Transforming Hierarchical C2 into Collaborative C2

Transcription

1 Transforming Hierarchical C2 into Collaborative C2 Rich Byrne Vice President, The MITRE Corporation 24 September 2007 For Internal MITRE Use

2 Chat Server BPM Server Web Server Portal Server App Server DB Server Storage Server Browser LDAP Metadata Service Registry Repository Storage CA DNS Thin Client Environment Structured Processes Orchestration & Notifications Workflow Logic Application Services Application Services Application Services XML Schemas XML Schemas XML Schemas Enterprise Services Unstructured Processes Collaboration COI Services COI Services COI Services COI Models COI Models COI Models Application Environment CHAT ESB MSG SMTP FTP Legacy/Data Gateways Collaboration Messaging Firewalls & Guards How to Build Netcentric Collaborative Operations Strategy STP Pts of Convergence User Environment Information System Process Management Environment Services Data Security Environment Architecture TIA Modular Design Operational Environment Global Information Grid SOA Development Guidance IPv6 Guards Migration Guidance Routers Node Design Guidance Acquisition Guidance Data XML PKI SCA... Implementation NESI Risk Config Management Requirements Enterprise Systems Engineering Tech Project Planning Integrated Test Knowledgebases Reviews Forums Logistics Quality Safety Collab Devel & Test Execution Collaboration CMMI Toolkits, Checklists ENweb 2

3 Interoperability, Integration, Innovation: The Enabling 3 I s for Collaborative C2 USER ENVIRONMENT Interoperate through Layers Applications APPS Applications MODULES INFO INFRASTRUCTURE NETWORKS SENSORS 3

4 Interoperability, Integration, Innovation: The Enabling 3 I s for Collaborative C2 USER ENVIRONMENT UDOP BUSINESS LOGIC Applications RSS APPS Applications MODULES COT Interoperate through Layers Integrate through Bowties INFO INFRASTRUCTURE IP NETWORKS TPPU Cell Phones SENSORS 4

5 Interoperability, Integration, Innovation: The Enabling 3 I s for Collaborative C2 USER ENVIRONMENT UDOP BUSINESS LOGIC RSS APPS Applications MODULES COT Interoperate through Layers Integrate through Bowties INFO INFRASTRUCTURE TPPU IP NETWORKS Cell Phones SENSORS Innovate through Loosely Coupled Services 5

6 How Do We Align SOA Strategies? Agreeing to technical layers is not too hard Agreeing to one product is hard, but agreeing to a small number of preferred products may be possible Agreeing to common services between SOA implementations is hardest to do Maybe we need two flavors of SOAs Rich, optimized SOA for a COI (the richness is great for the COI but makes it hard for other COIs to adopt vs their own) Light weight SOA to create a small set of common services that are good enough across the whole enterprise that gives 50-75% of the value needed across the enterprise (e.g., common where, when service profile that all systems recognize) Rich SOA provides powerful capabilities. Light weight SOA provides agile capabilities. Approaches are complementary, not competing (similar to data standard strategy) But Collaboration is the key feature of Web 2.0, not SOAs! 6

7 Cultural Shift Needed Battle used to be the haves vs the have nots Today it is the will vs the will nots Commercial technology (power, agility, availability) Military traditional architectures vs Netcentric architectures Freedom to rapidly change CONOPs and technologies OODA Loop Advantage Has Been Lost We Can Regain It Add commercial components to warfighter options Stop designing military systems and build reconfigurable components that can be agilely mashed together Unleash warfighter innovation using this approach Most Innovative Warfighter Capabilities will result from new forms of Collaboration 7

8 Mil/Commercial Collaboration: Integrating Cellphones: Getting Every Gun in the Fight IED Reporting System Cell Phone, GPS, Camera LocalEyes Counter-insurgency needs new C2 8

9 Sensor to Sensor Collaboration: Layered Netted Sensors Global Access: Synoptic Sensing Regional: Persistent Surveillance NTISR Military Assets Focused AOI: Continuous Ad Hoc Surveillance Commercial Assets Micro UAV Small UAV UGS Micro UAV Mountains & Caves Underground Time Sensitive Foliage Urban 9

10 Sensor to Shooter Collaboration: Ubiquitous IP: Connecting Every System 10

11 Data to Data Collaboration: Ubiquitous Data Sharing: CoT s What, Where, When Transport Agnostic: Sharing L16 data with non-l16 radios LINK16 M2M Data Interoperability with legacy systems ADSI PC + ARC231 Radio UAV Interoperability with new systems Coalition Interoperability 11

12 CONOPs Collaboration: C2 Mashups via RSS Pub/Sub: Everyone s a Programmer Yahoo! Yahoo! Pipes Pipes mashup mashup of of aircraft aircraft RSS feeds including ebay, CNN, RSS feeds including ebay, CNN, Yahoo!, and Google, plus weather, Yahoo!, and Google, plus weather, and a French spy site RSS feed and a French spy site RSS feed (filtered for aircraft ) translated into (filtered for aircraft ) translated into English. English. 12

13 WF Collaboration: UDOP: Adapting Data to Each User s Needs 13

14 Technical Takeaways Interoperate through Layers Integrate through Bowties Innovate with Loosely Coupled Services Balance SOA implementations with rich COI optimized services and agile light weight common enterprise services Agility of light SOA services is where innovation is most important because it enables many participants to create new forms of collaborative solutions 14

15 Collaborative C2 Opportunities Military to Commercial Systems Collaboration: Does your system connect with commercial systems? Sensor to Sensor Collaboration: Do you support cross cueing between sensors? Sensor to Shooter Collaboration: Can your system exchange IP packets? Data to Data Collaboration: Does your system have a small loose coupler data format? CONOPs Collaboration: Are you sharing application components data with RSS? WF Collaboration: Does your system allow WFs to add data, not just see it? 15

16 WIN BACK THE OODA LOOP ADVANTAGE FOR THE WARFIGHTER! 16