LATTICE EXCHANGE PLATFORM BLOCK CHAIN:-
#LTX #Defi #Scalability
Introduction:-
Over the last decade, blockchain technology has made an emergence by improving
digital systems and processes for nearly every industry and Fortune 500 company.
Most notably an entire new industry has been created through the development of
crypto currency assets, smart contracts, complex financial products and derivatives,
and the new paradigm of Decentralized Finance (DeFi).
With decentralized and low barrier to entry tools like erc20-wallets, metamask, and
swapping contracts, the new open source blockchain-finance ecosystem is growing at
a tremendous pace. Within months, DeFi has captured more than $10B worth of
market capitalization and more than $9B of staked tokenized value. However,
transaction fees, cross-chain interoperability, network speed, data oracelization, and
order matching algorithms and available liquidity are all bottlenecks for this growing
blockchain-financial market to be on par with the $30T traditional securities markets.
With the growing ecosystem, user centric applications become paramount. Users
demand low transaction fees, fast and secure swaps and cross-chain inter. The future
of decentralized finance requires interoperability as a must-have feature of the near
future. This evolution will include aggregating liquidity pools, smarter routing for
trades, and access to multiple asset-specific automated market making (AMM)
algorithms to secure the best price and profitability for users.
Current DeFi applications face challenges as base layer protocols of existing
blockchain infrastructures have scaling limitations, are costly and slow to transact,
and are not architecturally designed to process data like centralized data processing
tools (including the oralization of data). Tools that already exist in traditional financial
markets and the trading of securities. Additionally, there is an opportunity to
aggregate liquidity pools to unlock more capital from multiple ecosystems and bridge
fractionalized liquidity. These limitations ultimately provide barriers not only to
regular users but to institutional investors from entering the cryptocurrency industry.
The Constellation Network, Hypergraph, is a groundbreaking new infrastructure
protocol that is a graph based database (called a directed acyclic graph (DAG)), that
leverages dynamic partitioning for efficient data distribution across a decentralized
distributed network, and uses mathematical proofs, and concurrent consensuses, built
into its Hypergraph Transfer Protocol (HGTP) to efficiently organize the network.
Hypergraph and HGTP allow for fast and scalable throughput as well as easy
cross-chain interoperability with other blockchain networks and existing data
management and cloud infrastructures. Constellation’s microservice architecture
allows for a new ecosystem of applications that communicate with blockchain and.
traditional systems and infrastructures. This enables the oracelization of data and the
ability to integrate external data sources while ensuring resource efficient scalability.
Using the Constellation protocol, Lattice is a decentralized application, DeFi solution,
built on the Constellation Hypergraph infrastructure with seed investors Alphabit and
FBG Capital.
The Lattice platform offers the following advantages and features:
? AMM based liquidity pool that allows lenders to earn transaction fees on their
deposits (farming).
? Smart routing algorithm for trade execution across different platforms.
? Advanced platform for pluggable institutional grade order matching
algorithms that are asset specific (multiple AMMs).
? A governance token called “Lattice (LTX)” which gives holders certain rights
in regards to economic parameters like transaction fees and inflation/deflation.
Lattice will be an evolution of existing DeFi solutions by providing better liquidity and
more efficient asset-specific automated market making algorithms for traders and
liquidity providers. The infrastructure enables a higher assurance in crypto asset
trading and settlements. This solution will further advance the blockchain industry
with improved financial instruments that are cost effective and have the speed,
security, and scalability that traditional securities asset traders are accustomed to.
Constellation Protocol
Constellation’s Hypergraph Transport Protocol (HGTP) is the only secure
communications protocol that connects real world applications through seamless
tokenized data. Constellation enables an ecosystem of applications to be built on the
Hypergraph Network while using the HGTP to securely capture, connect and
transport that data for an evolution of applications with data assurance and
compliance. Hypergraph, is a resilient decentralized network that is built on a directed
acyclic graph (DAG) and leverages dynamic partitioning and a reputation based
consensus mechanism to be infinitely scalable, while providing fast throughput to
handle high computational needs for instant data processing.
