ZillionGrid:
“Decentralized Hybrid Blockchain Infrastructure”
by Conrad Roberts aka Mr.Zillion
conrad(at)zilliongrid(dot)com
Author Note:
Creating a High Capacity Blockchain Database Infrastructure.
ZillionGrid Version 1 – Phase 1
ZILLIONGRID: DECENTRALIZED HYBRID BLOCKCHAIN INFRASTRUCTURE 2
ZillionGrid Version 1 – Phase 1
Table of Contents
Table of Contents ................................................................................................................ 2
Abstract ............................................................................................................................... 4
The ZillionGrid: “Decentralized Hybrid Blockchain Infrastructure” ................................. 5
ZillionGrid Component 1: The Decentralized Grid ............................................................ 9
ZillionGrid Hybrid Topology ........................................................................................ 10
Servers and Server Classes. ...................................................................................... 10
Server Hubs ................................................................................................................11
Hub Clusters ...............................................................................................................11
Grid Management ......................................................................................................... 12
Hub Manager Service ............................................................................................... 12
Hub Director Controller ............................................................................................ 12
Server Agent Package ............................................................................................... 13
Grid Blockchain ............................................................................................................ 13
Wallets and CPU Miner ............................................................................................ 13
GPU Mining Hardware ............................................................................................. 13
Zillion Server Nodes aka MasterNodes .................................................................... 14
IoT Devices ............................................................................................................... 14
Grid Access and File Management ............................................................................... 14
Zillion Login: Smartphone Secured Access .............................................................. 14
Zillion Seal: Asset Validation and Authentication .................................................... 15
Zillion Sharding: File Management .......................................................................... 15
Zillion Containers: Websites, pages and profiles on the Grid ................................... 15
Zillion ZLN Protocol: Communications on the Grid ................................................ 16
ZillionGrid Component 2: The Universal API .................................................................. 17
REST API...................................................................................................................... 17
Scripting Languages .................................................................................................. 18
Programming Languages .......................................................................................... 18
Platforms and Access ................................................................................................ 18
Crypto Payment Gateway ............................................................................................. 18
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Crypto Payments ....................................................................................................... 18
Micro Transactions .................................................................................................... 19
Recurring Payments and Subscriptions .................................................................... 19
Any Crypto Blockchain, Present and Future ............................................................ 19
Intellectual Property and Digital Assets Library ........................................................... 19
Digital Fingerprints ................................................................................................... 19
Syndication ............................................................................................................... 20
Certificate of Authenticity, Manufacturing, Origin ................................................... 20
Copyrights, Trademarks, Patents .............................................................................. 20
ZillionGrid Component 3: The Software Factory ............................................................. 21
Zillion Browser: Navigating the Grid ....................................................................... 21
Zillion Mail: Encrypted Communications Including Attachments ........................... 22
Zillion Wall and Zillion People: Social Interactions with Real People .................... 22
Zillion Suite: Office Suite on the Grid ...................................................................... 23
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Abstract
In the world of crypto, the concept of blockchains and payments go hand in hand. Smart
contracts are all the rage, and many initiatives are searching for real world applications. The
world at large is puzzled by this new paradigm: what can we do with it and how do we use this in
everyday life? Blockchain programming requires top caliber developers and big budgets; many
of the millions of “traditional” programmers are scrambling to catch up.
As it turns out, the blockchain is good as an “immutable ledger” keeper and cryptographic
payment system but lacks in data storage, querying abilities, and most of all, performance. The
blockchain is a flat-file-based ledger, thus, architecturally speaking, the slowest possible
architecture. A little research confirms these shortcomings, hence the absence of real-world
applications: it is not practical to build applications using the limited capacity of today’s
blockchains. Crypto cloud storage, word processing, excel spreadsheets, secure messaging, and
communications are barely a blip on the radar when talking about blockchain integration.
Real application infrastructures still require fast databases and massive storage needs for media
distribution on any of the current platforms: web, desktop and mobile.
This paper presents a solution in the form of a total integrated network: media, database and
blockchain servers working together and providing the first ever “Decentralized Hybrid
Blockchain Infrastructure,” and bringing blockchain integrated applications to mass markets.
