Libereco Network

This app introduces and briefly characterises the Libereco network and blockchain. It also provides Q&A for beginners in blockchain usage.

About Libereco

Network

The Libereco network is designed to be inclusive for everyone, including non-technical users, and consists of all tools necessary for self-accessing the Libereco blockchain without the need for intermediaries.

Libereco is a cryptocurrency network designed to address the pressing issues of privacy, scalability, and security in the blockchain space. By leveraging advanced privacy techniques, robust governance structures, modern technologies, and a sustainable financial design, the Libereco network aims to create a decentralized, efficient, and secure financial ecosystem.

The network empowers individuals by making privacy focused and entirely self-operated money, markets, and blockchain services easily accessible so users can participate in the digital economy. It is a community-run ad community-shaped network that is a gateway to blockchain technology, DeFi, NFTs and all emerging aspects of financial systems.

The Libereco network helps people to address their basic financial needs, be less financially dependent on others, resolve financial problems associated with current money systems, and become more socially active and entrepreneurship oriented.

Uniqueness

The uniqueness of Libereco network is associated with the focus on user privacy and the application of technologies capable of removing drawbacks of current leading cryptocurrency networks, including Bitcoin and Ethereum. For example, Libereco blockchain addresses and transactions are encrypted and untraceable, and only the private key holder can decrypt them and send coins. The view key allows to view the balance of coins and associated transactions without using the private key. The employed cybersecurity measures including advanced cryptography also make the Libereco network much more resistant to attacks and malicious software.

Governance

Libereco uses a decentralized autonomous organization (DAO) to govern the network and its blockchain, ensuring community-driven decision-making. Libereco is a user-owned and community-run network and ecosystem. Through the participation in governors' DAO, LBRC coin holders, who manage the DAO treasury, have decision-making power in shaping the future of the project and its products by voting on development, marketing, and business initiatives. This democratic approach ensures that the ecosystem's evolution is aligned with the needs and preferences of its user base.

Technology

The network consists of one blockchain - Libereco blockchain - capable of running multiple coins. Utilised technologies include cybersecurity measures and advanced cryptographic techniques to make the network secure while addresses and transactions truly private.

Coins

The coins running on the Libereco blockchain include Libereco (LBRC), Ombrelo (OMBRL), Simpleco (SMPLC), Valoro (VLR), Svingi (SVNG), Fraktalo (FRKTL), Galaksio (GLKS), Banano (BNN), Marso (MRS), and Diamanto (DMNT). They are a store of value and medium of exchange. Besides LBRC is a governance coin enabling voting on Libereco DAO proposals while Ombrelo (OMBRL) is a governance coin enabling voting on the Umbrellapps DAO proposals. All coins can be staked on the Libereco blockchain. All Libereco coins have fixed supply, similarly to Bitcoin’s fixed supply.

There are also 17 Anchored coins (A coins) running on the Libereco blockchain: (1) USDA, (2) EURA, (3) BTCA, (4) ETHA, (5) XRPA, (6) BNBA, (7) SOLA, (8) DOGEA, (9) ADAA, (10) TRXA, (11) TONA, (12) AVAXA, (13) DOTA, (14) LTCA, (15) ATOMA, (16) XMRA, and (17) GOLDA. The A coins are anchored to their reference coins, e.g. USDA is anchored to USD, BTCA is anchored to BTC etc. The A coins are store of value and medium of exchange enabling cheap and fast transactions. The A coins use cases include store of value, medium of exchange, and a staking coin on the Libereco blockchain. The network and DAO have developed a specific mechanism for effective anchoring A coins to reference coins. Features of this mechanism include very small value of A coins total supply and 1:1 backing reserve so that A coins are independent on the price fluctuations of reference coins.

Wallet

The Libereco ecosystem includes the Saketo Wallet. The Saketo wallet is designed as a secure and self-custodial wallet that facilitates direct self-access to the Libereco blockchain. All operations within the Saketo wallet are performed exclusively by users, without any intermediaries (self-access, self-custody), and are secured by in-built cybersecurity measures including the most advanced cryptographic algorithms.

