Rare Earth Opportunity FundWHITE PAPER

www.rarx.io

ABOUT - What are Rare Earth Elements

The Rare Earth Elements, also called the Rare Earth Metals or Rare Earth oxides, are a set of 17 nearly indistinguishable lustrous silvery-white soft heavy metals.

Rare Earth Elements (REEs) are paramount for carbon-neutral/green and a large variety of high-tech products; hence they are in high demand. As a result, supply of REEs is likely to be disrupted in the near future. The 17 REEs are divided into heavy and light REEs. Other critical elements besides REEs, identified by the United States of America and European Commission, are rarely available.

01www.rarx.io

OVERVIEW

Rare Earth Elements are the future of all technology in the world and nothing can work without Rare Earth Elements be it Mobile Phones, 5G, CT scan, PET scan, TVs, LED Lights, Electric Vehicles, Smart Missiles and Bombs, Fighter Air planes, Nuclear Submarines, Stealth/cloaking technology and every high end technology that comes to your mind; nothing works without them.

Uses of Rare Earth Elements:

Rare Earth Elements can be used either in metallic state or in oxidized state. Their uses are varied across industries with some of the major uses being:

1. Smart phones: Of the 17 rare Earth metals, 16 are used in smartphones.Neodymium, terbium and dysprosium, for example, are three of the rare Earth metals: they give your phone the power to vibrate, so smartphones could be made without them – but you'd have to rely on your ringtone. Terbium and dysprosium are also used in tiny quantities in touchscreens to produce the colors of a phone display. All major producers including Apple, Samsung, One Plus, Fairphone, Google, Oppo, Vivo, BBK Electronics, Xiaomi are currently looking to develop new sources for Rare Earth Elements.

2. Automotive Market: In a car these elements are used in Headlight Glass, LCD Screens, Various Sensors; while the biggest use is in Catalytic Converter for conventional vehicles and Electric Battery and motors in Electric Vehicles. Each motor vehicle typically uses 10 to 12Kgs of Rare Earth Elements. It is being used by the pure Electric Vehicle Manufactures like Tesla, Rumac and also the conventional/hybrid vehicle manufacturers like Volkswagen, Toyota, Kia, GM, Ford etc. With the increase in EV battery share the demand is going to shoot up very fast.

3. Display: All displays whether LED or LCD and X-Ray and Optical Imaging uses the oxidized state of Rare Earth Elements. They are also the backbone of the global internet as Fiber Optic Cables will not work without them. Various manufacturers like Sony, Samsung, Panasonic, LG, Sharp, Xiaomi, BBK Electronics, TCL, GE Imaging, Philips have immense demand for these elements.

www.rarx.io02

Defense: A single F35 airplane uses 427Kgs of rare earth metals and a nuclear submarine uses 4200 Kgs of Rare earth metals, so one can imagine the importance of securing rare earth metals for the security of any country and the need for a reliable supply chain.

Key defense applications:

• Fin actuators in missile guidance and control systems, controlling the direction of the missile;• Disk drive motors installed in aircraft, tanks, missile systems, and command and control

centers;• Lasers for enemy mine detection, interrogators, underwater mines, and countermeasures;• Satellite communications, radar, and sonar on submarines and surface ships; and• Optical equipment and speakers

www.rarx.io

Lanthanum Neodymium Europium Erbium Samarium Samarium Samarium

Night-Vision gogglesLaser range-finders, guidance systems, communications Fluorescents and phosphors in lamps and monitors Amplifiers in fiber-optic data transmissionPermanent magnets that are stable at high temperatures Precision-guided weapons"White Noise" production in stealth technology

1. Rare Earth advocacy and lobbying with various governments for grants of RARX projects across the globe.

2. Investment in high quality but distressed existing rare earth mining and processing companies; these companies will start using our blockchain for their internal processes to ensure all token holders can see their performance in real time.

3. Exploration of new mines for rare earth metals in Africa, Indonesia, Australia and India.4. Set up new rare earth refining/processing centers across the world.

Second Phase:

1. Used by all Rare Earth Mining and Processing Organizations for payment across their supply Chain.

2. Online/E-commerce Marketplace for small rare earth processors and buyers to be all major electronic component/EV/Smartphone/Defense manufacturers. We will on-board major players like Tesla, Apple, Samsung, Sony, Panasonic, Philps, LG, BBK, Foxconn, Wistren etc as buyers on this platform.