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The ZillionGrid:
“Decentralized Hybrid Blockchain Infrastructure”
The original Bitcoin blockchain was made with one purpose in mind: decentralized and
peer to peer payment system. With that solution came an immutable ledger in the form of a
blockchain with new blocks being created at preset intervals. Each block is linked together in a
chain structure and cryptographically secured, which makes double spending a problem of the
past. This paper will not explain these concepts, just acknowledge the current architecture and its
shortcomings when applied to an application infrastructure.
When we look deeper under the hood, we see a series of flat files containing all the
transactions and addresses stored in a local download folder. All these files make up the chain
and contain everything that has ever occurred on this chain. Technically speaking this is a
breakthrough accomplishment, but from a programmer’s point of view it is the most inefficient
architecture for accommodating data storage and querying functionalities. There is no space to
store any application data without creating bloated chains, something that eventually becomes
unmanageable.
If we are to extend this innovation to applications, some changes must be made to
accommodate these requests. How can this be achieved? One way is bigger blocks. These will
hold more transactions and eventually we will be able to store more data on them, but can a
blockchain with a file-based architecture really store all our word documents, images, and video
files? Most likely not, so we must look for a more efficient architecture.
Databases come to mind, since they have been proven reliable for many decades and
eventually the blockchain inner workings will migrate to a more efficient management system.
There are a few initiatives already out there but almost all of them have the same challenges:
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migrating the blockchain’s unique characteristics to a database system will take time and a lot of
effort.
Enter the ZillionGrid. What is the ZillionGrid, why was it created and how will it be
built? First and foremost, it is a complete application infrastructure including hardware,
network security, storage, and everything else needed to accommodate applications, websites,
and social interactions with people around the world.
After months of research we broke down our infrastructure architecture into three main
components:
Component 1: Network part with Server Classes A, B and C clustered in hubs
Component 2: Universal API for programmers to access those resources
Component 3: Software Factory with turn key application suites for the end user
Class A servers are defined as Media and Storage servers, high performing servers with
large storage capacity.
Class B servers are defined and configured as Database Servers optimized for processing
database transactions on any database in existence.
Class C is defined as Blockchain Servers: any currently existing or future blockchain can
be integrated into this grid.
We also have Class D and E for later use, being User Nodes and AI Operations nodes (for
Deep Learning, Dynamic Benchmarking, and Grid Request Routing, also known as K-Nearest).
These will be defined and introduced in Phase 3 of the ZillionGrid building plan.
Class A, B, and C Servers are organized in Hubs, reporting their status to the Hub
Manager via pulse metric software agents installed on each server.
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Hubs are organized in Clusters and each Hub Manager reports to the Hub Director, thus
creating a real time status and availability.
The Universal API and Software Factory calls are (eventually) routed via AI and Machine
Learning algorithms directing and routing all requests to the nearest and most available server.
All metrics are taken into account: CPU load, RAM and HD usage, and Internet Upload and
Download speed. Slower servers are ranked lower and will handle less requests. These rankings
will be communicated to node operators, so they have the option to intervene when needed.
The decentralized aspect of this infrastructure poses a few challenges: since anyone can
operate a node, how do we handle quality control of newly added nodes? Our solution comes in
the form of a “ZillionGrid Node Launcher”, a tool with a built-in benchmark to automatically
classify the hardware it is analyzing. That benchmark number will eventually assign the A, B, or
C classification. This classification will be assigned via unique identifiers to a server profile
stored on the blockchain. Once the node becomes operational it will receive shared block
rewards based on the class and provide recurring revenue to the node operator. This will avoid
having to rely on advertisement for income, and because these block rewards are a form of smart
contracts, no middlemen are needed, and payments are done in real time and automatically. The
only way to discontinue payments is when the node goes offline, which is a decision made solely
by the node operator himself.
We wanted to start building this right away, while acknowledging a potentially long
development timeline before we could reach our ultimate goal: a blockchain database
architecture capable of storing unlimited data with unlimited transaction speeds and real time
querying capabilities, while still preserving the blockchain qualities.
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The Zillion Team is working in that direction and since this will not be built overnight,
we propose to break it down in three phases.
