Welcome to GSAW2005 Collaboration and Common Solutions Challenges and Opportunities in Transforming National Security Ground Systems Dr. William F. Ballhaus, Jr. President and CEO, The Aerospace Corporation 1
Mission - Enabled by Ground Systems Photographs courtesy of of U.S. Air Force. 2
The Challenges and Opportunities of Transforming National Security Ground Systems 1) Overcome acquisition lapses of the 1990s 2) Transition to network-centric operations enabled by ground and space GSAW has made and can continue to make significant contributions in meeting our challenges and opportunities 3
Every Mission Area is Being Re-capitalized 1980 1985 1990 1995 2000 2005 2010 2015 GPS II/GPS IIA GPS IIR/IIRM Navigation GPS IIF GPS III DSP-1 Missile Warning SBIRS High SBIRS Low/STSS SBR Surveillance 5D-2 Weather 5D-3 DMSP NPOESS DSCS III Milstar I Milstar II Communications WGS AEHF TSAT TSAT ATP 1st Launch Last Launch Note: Only Air Force programs displayed Existing assets Next generation Transformational programs Graph Graph courtesy courtesy of of U.S. U.S. Air Air Force. Force. 4
Over $11 Billion in Lost Space Assets in 1990s $ B 3 2.5 2 1.5 1 Military, Civil + Commercial Satellite/Launch Failures Landsat 6, NOAA 13, UFO-1 Mars Observer 3 Titan IVs NRO/DSP/Milstar 2 Delta IIIs Mars Climate Orbiter Mars Polar Lander 0.5 0 90 91 92 93 94 95 96 97 98 99 Fiscal Year Graph courtesy of W. Tosney; Proceedings of the 4 th International Symposium on Environmental Testing for Space Programmes, June 2001. 5
1990s: What Really Happened Cost more important than mission success Proven management and systems engineering practices abandoned for unvalidated engineering and acquisition practices Government gave up oversight; industry didn t pick it up Systems engineering, quality assurance, supply chain management Collapse of commercial space business Mission Success Not Emphasized 6
Growth in Software Criticality, Size and Complexity 7 6 5 4 3 2 1 ESLOC (M) ESLOC (M) - Equivalent Source Lines of Code (Millions) 0 DSP SBIRS HIGH AEHF GPS III TC SBR 7
Mission Success Tenets Establish Mission Success as Job #1 Assure the design, verification, and test requirements are right Conduct independent assessments Test like you fly Rigorously manage the baseline implementation Core specs and standards on contract Disciplined parts, materials, and process control Program metrics that provide early warning of problems Technical Rigor and Disciplined Process 8
Mission Success Tenets (Cont d) Organize and plan for mission assurance and reliability Clear flow of accountability and responsibility Independent flightworthiness and mission assurance certification Manage risk systematically and proactively Conduct extensive post-flight assessment Institute key lessons learned as best practices Overarching Rule: Mission Success is Job #1 9
Advantages of Net-Centric Operations Single most transforming thing in our force will not be a Weapon System, but a set of interconnections Secretary of Defense Donald Rumsfeld, August 2001 Global situational awareness All-terrain mobile operations Near-real time sensor-to-shooter connectivity Fusion of multi-source intelligence Reach-back for deployed forces worldwide to Continental U.S. Secure Global Interoperable Infrastructure Any Time, Any Place 10
Features of Net-Centric Operations Universal IP networking High speed backbones using optical communication Multiple security levels Dynamic resource allocation Small robust terminals GEO/HIO MUOS WGS APS LEO/MEO Users Theater Grid Link 11, IFDL Tactical Grids Link 16 Surface Grids Tactical Internet Fixed Grids JFN TSAT SBR AEHF JTRS Illustration courtesy of U.S. Air Force. Software Driven - Information on Demand from All Sources 11
Network-Centric Challenges Maintaining current services while transitioning to internet-based technologies Government and industry support of architecture-level integration Planning long-lead space developments while undergoing rapid changes in communications technologies Reconciling DoD and Intelligence Community needs to achieve transparent interoperability These Challenges Are Driving Ground Systems 12
GSAW Reflects Ground System Trends Increasing collaboration toward common solutions Greater user involvement Increasing focus on the role of industry standards Evolving architecture tools, methods, and technologies GSAW Has Created a Community to Address Ground System Issues 13
Ongoing Challenges for GSAW GSAW has been a forum for collaboration toward common solutions since its inception The challenge for GSAW is to work on addressing today s most important problems Overcoming acquisition lapses Facilitating the transition to network-centric operations GSAW2005: Collaboration and Common Solutions 14
Welcome Address Brigadier General Larry D. James Vice Commander, Space and Missile Systems Center Air Force Space Command Los Angeles Air Force Base 15