We will start with Ethereum and expand to Tangle. Our development will include AI and Machine
Learning capabilities to optimize
decentralized storage and task processing allocation through continuous computational learning from
chain's operation and performance.
We plan to use ensemble techniques for classification, but we may need to apply deep learning
techniques as well. It all
depends on the data that we will collect from the platform during its performance.
We plan to support any task (generic platform). During the first stage it will be submitted to the
grid as compiled, but
we wish to expand to actual code and create an interface to other complex computations. It will
AI, deep learning and Artificial Neural Networks, but also conventional processing, such as SQL
We plan on developing separate solutions for both platforms and merging them with IAGON's Smart Grid
engine, which will automatically
select where to allocate the task/storage according to its computational attributes.
It is true. Think about a grid of computational or cloud services that can distribute the tasks
optimally, as it continuously
"learns" from the attributes of each machine and the resulting performance of it and can fine-tune
better allocate tasks to the machines, etc. The Blockchain enables complete protection of any data
either applied as a public cloud (public Blockchain) or within large organizations as a private
Sia focuses purely on decentralized storage. We analyze the forthcoming challenges of cloud services
and concluded that our
Smart Computational Grid will support both high volume storage (to support Big Data repositories and
processing power by cpu (for large conventional processing tasks such as sql on big data dbs) and gpu
(for AI tasks, such as deep learning and neural network operation).
IOTA is not a competitor, but an enabler of our solution using Tangle technology. We will partner
with IOTA and any other
Distributed Ledger Technology (DLT)/Blockchain platform solution to build the decentralized cloud
IAGON encrypts the files users upload to the network with SHA-256 (military grade) encryption before
each file is sharded
(split into many slices), each shard (slice) is then copied and all shards/copies are spread to the
UI/UX for miner and client application — Version 2.0.2-alpha. The mining will be available after main
sale. You can review this video for more info: https://www.iagon.com/Miner/MinerApp.html. It's on
track to be completed, and at this time, you can use on your pc or laptop and eventually with any