BCM

h1. BCM

h2. Architecture Components

* Block Chain Node
* SOHO Node (cheap wireless router, smartphones,...)
* Internet GW Node
* Client Node
* AP-client links
* Mesh links
* Tunnel links
* DAO Server (distributed)
  - Hosted by Etherium platform
  - May run in Ammbr HW

* Identity proving instance 
* Digital Autonomous Organization (DAO): 
  - agreement on code or smart contract (Not on central authority)
  - Voting on code changes
* Consensus based on PoET
* PoV used for 
* 100 000 000 million round recursions takes 1ms vs 5secs
* sha(sha(sha(....)))
* 3 chip functions
  - PK functionality, Identity generation
  - PoET (consensus)
  - PoV (Identity Validation)

h2. Questions

* who is challenging the randomly selected node? DAO!
* how is a node randomly selected? DAO!

h2. Block Chain Consensus

* PoV
  - Order of recursion depth
  - Instance particularity
  - Identity mapping/control

h2. BMX7 / Semtor features

* Self signed identies
* Signed node Profiles
  - Public key
  - List of trusted nodes
  - List of supported nodes
  - Path metric function and parametrization
  - Tunnel announcements
* Identity proven addresses (CGA)
* Trusted paths set (destination address driven)
* DH based shared key agreement (for links and tunnels)

h2. Challenges

* QoS Reservation
* Path changes
* Clustering
* Transaction recording traffic
* Roaming
* Multi-path 
* User-Data encryption

h2. 2-years objective

* 30k nodes mesh scalability
* Transaction support
* Multi-protocol, Multi-Architecture support from scratch
* Convergence performance (mobile/vehicle nodes)?
* Roaming?
* IPV6! IPv4?

h2. Long term objective

* Multi-path

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