3. ERP development and implementation across the supply chain of Rare Earth Elements.4. RARX Wallet Development.

Other than these the RARX token will also be used for upliftment of rare earth mining communities and developing new technologies for refining rare earth elements in a more green manner.

RARX Token

We will be using RARX token in two phases with the first phase being focused on the immediate exploration, investing and setting up new refining facilities. Whereas in the second phase of maturity the token will be used for developing ERP for all major players in the Rare Earth Supply Chain, payment method by all rare earth miners and producers, developing an e-commerce platform for Rare Earth Elements and Development of RARX Wallet.

First Phase:

www.rarx.io

Blockchain is a peer-to-peer and decentralized ledger technology that has the characteristics of transparency, consistency, traceability and fairness, but it reveals private information in some scenarios.

A core problem with this technology is that all users who have joined the blockchain see an identical ledger,making it thorny to handle transactions that rely on confidential data.

Access control mechanisms are usually used to deal with the privacy requirements of the associated stake-holders in decentralized networks such as blockchains.

This problem of confidentiality has led to a low adoption of blockchain by corporates and we have a solution for this via Secure Multiparty Contract.

Secure MPC provides enhanced privacy, correctness and independence of inputs,and guarantees output delivery. Blockchain perfectly suits secure MPC protocols because they all deal with security and trust issues in distributed environments.

There are many practical scenarios that benefit from utilizing secure MPC based on blockchain. (Overview of Our Framework)

In this section, we describe the main framework of the proposed secure MPC com-putation scheme. Figure 1 shows the proposed architecture for secure MPC based on a blockchain, which contains two phases: An on-chain computation phase and off-chain preprocessing phase.

Operations such as generating preprocessing data, key generation and data encryption are implemented off-chain, and secure computations are performed on-chain. The execution of MPC computation protocol is integrated as part of the chain code in Hyperledger Fabric.

Smart Multi-Party Contract

www.rarx.io

Uniqueness of RARX Token

The related parties are as follows:• Participant: The data owner.

• Peer: Compute node in Hyperledger Fabric, concretely the endorsement node.

• Decryptor: A component in the Peer assisting decrypting during the endorsement phase.

• Compute function: The computational logic provided by participants.

• On-chain MPC protocol: The auxiliary protocol utilized to perform on-chain, secure,multi-party computation.

• Quadruple generation protocol: The protocol used to generate preprocessing data (<a,b,c,d>quadruples) for on-chain secure multi-party computation.

• Sacrifice protocol: The protocol used to check whether a quadruple is valid.

www.rarx.io

A jointly secure computation task proceeds according to the following steps:

1. Off-chain preprocessing phase: All participants use the quadruple generation proto-col to obtain a sufficient number of <a,b,c,d> quadruples and check whether the quadruples are valid using the sacrifice protocol. This step is not necessary for every task. A huge number of quadruples can be generated in advance for future tasks.

2. On-chain computation phase: All participants break raw input values to secret shares, encrypt secret shares and quadruple shares, generate commitments and submit all of them to the ledger.

3. On-chain computation phase: Participants store the addresses of decryptors to the ledger.4. On-chain computation phase: The invoker (one of the participants) invokes the MPC smart

contract to execute the computation task.5. On-chain computation phase: Participants decrypt their outputs, which can also be carried

out by decryptors, and reconstruct the final result.

The Algorithms Used In this section, we describe the cryptography algorithms used in our protocol. Additive homomorphism encryption. Additive homomorphic encryption allows one to perform computations on ciphertext.The result of the calculation is the encryption of their sum.Let AHE = (KeyGen, Enc, Dec, Add, Sub, cMul) be an instance of an asymmetric additive homomorphism encryption scheme. We will use the following definitions: The Message space is denoted as ̃M, and the ciphertext space is denoted as ̃C.⊕d enotes the addition of ̃Canddenotes thesubtraction of ̃C.

