Скачать или смотреть OMNIPool Engineering and Simulations - Final Presentations

This is a recording of Final Presentaions from the OMNIPool Engineering and Simulations research group at TE Academy (Oct 2021).

Time codes:
00:09:30 - Impact of regulation on OMNIPool: Alternate Risk Transfer Instruments
00:26:45 - Institutionalizing DeFi
00:41:38 - OMNIPool Stress testing: “Toxic asset problem” and potential solutions
00:55:25 - Identifying arbitrage signals
01:08:55 - Bots: The next step in the evolution of AMMs?
01:21:22 - Dynamic AMM fees to reduce impermanent loss

A collaboration of TE Academy, BlockScience and HydraDX. TE Academy gathers researchers from various backgrounds such as finance, economics, math, engineering, machine learning, or computer science to work on most relevant Token Engineering challenges in the crypto space.

HydraDX is a cross-chain liquidity protocol managing all assets in one shared liquidity pool. It is powered by Substrate and designed to be interoperable with other networks, including Ethereum-based assets.

HydraDX is being built under a rigorous engineering process, collaborating with BlockScience, whose work includes the design and evaluation of economic and ecosystem models based on simulation and analysis. They bring deep expertise in Token Engineering R&D and have pioneered cadCAD - an open-source Python package that assists in the processes of designing, testing, and validating complex systems through simulation.

This research group aims to onboard aspiring token engineers to this development process. Together, we’ll create new insights, develop simulation infrastructure, and validate design choices — accessible and re-usable for the entire DeFi ecosystem.


About TE Academy:
TE Academy offers education and research programs for a new generation of engineers: Token Engineers. This field draws from economics and game theory, systems engineering, AI, optimization and control theory, computer science, social sciences, governance, law, and ethics.
It integrates methods and tools from these disciplines to design, verify and optimize a cryptoeconomic system and increase robustness, resilience, and sustainability.
In our #OpenScience programs we collaborate with major protocols, address cryptoeconomic challenges, build infrastructure and match projects with token engineering experts.


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