Scrypt Wallet Research

Crypto 101

Digital assets through the lens of supply and demand

Crypto basics

Start here: blockchains, wallets, keys, addresses, transactions, fees and UTXOs.

1. What Is a Blockchain? A Plain-English Guide
   A blockchain is a record of transactions that many independent computers keep and check together, so no single company has to be trusted with it.
2. What Is a Crypto Wallet? Keys, Coins and Control
   A crypto wallet is software or hardware that stores the private keys used to spend coins, while the coins themselves stay on their blockchains.
3. Private Keys and Seed Phrases: What They Are, How to Keep Them Safe
   A private key is the secret number that lets you spend crypto; a seed phrase is a list of words that encodes the randomness from which keys are generated.
4. Crypto Addresses Explained: Why the Network Matters
   An address is a short code derived from a public key that tells the network where to send coins.
5. How Crypto Transactions Work: From Send Button to Confirmation
   A crypto transaction is a signed instruction that moves coins from one address to another.
6. Crypto Network Fees: Why They Exist and Why They Vary
   Network fees pay the miners or validators who process transactions and protect the network from spam.
7. UTXOs Explained: How Bitcoin-Style Coins Track Your Balance
   Bitcoin-style blockchains track coins as unspent transaction outputs rather than account balances.

Coins

What Bitcoin, Litecoin, Dogecoin and Luckycoin are, with live data.

1. What Is Bitcoin? How It Works and Why It Has 21 Million Coins
   Bitcoin is a peer-to-peer digital currency that needs no bank because thousands of computers agree on a shared record secured by proof of work.
2. What Is Litecoin? Faster Blocks, 84 Million Coins and Scrypt
   Litecoin launched in 2011 as a lighter version of Bitcoin: blocks arrive every 2.5 minutes, the total supply is about 84 million coins, and mining uses the Scrypt algorithm.
3. What Is Dogecoin? The Meme Coin With No Supply Cap
   Dogecoin started as a joke and became one of the most widely held cryptocurrencies.
4. What Is Luckycoin (LKY)? A Scrypt Coin and Its Wrapped Version
   Luckycoin is a Scrypt proof-of-work cryptocurrency that launched in 2013 and can be merge-mined with Litecoin and Dogecoin.

Proof of work

Mining, hashrate, difficulty, rewards, pools, merged mining and profitability, with live calculators.

1. What Is Crypto Mining? How Miners Secure a Blockchain
   Mining is the competition that lets a proof-of-work blockchain agree on its next block without a central authority.
2. Hashrate and Difficulty Explained: Reading Mining Statistics
   Network hashrate measures the total computing effort spent on mining, and difficulty is the target that adjusts to keep blocks arriving on time.
3. Block Rewards and Halvings: How New Coins Are Issued
   A block reward, or subsidy, is the newly created coin that a miner earns for adding a block.
4. Mining Pools Explained: Why Miners Team Up
   A mining pool lets many miners combine their hashrate and share the reward in proportion to the work each contributed, turning a rare large payout into frequent small ones.
5. Merged Mining Explained: One Miner, Several Coins
   Merged mining, also called auxiliary proof of work, lets a miner solve one proof of work that is valid for more than one blockchain.
6. Mining Profitability: How to Estimate What a Miner Earns
   Whether mining pays depends on how much of the network you own, how many coins the network issues per day, the coin's price, the pool's fee and, above all, your electricity cost.
7. What Is Litecoin Mining? Live Stats, Profitability and Miners
   Litecoin is mined with the Scrypt algorithm.
8. What Is Dogecoin Mining? Merged Mining and Live Network Stats
   Dogecoin is mined with Scrypt and pays a constant 10,000 coins per block.

DeFi

Swaps, liquidity pools, bridges and wrapped assets (using wLKY), lending, staking and stablecoins.