The multiplication of a scalar plaintextm∈ ̃Mand a ciphertextc∈ ̃Cis denoted as⊗, and theencryption of the plaintext messagem is denoted as ̄m∈ ̃C. AHE is denoted as follows:

1. KeyGen(κ): takes the security parameterκas the input, and outputs the private keysk andthe public key pk.

2. Enc(pk, m): takes the message m∈ ̃Mand the public key pk as the inputs, and outputs theciphertext ̄m∈ ̃C.

3. Dec(sk, c): takes the cipher text c∈ ̃Cand a private key sk as the inputs, and outputs thedecrypted result m∈ ̃M.

4. Add(c1, c2): takes two ciphertextsc1,c2∈ ̃Cas the inputs, and outputs theciphertextc3=c1⊕c 2, so thatDec(sk,c3) =Dec(sk,c1) +Dec(sk,c2)

5. Sub(c1, c2): takes two ciphertextsc1,c2∈ ̃Cas the inputs, and outputs theciphertextc3=c1c2, so thatDec(sk,c3) =Dec(sk,c1)−Dec(sk,c2)

6. cMul(m1, c1): takes the scalarm1∈ ̃Mand the ciphertext 1∈ ̃Cas the inputs, and outputsthe ciphertextc2=m1⊗c 1∈ ̃C, so thatDec(sk,c2) =m1 Dec(sk,c1)

We have also used Additive Secret Sharing and Pedersen.

www.rarx.io

We will be issuing 125 billion tokens (Fixed) with each token priced at 1￠(US Cent)

The tokens will be issued through Unicrypt

i. Cryptos Accepted - BNB, Ether, Tron, ADA, BTC.ii. Compatible Wallets - Metamask, Trust Wallet, MY

ether wallet etc.iii. Exchange - Pancake Swap, Fork Delta etc.

All tokens left after the crowd sale will be burned. Of all the total tokens sold, half will go towards fixed liquidity.

The tokens for Dev and Mkt teams along with those from Airdrops will be locked for 90 days. For institutional investors (JP Morgan, Micro Strategy, Social Capital etc) the token distribution will happen at 5 Times the exchange listing price and will be locked in for 12 months.

The ICO will be listed at a premium of 25% over Pre-ICO sales.

Burning of 10% tokens will happen on listing on Exchange. We have also implemented multiple anti-whale mechanisms to ensure fairness for all our investors.

Symbol: RARX

Initial Value: 1 BNB = 42200 RARX

Type: BEP20

The Soft Cap of a PRE-ICO and ICO is the capital amount gathered at which the crowd sale event will be considered successful.

Our Soft Cap is BNB 100

The Hard Cap of a PRE-ICO

Our Hard Cap is BNB 10000

Tokenomics

www.rarx.io

Market Size Element Wise:

The market size for Rare Earth Elements in the year 2019 was valued at USD 19 billion annually and will reach over USD 25 billion by 2026.

The market is growing at an annual CAGR of 20%.

Market Size and Opportunity

www.rarx.io

Valuation/M Cap of current Rare Earth companies

Currently rare earth companies are trading at a really high P/E ratio in the share market as the future is very bright. Organizations like Lynas Rare Earth, Alkane Resources, Kidman Resources etc are operating at a valuation of between 200-300 PE Ratio (TTM); while having between 25-35% EBIDTA due to high profitability of the industry.

Total Market Size: $25 Billion

5% of $ 25 Billion : $1.25 Billion

EBIDTA at 30% : $0.375 Billion

M-Cap at 250 PE Ratio: $ 93.75 Billion

We aim to achieve 5% market share within the next 4 years and can achieve a m-cap of $ 100 Billion and within 7 years we will garner 15% market share with a valuation of $ 300 Billion.

Valuation

A small share of 5% of the $25 billion market will lead to a valuation of $ 100 Billion

Calculation:

www.rarx.io

The current time has provided the perfect opportunity to enter into the Rare Earth Industry as all countries are looking at developing new organizations to ensure a smooth supply chain.

This is because currently 90% of the production is from a single source making it a highly lopsided power structure and an unreliable supply chain.

A few examples of countries spending to develop new sources of supply for Rare Earth Elements are as given below:

1. The pandemic aid and spending package signed by the U.S. President Donald Trump includes more than $800 million to fund rare earths and strategic minerals research, spending that mining companies say will help counteract China’s dominance over the sector.(https://www.spglobal.com/marketintelligence/en/news-insights/latest-news-headlines/miners-laud-800m-rare-earth-fund-in-omnibus-bill-61939620 )

2. U.S. Department of Energy to Invest $28.35M in Advanced Processing of Rare Earth Elements and Critical Minerals for Industrial and Manufacturing Application.

