Mothpeople-web3
Just here to learn more about this strange new world.
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Learning about Caldera (ERA)
@Caldera Official is powering the “Internet of Rollups”—a modular ecosystem of customizable Layer‑2 chains that are interoperable from day one .
Founded to simplify Web3 scaling, Caldera enables developers to launch EVM or Solana‑VM rollups with bespoke gas tokens, DA layers, and execution settings—all integrated via a unified Metalayer for seamless cross‑chain messaging and liquidity .
✅ With a fixed supply of 1 billion ERA, the token was distributed via community airdrop, plus allocations for team, investors, and ecosystem incentives.
✅ $ERA powers gas fee payments across all connected rollups, validator staking for Metalayer security, and on-chain governance that steers network upgrades and ecosystem grants.
✅ Real-world output: over 60 live rollups, more than 1.8 million wallets, ~$550–600 million TVL, and hundreds of millions of transactions processed—supporting DeFi, gaming, identity, and tokenized credit.
Analogy: Caldera is like a cloud platform where developers spin up custom rollups in minutes, and the Metalayer acts as the backbone, wiring them all together.
#caldera $ERA @Caldera Official
@Caldera Official is powering the “Internet of Rollups”—a modular ecosystem of customizable Layer‑2 chains that are interoperable from day one .
Founded to simplify Web3 scaling, Caldera enables developers to launch EVM or Solana‑VM rollups with bespoke gas tokens, DA layers, and execution settings—all integrated via a unified Metalayer for seamless cross‑chain messaging and liquidity .
✅ With a fixed supply of 1 billion ERA, the token was distributed via community airdrop, plus allocations for team, investors, and ecosystem incentives.
✅ $ERA powers gas fee payments across all connected rollups, validator staking for Metalayer security, and on-chain governance that steers network upgrades and ecosystem grants.
✅ Real-world output: over 60 live rollups, more than 1.8 million wallets, ~$550–600 million TVL, and hundreds of millions of transactions processed—supporting DeFi, gaming, identity, and tokenized credit.
Analogy: Caldera is like a cloud platform where developers spin up custom rollups in minutes, and the Metalayer acts as the backbone, wiring them all together.
#caldera $ERA @Caldera Official
ERAUSDT
Perp
This just feels like a normal Sunday seeing everything in red for days. No harm running some quick shorts.
#MarketPullback
#MarketPullback
S
ERAUSDT
Perp
Closed
PNL
+5.27USDT
Learning about Chainbase (C)
Founded to solve data storage and querying challenges for Web3, @Chainbase Official is building a high‑performance decentralized data infrastructure platform. It focuses on real‑time data indexing, fast querying, and secure data availability across multiple blockchains.
✅ #Chainbase enables developers to build scalable dApps and smart contracts by making blockchain data easy to access in a decentralized way.
✅ The $C token powers the platform—used for network operations, incentivizing node operators, and ensuring smooth participation across the ecosystem.
✅ Real‑world use cases include powering multichain DeFi dashboards, and data‑driven Web3 applications that need reliable on‑chain data in real time.
Analogy: Chainbase is like a cloud database—but decentralized, faster, and transparent, making it easier for dApps to run at scale.
Founded to solve data storage and querying challenges for Web3, @Chainbase Official is building a high‑performance decentralized data infrastructure platform. It focuses on real‑time data indexing, fast querying, and secure data availability across multiple blockchains.
✅ #Chainbase enables developers to build scalable dApps and smart contracts by making blockchain data easy to access in a decentralized way.
✅ The $C token powers the platform—used for network operations, incentivizing node operators, and ensuring smooth participation across the ecosystem.
✅ Real‑world use cases include powering multichain DeFi dashboards, and data‑driven Web3 applications that need reliable on‑chain data in real time.
Analogy: Chainbase is like a cloud database—but decentralized, faster, and transparent, making it easier for dApps to run at scale.
B
C/USDT
Price
0.492
BTC
Holding
Cumulative PNL
+0.00%
My crypto learning journey #10 – Chainlink (LINK)
Founded in 2017 by Sergey Nazarov, Steve Ellis, and Cornell professor Ari Juels, Chainlink was created to solve the oracle problem by securely connecting smart contracts with real-world data and allowing cross-chain compatibility to make things work in the real-world.