First Phase will be a grid structure with a software resource manager that might look
partially centralized but is not actually centralized. This will allow us to build a grid with three
server classes and create the Universal API to allow any “traditional” programmer to access
those resources using any programming language in existence.
Second Phase will be a peer to peer implementation of encryption, sharding, and all the
data storage aspects that are needed to make a high performing application network.
Third Phase will be the goal of a database blockchain with the same qualities of a file
based blockchain system.
Technology changes constantly and by the time this paper gets (re)published, parts of it
might already be outdated. For this reason, we will elaborate on the First Phase approach and
publish updates as our work continues and moves into the other two phases, whenever that will
be.
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ZillionGrid Component 1: The Decentralized Grid
The emergence of the World Wide Web in the early 1990s came with high hopes and
many expectations. It changed humanity in numerous ways, but today only a handful of
companies have centralized it for their own purpose, at the expense of individual users’ privacy
and security. Your data is now the highest priced commodity in the hands of a few profit chasers,
completely unregulated and without any compensation. Impersonation, identity theft, spam, and
phishing, are just a few ways that scammers and abusers target everyday users. Centralization
has proven to be a tempting power broker where the unscrupulous rule and dictate what we can
or cannot do, what we can or cannot buy, and what we can or cannot browse.
To get the user back in control of their own data, a new infrastructure is needed. This
paper describes one of the possible solutions to those problems. The ZillionGrid allows for
anyone to contribute resources and generate recurring revenue. This is not dependent on
advertisers and the immense intrusions that come with it, all at the expense of the end user. Some
sites make it almost impossible to get to the content, cluttered by ads and broken by all the
browser versions and countless scripting libraries that make the viewers’ experience a nightmare.
There are multiple ways one can create income on the grid. Mining crypto currencies is
one way, while running a Zillion Server Node (or Grid Node) is another way. As a grid user,
anyone can sell items, such as digital assets, or create income using video streaming or
podcasting. Micro transactions, buy and sell transactions, subscriptions, pay per view: everything
is built in and natively supported by this infrastructure. Natively means there is no need for third
parties, credit card processors, banks, or other intermediaries to manage your transactions. You
decide what happens to your data and your digital assets on the grid.
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ZillionGrid Hybrid Topology
To accommodate our First Phase objectives and build the grid, we defined three server
classes to handle all data types. Since anyone can add hardware to the grid, we created a software
installation package including benchmarks so we can automatically assign each server with a
classification. Servers can be stood up or taken down without affecting the data stored on the
grid. To accomplish this, we created redundancy and duplication services, data queues, and time
synchronizers, all of which will make way for P2P database technology in our Second Phase.
Servers and Server Classes.
To achieve speed and low latencies we suggest optimal performing components,
including fast CPU’s, fast RAM, and fast hard drives. We are aware of the added cost, but
eventually, the crypto rewards should provide a decent ROI to make that investment worthwhile.
In addition to shared block rewards, node operators will receive transaction fees. The more
capacity the server has, the more transactions it can perform, and the more revenue it can
generate.
Image 1: Server Classes A, B and C
Image 1. Zillion Server Nodes Class A, B and C including User Nodes
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Server Class A
Media Servers: These servers will do the heavy lifting regarding storage, audio and video,
images, and big files. RAID systems will be needed with RAM drives for fast response times.
Server Class B
Database Servers: Similar to Class A servers regarding speed and capacity but the
configurations will be optimized for database operations.
Server Class C
Blockchain Servers: These will act as full nodes and accommodate all blockchain
requests. Since the grid is “technology agnostic”, we can host any format, database, or
blockchain.
User Nodes
For later.
Server Hubs
Servers are organized in hubs by class. New servers can join existing hubs and
synchronize data; once synchronized they can serve API and/or app requests.
Hub Clusters
Hubs are organized in Clusters. Hub Managers report to Hub Director, and the Hub
Director connects to API or Software Factory.
