Ammbr

From BlockchainDataWiki
Jump to: navigation, search
Ico logo ammbr.jpg WiFi mining with a higher purpose
Rating 3
Team Vision Product
0 0 0


Summary[edit]

Share WiFi with neighbours and the community. Earn tokens.

Token AMMBR
Price 1 ETH = 2500 AMMBR
Bonus Available
Platform Ethereum
Accepting ETH
Soft cap 15000 ETH
Tokens for sale 0
Country Singapore
preICO start preICO end ICO start ICO end
n/a n/a n/a n/a


About[edit]

Ammbr’s vision is to build the world’s largest fully decentralised, self‐sustainable, wireless mesh telecommunications network using blockchain technology. Using this network, Ammbr will compliment centralised legacy telecommunications distribution models to provide universal fast Internet access. Backed by a multinational team with deep expertise in digital identity, wireless and blockchain technologies, Ammbr combines technologies to bridge the last‐mile gap that traditional cable and telecom wireless systems handle poorly.

Each Ammbr unit (or node) consists of a core router capable of communicating across a combination of WiFi, Bluetooth®, LoRaWAN™ etc. for broadband and IoT a first for consumer router devices. Additionally, each unit presents computation and storage resources facilitating edge computing applications. This turns a network of Ammbr nodes into a dedicated mesh of micro‐datacenters at the edge of the network, as well as “last mile” connectivity.

The global Ammbr network will be cooperatively owned and operated by the owners of Ammbr wireless routers, offering users high‐speed, low‐cost internet access wherever they are within range of any Ammbr router. Each Ammbr mesh network node supports a hardware‐based blockchain infrastructure, and will communicate, and reach consensus with, other Ammbr nodes to maintain the integrity of the Ammbr blockchain. With this capability, an Ammbr network can be used to support wallet‐oriented micropayment systems, secure contracts, and securely manage transactions. The broader the Ammbr network, the more robust these abilities.


Team[edit]

Team photo 1237-12400.jpg
Derick Smith
Team photo 1237-12402.jpg
Benny Pang
Team photo 1237-12404.jpg
Rakesh Rajagopal


Team photo 1237-12406.jpg
Jim Lanshe
Team photo 1237-12408.jpg
Karthik Iyer
Team photo 1237-12409.jpg
Shidan Gouran


Team photo 1237-12410.jpg
Gary Cheung
Team photo 1237-12412.jpg
Jeff Pulver
Team photo 1237-12414.jpg
Dr. Arjuna Sathiaseelan


Team photo 1237-12415.jpg
Pr. Jean-Jacques Quisquater
Team photo 1237-12416.jpg
Dr. Wim Booyse
Team photo 1237-12417.jpg
Matthew Dooley


Team photo 1237-12419.jpg
Dr. Michelle Booysen
Team photo 1237-12420.jpg
Kurt Cagle
Team photo 1237-12421.jpg
Dean Bubley


Team photo 1237-12422.jpg
MJ Fick
Team photo 1237-12430.jpg
Kirem Rahmani
Team photo 1237-12431.jpg
Kyong Pak


Team photo 1237-12433.jpg
Kaustuv Ghosh
Team photo 1237-12434.jpg
Ankur Patel
Team photo 1237-12436.jpg
Jurie Pieterse


Team photo 1237-12438.jpg
Jason Aspinall
Team photo 1237-12440.jpg
Manoj Cherooparambil
Team photo 1237-12442.jpg
Fon Allan Duke


Team photo 1237-12445.jpg
David Stempels
Team photo 1237-12446.jpg
Pieter van Ysseldijk
Team photo 1237-12447.jpg
John Hooks


Team photo 1237-12448.jpg
Richard Kastelein
Team photo 1237-12449.jpg
Leigh Flounders
Team photo 1237-12450.jpg
Steven Sprague


Team photo 1237-12451.jpg
Saurabh Mutha



Milestones[edit]

  1. October 2018
    Early trials
  2. Q4 2017
    Crowdsale start
  3. November 2017
    Mining chip development starts
  4. January 2018
    Multi-band chip development starts LTE-U testing
  5. March 2018
    FPGA field testing concensus protocol
  6. April 2018
    Multi-band protocol trials
  7. September 2018
    Series 1 Ammbr Mesh router
  8. October 2018
    Market roll-out
  9. December 2018
    Mining chip production starts
  10. October 2019
    Series 2 Ammbr Mesh router

Ratings[edit]

Expert photo benchy.jpg

Benchy - ICO Analyzer Bot
Rated on 2018-10-10

Rating
Team Vision Product
0 0 0