Teams

The core teams behind Libereco network are professional and versatile. They are organized into three groups:

Libereco Labs (technological expertise): (i) blockchain, (ii) fintech, finance, and digital economy, (iii) cybersecurity and cryptography, (iv) software engineering, web development, and decentralized applications,

Libereco Research (research expertise): (i) research with a strong academic background (former academic professors), (ii) artificial intelligence (AI), mathematics, and data management, (iii) innovation,

Libereco Operations (managerial and marketing expertise): (i) new user and developer acquisition, (ii) community engagement, (iii) business development, DAO management, (iv) digital marketing, and social media.

Why Libereco?

There are several reasons why users should shift away from networks such as Bitcoin, Ethereum or Thether (the three largest money networks by market capitalisation) to networks such as Libereco.

The first reason is that the Libereco network is and will always be relatively small. Large networks have naturally higher risk of collapsing than smaller networks. The collapse can be either due to (a) malicious attacks of hostile actors, (b) internal economic unsustainability (the Luna collapse case), (c) political, regulatory and systemic pressure, (d) overvaluation, (e) technical drawbacks, (f) outdated technology. Many diverse smaller networks have much smaller risks and some of them will easier adapt to the changing environment. It is not good to keep all eggs in one basket, diversification across multiple smaller money networks is an effective risk mitigation measure.

The second reason is the Libereco’s focus on user privacy. It allows Libereco users to participate in the money network without unnecessary publication of all related data which is the case of Bitcoin, Ethereum ad Tether.

The third reason is the Libereco’s use of most modern technologies, including cybersecurity solutions and cryptographic algorithms. Technologies behind blockchains created around 2010 are today outdated and not effective.

Future development

In the future the Libereco network will further expand adopting new trends in the blockchain space and will be accompanied by the entire ecosystem leveraging cutting-edge technologies and most up-to-date business-oriented solutions.

Today users can collect free coins (e.g. via crypto giveway app) and enjoy using or testing the Libereco blockchain.

Frequently Asked Questions for Beginners

Libereco stands for a network (Libereco network), DAO (Libereco DAO), coin (Libereco coin), and blockchain (Libereco blockchain)

Similarly to Bitcoin which also uses the same word for coin, network, and blockchain. Contrary to Ethereum which uses name Ether for coin but people often call 1 ETH - one ethereum.

Anyone can receive a Libereco blockchain address from within the Saketo wallet by selecting Get your new blockchain address & keys and clicking button Get address & keys

Anyone can receive a coupon redeemable into small amount of coins for free from within the crypto giveaway app.

To redeem a giveaway coupon into coins use the Saketo Wallet. From the Saketo wallet one can redeem a coupon, select coins, and send them directly to Libereco blockchain address.

Each coupon can be coverted into one of the following coins running on the Libereco blockchain: LBRC, OMBRL, SMPLC, VLR, SVNG, FRKTL, GLKS, BNN, MRS, DMNT, USDA, EURA, BTCA, ETHA, XRPA, BNBA, SOLA, DOGEA, ADAA, TRXA, TONA, AVAXA, DOTA, LTCA, ATOMA, XMRA, and GOLDA.

LBRC can be send and staked from within the Saketo wallet

💬 Definition

Money is anything widely accepted as a means of payment for goods and services and for settling debts.

🧠 1. What Money Really Is

Money is not just coins and paper bills. It’s a tool that helps people trade and store value. Imagine trying to swap chickens for clothes — very messy, right? Money solves that by being something everyone agrees has value.

It acts as:

  • A medium of exchange — you buy things with it
  • A unit of account — prices and wages are measured in it
  • A store of value — you can save it for the future
  • A standard for deferred payment — you can borrow and lend with it

💡 2. Why Do We Need Money?

Before money, people used barter — trading one good for another. But that only works when two people both have what the other wants ("double coincidence of wants"). Money eliminates that problem. It lets you sell your stuff to anyone and then use the money to buy what you need from someone else.

