Status: Approved on the 26.05.2021
Last updated: 05.04.2021
Submited by Gokul, Alex, [email protected] on the 05.04.2021
Team: Gigamesh Garages
Approved Budget (in h): 750 hours
Used Budget (in h): 75 hours
Planned Delivery: JULY 2021
Specify the funding category
Open Source Development, Community Growth,
Derivative Exchange and Derivative Swaps Powered by Secure Synthetic Assets on AE Protocol
Co-Founder and CTO of Gigamesh Garages
Gigamesh Garage Ventures (GGV) is an Award Winning Aggregator and Accelerator of Distributed Ledger and Decentralised Finance Protocols and Platforms. GGV has pioneered a wide spectrum of protocols designed to digitise the autonomous interactions between humans, humans and machines and machine to machine touch points. GGV is creating Decentralised Data Stream management protocols and platforms powered by the principles of mathematical montages and mirages manifested by Cryptographic Constructions and Coherent Consensus Algorithms. Following are some of the achievements and accolades of GGV in its exciting journey.
GGV was won the prestigious Matic Network Build and Earn Grants for the EbbNet Multi Dimensional Money Stream Smart Contract platform powered by Verifiable Delay Functions. GGV has recently won two tracks in the Human DeFi Hackathon with the Time Value Tokenisation framework - AeonNet. GGV has created the first-ever confluence of CosmWasm Token Contracts and Polkadot Substrate based IBC Palette with portability to Polkadot Gossamer for the Cosmos India HackAtom GAIA Award-Winning MoorNet framework. GGV won the premier Hack the Horizon Hackathon by building the first-ever Zero Knowledge Proof based Provers and Verifiers between Harmony and Ethereum Protocols.
GGV has won the ETH Planet Hackathon as the most valuable project through VerityNet - a framework built with the first ever fairness-focused finance proofs on Ethereum decentralised apps such as AAVE, Compound, etc. using Quadratic Voting Verifiers built from Minimal Anti Collusion Framework. GGV has won the ETH India Dapp Jedi Hackathon for the confluence of data dynamic oracle based non fungible tokens and data exchange fungible tokens based token swap contracts governed by the VDF powered RANDAO.
This application is a novel implementation of time locked, mixed oracle powered derivative contracts first ever implementation in the Aeternity Protocol. This application is designed to construct a hash time locked dynamic swap of derivatives.
This application will improve the management of synthetic assets in Aeternity Protocol. It will also help to add more liquidity into the Aeternity Protocol. It will also introduce a novel approach to securing synthetic assets through hash time locked smart contracts.
Why is your work beneficial for the aeternity ecosystem?
This will beneficial for the overall aeternity ecosystem to bring more traders and investors into the Aeternity Protocol and Ecosystem. This will give them an opportunity to increase the returns from their derivatives and synthetic assets. The dynamic derivative swap powered by On-chain Randomness and Time Locks will increase the security of time locks in Aeternity protocol. It will help aetentity ecosystem to become more aligned to the advanced financial primitives and decentralised finance.
Please describe the impact of your project.
This project is one of the first of its kind use of secure synthetic assets on Aeternity Protocol. This will also be a transformative product in terms how it improves the security of derivative swaps in decentralised finance.
How will your work impact the larger aeternity ecosystem?
AesynthNet is a breakthrough in creating a creative convergence of mixed market oracles and dynamic derivative contracts for streaming and securing synthetic assets within the Aeternity DeFi ecosystem.
On a larger and wider perspective, this would help to increase the capability and credential of aeternity ecosystem to develop and deploy advanced crypto-economic primitives and crypto-physical components. It can also incentivise the integration with liquidity from diverse set of existing decentralised finance protocols.
How does a successful contribution of your project look like?
Our project on its success will be able to create a new approach to storing liquidity on Aeternity Protocol in Synthetic Assets. It will also enable the investors and traders to swap the derivatives in a better verified and quantified portfolio or risks.
Definition of Terms
Synthetic Asset -
A ‘synthetic asset’ is a simulation of a real world asset. It is a synthetic representation of a real or collection of assets. It also represents/holds the same financial value of the asset(s) it represents. It can be a combination of derivatives like futures, options or swaps. The underlying asset of the derivatives could be a stock, bond, commodity, currency etc. Future and forward contracts are contracts that are used by businesses and investors to hedge against risks or speculate.
A swap is a derivative contract through which two parties exchange the cash flows or liabilities from two different financial instruments.
A Timelock is a type of smart contract primitive that restricts the spending of some bitcoins until a specified future time or block height.
Derivatives derive their values based on the price, volatility, and riskiness of an underlying stock, bond, commodity, interest rate, or currency-exchange rate. Prices of derivatives fluctuate as the price of a reference security, commodity, bond, interest rate, or currency rises or falls in the market.
Futures and forwards are examples of derivative assets that derive their values from underlying assets. Both contracts rely on locking in a specific price for a certain asset.
There are many different reasons behind the creation of synthetic positions. A synthetic position, for example, may be undertaken to create the same payoff as a financial instrument using other financial instruments. A trader may choose to create a synthetic short position using options as it is easier than borrowing stock and selling it short. This also applies to long positions, as traders can mimic a long position in a stock using options without having to lay out the capital to actually purchase the stock.
- Improvements on Time Locks implemented in the Human DeFi Hackathon
- Implementation of Verifiable Randomness in Sophia Smart Contract in progress
- Extension of Hash Functions for Time Locks started
- Research on Mixicles in progress
- Research on Derivative Contracts in progress
- Research on Derivative Swap in progress
- Extension of HTLC
- Design of Dynamic Derivative Swaps
- Design of Mixed Oracles
- Design of Partial Orders
- Design of Complete Orders
- Design of Long Short Controller
- Design of Order Manager
- Creation of UI and UX
- Integration of Smart Contracts and UI
- Deployment of Smart Contracts to TestNet
- Security Audit of Smart Contracts
- Design of Time Locks, Derivative Swaps, Derivative DEX.
- Development of Time Locks, Derivative Swaps, Derivative DEX.
- Deployment of Time Locks, Derivative Swaps, Derivative DEX.
- Testing of Time Locks, Derivative Swaps, Derivative DEX.
- Audit of Time Locks, Derivative Swaps, Derivative DEX.
- Smart Contracts
- WebApp UI
- Wallet Integration to UI
- Audit Reports
Design - 200 hours
Development - 250 hours
Deployment - 150 hours
Testing - 100 hours
Audit - 50 hours
- Limitation that may arise due to a lack of synthetic asset oracles on Aeternity protocol.
- Limitations faced due to a lack of synthetic smart contract features on Aeternity protocol.
- Limitations that may arise in performing recursive smart contracts for derivative swap.
- Deployment of Synthetic Swap on Aeternity TestNet
- Deployment of Synthetic Swap on Aeternity Mainnet
- Integration with Aeternity Superhero Wallet
- Launch of Synthetic Swap Website
- Launching the Synthetic Swap Token
- Airdrop for Synthetic Swap Token
- Launching Bounty Program
- Launching Referral Marketing
- Launching Affiliate Marketing
- Starting the Social Media Campaign
What happens after this project is completed?
Yes. We are planning to launch a website for user Onboarding, user education and user management. We will also create social media pages and profiles for marketing, campaign and education. We will also create educational blogs, videos and other user guides.
We do hereby, confirm that the research and development generated will be published free of any proprietary license (open-source, open-access) under Apache 2.0 License. The GitHub repository link may be please found attached beneath:
We do hereby, confirm that our research and development code will be maintained with bug fixing and new updates free of charge for at least one year after publishing it.