Every application produces, stores, and uses data to improve the customer experience
and operations. The Constellation Network and Protocol is built to connect
blockchains and real world applications by integrating easily with existing applications
and data management stacks used for processing the world’s data. Constellation’s
technology is uniquely positioned to be compatible with data management solutions,
like Cloudera and Splunk, and data processing tools (like Kafka, Storm, MongoDB,
1
The world’s leading equities and securities based hedge funds use algorithmic trading
and require high computations to be competitive in analysis and trade execution.
Additionally, they rely on third party data sources that are validated and trusted, to
improve algorithmic trading decisions. Securities trades need to be consistent and
efficient or else time and money is at stake. To date, there is no decentralized protocol
that is on par with centralized solutions to support high computations used in trading.
Constellation’s infrastructure and protocol is the first and only infrastructure built to
mirror, integrate, and communicate with centralized big data processing and data
management solutions (like those used by quants and equities hedge funds) but
provides the assurance, security, and immutable auditability of that data.
2
The Lattice Exchange, powered by Constellation, will introduce a crypto asset trading
product that propels crypto currency trading into the future.
The Ethereum Network and infrastructure is the main protocol on which many DeFi
projects are being built on. The Ethereum Network is not cost effective (high
gas/transaction fees) and is not built for speed, scalability, and securing data. Even
with sharding capabilities on Ethereum, their synchronous chain still has scalability
limitations which will dramatically impact the max throughput and speed of the
network. Secondly, Ethereum’s smart contracts and network are effective at creating
an immutable audit trail around the movement of a digital asset, but not the actual
features of that comprise the digital asset. Finally, there is no effective bridge of
connecting real world data, third party data used to create advanced algorithmic
trading, and data created on the Ethereum Network, thus limiting innovation and
commercially viable algorithmic trading and financial trading tools and solutions from
entering the crypto industry.
Constellation’s infrastructure solves the limitations of Ethereum and provides a robust
solution for the existing DeFi market. By leveraging Constellation’s ecosystem and
technology we can exponentially increase the market size and potential of the industry
in the following ways:
1. Speed: Constellation is a directed acyclic graph (DAG) and a graph based
distributed database that is infinitely scalable for faster transactions: the more
nodes that join the network the faster it gets. Additionally, we leverageconcurrent consensus mechanisms to run in parallel (thus not weighing down
the network during times of high utility).
2. Cost: Constellation provides free transactions with the ability to add fees to
ensure faster transaction throughput. This essentially serves as a freemium
access to the network and a cost effective peer-to-peer payment system.
3. Security: Constellation’s protocol can be appended at the source of data
collection, making Constellation a solution for oraclizing data. Constellation’s
technology creates an immutable audit trail on the data collected and
transferred (not just the asset as it is transferred). Additionally, if a
transaction would make it through the double spend protection, it would need
to pass through our concurrent consensus mechanism and topological ordering
which is algorithmically executed and cannot be manipulated.
Furthermore, Constellation’s technology is capable of executing through these key
technology differentiators:
1. Architecture: DAG is a common data and distributed systems architecture for
the leading centralized applications. Two main features are required to create
a decentralized DAG and to organize the data and network (nodes) effectively:
topological ordering and dynamic partitioning (an evolution of sharding
asynchronously), and our consensus model is based on reputation (which
allows us to organize the network through algorithms that leverage geo
location, past participation in consensus.
2. Network Optimization: Constellation leverages topological ordering and
concurrent consensus (using math to organize the data and the network)
which allows us to organize the data so that AI and Machine Learning
engineers can use data, with assurance, for high computational needs
(algorithms). AI engineers (application layer) require data to be topologically
ordered on a network for it to be used in applications. This allows for
pre-processing of data and computations on the Hypergraph — Constellation’s
decentralized network.
3. Consensus Mechanism — Proof of Reputable Observations: We leverage a
reputation based consensus mechanism which organizes the network based on
multiple variables. This ensures additional security beyond double spend and
network manipulation while seeing infinite scalability with no bottlenecks on
throughput. Furthermore, we run concurrent consensus for improved security
and network optimization: one for block consensus and one for global
convergence.
4. True Decentralization: Unlike other leading decentralized protocols,
Constellation is not just a master node with a few light nodes. Hypergraph is
a truly decentralized Mainnet with 44 foundational nodes (100+ being
onboarded) and leverages rate limiting across our decentralized nodes to5. U.S. Government Validation: Constellation is the only truly decentralized
network that is working with the US government to provide a scalable
distributed ledger technology to tokenize data, provide secure data access, and
create Zero Trust. We have received multiple letters of support from the US
government to create a new standard on how data is securely transported.