💰 3. Different Forms of Money

a) Commodity Money

In ancient times, money was something with its own value, like:

  • Gold or silver coins
  • Salt, cattle, or shells in some cultures

These had intrinsic value — people valued them even without using them as money.

b) FIAT Money

Today, most money is fiat money. That means:

  • It has no value of its own
  • It is given value by governments
  • Examples: Dollars (USD), Euros (EUR)

You trust fiat money because the government backs it, and everyone around you accepts it too.

c) Bank Money or Digital Balances

Most money isn’t cash — it’s numbers in bank accounts. This is called:

  • Commercial bank money or deposit money
  • Used via debit cards, online transfers, or mobile payments

It’s created by banks when they give loans — but it's still fiat-based.

d) Cryptocurrency

This is private digital money, not controlled by governments or banks:

  • Examples: Bitcoin, Ethereum
  • Stored in digital wallets
  • Uses blockchain technology (secure, transparent, private)
  • Has limited supply (e.g., Bitcoin has a max of 21 million)

Crypto can be used as money, but it’s more volatile and not yet accepted everywhere.

e) Digital Money - Private Money, Community Money, Local Money, DAO Money, Programmable Money

Some private entities, towns, local communities, online platforms, decentralized autonomous organizations (DAOs) create their own digital money:

  • Examples: airline miles, gaming credits, store points, webshop money, programmable money that initiates the execution of some software, DAO voting units
  • Can be designed to use blockchain technology, digital wallet, cybersecurity, privacy, cryptographic encryption, can be programmable, and have fixed supply.

These aren’t fiat money, but they can work like money in certain circles for certain purposes. These create money ecosystems which can be global but usually are limited to a certain region, entity, online platform, store, hotel etc.

📊 4. Examples of Money in Everyday Life

  • Cash: You buy groceries with a €20 bill
  • Bank transfer: You pay rent via online banking
  • Cryptocurrency: You use Bitcoin to buy a digital service
  • Gift card / points: You use store credit to buy items
  • Loan: You borrow money from a friend and repay later — money enables debt settlement
  • DAO money: You buy items or services (e.g. gaming item, e-book) via a webshop which accepts payment in this DAO money.

🏛️ 5. Trust Is Key

Money only works because people trust it. If you didn’t believe the €20 note could buy anything tomorrow (because of a war), you wouldn’t accept it today.

That’s why central banks manage inflation and issue secure banknotes. Trust is also why Bitcoin’s blockchain is seen as revolutionary — it builds trust without a central authority.

DAO money such as Libereco can achieve trust e.g. by using advanced innovative technology including cybersecurity, data privacy and cryptographic encryption.

🔚 In Summary:

Money is much more than coins. It’s a system that keeps the economy running smoothly. Whether it's paper, plastic, or digital code, money helps us measure, trade, save, and plan.

Money performs four main functions in an economy. Each function plays a key role in how we trade, save, and plan for the future.

1. Medium of Exchange

Money is used to buy goods and services. Instead of trading one item for another (barter), we use money to make transactions easier and faster.

Example: You give €10 to buy lunch, instead of trying to trade your phone charger for a sandwich.

2. Unit of Account

Money provides a common way to measure the value of things. It helps us compare prices and keep track of earnings or costs.

Example: A book costs €15 and a pen costs €1.50 — you know the book is 10 times more expensive.

3. Store of Value

Money keeps its value over time (assuming there's no high inflation), so you can save it and use it later.

Example: If you earn €100 today and keep it in your wallet, you can still use it to buy things next week.

4. Standard of Deferred Payment

Money allows people to make agreements for payment in the future. It's used in credit, loans, and contracts.

Example: You borrow €500 today and agree to pay it back next month. Both sides know what that amount means in value.

In summary: Money is much more than paper or coins — it’s a powerful tool that helps economies run smoothly by simplifying trade, keeping value, allowing comparison, and enabling credit.

