JACS in IoT

https://medium.com/@jacstech/blockchain-based-connectivity-for-the-internet-of-things-iot-f59d2d910d80

I see this very good project i hope ICO will success .
Maybe the team needs to create a telegram community so that everyone can easily and freely ask questions and share information about this project

Roger that! We are on it

JACS is Listed in Crypto Directories
https://cryptodirectories.com/token-sale/ongoing/jacs-jacs/

Appreciated!

Can you please correct the start and end dates to reflect the real ones (1-29 November, 2020)....CD is pulling info from ICOBench, and the latter isn't updating their website since months and we failed to reach out to them for correction....CryptoCompare has it right though (https://www.cryptocompare.com/coins/jacs/overview)

Thank's for your response to me that this project is still developing in the future. I'll look in more detail on this project group later.

maybe JACS will later become the ICO that many people are waiting for.
I see that the JACS project has great power to be a big and successful ICO I can't wait to wait for the good news from this JACS project

Sure all information now is updated
if you have some further update of information
just simply contact us. Cheers
btw you can also vote for JACS in Token Sale Directory
to get a chance to become one of Featured Token Sale in Crypto Directories Homepage for free.

I see that your project identified as ViaBlock on almost all your social media channel. Does it mean JACS previously named ViaBlock? would you tell us the reason to change the name from ViaBlock into JACS? or may be JACS is one of ViaBlock product?

regards,

JACS FAQ: https://medium.com/@jacstech/jacs-faqs-7022a37a830b


What is JACS?
JACS or Just Another Communications Stack aims to change the way data networks currently work.
It is the result of combining two technologies: blockchain and Connection-Less Network Services (CLNS), with its 160-bits ISO NSAP addresses.
​JACS provides a new communications stack that is totally different than TCP/IP.

Why on earth, one would want to replace the long-lived TCP/IP?
There are many drivers behind the need for JACS, namely IPv4 address depletion, centralized address allocation (for both IPv4 and IPv6), high-recurring renewal fees and Internet routing security.
The burgeoning world of the Internet of Things (IoT) and imminent global rollout of 5G require a huge number of Internet global addresses to be allocated rapidly and cost effectively.

Are you the only one claiming to replace the TCP/IP?
Negative!
There were previous attempts to solve some or all of the challenges related to TCP/IP, to name a few:
IPv6 and others (IPv9) to overcome the IPv4 address depletion
​TUBA: TCP and UDP over Big Addresses
​​Even other Blockchain-based initiatives to decentralize address allocation: InBlock and for validating route origin, securing the Internet routing system and preventing BGP hijacking: IPchain

Are you collaborating with others to achieve your common goal?
Yes! We are a proud participant of ETSI NIN ISG: European Telecommunications Standards Institute, Non IP Networking, Industry Specification Group.

What is your vision?
Our vision is to enable Web 3.0 evolution by providing a decentralized data communication stack that allows existing distributed applications and services to operate and develop so as to achieve the realities of the future
Our ultimate goal is to allow inter-connectivity of every grain of sand on the planet and even beyond.

How would you achieve that?
With a decentralized, blockchain based, communications stack there will be no single top authority and no regional or local authorities.
Global unique addresses will be assigned and administrated over blockchain, thus fulfilling all general guidelines like administrative decentralization and data abstraction, plus hardening the security of the Internet routing system
Most importantly, there will be no maintenance or recurring renewal fees for blocks of addresses.

Do you have a one-pager with all details?
Yes, please visit: https://www.jacs.tech/one-pager