MSMC Ryder
@msmc89.bsky.social
coder & cybersecurity expert, freelancing for major companies and gov. agencies. Known for efficiency and ethics, while staying under the radar
April 9, 2025 at 7:20 PM
Example: Gavin Wood's JAM Grey Paper (2023) introduces a modular execution model for Polkadot, enhancing scalability, separating consensus, execution, and data availability, and improving interoperability across blockchains.
April 9, 2025 at 7:20 PM
Example: Gavin Wood's JAM Grey Paper (2023) introduces a modular execution model for Polkadot, enhancing scalability, separating consensus, execution, and data availability, and improving interoperability across blockchains.
Grey Paper
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
April 9, 2025 at 7:20 PM
Grey Paper
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
Example: Gavin Wood’s Ethereum Yellow Paper (2014) provides formal definitions of the Ethereum protocol, including the Ethereum Virtual Machine (EVM), transaction processing, gas mechanisms, and consensus algorithms, specifying how smart contracts are executed and validated.
April 9, 2025 at 7:20 PM
Example: Gavin Wood’s Ethereum Yellow Paper (2014) provides formal definitions of the Ethereum protocol, including the Ethereum Virtual Machine (EVM), transaction processing, gas mechanisms, and consensus algorithms, specifying how smart contracts are executed and validated.
Yellow Paper
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
April 9, 2025 at 7:20 PM
Yellow Paper
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
Example:
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or Vitalik Buterin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or Vitalik Buterin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
April 9, 2025 at 7:20 PM
Example:
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or Vitalik Buterin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or Vitalik Buterin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
Grey Paper
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
April 9, 2025 at 7:16 PM
Grey Paper
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
What it is:
A grey paper is a speculative or early-stage proposal. It presents ideas that are not yet fully implemented and invites community feedback.
Example: @gavofyork’s Ethereum Yellow Paper (2014) provides formal definitions of the Ethereum protocol, including the Ethereum Virtual Machine (EVM), transaction processing, gas mechanisms, and consensus algorithms, specifying how smart contracts are executed and validated.
April 9, 2025 at 7:16 PM
Example: @gavofyork’s Ethereum Yellow Paper (2014) provides formal definitions of the Ethereum protocol, including the Ethereum Virtual Machine (EVM), transaction processing, gas mechanisms, and consensus algorithms, specifying how smart contracts are executed and validated.
Yellow Paper
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
April 9, 2025 at 7:16 PM
Yellow Paper
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
What it is:
A yellow paper is the technical specification of a project. It includes formal definitions, algorithms, and mathematical models, targeting developers and researchers.
Example:
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or @VitalikButerin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or @VitalikButerin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
April 9, 2025 at 7:16 PM
Example:
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or @VitalikButerin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
Satoshi Nakamoto published the Bitcoin White Paper in 2008 to introduce the idea of a decentralized peer-to-peer electronic cash system or @VitalikButerin published the Ethereum White Paper in 2013 to introduce his vision for a decentralized platform.
it will become the only blockchain in existence to run single transactions in parallel
7️⃣ it will be the first chain to achieve off-chain scaling that retains 99.9% of the same security as polkadots on-chain security
7️⃣ it will be the first chain to achieve off-chain scaling that retains 99.9% of the same security as polkadots on-chain security
March 20, 2025 at 2:48 PM
it will become the only blockchain in existence to run single transactions in parallel
7️⃣ it will be the first chain to achieve off-chain scaling that retains 99.9% of the same security as polkadots on-chain security
7️⃣ it will be the first chain to achieve off-chain scaling that retains 99.9% of the same security as polkadots on-chain security
5️⃣ polkadot will be able run every programming languages to exist or be created
6️⃣ you will only need ONE single wallet address to interact with every parachain or programming language to exist
6️⃣ you will only need ONE single wallet address to interact with every parachain or programming language to exist
March 20, 2025 at 2:48 PM
5️⃣ polkadot will be able run every programming languages to exist or be created
6️⃣ you will only need ONE single wallet address to interact with every parachain or programming language to exist
6️⃣ you will only need ONE single wallet address to interact with every parachain or programming language to exist
3️⃣ It has highest recorded on-chain TPS @ 143,000, while using only 23% max capacity
> that’s 550% higher than the 2nd place chain ICP
4️⃣ It can literally host entire other blockchains & fully secure them. making those blockchains the most decentralized blockchains to exist as well
> that’s 550% higher than the 2nd place chain ICP
4️⃣ It can literally host entire other blockchains & fully secure them. making those blockchains the most decentralized blockchains to exist as well
March 20, 2025 at 2:48 PM
3️⃣ It has highest recorded on-chain TPS @ 143,000, while using only 23% max capacity
> that’s 550% higher than the 2nd place chain ICP
4️⃣ It can literally host entire other blockchains & fully secure them. making those blockchains the most decentralized blockchains to exist as well
> that’s 550% higher than the 2nd place chain ICP
4️⃣ It can literally host entire other blockchains & fully secure them. making those blockchains the most decentralized blockchains to exist as well
1️⃣ Polkadot the most decentralized blockchain to exist.