3. DOE Awards $19 Million for initiatives to produce Rare Earth Elements and Critical Minerals Manufacturing Applications.

www.rarx.io

RARX will be lobbying with all the major governments of the world for grants and forming a strategic partnership with them. This will also mean wielding significant political influence for further achieving our goals.

Our Roadmap and Opportunity For Investors and Hodlers

We will be using crypto based funds using De-Fi which will ensure transparency and change the paradigms in the Rare Earth Elements industry. There are reserves of Rare Earth Elements in Africa, Indonesia, Australia, India and lots of other countries but they remain unexplored due to various socio-economic reasons. Rare Earth Opportunity Fund will ensure exploration in these countries and invest in high quality and distressed mining and refining companies to get the maximum profits at least cost.

RARX will also invest in improving the livelihoods of mining communities and help in their upliftment in society. We will also be working on minimizing the environmental impact of

Rare Earth Mining and Refining.

1. Grohol described the EU’s rare earths situation “as losing on all fronts, from mining and processing to recycling, which is something that is quite worrying”. In order to secure supply, he says “We are for diversification and we value partnerships with other countries”. The last call for H2020 projects will allocate almost €100 million to raw materials research and innovation.

2. One of the main strategic focus points of Quad is developing alternate Rare Earth Elements supply source.

www.rarx.io

ROADMAP

Oct 2021 Dec 2021 Apr 2022

Feb 2021 Apr 2021 Sep 2021

RARX Plarform Idea ❖ Technical StrategyDevelopment

ICO Release

❖ Million Raised ❖ ❖

❖❖

❖❖ Start To CompletionOf New Refining Plant

First New Mine Discovery

First InvestmentIn ExistingRare Earth Company

www.rarx.io

Mar 2023 Dec 2024

$100 Billion Valuation

1. Completion of raising funds via Pre-Sales, ICO (25% premium over pre-sales) and subsequently from institutional investors (at 5X premium to ICO).

2. Investment in an existing Rare Earth Mining/Refining Company. We will ensure that the company we invest into starts using our crypto-currency for their ERP and all key data will be visible to all token holders to ensure transparency. Our experienced audit officials will ensure the investment happens in high quality but distressed assets with complete transparency through smart contracts based on blockchain technology.

www.rarx.io

Phase 1

The first phase of Rare Earth Opportunity Fund involves three steps out of which two steps have been completed and the framework to reach m-cap of $ 100 billion by Dec 2024 has been finalized and vetter. The final phase which is ICO shall be completed by July.

Phase 2

The second phase of the plan will comprise two main checkpoints.

Phase 3

This phase will be focussed on utilizing the funds to create long term and sustainable wealth multiplying assets for all the token holders of Rare Earth Opportunity Fund.

1. Exploration and Mine Discovery - Below is an estimate of current reserves for Rare Earth Elements. We will be focussing on Exploration in Africa(Madagascar, Tanzania, Burundi) and Asia-Pacific (Indonesia, Australia, Burma, India) and pick up the best value for money asset through successful lobbying and prudent financial planning. We will ensure first new mine discovery happens by Apr 2022.

www.rarx.io

2. Based on the discovery of the first mine we will set up a refining/processing centre at a location with good logistical support and favourable tax laws. This will ensure that we are able to serve our clients while making the maximum moolah. We will be ensuring that the first refining center is up and running by Mar 2023.

We expect that by this time all our token holders have achieved 100X (10000%) wealth multiplication with the price of a token increasing to $ 1 from 1 cent.

Phase 4We believe that all our token holders will achieve Financial Freedom with sufficient funds to live life King Size.We will complete the first milestone of phase 4 which is reaching a M-cap of $ 100 billion by Dec 2024 based on the revenues and profits from our operations. Initial token holders will have their wealth multiplied by 2000 times or 2 Lakh percent by this time. The future ahead will be limitless.

World Mine Production and Reserves 2020 Estimates

Rare Earth Opportunity Fund

CONTACT RARX

1. Website: www.rarx.io

info@rarx.io

@rarxofficial

@rarxnews

www.rarx.io