Constellation’s capabilities and validation positions itself to provide the world’s first
scalable, secure, and cost effective DeFi solution.
Existing DeFi Solutions
Existing DeFi solutions are spearheaded by the likes of Uniswap/Sushiswap, Yearn,
Balancer and Curve, and enable liquidity for exchange transactions between different
tokens. Thereby liquidity is provided in the form of on-chain pools, equal in value for
both ETH and a single ERC-20 token traded. Trades are executed against these
on-chain pools, which use an automated market making strategy to enable order book
and counterparty-free exchanges.
While liquidity is increasing in the ecosystem, single-platform liquidity pools are not
enough to create low-slippage trading environments. First attempts at pooling
liquidity are made with examples like 1inch.exchange however the fundamental
necessity of thick and liquid order books has not been fully met.
The majority of the DeFi ecosystem relies on a simple AMM algorithm that fosters
ease of use and it forces traders into market order trades. Combined with tentatively
low liquidity the price movements on uniswap pools can therefore wildly fluctuate and
make trading decisions less plannable.
The most widely used Uniswap AMM algorithm is not equally suitable for all currency
pairs. Specifically stablecoin denominated pairs suffer inefficiencies that could be
easily avoided with institutional grade algorithmic logic. Ideally, different pairs rely
on more robust and individually tailored AMM algorithms. However, the EVM does
not allow for an easy integration due to the limitations on the programming and
network side.
Speed and trading fees (Gas) are the main weaknesses in current base protocol
solutions. With the Ethereum network being at 80–100% capacity since 2017 with
more and more peak loads of near 100% in recent months transaction fees to interact
with any ethereum defi product calls for very high fees. Transaction fees of 5USD and
up to 50USD and more have become the norm. This poses serious barriers to entry
not only for token holders with small and medium accounts but more so the hightransaction fees are philosophically opposed to the entire promise of a self sovereign
independent financial system on the blockchain with its instant and low-fee promise in
comparison to legacy banking.
High transaction fees and slow transaction speeds hamper the growth of more
advanced financial platforms. In high load times such as bonding curve sales,
transactions are stuck in a pending state. One of the main problems occurs when
pending transactions cannot be cancelled and causes a poor customer and user
experience that will lead to fleeing usage.
Fair trade execution and participation in bonding curve sales and is furthermore
hampered by frontrunning with high frequency tx bots and high fee payments. All
three aspects form self reinforcing loops which increase the problem of network blocks
and create user disadvantages.
The other major impediment of current solutions like, Uniswap, Curve, and Balancer,
is impermanent loss. Impermanent loss occurs when the protocol allows for trade
execution at a value under the value at which the pool is valued right after the trade
concludes. Unless a trader takes a trade in the reverse direction, at the same amount,
the liquidity provider realizes the impermanent loss into a realized relative loss. The
final situation of impermanent loss is that impermanent loss is different for members
in a liquidity pool as they have differentiated trade and entry points. Both mechanics
make efficient fee calculations on the platform side as well as gains calculations for
pool participants, a real challenge.
There are attempts to mitigate the impermanent loss by means of adjusting the
trading fees. Uniswap uses fixed fees while Thorchain uses a flexible fee based on the
slip of the price pool. Additionally, liquidity providers need to utilize third party tools
to calculate the efficiency of their provisioning activities.
In summary, the DeFi ecosystem has made tremendous strides towards a truly
decentralized financial system. At the same time the advantages of fluid liquidity
management, borderless swaps and self-sufficient liquidity pools, have produced
significant drawbacks for traders and liquidity providers alike.
Lattice aims to overcome the weaknesses of current DeFi applications with thicker
liquidity, institutional-grade AMM algorithms and ultimately faster and cheaper
settlement due to the use of the Constellation HGTP. Lattice will thereby bringLattice Approach: An Evolution to DeFi
With a multi-phase roll out, Lattice aims to be an end-to-end DeFi solution on the
Constellation Hypergraph Network.