Main Use Cases

  1. Airline Miles: Digital reward currency used to redeem flights or services.
  2. Gaming Credits: In-game purchases, upgrades, or trade between users.
  3. Store Points: Loyalty points redeemable at participating outlets.
  4. Webshop Tokens: Used for discounts or special items on online platforms.
  5. DAO Voting Units: Used to vote on decisions in decentralized organizations.
  6. Local Currencies: Community currencies to encourage local spending (e.g., Bristol Pound).
  7. Festival Tokens: Temporary digital money for music or food festivals.
  8. Stablecoins: Digital money pegged to fiat (e.g., USDC) for stable trading.
  9. CBDCs (Gov-issued): Central Bank Digital Currencies for modern payments.
  10. Programmable Aid Money: Humanitarian aid controlled by code (released on conditions).
  11. Eco Credits: Rewards for sustainable actions (e.g., recycling, biking).
  12. Educational Credits: Earned by completing online courses.
  13. Employee Reward Tokens: Incentives and bonuses at tech firms.
  14. Health Wallets: Token-based access to health data and discounts.
  15. Proof-of-Attendance Tokens (POAPs): Badges for event attendance on-chain.
  16. Event Entry Tokens: Used to enter private or virtual events.
  17. Voting Incentives: Tokens given to users who participate in online polls.
  18. Streaming Credits: For watching or sharing music and video content.
  19. Community Coins: Used to support creators or community leaders.
  20. Marketplace Tokens: Used in peer-to-peer product or service marketplaces.

Other Use Cases

  • Creator Coins
  • Metaverse Currencies
  • Charity Coins
  • Digital Art Tokens
  • Voucher Tokens
  • Freelancer Coins
  • Rental Security Coins
  • Housing Platform Tokens
  • Pet Care Tokens
  • Delivery Loyalty Tokens
  • Food Wallet Points
  • Digital Concert Tickets
  • Scholarship Credits
  • Social Media Likes-as-Tokens
  • Library Credits
  • Traffic-Free Drive Credits
  • Carbon Offset Tokens
  • Real Estate Tokens
  • Subscription Wallets
  • DIY Community Coins
  • Neighborhood Budget Tokens
  • Child Allowance Wallets
  • Digital Allowances
  • Open Source Project Coins
  • Time Bank Credits
  • Language Learning Credits
  • Club Coins
  • Wedding Guest Tokens
  • Parking Tokens
  • Birthday Gift Tokens
  • Crypto Art Gallery Coins
  • Private Transport Credits
  • Library Access Coins
  • Mentorship Tokens
  • Workplace Cafeteria Tokens
  • Green Transport Coins
  • Gym Loyalty Tokens
  • Clinic Tokens
  • AI Usage Tokens
  • Local Vendor Coins
  • Volunteer Hours-as-Tokens
  • Smart City Wallets
  • Bike Sharing Coins
  • Online Exam Tokens
  • Energy Credits (solar)
  • Barter Platform Tokens
  • Digital Rental Agreements
  • Craft Fair Coins
  • Hackathon Rewards
  • Online Coach Coins
  • Digital Donations
  • Crypto Coupons
  • Microloan Credits
  • Gig Worker Tokens
  • Festival Access Coins
  • Startup Investment Tokens
  • Child Education Coins
  • Public Feedback Tokens
  • Science Grant Credits
  • Team-Building Coins
  • Classroom Reward Points
  • Digital Storytelling Coins
  • Pet Adoption Credits
  • Social Impact Tokens
  • Digital Job Referrals
  • Freemium Upgrade Coins
  • Reputation Tokens
  • Warranty Tokens
  • Digital Jury Tokens
  • Parking Permit Wallets
  • AI Model Credits
  • Homeowner Association Coins
  • Community Budget Tokens
  • Recycling Credits
  • Fan Club Tokens
  • Research Participation Tokens
  • Local Farming Coins
  • Tech Support Credits
  • Online Seminar Coins
  • Workshop Participation Points
  • Security Deposit Wallets
  • Time-limited Event Coins
  • Marketplace Trust Tokens
  • Online Shopping Cashback Tokens
  • Digital Postcards
  • Adventure Game Tokens
  • Startup Challenge Coins
  • Daily Exercise Credits
  • Crypto Insurance Credits
  • Housing Repair Wallets
  • Online Pet Show Coins
  • Local Repair Café Coins
  • Farmers Market Tokens
  • Shared Workspace Credits

The above list will grow rapidly as new types of money and new uses for it are created.

What is Blockchain?

Definition: A blockchain is a digital, secure, and shared record of transactions that cannot be easily changed or tampered with.

