of interest, significantly enable requirements for interoperability across agencies and jurisdictions. These standards may be government-unique or a combination of other functional standards as appropriate.Operational Capabilities:Operational Capabilities are the reference implementations of functional and technical standards and services coupled with the appropriate policy, process, training, outreach, and other infrastructure components. A mission partner executes a combination of standards within their mission technology and application environment that enables interoperability and information sharing. Users can work more effectively when they employ the resulting mission capability.The Use Case methodology and example that will be developed will provide an example of applying these concepts to the Maritime Domain Awareness Use Case. A Use Case is developed at varying levels of detail to help visualize and describe specific activities or information flows in order to get agreement on an information flow from beginning to end. The use case should be developed from an operational perspective and should be technology neutral unless the use of specific technology is dictated.
- #28 Profiles package together several artifacts to form a consolidated set of information that is needed to construct and re-use a capabilityThe artifacts include standards, technical configuration guidance, specifications, etc.The profiles have three distinct views for different stakeholders; strategic planners, engineers, and developers.The set of profile content is what supports the policy that directs to community to operate a capability according to a common or standards based implementation.Re-use comes form the aggregation of the essential information together to construct and realize the capabilityThe profile therefore is the binding package or recipe for the capability.