Gingeropolous 1TB MRC Upgrade

Title: Gingeropolous 1TB MRC Upgrade

Introduction:

The Gingeropolous 1TB MRC upgrade proposal aims to purchase 1TB of RAM for a new server designed to enhance Monero Research Computing (MRC) capabilities. The goal is to provide additional computing resources for Monero-related research activities, facilitating larger data sets and more demanding tasks. The project will feature a dual EPYC processor system with 256 threads and aims to complete by February 2025. A total of 20 XMR is being raised for this upgrade.

Hashtags:
#Monero #MRC #Gingeropolous #1TBRAM #CryptoResearch #BlockchainResearch #MoneroDevelopment #XMR #OpenSourceResearch #TechUpgrade #ServerUpgrade #EPYC #MoneroCommunity #ResearchComputing #CryptoFunding

Bibliography:

1. Stallman, Richard M. Free Software, Free Society: Selected Essays of Richard M. Stallman. GNU Press, 2002.
2. Raymond, Eric S. The Cathedral and the Bazaar: Musings on Linux and Open Source by an Accidental Revolutionary. O’Reilly Media, 2001.
3. Torvalds, Linus, and David Diamond. Just for Fun: The Story of an Accidental Revolutionary. HarperBusiness, 2001.
4. Vaughan-Nichols, Steven J. "The Many Faces of Linux." Ziff Davis, 2023.
5. Sobell, Mark G. A Practical Guide to Linux Commands, Editors, and Shell Programming. Pearson, 2021.

The Gingeropolous 1TB MRC upgrade proposal is aiming to purchase 1TB of RAM for a new server designed for Monero research. The goal is to enhance the Monero Research Computing (MRC) cluster's capacity, aiding in research activities without memory constraints. The server will have a 2x EPYC setup and 256 threads, providing more compute power for researchers. Funds raised (20 XMR) will be used for RAM and additional hardware. The upgrade is expected to be completed by February 2025. More details here.

Criteria for Selecting Coins for Donation Address Listing

 Criteria for Selecting Coins for Donation Address Listing

Our approach to selecting coins for listing is based on clear principles that reflect our values and goals. We aim to support cryptocurrency projects that foster decentralization, innovation, and align with our vision of transparency and efficiency.

Keywords (blog tags):

• Cryptocurrency
• Coin selection
• Donation addresses
• Blockchain
• Decentralization
• Ethereum
• Bitcoin
• Crypto technology
• Crypto community
• Project transparency

Page description:
Discover the criteria for selecting coins for listing donation addresses. We support cryptocurrencies that drive innovation, transparency, scalability, and the development of decentralized ecosystems. Learn about the importance of trust, technology, and community in crypto projects.

Hashtags:
#Cryptocurrency #Blockchain #Ethereum #Bitcoin #CryptoTechnology #Decentralization #Transparency #CryptoCommunity #Donations #CoinSelection

1. Technological Value
We prioritize coins utilizing advanced technologies that enhance:

• Network scalability.
• Efficiency (Proof of Stake, Layer 2 solutions, etc.).
• Innovation in smart contracts or decentralized applications.
  For example: Ethereum, Polkadot, Solana, Polygon.

2. Recognition and Reliability
We support assets that hold significant trust within the crypto community, specifically:

• A stable track record in the market.
• Listing on leading exchanges.
• Continuous ecosystem development.
  For example: Bitcoin, Binance Coin, Cardano.

3. Community and Engagement
We consider projects that actively involve the community, contributing to its growth and support:

• Coins with active communities of developers and users.
• Availability of incentive programs (staking, bounties).
  For example: Dogecoin, Shiba Inu, Chiliz.

4. Ethics and Transparency
We prefer projects that:

• Transparently disclose their information.
• Demonstrate honesty and transparency in team operations.
• Avoid any market manipulation.
  For example: Monero, Zcash, VeChain.

5. Expanding Accessibility
We strive to make supporting our project as convenient as possible. Therefore, we choose coins that:

• Are widely used for global payments.
• Offer accessible wallets and support across various platforms.
  For example: Litecoin, Stellar, Tron.

Why Is This Important?
These criteria help us not only identify coins that best align with our principles but also form the foundation for long-term community support. We want every donation to be more than just financial aid — it should be part of a greater vision that unites people.

Visualization: Best Cryptocurrency to Buy Now: Updated
https://blog.slex.io/uk/education/best-crypto-to-buy-now/

How Does IPFS Work Through Yggdrasil?

 

How Does IPFS Work Through Yggdrasil?

IPFS (InterPlanetary File System) and Yggdrasil are two decentralized technologies that can work together to enable private, decentralized data sharing via a secure network.

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1. What is Yggdrasil?

Yggdrasil is a cryptographically secured peer-to-peer (P2P) network with global connectivity. It routes data between nodes over encrypted connections without relying on centralized servers.

2. What is IPFS?

IPFS is a protocol and distributed file system for storing, publishing, and sharing files. It allows files to be addressed by their hash, making the content immutable and identifiable in a decentralized network.

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IPFS and Yggdrasil Integration

3. Benefits of Running IPFS Over Yggdrasil:

• Encryption: Yggdrasil automatically encrypts all traffic between nodes, complementing IPFS, where data encryption is optional.
• Decentralization: Yggdrasil nodes don’t require static IP addresses, simplifying P2P connections for IPFS.
• Global Reachability: IPFS nodes within the Yggdrasil network can discover each other without public internet routes.

4. Setup Guide:

a) Install IPFS:
Install an IPFS node on your device using a client like Kubo (formerly go-ipfs).

b) Connect to Yggdrasil:
Run a Yggdrasil node on your device to get a unique Yggdrasil address. Example configuration:

yggdrasil -useconf -loglevel info

c) Configure Routing:
Once Yggdrasil is active, bind IPFS to the Yggdrasil address by adding the Yggdrasil interface (e.g., ygg0) to the IPFS daemon:

ipfs config Addresses.Swarm ["/ip4/127.0.0.1/tcp/4001", "/ip6/<Your_Yggdrasil_Address>/tcp/4001"]

d) Access Through Yggdrasil:
After starting IPFS, verify that nodes can communicate via Yggdrasil using the following command:

ipfs swarm peers

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5. Limitations and Considerations:

• Speed: Running IPFS over Yggdrasil might be slower due to the additional routing layer.
• Compatibility: IPFS nodes not on Yggdrasil won’t be directly accessible. However, bridges or hybrid nodes can solve this.
• Routing: For optimal performance, configure multiple neighboring Yggdrasil nodes in your network.

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Why Is This Useful?

The combination of IPFS and Yggdrasil enhances privacy, bypasses censorship, and ensures global connectivity. It is an ideal solution for securely storing and distributing content in a decentralized environment.