✅ As of mid‑2025, circulating supply is about 678 million LINK (≈68% of the 1 billion max supply).
✅ LINK is used to pay oracle node operators for off‑chain data, stake for network security, and access features like Cross‑Chain Interoperability Protocol (CCIP), Verifiable Random Function (VRF), and Proof of Reserve feeds.
✅ Real-world use cases include powering capital markets and regulatory pilots under Singapore’s MAS Project Guardian (with institutions like UBS, ANZ, SBI Digital Markets), as well as securing billions in DeFi and tokenized assets via Data Streams and CCIP.
Analogy: Chainlink is like a trusted messenger and dispatcher—fetching real-world data (like stock prices, weather, or cross-chain signals) and delivering it securely to your smart contracts whenever they need it.
#Chainlink $LINK #CryptoKnowledge🚀
Founded in 2017 by Sergey Nazarov, Steve Ellis, and Cornell professor Ari Juels, Chainlink was created to solve the oracle problem by securely connecting smart contracts with real-world data and allowing cross-chain compatibility to make things work in the real-world.
✅ As of mid‑2025, circulating supply is about 678 million LINK (≈68% of the 1 billion max supply).
✅ LINK is used to pay oracle node operators for off‑chain data, stake for network security, and access features like Cross‑Chain Interoperability Protocol (CCIP), Verifiable Random Function (VRF), and Proof of Reserve feeds.
✅ Real-world use cases include powering capital markets and regulatory pilots under Singapore’s MAS Project Guardian (with institutions like UBS, ANZ, SBI Digital Markets), as well as securing billions in DeFi and tokenized assets via Data Streams and CCIP.
Analogy: Chainlink is like a trusted messenger and dispatcher—fetching real-world data (like stock prices, weather, or cross-chain signals) and delivering it securely to your smart contracts whenever they need it.
#Chainlink $LINK #CryptoKnowledge🚀
What's the Difference? #2. Coin vs Token
With crypto, you either have a coin or a token. People often use these terms interchangeably, but they’re not the same thing. Knowing the difference between these two will help you better understand how cryptocurrencies are created, used, and traded.
Similarities
Both are digital assets that can store and transfer value.Both can be traded on exchanges and used for payments or in decentralized applications (dApps).Both rely on blockchain technology for security and transparency.
Key Differences
Where they exist:Coin – Has its own native blockchain (e.g., Bitcoin runs on the Bitcoin network).Token – Built on an existing blockchain (e.g., ERC-20 tokens on Ethereum or BEP20 tokens on Binance).Function:Coin – Primarily used as money, a store of value, or to pay network fees.Token – Can represent anything from governance rights to NFTs and DeFi assets; e.g., Jupiter and Raydium are both tokens on Solana .Creation:Coin – Requires building and maintaining a standalone blockchain.Token – Created through smart contracts on an existing blockchain.
Examples:
Coins: $BTC (Bitcoin), $ETH (Ethereum), $ADA (Cardano), $SOL (Solana)Tokens: $USDT (Tether), $UNI (Uniswap), $LINK (Chainlink), $APE (ApeCoin)
Real-life Analogy
A coin is like the national currency of a country, as it’s tied to that country’s economy (blockchain).A token is like a gift card or voucher, as it works inside a specific ecosystem but isn’t its own currency.
Why It Matters
Coins form the backbone of their blockchains, enabling users to pay fees and secure the network.Tokens power DeFi, NFTs, governance, and more, making them flexible for new Web3 use cases.
#CoinVsToken #CryptoKnowledge🚀 #Web3
Similarities
Both are digital assets that can store and transfer value.Both can be traded on exchanges and used for payments or in decentralized applications (dApps).Both rely on blockchain technology for security and transparency.
Key Differences
Where they exist:Coin – Has its own native blockchain (e.g., Bitcoin runs on the Bitcoin network).Token – Built on an existing blockchain (e.g., ERC-20 tokens on Ethereum or BEP20 tokens on Binance).Function:Coin – Primarily used as money, a store of value, or to pay network fees.Token – Can represent anything from governance rights to NFTs and DeFi assets; e.g., Jupiter and Raydium are both tokens on Solana .Creation:Coin – Requires building and maintaining a standalone blockchain.Token – Created through smart contracts on an existing blockchain.