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Image 2: ZillionGrid Server Hubs and Clusters
Image 2. ZillionGrid Server Topology including Hubs and Cluster organization
Grid Management
To manage all resources, we created the following structure:
Hub Manager Service
The Hub Manager takes all the metrics from the Server Agents and keeps track of all the
connected resources. It is a software service that runs in the background and manages the data
request queue, assigns timestamping, takes care of server synchronization, and configures new
servers added to the Hub.
Hub Director Controller
The Hub Director Controller receives info from all Hub Managers and creates a health
diagram of all Hub Clusters. The Hub Director visualizes the total grid health and capacity and
routes all incoming calls to and from the grid. Eventually this will run AI and Machine Learning
algorithms.
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Server Agent Package
Software installed on each server node sends metrics to the Hub Manager regarding
server resources and load. It keeps track of and reports RAM and HD capacity, CPU usage, and
internet upload and download speeds.
Grid Blockchain
Many of the grid functions are blockchain secured, hashes and digital fingerprints are immutably
stored, encryption and financial transactions are provided by “ZillionCoin” thus implementing
the “ZillionFLUX” blockchain algorithm. These have their own whitepapers and are managed by
the open source community. The main reason for its integration is that for the grid to function,
blockchain architecture has to differ from what is currently out there since data storage, data
querying, and other functions needed by the grid are not built into other blockchains to the extent
that is needed. The ZillionFLUX blockchain accommodates those special needs. Since the grid is
“technology agnostic,” any current and future coin can be integrated to the extent that their
blockchain architecture allows for the needed functionalities. If nothing else, they can be used for
integrating payments and micro transactions.
Wallets and CPU Miner
The ZillionCoin wallet is available for free and source code is provided by the open source
community. The wallet accommodates crypto transactions and has a CPU miner built in.
GPU Mining Hardware
Once the CPU mining phase is over, we will increase capacity by switching to GPU mining. We
will provide hardware configuration guidelines and we might provide turn key hardware in the
future.
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Zillion Server Nodes aka MasterNodes
Our design calls for Zillion Server Node integration and shared block rewards with miners to
provide ROI to server operators. This takes away the need to depend on ad revenue, and since
shared block rewards are a form of smart contracts, no middlemen are needed, and payments are
executed automatically and in real time.
IoT Devices
The Internet of Things (IoT) is a huge market with unlimited growth potential for early
application providers. We planned our own version of an IoT network linked to blockchain
transactions and we created our own line of IoT devices (including Iridium Satellite trackers).
More about that in Second and Third Phase implementations of the ZillionGrid.
Grid Access and File Management
Providing secure access without making it too complicated is a challenge. We chose a
dual access system: smartphone secured access via QR codes and email/password systems with
SMS OTP (One Time Password). Neither of them is foolproof but they insert additional layers of
complexity not found in current internet access systems. Everything starts with a unique profile
of which the hash of “digital fingerprint” is stored on the blockchain and used to validate users
throughout the grid.
Zillion Login: Smartphone Secured Access
The first step for acquiring grid access is to create a profile using your smartphone, email,
and secure password. Once this information is submitted, a digital fingerprint will be created and
stored on the blockchain. This digital fingerprint is then later used to validate your profile when
used within the grid.
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Zillion Seal: Asset Validation and Authentication
The Zillion Seal technology is used throughout the grid to validate and authenticate
digital assets using the digital fingerprint and, when confirmed, seal the process with a verified
approval status of the asset. This will prevent fraud, impersonation, virus insertion, and other
malware protection.
Zillion Sharding: File Management
The term “sharding” is mostly used within database context and we will do the same. To
maintain our terminology throughout our Three Phases, we started implementing sharding in the
First Phase as it pertains to storing files and, more specifically, big files. Every file stored on the
grid is encrypted and broken into smaller pieces and stored randomly on available servers. We
keep the meta data and when a user wants to reconstruct and decrypt the file, we know how to do
it. It is to some extent like IPFS (Interplanetary File System), but we use it in addition to IPFS. It
provides extra security at a performance penalty.
Zillion Containers: Websites, pages and profiles on the Grid
Websites, HTTP, and Internet are all synonymous and are proven methods to establish
web presences around the world. Much of its security is debatable, but we are all familiar with
the shortcomings, annoyances, and security intrusions. Never mind the spyware, malware,
viruses, phishing, and a host of other less desirable phenomena that make the web a very
unpleasant place to hang out, shop, or communicate. The ZillionGrid will try and establish an
alternative to those problems while keeping compatibility with existing systems.
