Infinitus Token
Infinitus Token
Token: INF

Smart Designation Repository

ICO dates
Start date: 2018-02-15
End date:

Registrated in: Singapore

Platform: Ethereum
Type: ERC20


Infinitus Token categories
Infinitus Token token sale
KYC passing required No | Whitelist No | Restriction for countries USA, Canada, China
Hard cap 20,000,000 USD
Tokens for sale 85,000,000
Token distribution in ICO
Acceppting BTC, ETH
Infinitus Token news, social
Infinitus Token search trends in Google
Random whitepaper excerpts

About this document
This document is provided for your information only. Participants are advised to
read this document carefully in full and perform due diligence. INF Token is a
Utility Token. Participants comprehend and fully accept the fact that INF Tokens
are not securities under any circumstance hence the INF Tokens are not to be
considered an investment or financial product of any kind.
Unforeseen circumstances might not allow the completion of the project in whole
or partially. Acquiring and storing INF Tokens involves various risks, in particular
that may not be able to launch its operations and develop its
blockchain platform due to risks associated with regulation for ICOs and
blockchain-based applications. These are mostly unregulated by governments in
various jurisdictions at present. The purchase and use of INF Token shall
therefore not be done for speculative usage.
Participants should carefully consider the risks, costs, and benefits of
acquiring INF Token...

1. Abstract
1.1. The Problem
2. Solution Overview

Smart Designation Repository
2.2 How does it work?
2.3 User Journey
2.4 The Smart Designation System
3. Technical Unveiling of Infinitus
3.1 Infinitus Solution Architecture Overview
3.2 Distributed Application Layer (DAPPs)
3.3 Infinitus Network
Infinitus’ Smart Contract
3.5 Infinitus Solution layer
3.6 FSDLT Network
3.7 Atomizer Engine (segmentation) & Bit-Swap (transformation)
3.8 Mobile Application layer
4. The Infinitus Token
4.1 Infinitus Token Allocaiton
4.2 Infinitus Token Summary
5. The Team
5.1 The Management Team
5.2 The Advisory Team
6. The Roadmap
7. Connect with Infinitu...

1. Abstract
Ever since the advent of Blockchain in 2008, cryptocurrencies have gained popularity and they are
being used by millions of people around the world as a mean of exchange. Being an excellent
attribute to store value, these virtual currencies are backed by the unbreakable cryptography and
are supported by various communities. As a result, risks have emerged that if the private keys are
lost or if crypto-owner passed on, this digital fortune will be lost forever. Our aim is to provide a
solution to mitigate these risks with an innovative consumer technology that is universal, user-
friendly, decentralized and cost effective.

1.1. The Problem
An online research conducted by the INF team found that the possibility of losing one’s wallet or
private key is a major concern and has indeed happened to many individuals. This happens as
users typically rely on unsecured key storage methods such as; writing the key on a piece of paper
or keeping them in digital forms, such as Microsoft Office files stored in hard disks or USB drives.
These methods are perishable, not fail-
safe and are susceptible to the possibility of losing one’s
“It is very easy to lose crypto” says Martin Davidson, co
-founder of Blockchain Centre. He also
added that it is impossible to retrieve the lost key as the mathematics involved and the strength of
the cryptographic system is what makes crypto so safe.
In the unfortunate event of a lost key, financial losses can be total and devastating. Therefore,
prevention is imperative as there is “no cure.”
All crypto users should take the necessary measures to safeguard their crypt...

2. Solution Overview

Smart Designation Repository
INF is a blockchain-based storage application that allows users to encrypt and store a variety of
alphanumeric data on a decentralized network. The user data is securely stored on a peer-to-peer
network (IPFS) which also ensures that it is only accessible to the designated recipient upon a
predetermined inactivity trigger.
Examples of user data that can be stored in our secured environment are: passwords, wallet files,
private keys, JSON files, UTC files, keystore files, mnemonic phrases, recovery seeds and even
short text messages.
2.2 How does it work?
INF is a Decentralised Application (DApp). The INF mobile app acts as an interface between the
user and the backend blockchain technology. The INF mobile app may be downloaded from the
Google Play Store or the Apple App Store from June 2018 onwards.
The user sets up the “Smart
Designation Repository” with INF Token acting as a “key”. Use...

2.4 The Smart Designation System
The SmartDes System
Store & Retrieve Protocol
Store & Transfer Protocol
Needs an Account and Password to store and
retrieve data.
Information is typically stored as a whole file
on a centralized server. A potentially fallible
ingle point failure

User must have the password to retrieve data.
Retrieval and transfer of data must be done by
the account holder manually.
Typical Cloud Storage
Needs an INF ERC20 Token as a key to activate
the SmartDes Repository to store data.
Information stored across a decentralized
network. Eliminated third-party risk and
point failure:.
The data is fragmented, encrypted and
distributed into all the peer-to peer nodes.
A pre-set event will trigger the Smart Contract to
transfer the data to a named recipient.
INF Smart Designation Repository System operates on a Store & Transfer Protocol ...

3. Technical Unveiling of Infinitus
Built on the Best- in- Class Blockchain Technology Applications
INF Token acts as
a “

activate the Repository.
1 Token for 1 Repository
Private data is Fragmented,
Encrypted and Distributed on a
INF Mobile App is the interface
where the user can
Key in private data
Set inactivity period on INF
mobile app
Activate the SmartDes
Repository using the INF
Kupat Tahu

3.1 Infinitus Solution Architecture Overview
Infinitus solution, built on the FSDLT (File System Distributed Ledger Technology) network &
AURA blockchain , consists of three layers: Mobile Application layer, Infinitus Solution layer and
Distributed Application (DAPPs) layer. Diagram below shows the architecture of solution.
AURA blockchain consist of an array of technological layers and protocols. It uses distributed
storage and the key innovations are the SHOUT protocol and the FSDLT layer. Each FSDLT
block is structured as a file which contains all the necessary components such as the filenames
and attributes. Each file and the content within has a unique fingerprint called the cryptographic
hash which ensures no duplication across the network and ensures immutability.
The block is stored using IPFS on network nodes. Parallel chaining, FSDLT allows multiple
transactions to be processed from a single node. Each node only stores the transactions it has
participated in. The SHOUT protocol distributes t...
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