1. 1 CISR-consultancy Challenges “Customer ask us what to do next” Keywords: “Customer ask us what to do next” From Policy to Practise The world is going to be more and more complex There are fundamental changes in our information challenges Network Enabled Capabilities create new ways of working, higher efficiency and effectively. Endless combinations, interconnections and possibilities. Information technology is paving the way for new solutions and new concepts of operation BUT…. With all the information it is still a complex world. Clear goals, risk assessment and feasibility are a must Roadmaps are crucial Governments, civil organisations and industries are open to collaborate on new Concept in Communication and Information Environment through Concept Development & Experimentation

2. 2 CISR-consultancy Network Centric Evolution Cost-Risk analysis Enabling NEC Transformation NEC Government Civil organisationIndustry the enabling technology to share information, decision making, shared operations, integrated/enterprise solutions… technology not developed specifically because of NEC, but relevant for (the evolution) of NEC … the new ways to protect our citizens … Homeland security public safety civil domains of transformation Transformation information superiority shared information; shared decisions Public Opinion Government Integration Platform development & integration Access control, Surveillance, Identification, interlink Information systems,… Collaborative decision making Media, businesses Public Opinion Risk assessment the new ways to become more effective … e.g. e-government, e-travel, mass events

3. 3 CISR-consultancy Concept Definition Concept Development Concept Refinement Concept Implementation Concept Analysis Modelling & Simulation Demonstrations & Trials Experiments Fielded Capability Concept Refinements User Feedback Assessment Results The Concept Development process is an iterative process of increasing fidelity as the Concept develops into a Fielded Capability Co-evolution in all Lines of Development OrganisationProceduresTraining PersonnelEquipmentSustainment Leadership Concept Development and Experimentation Process

4. 4 CISR-consultancy Evolving requirements Towards more sharing and more cooperation ‘How much is feasible, desirable, can be funded’ AUDIT : Identify current stage Of given customer CD&E : Identify desirable Customer goals Building roadmap how To get there

5. 5 CISR-consultancy NEC: Complex adjustment Considerable re-adjustment is necessary in parallel (out-of-the-box thinking) in the following areas: Processes e.g. joint operations, new CONOPS, information sharing, collaborative working Organisation e.g. command structure, size and types of units, joint units, matching ‘peace, crisis, war, civilian military operations’ System Architecture & Equipment e.g. info infrastructure, security, bandwidth, connectivity, QoS, new sensors & applications, adapt legacy systems Due to the complexity of this process, experimentation with new concepts and solutions will be essential Budget optimisation Technology insertion and roadmaps Inter-operability and system implementation De-risking

6. 6 CISR-consultancy CISR - IDEA © Audit + Expertise Research Identify - Vulnerabilities - Current Conops - Trends + threats Develop - Baseline scenario - Experimentation - Plan and tactics Experiment Design  Prepare  Conduct  Estimate  Design Assess Result Impact Risk QuestionnaireWorkshopLab Decision support Scenario Information Model Scenario Phases Architecture alternatives Metrics Desirable roadmap I DEA Audit output

7. 7 CISR-consultancy How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description Post-threat How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survivability Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description assessment How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability tocoordinate, cooperate Rating capability to share information Description Effector How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survivability Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability tocoordinate, cooperate Rating capability to share information Description Planning How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description Decision How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survivability Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description Organisation How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description Network How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survivability Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description effectiveness How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability tocoordinate, cooperate Rating capability to share information Description Communication How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survivability Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability tocoordinate, cooperate Rating capability to share information Description infrastructure How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description Information How is time shared for various data capture activities Time allocation Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survivability Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description infrastructure How is time shared for various data capture activities Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, spped Rating capability to coordinate, cooperate Rating capability to share information Description Information capture How is time shared for various data capture activities Time Mixing info captured of various sources Data fusion Storage of data captured Distribution of data captured Delivery Data captured Format of data captured Format of data captured How is space shared for various data capture activities Space allocation Nature of data capture device System used Temporary detection Nature of data capture device System used Permanent detection Survavibility Dependency, interoperability Deployability, flexibility Responsive ness, speed Rating capability to coordinate, cooperate Rating capability to share information Description Information capture Preset values for easy and quick assessment CISR - IDEA © allocation

8. 8 CISR-consultancy Transformation is a collaborative process involving Management, Operational users and Technology providers Management, to provide requirements and validation Operational users, to provide legacy, personnel and Concept of Operations Industry to provide technology Capabilities Propose and execute CD&E and architecture studies Design and demonstrate new NEC solutions for systems of systems Create a common approach and knowledge base for Information assessment Imagine and assess new ways of conducting operations and use of technology Via CD&E process towards Transformation