🌋 ANN 🌋【VULC】Vulcano 2.0: A New Beginning ⚡ Masternodes ⚡ SwiftTX ⚡ Sporks

[Vulcano]

🌋 Join official Vulcano Discord Server for news and development updates!!!! 🌋

http://discord.me/vulcanocrypto

[Vulcano]

🌋 New Vulcano whitepaper is coming soon!!!! 🌋

https://twitter.com/VulcanoCoin/status/1123354347759337472

[Vulcano]

Dear Vulcano community please post your feedbacks how we can renew Vulcano Bitcointalk ANN in the future to give you all the data you need.

Thank you

Vulcano Team

[Vulcano]

If you visit Vulcano official website you can check for news and updates at https://vulcano.io/news/

[Vin]

Test Post.

[Vulcano]

$VULC Seismic Sensing Network Deployed https://vulcano.io/vulc-seismic-sensing-network-deployed/

[Vulcano]

What makes Vulcano project different?
https://twitter.com/VulcanoCoin/status/1124645355725950976

[Vulcano]

First Vulcano Governance coin burn: https://vulcano.io/first-vulcano-governance-coin-burn/

[Vulcano]

Vulcano Team Signs a Research Partnership with Thai University
https://vulcano.io/vulcano-team-signs-a-research-partnership-with-thai-university/

[Vulcano]

New White Paper is coming very soon... Get ready for 🌋

[Vulcano]

"Vulcano (VULC)" rose up in TOP MASTERNODES "№189 Vulcano (VULC)" https://l2rx.com/?limit=50&sort=0&page=4#VULC

Thank you. We are trying to move Vulcano into next level in coming weeks.

[Vulcano]

Vulcano (VULC) listed as a payment option on the @ https://mobilepaycoin.com/ website.

[Goodvalony]

i wish to mine this token but i only own a laptop.can i set up a masternode with a laptop and viable can it be please. i really needs to start.

[Vulcano]

i wish to mine this token but i only own a laptop.can i set up a masternode with a laptop and viable can it be please. i really needs to start.

Please join Vulcano Discord server : http://discord.me/vulcanocrypto   and you will get all instructions to start a MN.

Welcome to 🌋

[Vulcano]

🌋 New Vulcano White Paper is out! Be sure to read it! You will be amazed 🌋

Link to new Vulcano WP

[Vulcano]

🌋 Inside the new Vulcano Trajectionary paper: DATA ASSETS 🌋

DATA ASSETS ~ page 9

There will be two types of data tokens supported by the Vulcano network. These two types of assets
will both be exchanged across the network with ease, but have distinctly different purposes for the
end-user.

The new types of tokens are:

Non-Fungible Data Tokens (NFDTs)

Fungible Data Tokens (FDTs)

Assets will be created using the Vulcano Asset Creator, which will be a wallet-based application
that will allow assets of various types to be created on the Vulcano platform. More details will be
released on this specific aspect and the in-depth requirements for token generation in the future.
Token creation will have a cost on the network in $VULC.

All $VULC used to generate new tokens will be burnt and removed from circulation permanently.

➡️ Read more about it in the new Vulcano WP

[Vulcano]

🌋 Inside the new Vulcano Trajectionary paper: THE REAL WORLD 🌋

THE REAL WORLD ~ page 11

Blockchain projects are not worth anything unless they DO something. Team Vulcano believes that
in order for Vulcano to have value for the real world, real world contributions must be made. The
next pages are fi lled with examples of the Vulcano Data Assets use cases. While there are infi nite
examples, Team Vulcano has provided several with varying degree of detail to give an idea of how
the system will work.
Buckle up...this is where it gets interesting!