Roadmap Overview
Phase 1: Q4 2020 Aggregate Liquidity
Phase 2: Q1 2021 Interoperability
Phase 3: Q4 2021 Robust Oraclization
In the first phase, Lattice will first be developed on the Ethereum blockchain for
transaction settlement. Liquidity from throughout the DeFi ecosystem will be
aggregated and order matching will be improved. Lattice will aggregate the liquidity
from various existing dexes to create better pricing and less slippage for traders.
Additionally, users can supply liquidity to the exchange pools on the platform to earn
trading fees. A cross chain bridge will connect the ERC-20 ecosystem with the
Hypergraph ecosystem allowing for fluid interaction. This creates a meta-ecosystem
of interoperable feature-rich blockchain technologies that enhance each other in their
value.
By leveraging Constellation’s HGTP as the base layer protocol, Lattice will support
more complex trading algorithms and deliver faster trades as their ecosystem supports
microservices and complex data structures for high computation needs like real time
trading.
The Constellation bridge will act as a pathway for cross-chain transactions and
connect HGTP to Ethereum. It provides integration access from existing distributed
ledger technologies to Constellation’s Hypergraph, adding value such as horizontal
scalability, increased speed, validating complex data structures, while reducing
transaction costs and lost trade data.
Lattice will allow users to choose or to build their own AMM for creating liquidity
pools based on the asset type. This could be achieved through developing multiple
smart contract based swap protocols and aggregating the liquidity of different pools to
make sure that users have access to the pools across the platform.
The Lattice liquidity pool
One of the biggest challenges for exchanges of any type is liquidity. Traders gravitate
to where order books are most liquid. While centralized exchanges have a centralized.
orderbook with solid liquidity decentralized exchanges don’t. That means liquidity is
spread over different uniswap type environments which is unfavorable for traders.
To enable a higher liquidity and better prices Lattice exchange pools liquidity from
several uniswap exchanges to allow for less slippage and higher trading amounts.
Different from the current AMM liquidity pools, Lattice will be supporting multiple
AMM algorithms in the later buildout stage for users when they create a new trading
pair on the exchange. The Constant Product AMM used by Uniswap is the most
straightforward and easy to use . For instance, in AMM it enables new settings:
3
extending constant-utility cost functions. Othman and Sandholm proposed a new
model that has limited bounded loss in addition to a bid/ask spread that gets
arbitrarily small with trading volumes.
Furthermore, AMM is defined as algorithmic agents that provide liquidity in electronic
markets. As Uniswap becomes the center of DeFi applications, AMM gains attention
in the crypto industry, with protocols like Balancer, where there are more
implementations in liquidity protocols. Uniswap uses constant product rule to design
the market making process on the protocol. For instance, when users set up liquidity
pools between ETH and USDC, there is an initial product value that is equal to
ETH*USDC. As traders swap ETH for USDC, there is an increase in the amount of
USDC and a decrease in the amount of ETH. In order to keep the product constant,
the ETH price would decrease. This is also in line with the centralized order book
system: the more an asset is being sold, the lower the asset price should become.
Previous work in analysing the profitability of market making, on Uniswap, shows
that for uncorrelated trading pairs the liquidity providers (LPs) on the protocols do
not have a positive gain since it could generate permanent loss on the asset deposited.
However, for pairs like stablecoins, there are no permanent loss risks for LP and
would thus be more suitable for the constant product rule.
AMM on Ethereum vs Constellation
Ethereum smart contracts are limited to running on a shared, global computer
network. This results in a longer execution time and increases gas fees, making it
extremely difficult to implement complex algorithms. Execution happens as part of
consensus.
An alternative to smart contracts, and a more developer friendly approach, is a
microservice framework, leveraged by Constellation Network, giving the ability for
systems, applications, and data to more seamlessly communicate. Micro-services canrun in their own exclusive software infrastructure and can meet the demands and
scale with project specific needs and developer support.
To address the problem of high costs (tx fees), slow transactions, and segregated
liquidity of current decentralized liquidity solutions and Ethereum, Lattice introduces
a new liquidity pool design leveraging the Hypergraph (a decentralized directed
acyclic graph with concurrent consensus and a microservice framework). The
Hypergraph will pool liquidity from DEX protocols to offer the best price for users
and the swap protocol will facilitate faster, secure, and more reliant trades ultimately
improving the integrity of trading. In this DeFi case, ETH gas fees (tx fees) are
directly tied to logic processing in smart contracts. In Constellation’s Hypergraph,
that same processing could happen outside consensus as part of a data pipeline
processing. This solution to processing would be feeless or nominal in some
circumstances.
