Tactical 5G/6G, TAK, and Wireless Networking
Tactical Wireless Networks News
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Call for Participation to Telecommunication Industries
Value Proposition: ANDRO enables future growth markets in edge computing and communications today, to give early adopters a first mover market advantage and gain market dominance as others follow. ANDRO’s XSAS for Tier 1-3 Telcos/Mobile Network Services, Cablecos and Satellite Companies, Cloud Service Providers, Spectrum Access System (SAS), and Spectrum as a Service (SaaS) Platform Providers Download XSAS Call for Participation (pdf) ANDRO Computational Solutions, LLC is leading an initiative to roll out a new, enhanced Spectrum Access System (XSASTM) platform that will revolutionize the wireless communications and networking industry globally. XSASTM exploits the power and capabilities of ANDRO’s PrismLinkTM Radio and PrismStackTM embedded platforms. Our XSASTM provides significant returns on investment benefitting companies in eCommerce, content delivery, V2X, telehealth, remote education, wireless Internet of Things (IoT), and other market sectors. ANDRO seeks technology companies including strategic partners and investors who represent the interests of high-profile and large-scale Tier 1-3 telcos and network growth markets to participate in this unique program, including beta testers. Participation is fee structured, based on company size and problem sets. ANDRO will apply its XSASTM, PrismStackTM and PrismLinkTM solutions to solve customer problem sets, demonstrate solutions for use cases in a representative application environment, share technical insights, and provide...
Prism Technologies
Prism TAK
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Prism Beyond 5G
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AXL Technologies
AXL-Force
AXL-Force is a suite of software technologies enabling software defined radio platforms to utilize Dynamic Spectrum Access (DSA) policies and advanced signal identification & classification algorithms. AXL-Force utilizes two core technologies:
- Adaptive Cross Layer (AXL)
Framework for cross-layer network stack
Joint Routing and Dynamic Spectrum Allocation (ROSA)
Dynamic Route & Spectrum Allocation Algorithm
These technologies provide the AXL-Force network the key advantage of network survivability in the presence of contested and congested spectral environments and network congestion. This advantage is possible via optimal routing and opportunistic spectrum allocation such that communication requirements are met and does not interfere with other users.
Automatic Modulation Classification (AMC)
With the emergence of software-defined radios (SDRs), radio frequency (RF) communication devices have the capability to transmit in low power, change the transmitting frequency, and modify the modulation format on-the-fly. Adaptive modulation varies the rate of data transmission relative to the channel condition. In an environment without handshaking between the transmitter and receiver, an RF signals need to be recognized. Automatic Modulation Classification (AMC) is a widely used and demanded feature on receive to adapt without handshaking between the transmitter and receiver. AMC can be feature-based or likelihood-function-based.
We developed a low-cost sensor network solution that can perform AMC of weak RF signals. The goal was to demonstrate that AMC with multiple sensors can resolve modulation types in those scenarios where single sensor AMC methods fail.
CyberSE
CyberSE is a modular software technology which adds cyber security protection of the physical layer to software defined radio platforms. CyberSE utilizes the following technologies:
Intruder Detection—Collaborative Spectrum Sensing to identifying/blacklisting malicious nodes
Physical Layer Authentication– Low-layer Authentication Approach
ComX Radio Platform
ANDRO developed the ComX Radio Platform to be an open cross-application software-defined radio with reduced SWAP and reduced cost. The platform supports common off-the-shelve RF hardware with an embedded Linux programming environment. With AXL-Force software, the ComX radio can operate as a policy-based DSA radio with enhanced wireless security, opportunistic routing, and signal identification & classification. The open-platform nature of the ComX radio allows users to swap out network stack components based on application needs. The platform can be configured as a static access point or as a mobile manpack radio with rechargeable battery.