Expanded Description

Blockchain is a special kind of database or ledger. Unlike traditional databases that are managed by one company or authority (like a bank or government), a blockchain is decentralized — meaning that many people or computers (called “nodes”) share control of it. Once a piece of information is recorded on the blockchain, it’s nearly impossible to delete or change without agreement from the majority.

The name “blockchain” comes from the way data is stored — in blocks that are linked together in a chain. Each block contains:

  • A group of transactions
  • A timestamp
  • A link to the previous block (through a unique digital fingerprint called a "hash")

When a new block is created, it gets attached to the previous block, forming a chain — hence the term “blockchain.” This method makes it very secure because altering any block would also require changing every block that came after it, which is extremely difficult and requires a huge amount of computing power.

Key Characteristics

  • Decentralized: No single person or organization controls the data.
  • Secure: Uses cryptography to protect information and confirm transactions.
  • Transparent: Everyone in the network can see and verify the data.
  • Permanent: Once recorded, data cannot be changed easily (it is immutable).

Examples of Use

  • Cryptocurrency: Blockchain is the foundation of Bitcoin, Ethereum, and other digital currencies.
  • Supply Chains: Track goods as they move from origin to destination.
  • Voting: Create secure and transparent digital voting systems.
  • Digital Identity: Safely store personal identification details.
  • Smart Contracts: Self-executing contracts that run when conditions are met.

Real-World Example

Imagine you're sending money to a friend overseas. Traditionally, a bank acts as the middleman, verifying and transferring the funds. With blockchain, you can send digital money directly, and the network confirms and records the transaction — securely, quickly, and without the need for a bank.

Types of Blockchain

  • Public Blockchain: Open to everyone (e.g., Bitcoin, Ethereum).
  • Private Blockchain: Access restricted to specific users (used by businesses).
  • Consortium Blockchain: Controlled by a group of organizations.

Conclusion

Blockchain is changing the way we think about money, trust, and data. It offers a more open, secure, and fair system for recording all types of information — not just money. Though it’s still new and evolving, many industries are already exploring how to use it in creative and helpful ways.

What are Blockchain Address and Wallet?

1. Blockchain Wallet

A blockchain wallet is a digital tool (like an app, program, or device) that allows you to send, receive, and store digital money like Bitcoin, Ethereum, or other cryptocurrencies.

Think of it like an online version of your real wallet, but instead of holding cash or cards, it holds your digital currency and private keys.

Types of Wallets

  • Mobile Wallet: A smartphone app (e.g., Trust Wallet, MetaMask)
  • Desktop Wallet: A program on your computer
  • Hardware Wallet: A physical device that stores your keys offline (e.g., Ledger, Trezor)
  • Web Wallet: A website-based wallet (e.g., exchanges like Coinbase)
  • Paper Wallet: A printed or written copy of your keys

Important Note:

The wallet does not actually store coins. Instead, it stores your private key, which proves ownership of the coins stored on the blockchain.


2. Blockchain Address

A blockchain address is like your email address, but for sending and receiving digital money. It’s a long string of letters and numbers (e.g., 1FfmbHfnpaZjKFvyi1okTjJJusN455paPH) that points to a location on the blockchain.

Each blockchain address is linked to your wallet. You give this address to others when you want to receive cryptocurrency.

Example:

					Bitcoin Address: 1A1zP1eP5QGefi2DMPTfTL5SLmv7DivfNa
					Ethereum Address: 0x742d35Cc6634C0532925a3b844Bc454e4438f44e
					

Difference Between Address and Wallet:

  • Wallet = your entire storage + keys (like your whole bank account)
  • Address = one location you can send money to (like your account number)

Security Tip:

Never share your private key. Only share your public address when receiving funds.

Conclusion

To interact with cryptocurrencies, you need both:

  • A wallet to manage your coins
  • An address to send or receive them
These tools make it easy to participate in the blockchain world safely and privately.

In the world of digital currencies, a coin is a type of digital money that operates on its own blockchain. Coins are used as a form of payment, a way to store value, or to fuel transactions on their own networks. The most well-known example is Bitcoin, which runs on the Bitcoin blockchain.

Other examples of coins include Ethereum (ETH), Litecoin (LTC), and Monero (XMR). Each of these coins has its own independent blockchain technology, where transactions are recorded and secured using cryptography.