Roadmap Summary
Phase 1 Aggregate Liquidity: Liquidity aggregation through the Lattice liquidity
pool. Additional liquidity provision and rewards for Lattice platform users. Optimized
AMM algorithm for utility tokens and stablecoins creating higher returns for users.
Lattice will provide AMM and settlement on Ethereum, “on-chain” via smart-contract.
Price will fluctuate according to constant price discovery.
Phase 2 Interoperability: Bridge to the Hypergraph ecosystem allowing for fluent
value exchange between both ecosystems. Liquidity provision of Hypergraph $DAG
tokens in the Lattice liquidity pool. Exploration and preparation of multiple plugable
AMM algorithms that will allow users to choose or to build their own AMM for
creating liquidity pools based on the asset type.
Phase 3 Robust Oraclization: Migration from Ethereum, to the Constellation
Hypergraph. Lattice AMM will run on Constellation via micro-services.
High-throughput institutional-grade trading experience. Multiple plugable specialized
AMM algorithms for specific trading pairs allowing users to choose and develop their
own AMM. Introduction of customizable data types on the Hypergraph to secure trade
settlement and audit trail generation for assurance purposes. Secondary data
assurance trading.
Token Economics
A native token, LTX, is introduced in the system as the governance token as well as
to incentivize trading activities on the protocol. It will also implement a burn function
for the transaction fees in the system to increase the demand of the token.
LTX Governance Committee
The protocol was developed by the Constellation team; it aims to become fully
decentralized and governed by the token holders of the protocol and for the benefit of
the platform users. Therefore, the LTX governance committee is established to
process proposals and let the community vote on proposals.
Incentives for Liquidity Providers
As Lattice products are different from traditional order book based DEXes, instead of
market makers, the liquidity provider mostly contributes to the platform through
depositing in the pool and earning transaction fees in the respective pool. To kick start
the platform liquidity, there are token rewards given to users who add assets into the
protocol.
Transaction Fee Burn
For each transaction that happens on the platform, the transaction fee is set to be
0.03% initially and is subject to changes based on the decisions by the governance
committee. Majority of the transaction fee will be rewarded to liquidity providers in
the respective pools and the remaining will be swapped to LTX tokens and burned to
reduce the circulating supply of the tokens.
Token Distribution
There will be 100M LTX tokens minted in total, and the protocol has a fixed token
supply.
● 15% of the tokens will be distributed through private sales;
● 10% of the tokens will be distributed to users and investors through public
sales. Any unsold tokens will be burned;
● 15% of the tokens will vest for 24 months and will be reserved for team and
advisors;
● 5% of the tokens will vest over 24 months and will be used as marketing to
engage users;
● 45% of the tokens will be used in liquidity mining. Tokens will be minted on a
daily basis and distributed to users who participate in the platform;
● 10% will be locked for 24 months. The governance committee will then.
Summary:-
Blockchain technology and cryptocurrencies have enabled a revolution of new
applications and new financial models: immutability of transactions, decentralized
governance, micro-payments, and an entirely new $300B asset class. While smart
contracts, on Ethereum, introduced initial coin offerings (ICO’s) and drove a
cryptocraze that brought in institutional capital and retail investments, the network
has now introduced a completely new financial platform and wave of innovation called
Decentralized Finance: DeFi. It has long been known that the Ethereum Network
presents scalability limitations due to the synchronous network architecture,
consensus model, and high transaction fees, DeFi applications are elucidating
Ethereum’s limitations and limiting a potential huge market from taking off while
truly commercializing blockchain technology.
Lattice will be an evolution of existing DeFi solutions by providing the best price and
profitability for protocol users. It provides smart routing for trades and also the ability
to incorporate multiple asset-specific automated market making (AMM) algorithms to
increase profitability. This will not only capture market share but increase the overall
market potential. Lattice, powered by Constellation’s Hypergraph Network and
HGTP, provides the protocol and infrastructure to improve and exponentially scale
the DeFi industry and enable crypto asset trading tools with integrity and assurance.
