The Structured Mesh^TM Paradigm    Modular Mesh^TM Embodiments  Network Management (NMS)   MeshSuite^TM  

The Structured Mesh^TM Paradigm

  

Above: Our Nodes connect as branches of a tree. We automatically also support P-P and P-MP and Mobility   

Our nodes connect as logical branches of a tree. As in Nature, a tree based routing is scalable and time deterministic..
Tree networks are secure and self healing.  The loss or corruptions of one branch of the tree, does not cripple the tree.
The logical tree automatically supports simpler link topologies: Pont-to-Point and Point-to-Multiple-Points.

Details here: Competitive Performance Analysis
  
The MD60000/ MD4000/ MD2000 Modular Mesh^TM  Embodiments  
    

Legend:	Backhaul	+ 1  AP	+ more AP	+ more Backhauls	+ Mobility

Slot 0, &  Slot 1 (blue) links form up + down bridge on 5.8GHz, 4.9GHz, 900 MHz or 2.4Ghz bands.
Slot 2 (pink) is generally used for a 2.4G or 4.9G Client Access Radio (Access Point or Hub) .
Slot 3+ may house another AP radio, another downlink or a dedicated scanning radio (mobile nodes).

The MD6000^TM series supports up to 6 radios typically 4 802.11ac radios and two slots for customer extensions. 
The MD4000^TM series supports up to 4 radios on a single board computer board and  replaces legacy models.
The MD2000^TM series supports up to 2 radios on a single board computer board. and replaces single radio models

Details here: Multiple-Radio-Backhaul-Details
         
Java Based Customizable Network Management System (NMS)  
 
The Java based Network Management System (NMS) enables the user to  configure, monitor and analyze the MD4000 mesh network. MD4000 nodes appear as graphical widgets with multiple LED status indicators, allowing point-and-click management. Source code is available for customization, and work flow integration.

Details here:  NMS Web Page and  Extensible NMS API (Java Doc)

MeshSuite^TM : Software Driven Mesh Networking for the Industrial Internet.

Meshdynamics has created an open source based suite of software modules, intended to be incorporated into "things": robot drone swarms, mesh nodes, Internet of Things hubs etc.  We seek partners ready to test this Software Driven Mesh framework for a fit with their own offerings as have  Sharp, PGA Tour, mining OEMS, and the US Navy. 

Details here:  Mesh Suite Overview Documents
 

Blog Links  Collaborations Welcomed   Rethinking Tree Topologies   Self Classification With Chirps  Smarter Simulations