“Zillion Containers” are a first-generation ZillionGrid websites where we use IPFS as the
base to create websites (pages, profiles) on the grid. There are a few shortcomings that we need
to resolve, and we will present that solution in the form of “packaged” files secured by a
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“container” hash to verify authenticity, hence originality, as envisioned by its creators (minus the
viruses, malware, spyware, etc.).
Zillion ZLN Protocol: Communications on the Grid
The task of managing routing, data transfers, addressing destinations, profiles, hashtags,
containers, and any similar tasks falls on the shoulders of our newly created Zillion Protocol
(ZLN Protocol). That requires a paper by itself and will be presented later. Right now, the ZLN://
prefix is used in our Zillion Browser for grid communications and is also available as browser
plugins for Chrome and Firefox. With those plugins, certain grid functionalities will be available
to standard browsers.
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ZillionGrid Component 2: The Universal API
Building the grid infrastructure is one challenge, while creating easy access is another.
We propose an easy solution by programming an API on top of that grid. All grid resources are
now open to developers and instead of multiple connections to multiple resources, we have
everything in one place, ready to be integrated in your applications, be it desktop, web, or
mobile.
Image 3: ZillionGrid Universal API
Image 3: ZillionGrid Universal API with REST, Payment Gateway and Intellectual
Property Digital Asset Library
REST API
Blockchain programming is not easy, it is rather low-level programming and yet? requires top
talent, which is expensive and hard to find. Our API allows easy blockchain access via Universal
API and any programming language in existence. Suddenly, millions of “traditional”
programmers now have access without having to learn the specifics of blockchain programming.
REST is universally known and easy to integrate once access is established using your Zillion
Login profile.
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Scripting Languages
Many websites and applications use scripting languages, be it JavaScript, PHP, ASP,
Python, Ruby, or anything else: as long as you can make REST connections, you are able to
access any application platform using any programming language.
Programming Languages
For desktop or mobile programming, REST is easy to integrate in Java, C, or any .NET
language including C# and Visual Basic. All REST calls are returned via JSON result sets and
integrating these in your application is easy.
Platforms and Access
Same easy access for any desktop, web, or mobile platform including NodeJS, Angular,
React, and any other library in existence including Name Services and Zillion Browser, including
Chrome plugins.
Crypto Payment Gateway
Our payment gateway includes any traditional payment mechanism, except we converted it to
crypto using any coin in existence. If you want to setup payments in Bitcoin, Bitcoin Cash, Dash,
or Litecoin, you can do so. You can setup one-time payments, recurring payments, subscriptions,
per minute, per view, or any combination thereof.
Crypto Payments
If you have something to sell, you can integrate payments with your favorite coin, or
multiple coins. This goes for digital assets as well. Images, reports, and newsletters can all be
integrated with our crypto payment system.
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Micro Transactions
Micro transactions are small amounts that traditional credit cards will not process. For
example, integrated payments per minute of listening or viewing content, or each time an image
is used, or a book is read. You can integrate payments with your podcast or streaming station.
Recurring Payments and Subscriptions
Recurring payments are automatically scheduled at your defined interval. It can cover
memberships or content channels, online stores or digital catalogs.
Any Crypto Blockchain, Present and Future
We can integrate almost any coin in existence as well as future coins; nothing is off
limits. Tokens are a separate class of payment models and we plan on integrating those also.
Intellectual Property and Digital Assets Library
Many apps will process or access digital assets and Intellectual Property. For this purpose, we
created a mechanism to register, track, and monetize these assets in a digital library. Once your
assets are registered, you can then incorporate them in your applications and track their usage
throughout the grid. If compensation is required, our payment gateway can take care of those
transactions for you.
Digital Fingerprints
Any digital asset created on the grid can register a digital fingerprint and claim ownership
with proven identity. These assets can be text files (reports), media files in the form of audio or
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video files, images, or anything else that can be made available for digital distribution. This
fingerprint can be used for tracking, billing, subscriptions, or anything else provided on the grid.