A coin is usually used for general financial purposes, such as buying goods or services, transferring funds between users, or paying transaction fees within its own network. For example, you use ETH to pay for actions on the Ethereum network, such as running smart contracts.

Coins are different from tokens, which usually rely on another blockchain (like Ethereum) instead of having their own. So, in short: if it's digital money and it runs on its own blockchain, it’s considered a coin.

A blockchain transaction is the process of transferring digital value (like cryptocurrency or digital tokens) from one person or wallet to another, and recording that transfer on the blockchain — a public, secure, and unchangeable digital ledger.

How It Works

When you send or receive digital currency (like Bitcoin or Ethereum), you're creating a transaction. This transaction includes:

  • Sender's Address – who is sending the money
  • Receiver's Address – who is getting the money
  • Amount – how much is being transferred
  • Digital Signature – to prove the transaction is authentic
  • Timestamp – when the transaction was created

What Happens Next?

After the transaction is created:

  1. It is broadcast to the blockchain network.
  2. Computers (called nodes or miners) check if it is valid.
  3. If approved, it is grouped with other transactions in a "block".
  4. The block is added to the chain – making the transaction permanent and visible to everyone.

Why Blockchain Transactions Are Special

  • Secure: They are protected by cryptography.
  • Public: Anyone can see the transactions (but not your personal identity).
  • Immutable: Once added, a transaction cannot be changed or deleted.

Example

You send 0.5 Bitcoin to a friend. The blockchain records that 0.5 BTC moved from your wallet address to your friend's address. That record stays forever, can’t be changed, and anyone can verify it.

Conclusion

A blockchain transaction is a secure, digital record of value being moved from one person to another, without the need for a middleman like a bank. It’s the core activity that makes blockchain technology useful and trustworthy.

Staking is a way to earn rewards by helping to run and secure a blockchain network. It involves locking up your cryptocurrency (such as Ethereum, Cardano, or Solana) for a period of time to support the network’s operations — like validating transactions and adding new blocks.

How Does Staking Work?

Some blockchains use a system called Proof of Stake (PoS). Instead of using powerful computers to solve puzzles (like in Bitcoin), these networks rely on people who "stake" their coins as a commitment to be honest participants.

  • You hold a certain amount of cryptocurrency in a special wallet.
  • You “lock” or “stake” those coins in the network.
  • The network selects people (called validators) to confirm transactions based on how much they have staked.
  • If you're selected and behave honestly, you earn staking rewards — like interest or dividends.

Benefits of Staking

  • Earn passive income – Get rewards over time for holding your coins.
  • Support the network – Help keep the blockchain secure and operational.
  • Eco-friendly – Uses less energy than mining.

Risks

  • You usually cannot use your staked coins while they’re locked.
  • Some coins may drop in value during the staking period.
  • If you're running your own validator and misbehave, you may be penalized ("slashed").

Examples of Staking Coins

  • Ethereum (ETH) – after its move to Proof of Stake
  • Cardano (ADA)
  • Solana (SOL)
  • Polkadot (DOT)

Conclusion

Staking is a key part of many modern cryptocurrencies. It allows you to earn money while also helping the blockchain network run smoothly and securely. It’s like putting your money in a savings account — but for crypto.

A DAO (Decentralized Autonomous Organization) is a new kind of organization that runs on the internet using blockchain technology. It is managed by its members through rules written in computer code (called smart contracts), not by a boss or central authority.

Simple Definition

A DAO is a digital community where members vote on decisions, and everything is recorded transparently on a blockchain.

How Does a DAO Work?

  • Smart Contracts: Code that defines the rules of the DAO and automatically executes actions (e.g., release funds).
  • Tokens: Members hold tokens that allow them to vote on proposals or receive rewards.
  • Voting: Anyone with tokens can suggest changes, vote on decisions, and help guide the future of the DAO.

What Makes a DAO Different?

  • Decentralized: No CEO or central company. The community makes the decisions together.
  • Transparent: Every vote, rule, and financial transaction is visible on the blockchain.
  • Autonomous: It runs itself according to the smart contract rules — no human needed to approve every action.

What Can a DAO Be Used For?

