The MIL-SPACE Network has an onboard data and traffic management system so users can be identified easily and one user's carrier doesn't tie up multiple satellites.
InstaMesh
∙ Patented, advance protocol running on all BreadCrumbs
∙ Automatic connection adaptation as BreadCrumbs move
∙ Continuous forwarding of wireless and wired communications
∙ Extremely fast reactions to changing RF and network conditions
∙ Complete network mobility, redundancy, fault tolerance, high throughput, and low latency
∙ Unparalleled wireless access, security, monitoring, and QoS
InstaMesh
∙ Patented, advance protocol running on all BreadCrumbs
∙ Automatic connection adaptation as BreadCrumbs move
∙ Continuous forwarding of wireless and wired communications
∙ Extremely fast reactions to changing RF and network conditions
∙ Complete network mobility, redundancy, fault tolerance, high throughput, and low latency
∙ Unparalleled wireless access, security, monitoring, and QoS
LEO Constellation
Options:
∙ Depending on Coverage and Revisit Requirements
∙ Multiple Satellites on Nodes in a Multiple Orbital Planes
∙ A-Train
∙ Cartwheel Helix Formation
∙ Walker Delta Pattern
MUOS Adjunct
∙ Compatible with existing MUOS satellite terminals and antennas
∙ Additional Multi-User Objective System portion will accommodate 16 simultaneous beams for users in the 300-320 MHz (uplink) and 360-380 MHz (downlink)
∙ Individual data rates up to 384 kbps are available, with voice, data or combined voice/data channel usage
∙ Leverages 3G wireless architecture to provide enhanced data comm services
∙ Satellite-to-ground station at Ka band (30.0-31.0 GHz up, 20.2-21.2 GHz down)
∙ Satellite functioning to digitize the uplinked user UHF signal and pass it to the ground station as a digital data stream
Cryptography
∙ The Wolverine solution is a fully programmable multi-chip design that leverages commercially sourced System On a Chip (SoC) FPGA and Application-Specific Integrated Circuit (ASIC) network processor
∙ The Wolverine CM design is built for programmable flexibility, which provides the ability to add new algorithms in the future, while also meeting stringent U.S. Government certification requirements
∙ Wolverine contains advanced encryption and authentication algorithms using a fail-safe design to provide design flexibility for multiple IoT applications
∙ Key features include: planned certifications, performance, fail-safe design, interfaces, future proof, field software upgrade support, algorithms, and more
∙ Technology advantages include: fully programmable, scalable architecture, secure boot trust anchor with IP protection, key/certificate store, high throughput data-path cryptographic processing, and more.
Cost Effective
∙ Comparable DoD/IC Program Costs (Satellite Bus Only)
∙ NanoEye
∙ TacSat-3
∙ Centaurus SmallSat Platform - Target
∙ Cartwheel Helix Formation
∙ Walker Delta Pattern
FIRST TRUE SMALLSAT CONSTELLATION FULLY UTILIZING DTN AND ENCRYPTION ENABLED/POWERED BY SPACEMESH