Example Included:
- Closed-Circuit Electrical Data (Project Moho)
- Climate Data (Project DataBlossom)
- Logistics Data (Project HeavyLift)
- Security Data (TBD)
- Dining Data (TBD)
- Usage Data (TBD)

➡️ Read more about it in the new Vulcano WP

[Vulcano]

🌋 Inside the new Vulcano Trajectionary paper: PROJECT MOHO 🌋

PROJECT MOHO ~ page 12

Closed-Circuit Electrical Data
A Distributed Future for Localized Power Usage Monitoring and Settlement

Blockchain in the Power Industry

Over the past several years, there have been many projects which have been launched
with the expressed intent of providing blockchain functionality for the energy industry.
Unfortunately, as many of these were launched in the Initial Coin Offering craze of 2017-2018,
many of them have gone dark or ceased development. Additionally, many of them
are based on Proof-of-Work models such as Ethereum. This makes them expensive to operate
as all transactions moving across the chain require Ethereum in order to pay miners’ fees.
Additionally, the basic settlement model of most of these projects is based on the blocktime of the
blockchain being used to provide the backbone for the service. In the case of Ethereum, this
means that a new transaction must be issued every 15-20 seconds with an average pertransaction
cost of roughly $.10 – resulting in a per-day cost of roughly several hundred dollars,
assuming that a transaction is broadcast each block. These could, of course, be batched –
however, it should be noted that batching the transactions would result in reduced granularity
for data being transacted. This is not taking into account times of network congestion,
such as in December of 2017 when the entire Ethereum network ground to a halt due to the
“CryptoKitties” craze.


Proposal: Project Moho
A New Approach to Settlement

In time to solve the problems endemic to the power generation and distribution ecosystem
in Thailand, an unconventional approach must be taken. Drawing from industry best practices
in deregulated energy markets and adding into them the effi ciencies which can be drawn
through blockchain, a solution can be found for the challenges facing stakeholders in this rapidly
growing ecosystem. Phase one of Project Moho would be specifi cally designed to meet the
needs of microgrid-based communities inside of industrial estates

➡️ Read more about it in the new Vulcano WP

[Vulcano]

🌋 Inside the new Vulcano Trajectionary paper: Project HEAVYLIFT 🌋

Project HEAVYLIFT ~ page 16

Global Logistics Solutions
A Distributed Future for GLOBAL SHIPPING and Settlement

Using NFDT’s it would be possible to track the movements of a specifi c vehicle or package with an
onboard Vulcano-enabled sensory package. This could potentially be a critical step to creating
a trustless system of accountability for logistics providers. This would result in benefi ts for customers
as it would incentivize an increase in transparency and follow-through on the part of the logistics
provider. The logistics provider themselves could recognize benefi t from being able to demonstrate
commitment and a record of on-time deliveries. In the long run, a system such as this could be
integrated to work with existing insurance structures.

Additionally, the integration of a greater number of $VULC-enabled IoT devices could help solve
many additional problems for the logistics provider. For example, the following sensors could all
be integrated with RFID-chipped cargo and could feed valuable information to both the logistics
provider, their clients, and interested third parties such as insurance companies:


✅Cargo Weight Data
✅Temperature Data
✅TamperTape
✅Vibration Data

➡️ Read more about it in the new Vulcano WP

[Vulcano]

🌋 Inside the new Vulcano Trajectionary paper: Project DataBlossom 🌋

Project DataBlossom ~ page 20

Decentralized Climate Data
A Distributed Market for Global Climate and Weather Data

The first hardware component of what would become the Vulcano network
was created in mid-2017 by Sorakrit Chonwattanagul under the direction of
the current Team Vulcano Director, Jason “BitBender” Brink, for DataBlossom as a
stand-alone system. This initial version, shown here, collected and transmitted data using
a simple Arduino-based system. Currently, there are several of these units scattered
throughout Bangkok which collect climate and weather data. Samples of this data are
shown on the following page.

The next version, still under construction, is based on the much more robust Raspberry
Pi hardware components. The switch from Arduino to Raspberry Pi will enable the
installation of a blockchain ecosystem node. This hardware can support a wide
variety of sensors and represents a proof of concept for the data collection model on
the climate side of the equation. However, nearly any sensor could be connected to
this and used to collect data.

➡️ Read more about it in the new Vulcano WP