Syndication
Once the grid has a substantial number of users, syndication can be a vehicle to greater
exposure. This will most likely be used for subsequent versions of the grid.
Certificate of Authenticity, Manufacturing, Origin
The blockchain provides an excellent method for certifying and providing records of
Authenticity, Manufacturing, Origin, and many more variations on this theme. If implemented
well, this can track goods from raw materials to finished goods, distribution, sales, and support.
Copyrights, Trademarks, Patents
This requires integration with existing systems and will most likely be implemented in
subsequent versions of the grid.
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ZillionGrid Component 3: The Software Factory
Turn key software solutions for enterprises and home users.
Image 4: ZillionGrid Software Factory
Image 4: ZillionGrid Software Factory: turn key software solutions
Zillion Browser: Navigating the Grid
Decentralized websites are in a very early stage, so there are many challenges to make it
them work in a practical fashion. Our first generation is built on the IPFS structure with some
limitations. We created our own browser based on the JavaFX rendering engine, in addition to a
Chromium version (Electron with NodeJS) for those who want to be part of the Google
Universe. By design, we turned off all tracking and you control your cache and cookies. We
prefer to disconnect from anything Google, but currently that comes at a penalty since Google
cornered and owns the browser market. Our JavaFX implementation will get better over time;
this is a start and comes at a price of limited functionalities and page rendering. Full
compatibility of traditional internet browsing will be maintained. We do not want a closed
system, but rather an enhanced platform for those who prefer to own their data and not be
tracked with every click. This is not 100% foolproof yet but is a first step in that direction.
Each browser installation comes with a local mini-database where you can store your
own activities and browsing data. This mini database can then be made available to advertisers,
but only at your request. You can offer your data on the Ad Market and get paid in real time via
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smart contracts. Your local data repository can also be encrypted, again at a performance penalty.
Everything is under your control, and you decide what happens to your private data.
The Zillion Browser has an applet system built in and can connect directly to your local
wallet. Right now, wallets are still full nodes and require synchronization, but future versions
will be lighter, like SPV (Simple Payment Verification).
Zillion Mail: Encrypted Communications Including Attachments
Communications are crucial in any enterprise and this encrypted messaging system allows for
just that: secure communications including audio and video messages and file attachments of any
type. Using this system, there will be no more snooping or intrusive mail analysis for serving
ads, and no more massive invasion of your privacy. Your communications are encrypted and
sharded, including any attachments, such as audio and video files. It works like a traditional
email system except it is more secure and your messages are secured by our Zillion Seal
technology. Each message has its original digital fingerprint and after reassembly and encryption,
it is verified and authenticated against the original fingerprint stored on the blockchain. If
anything changed in your message, you will know about it. Some of the advantages are spam
limitations, a lack of impersonators (the sender is verified against their profile), and no more
viruses or malware in your inbox.
Zillion Wall and Zillion People: Social Interactions with Real People
This is our version and implementation of social networking. Since everyone is validated using
their smart phone, we anticipate only real people on our network. All messages and postings are
validated for their origins and content. Our aim is to make it much harder for abuse and false
information to proliferate on this network. It is still possible, but much harder to circumvent the
system in big numbers. This way we have quality over quantity and as with all our applications,
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you own your data, you store it locally, and you make it available on the Ad Market for monetary
gain, but only if you decide to do so.
Zillion Suite: Office Suite on the Grid
Office applications are still the staple of every business. Word processing and spreadsheets are
used every day in millions of businesses around the world. Our Zillion Suite provides full
compatibility with existing suites on the market. You can store your files locally, in the cloud, or
on the Zillion Grid. Grid storage comes with the option of encrypting and securing your files for
later retrieval and validation using the Zillion Seal technology. If you choose to charge for your
files, you can do so without much effort. Just define your parameters when storing to the grid,
present it on your profile and people can download, pay, and enjoy our work. This will all be
seamlessly integrated on one platform with many crypto coin options ad payment.
All these applications will be available on desktop first, then on tablet and mobile platforms. We
cover any market, from enterprise to smaller companies to private individuals.
For All Mankind.