1. Crypto Swaps and AMMs: How Trading Without an Exchange Works
   An automated market maker (AMM) lets you swap tokens against a pool of two assets instead of matching buyers and sellers.
2. Liquidity Pools Explained, With the wLKY/SOL Pool on Raydium
   A liquidity pool is a pot of two tokens that traders swap against; liquidity providers deposit both tokens and earn a share of trading fees.
3. Bridges and Wrapped Assets, Explained With wLKY
   A bridge lets an asset from one blockchain be used on another by locking the original and issuing a wrapped token on the destination.
4. How to Bridge Luckycoin (LKY) to Solana as wLKY, Step by Step
   This guide walks through wrapping Luckycoin (LKY) into wLKY on Solana with Scrypt Bridge, and unwrapping it again, with a checklist covering the Solana wallet you need, the fee shown before you confirm, confirmations and how to verify the reserve.
5. Crypto Lending and Borrowing: How On-Chain Interest Works
   In on-chain lending markets, lenders deposit assets to earn interest and borrowers post collateral to take loans; algorithms set the interest rate from supply and demand.
6. Staking Explained: Earning Rewards for Securing a Network
   Staking means locking a network's own coin as a bond that helps secure a proof-of-stake blockchain; validators who do the work, and those who delegate to them, earn rewards from new issuance and fees.
7. Stablecoins Explained: Digital Dollars and How They Stay Stable
   A stablecoin is a token designed to hold a steady value, usually one US dollar.

Security

Custodial vs. non-custodial, passkeys, backups, recovery and scams.

1. Custodial vs. Non-Custodial Wallets: Who Really Holds Your Crypto?
   The difference between a custodial and a non-custodial wallet is who holds the private keys.
2. Passkeys and PINs: Protecting Your Wallet Without Passwords
   A passkey is a cryptographic credential stored on your device and unlocked with your fingerprint, face or device PIN, so there is no password to phish.
3. Crypto Backups and Wallet Recovery: A Practical Guide
   With a non-custodial wallet the backup is the only safety net.
4. Crypto Scams Checklist: 12 Red Flags Before You Send Anything
   Crypto payments are typically irreversible, which makes scams costly.

Research papers

White-paper-style analysis of tokenomics, proof of work vs. proof of stake, wrapped assets and other protocols.

1. A Supply-and-Demand Framework for Digital Assets
   We propose a simple lens for every digital asset: examine how its supply is created and constrained, then examine why anyone wants it.
2. Bitcoin Tokenomics: A Fixed Supply Enforced by Proof of Work
   Bitcoin's monetary policy is not stored in a central bank; it is a consensus rule that every full node enforces.
3. Litecoin Tokenomics: 84 Million Coins and Scrypt Mining
   Litecoin keeps Bitcoin's disinflationary shape but changes three parameters: blocks arrive four times as often, the halving interval is four times as many blocks, and the total supply is therefore four times larger.
4. Dogecoin Tokenomics: Uncapped, Constant Issuance
   Dogecoin is a proof-of-work memecoin whose issuance rule differs from Bitcoin's in one essential way: after its early reward eras it pays a constant 10,000 coins per block indefinitely.
5. Proof of Work vs. Proof of Stake: Two Ways to Secure a Ledger
   Consensus mechanisms determine who may extend a ledger and what that costs.
6. Token Issuance and Mint Authority: Rigid Supply vs. Flexible Supply
   On a proof-of-work base layer, new units come only from the block subsidy defined in consensus code.
7. Memecoin Tokenomics: Evaluating Supply, Demand and Liquidity
   Memecoins are the purest test of the supply-and-demand lens because their demand is attention and their utility is small.
8. Wrapped Assets and the Conservation Principle of Tokenization
   A wrapped token is a claim on an asset held on another network.
9. zBTC Case Study: Bitcoin on Proof-of-Stake Rails
   zBTC is a token on Solana intended to be redeemable one-for-one for bitcoin.
10. Wrapped Luckycoin (wLKY): A Proof-of-Work Memecoin on Solana
    Luckycoin is a Scrypt proof-of-work coin.
11. Using DeFi with Proof-of-Work and Proof-of-Stake Assets
    Decentralised finance runs on proof-of-stake smart-contract networks, but many scarce assets are issued on proof-of-work networks.
12. Yield Provenance: Where Does the Return Come From?
    We formalise the yield provenance principle: every sustainable yield must correspond to identifiable economic demand, productive activity, risk transfer or payment for a service.
13. Flux: Proof of Useful Work and a Hybrid Token Economy
    Flux describes itself as a network in which useful work, not only hashing, earns block rewards.
14. The Internet Computer: Cycles, Neurons and a Dynamic Token Supply
    The Internet Computer runs smart contracts, called canisters, on a network of subnets governed by an on-chain system, the Network Nervous System.
15. A Reader's Guide to Crypto Whitepapers and Protocol Specifications
    Many projects publish a whitepaper or specification, and reading them is the best way to know what a token actually promises.
16. References and Primary Sources for Crypto 101
    This page lists every source cited in the Crypto 101 series, grouped by topic.

General education, not financial, tax or legal advice.