The aim of Lattice is to provide solutions that have more security, speed, and lower
transaction fees which will be attractive to all crypto asset traders in the industry.
$ 0.000107
Convert LTX to USD
Use the calculator to convert real-time prices between all available cryptocurrencies and fiat.
LTX value statistics
An overview showing the statistics of LITEX, such as the base and quote currency, the rank, and trading.
Supply information
View the total and circulating supply of LITEX, including details on how the supplies are calculated.
Top LITEX exchanges
The top crypto exchanges that have LITEX available for trading, ranked by 24h trading volume and the current price.
Top LITEX markets
A list of the top LITEX markets across all crypto exchanges based on the highest 24h trading volume, with their current price.
1
BTS/LTXOpenLedger
$ 0
$ 0.00000147
2
LTX/BTCOpenLedge 0
$ 0.000107
3
BTC/LTXOpenLedger
$ 0
$ 0.000107
4
BTC/LTXCryptoBridge
$ 0
$ 0
5
LTX/BTCCryptoBridge
$ 0
$ 0.000107
LTX Lattice Exchange Overview
DeFi is short for “decentralized finance,” an umbrella term for a variety of financial applications in cryptocurrency or blockchain geared toward disrupting financial intermediaries.
An entirely new market/ecosystem has emerged from the consistent gradual improvement and innovations of
cryptocurrencies products and other related financial,
and definitely of Decentralized Finance (Defi).
But the Costs of recent high-side transaction fees, interoperability between
cross-chains, network speed, and liquidity are all
problems in other exchanges for this development recently.
Exchanges focusing on its users are becoming increasingly relevant, with the increasing ecosystem as a blockchain-financial industry. The exchanges’ customers are also demanding low transaction fees with very fast and safer experiences with cross-chain swaps.
The future of the decentralized finance (Defi) requires interoperability between blockchains as a definite feature to possess in the nearest
future as most Defi products are centered around the ethereum blockchain. This transformation will include gathering liquidity pools, smarter and more efficient routing for trades, and accessibility to multiple asset-specific automated market-making (AMM)
algorithms to help secure the best price and profitability for users while trading cryptocurrency on the exchange.
Current DeFi applications and products are currently facing cogent issues/limitations as base layer protocols of the blockchain infrastructures used for most Defi assets have scaling difficulties, are cost-effective as the ethereum blockchain is seeing a surge in transaction fees and very slow to transact. Products that already there in the financial
markets and the trading of securities. In addition, there is a loophole to
accumulating liquidity pools to be able to unlock more capital from different ecosystems and causing a non-uniformity in the liquidity provided. These problems are certainly not restricted to ordinary regular exchange users but also to institutional investors from the cryptocurrency space.
Lattice is a decentralized application/product DeFi solution, using the Constellation protocol(Dag), Hypergraph Seed Investor Infrastructure Constellation Alphabit FBG
equity.
Lattice has these benefits
compared to other platforms:
2. It also consists of an intelligent trading algorithm across multiple platforms, which enables trading easily.
3. Advanced framework for matching institutional grades asset-specific algorithms (multiple AMMs).
Token Distribution
100M LTX tokens minted in total, and the protocol has a fixed token
supply.
● 15% of the tokens will be circulated through private sales to private sale investors.
● 10% of the tokens will be dispersed to users and investors through public
sales. Any unsold tokens will be burned which will hence reduce supply.
● 15% of the tokens will vest for 24 months and will be reserved for team and
advisors.
● 5% of the tokens will be vested over 24 months and will be used for marketing to
engage users and promote the exchange community.
● 45% of the tokens will be utilized in liquidity mining. Tokens will be minted on a
daily basis and distributed to users who participate in the platform in that stage.
● 10% will be locked for 24 months. The governance committee will at that point decide the utility of these tokens.
#LTX #Defi #Scalability
Lattice Exchange project, visit
1)Telegram: https://t.me/Lattice_exchange
2)Website: https://lattice.exchange/
3)Whitepaper: https://lattice.exchange/Lattice-Exchange-Official-Whitepaper.pdf
4)Bounty0x Username: mekahga
Disclaimer: This article was posted in exchange for a potential token reward through Bounty0x
“A sponsored article written for a bounty reward”
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