> It’s 575% more decentralized than 2nd most decentralized blockchain.
& 688% more than 3rd place, Cardano
compared to every other blockchain to exist:
2️⃣ It has the cheapest transaction cost ($0.006) for sending USDT or USDC
> It’s 575% more decentralized than 2nd most decentralized blockchain.
& 688% more than 3rd place, Cardano
compared to every other blockchain to exist:
2️⃣ It has the cheapest transaction cost ($0.006) for sending USDT or USDC
March 20, 2025 at 2:48 PM
1️⃣ Polkadot the most decentralized blockchain to exist.
> It’s 575% more decentralized than 2nd most decentralized blockchain.
& 688% more than 3rd place, Cardano
compared to every other blockchain to exist:
2️⃣ It has the cheapest transaction cost ($0.006) for sending USDT or USDC
> It’s 575% more decentralized than 2nd most decentralized blockchain.
& 688% more than 3rd place, Cardano
compared to every other blockchain to exist:
2️⃣ It has the cheapest transaction cost ($0.006) for sending USDT or USDC
Mitigation
Solutions include private transactions, order batching, and anti-front-running tools.
These aim to protect users and reduce MEV risks by limiting bots' ability to manipulate transaction order.
Solutions include private transactions, order batching, and anti-front-running tools.
These aim to protect users and reduce MEV risks by limiting bots' ability to manipulate transaction order.
December 11, 2024 at 9:23 PM
Mitigation
Solutions include private transactions, order batching, and anti-front-running tools.
These aim to protect users and reduce MEV risks by limiting bots' ability to manipulate transaction order.
Solutions include private transactions, order batching, and anti-front-running tools.
These aim to protect users and reduce MEV risks by limiting bots' ability to manipulate transaction order.
Example
User plans to buy 100 tokens at $10.
Bot buys 10 tokens at $10 (price rises to $11).
User buys 100 tokens at $11 (price rises to $12).
Bot sells 10 tokens at $12, profiting $2 per token.
User plans to buy 100 tokens at $10.
Bot buys 10 tokens at $10 (price rises to $11).
User buys 100 tokens at $11 (price rises to $12).
Bot sells 10 tokens at $12, profiting $2 per token.
December 11, 2024 at 9:23 PM
Example
User plans to buy 100 tokens at $10.
Bot buys 10 tokens at $10 (price rises to $11).
User buys 100 tokens at $11 (price rises to $12).
Bot sells 10 tokens at $12, profiting $2 per token.
User plans to buy 100 tokens at $10.
Bot buys 10 tokens at $10 (price rises to $11).
User buys 100 tokens at $11 (price rises to $12).
Bot sells 10 tokens at $12, profiting $2 per token.
Back-Running
After the user's large trade raises the price further, the bot sells its tokens at the inflated price, locking in profits.
This harms users by making their trade more expensive.
After the user's large trade raises the price further, the bot sells its tokens at the inflated price, locking in profits.
This harms users by making their trade more expensive.
December 11, 2024 at 9:23 PM
Back-Running
After the user's large trade raises the price further, the bot sells its tokens at the inflated price, locking in profits.
This harms users by making their trade more expensive.
After the user's large trade raises the price further, the bot sells its tokens at the inflated price, locking in profits.
This harms users by making their trade more expensive.