Team: ______Houston Euler________ System:_____ Harboring Airborne Vehicle Evasion Nexus (H.A.V.E.N.) Descriptive Statement: A large airborne platform kit capable of hosting multiple unmanned airborne assets for individual missions on station while preserving human life. Strategic Values/Objectives • Versatile Line-of-Site Command & Control • Dynamic Surveillance Packages (UAV types) • Removable Modular launching Capability • Versatile Joint Strike Force Packages Team members: John Caulder, Brian Krantz, Steve Kelley

C.U.R.V.E Caprice: Randomness among Unknowable Possibilities New Methods to mount U.A.V.s New Methods to launch U.A.V.s Uncertainty: Randomness among known possibilities with unknowable probabilities Current platform support Risk: Randomness among know possibilities with knowable probabilities Current platform support (logistics) Material Availability (Insourced) Material Availability (Outsourced) Variation: Randomness among knowable variables and knowable variance ranges Specific Airborne platform infrastructures Availability of launch/recovery airbases for specific platform Evolution: Gradual (relatively) successive developments Operating Doctrines New Host Platform New U.A.V. New Material

Reality Factor Issues Human Behavior Organizational Behavior Human Error, Stress, Fatigue Expertise of System knowledge Organizational Behavior Funding Turf Wars between Services (AF, Army, Navy, Marines) Possible Foreign service issues Technology Pace Creating a better U.A.V. with a longer range making system obsolete Host platform becomes outdated A New Host platform developed causing new system revisions System Complexity Ability to adapt to variations of the U.A.V. Inflight System Issues Globalization Sovereign Air Space Issues Will workforce be multi-national Agile Enterprise Agile Adversaries/Competitor/Customer

Response Situations Domain Creation Proactive Improvement Migrations Response Issue Metric Priorities for each issue, t = time, c = cost, p = predictability of Change, s = scope of Change Proactive Creation Mobile Launch Point for Unmanned Arial Vehicles (s) Adaptable Launch & Retrieval platform (p) Stable communications link between host and U.A.V. (c) Improvement Time to Deploy (c, t) Time to Target (c, t) Modular Adaptability (s) Migrations Transition/Upgrade to hosted subsystem of the U.A.V. (t, c, p, s) Maintenance Bulletins that change the infrastructure of platform (c) Transition/Upgrade to evolving PLATFORM (t, c, p, s) Modifications (Capability) Ability to accommodate different U.A.V.s (p) New material (p) New Technologies (p) Reactive Correction Lost communications (p) Lose U.A.V due to platform launch malfunction (c, s) Variations U.A.V Modifications changes effecting platform package (p, s) Expansion (Capacity) Adapt variations for launching different size U.A.V.s (c, p, s) Reconfiguration Something happens that brings forward the need to reconfigure the system (t, c, p, s) Accommodate different mission configuration changes (t, c, p, s) Response Situations

System:_____RRS__________ (Think … Drag-and-Drop / Plug-and-Play) Houston Euler Team members: John Caulder, Brian Krantz, Steve Kelley Encapsulated Resources U.A.V.s Platform Human Interactions (Operators, Maintainers, Developer) Mounting Systems Launching Rail System Recovery Hook System Power Supply Resource Product Owner Reusable Scalable Evolving Infrastructure - Concept of Operations (CONOPS) Mounting Physical Interfaces Framework for mission configuration

AAP Resources Integrity Management Infrastructure Rules/Standards UAV Platform Human Interface Operator/Developer Mounting Sys Launch/Recovery Sys Product Owner Situational awareness Resource mix evolution Resource readiness Activity assembly Infrastructure evolution Human Operator UAV Everyone Operator Product Owner Active Infrastructure Passive Small Package Medium Package Large Package Sockets Signals Security Safety Service Task Sequence Launch Commands Trusted Parts DOD Safety Standards Tasking CONOPS Rules/Standards

New RRS Encapsulated Resources U.A.V.s Platform Human Interactions (Operators, Maintainers) Mounting Systems Launching Rail System Recovery Hook System Power Supply Resource Facilitated Interfacing Mission Kits standardized to adapt to various platforms To Accommodate multiple U.A.V.s Facilitated Reuse - Mission Kits reusable / adaptable to multiple platforms Reusable Scalable Evolving Infrastructure - Concept of Operations (CONOPS) Mounting Physical Interfaces Framework for mission configuration Redundancy and Diversity Accommodate different size U.A.V.s Removable/Interchangeable Kits Backup launching mechanisms Backup Recovery System Spare Parts Kits Elastic Capacity - Number of U.A.V.s Reconfigurable Peer Interaction - None Distributed Control & Information - Launch and Recovery Teams Deferred Commitment Launch & Collection Mechanisms determined at Pre-mission Configuration Self-Organization - Tasking Specific at Pre-Mission Configuration