  • Managing shared investments or funds
  • Running online communities or social clubs
  • Funding open-source projects or charities
  • Governance of decentralized apps or crypto protocols

Examples of Real DAOs

  • Uniswap DAO: Manages upgrades and changes to the Uniswap trading platform.
  • MakerDAO: Manages a decentralized stablecoin system (DAI).
  • Friends With Benefits (FWB): A social DAO for creatives and web3 enthusiasts.

Benefits of a DAO

  • Inclusive: Anyone with tokens can participate.
  • Global: People from anywhere can join and work together.
  • Efficient: Decisions and actions are automated through code.

Challenges of a DAO

  • Legal uncertainty: Many countries don’t yet have laws for DAOs.
  • Security risks: Bugs in the smart contract code can cause problems.
  • Voter participation: Not all members may stay active in decision-making.

Conclusion

DAOs are a powerful innovation that lets people organize, make decisions, and manage resources together — all online. With no central authority and transparent rules, DAOs represent a new model for community-driven organizations.

DAO money is a type of digital currency used within a Decentralized Autonomous Organization (DAO). A DAO is an online community or organization that is run by rules written in code (smart contracts), not by managers or governments.

What is a DAO?

A Decentralized Autonomous Organization (DAO) is like a digital company or club where decisions are made by members who own tokens. There is no central boss — everything runs automatically using blockchain-based rules.

What is DAO Money Used For?

DAO money is usually a token that members use for:

  • Voting – Members vote on decisions such as how to spend funds or update the rules.
  • Incentives – Members can earn tokens by contributing to the project or completing tasks.
  • Ownership – Tokens may represent shares in the DAO’s value or profits.
  • Payments – DAOs may use their tokens to pay freelancers, fund projects, or reward participation.

How is DAO Money Different from Other Digital Money?

Unlike traditional cryptocurrencies like Bitcoin (used mainly as digital cash), DAO money is designed for governance, collaboration, and community management within the DAO.

Examples

  • UNI – the governance token of the Uniswap DAO
  • MKR – used to vote on MakerDAO decisions
  • ENS – token for the Ethereum Name Service DAO

Benefits of DAO Money

  • Transparent – Rules and decisions are open to everyone.
  • Decentralized – No single authority controls it.
  • Programmable – It can automatically trigger actions like funding or rule changes.

Conclusion

DAO money empowers users to work together in online communities, fund shared goals, and vote on important decisions — all without needing banks, managers, or middlemen. It’s a new form of digital collaboration powered by blockchain technology.

In the blockchain space, a network refers to a system of computers (nodes) that work together to maintain, validate, and secure a decentralized digital ledger. This ledger is known as the blockchain. Unlike traditional networks, there is no central authority or server controlling the system — it is decentralized and distributed across many nodes.

How Does a Blockchain Network Work?

  • Nodes: Each computer in the network is called a node. Nodes can store the blockchain data, validate transactions, and share information with other nodes.
  • Consensus Mechanism: Blockchain networks use a process (such as Proof of Work (PoW) or Proof of Stake (PoS)) to reach an agreement on which transactions are valid and should be added to the blockchain.
  • Decentralization: No single node or organization has complete control over the blockchain. Instead, all participating nodes work together to ensure the system remains secure and trustworthy.

Types of Blockchain Networks

  • Public Blockchain: Anyone can join and participate. Examples: Bitcoin, Ethereum.
  • Private Blockchain: Restricted access; only authorized users can participate. Examples: Hyperledger.
  • Consortium Blockchain: A hybrid network where multiple organizations control the system. Example: Ripple, R3 Corda.

Key Features of Blockchain Networks

  • Transparency: All transactions are visible to every participant in the network, ensuring openness.
  • Security: Blockchain networks use cryptographic techniques to secure data and ensure that transactions cannot be altered once recorded.
  • Immutability: Once a transaction is added to the blockchain, it cannot be changed or deleted, making the system highly secure and trustworthy.
  • Decentralization: Since there is no central authority, the blockchain is less susceptible to attacks or failures that could occur in a centralized system.

Example of a Blockchain Network

A well-known example of a blockchain network is the Bitcoin network. In this network, thousands of computers (or nodes) around the world participate in validating transactions and ensuring the security of the Bitcoin blockchain. Every time someone sends or receives Bitcoin, nodes work together to validate the transaction and add it to the blockchain.

Conclusion

In the blockchain space, a network is a collection of decentralized nodes that work together to validate, secure, and manage transactions. It’s a fundamental part of how blockchain technology operates, ensuring transparency, security, and trust without needing a central authority.

Governance in the context of a DAO (Decentralized Autonomous Organization) and blockchain refers to the systems, rules, and processes that are used to make decisions within these decentralized networks. Unlike traditional organizations that have a central authority, governance in DAOs and blockchains is distributed and managed by the community or the participants.

Governance in a DAO

In a DAO, governance is typically based on token-based voting. Members of the DAO can participate in decision-making by using tokens they hold. These decisions can include matters such as how funds are spent, which projects to support, or changes to the DAO’s rules. The rules for voting and decision-making are encoded in smart contracts, ensuring that the process is transparent and automated.

Key Features of DAO Governance

  • Decentralization: No central authority. Every member has an equal opportunity to influence decisions based on the number of tokens they hold.
  • Transparency: All decisions, votes, and proposals are visible on the blockchain, making the governance process open and accountable.
  • Token-based Voting: DAO members vote on proposals using tokens. The more tokens a member has, the more influence they have on the outcome.
  • Smart Contracts: The decisions made by the community are executed automatically through smart contracts, reducing the need for intermediaries or third parties.

Governance in Blockchain

Governance in blockchain refers to the rules and processes used to manage and update a blockchain network. Since blockchain is decentralized, governance is often achieved through consensus mechanisms (e.g., Proof of Work or Proof of Stake), where participants or validators agree on which transactions are valid and how the network should evolve.

Types of Blockchain Governance

  • On-chain Governance: Decisions are made directly on the blockchain through voting or consensus protocols. Examples include the governance systems of Ethereum 2.0 and Tezos.
  • Off-chain Governance: Decisions are made outside the blockchain, usually by a group of core developers or community leaders. Example: Bitcoin’s governance is mostly off-chain, though the community plays a major role in decision-making.
  • Hybrid Governance: A combination of on-chain and off-chain governance methods. Example: Cosmos uses both governance through staking and decision-making by a centralized group of validators.

Consensus Mechanisms for Blockchain Governance

  • Proof of Work (PoW): Miners compete to solve complex puzzles, and the first to succeed gets the right to add a new block to the blockchain. This process requires energy and computational resources.
  • Proof of Stake (PoS): Validators are chosen based on the number of coins they hold and are willing to “stake” as collateral. The more coins they stake, the more likely they are to be chosen to validate transactions.
  • Delegated Proof of Stake (DPoS): Token holders elect delegates to validate transactions and propose changes to the blockchain. It’s more scalable and efficient than PoW and PoS.
  • Proof of Authority (PoA): A group of trusted nodes are responsible for validating transactions and making decisions. This is often used in private blockchains.

Why is Governance Important in DAO and Blockchain?

  • Security: Proper governance ensures that the blockchain or DAO remains secure, transparent, and resistant to fraud.
  • Community-driven: Blockchain governance empowers the community to shape the direction of the project and make decisions collectively.
  • Upgradeability: Governance allows for network upgrades, protocol changes, and the introduction of new features or fixes.
  • Trust: Transparent and decentralized governance mechanisms foster trust among participants and users of the blockchain or DAO.

Examples of Blockchain Governance Models

  • Bitcoin: Bitcoin has off-chain governance where decisions are made by core developers and discussed within the community.
  • Ethereum: Ethereum has on-chain governance through its community and developers, with decisions made through Ethereum Improvement Proposals (EIPs).
  • Tezos: Tezos has a formal on-chain governance system where users vote on protocol upgrades directly through the network.
  • Polkadot: Polkadot allows its community to vote on network upgrades and changes through its governance system.

Conclusion

In the blockchain space, governance plays a critical role in ensuring that decentralized networks remain transparent, secure, and able to evolve. Whether in a DAO or blockchain network, governance allows participants to influence decisions, vote on proposals, and guide the future of the ecosystem.