Examples:
Coins: $BTC (Bitcoin), $ETH (Ethereum), $ADA (Cardano), $SOL (Solana)Tokens: $USDT (Tether), $UNI (Uniswap), $LINK (Chainlink), $APE (ApeCoin)
Real-life Analogy
A coin is like the national currency of a country, as it’s tied to that country’s economy (blockchain).A token is like a gift card or voucher, as it works inside a specific ecosystem but isn’t its own currency.
Why It Matters
Coins form the backbone of their blockchains, enabling users to pay fees and secure the network.Tokens power DeFi, NFTs, governance, and more, making them flexible for new Web3 use cases.
#CoinVsToken #CryptoKnowledge🚀 #Web3
My crypto learning journey #9 – Binance Coin (BNB)
Founded in July 2017 by Changpeng Zhao ("CZ") and the Binance team, BNB was initially issued as an ERC‑20 token before launching their own blockchain in 2019. Since then, BNB has served as the native utility token for trading fee discounts and ecosystem services on BNB Beacon Chain and BNB Smart Chain.
Learning about BNB showed me how a native token can bootstrap an entire thriving blockchain ecosystem.
Supply & tokenomics: as of July 2025, there are 139.29M BNB tokens in circulation. However, there is no formal max supply; Binance conducts auto token burns periodically to reduce supply over time to 100M.
Use cases: BNB is used to pay exchange fees at a discount, participate in BNB Chain staking and governance, and fuel dApps across BNB Smart Chain (now BNB Chain), including DEXs and launchpads.
Analogy: BNB is like a huge battery that powers an entire city—including fuel discounts at its markets (Binance), governance, and the utilities (dApps) that run on BNB Chain.
#Binance $BNB #CryptoKnowledge🚀
Founded in July 2017 by Changpeng Zhao ("CZ") and the Binance team, BNB was initially issued as an ERC‑20 token before launching their own blockchain in 2019. Since then, BNB has served as the native utility token for trading fee discounts and ecosystem services on BNB Beacon Chain and BNB Smart Chain.
Learning about BNB showed me how a native token can bootstrap an entire thriving blockchain ecosystem.
Supply & tokenomics: as of July 2025, there are 139.29M BNB tokens in circulation. However, there is no formal max supply; Binance conducts auto token burns periodically to reduce supply over time to 100M.
Use cases: BNB is used to pay exchange fees at a discount, participate in BNB Chain staking and governance, and fuel dApps across BNB Smart Chain (now BNB Chain), including DEXs and launchpads.
Analogy: BNB is like a huge battery that powers an entire city—including fuel discounts at its markets (Binance), governance, and the utilities (dApps) that run on BNB Chain.
#Binance $BNB #CryptoKnowledge🚀
My crypto learning journey #8 – Polkadot (DOT)
Launched in 2020, Polkadot was founded by Dr. Gavin Wood (Ethereum co‑founder) alongside Peter Czaban and Robert Habermeier. Their goal: to develop an open-source, user-friendly and fully functional decentralized web.
Learning about DOT helped me see how blockchains can talk—and cooperate with each—securely.
✅ DOT has no fixed max supply; issuance is inflationary and dynamically managed via on‑chain governance.
✅ DOT is essential for staking relay‑chain security, parachain bonding, upgrades, and on‑chain governance.
✅ Use cases include cross-chain data and asset transfers via parachains and bridges, plus enterprise-grade DeFi and NFTs across connected chains using shared security.
Analogy: Polkadot is like a UN translator—bridging blockchains that speak different “languages,” so they can collaborate safely under a shared protocol.
#Polkadot $DOT
Launched in 2020, Polkadot was founded by Dr. Gavin Wood (Ethereum co‑founder) alongside Peter Czaban and Robert Habermeier. Their goal: to develop an open-source, user-friendly and fully functional decentralized web.
Learning about DOT helped me see how blockchains can talk—and cooperate with each—securely.
✅ DOT has no fixed max supply; issuance is inflationary and dynamically managed via on‑chain governance.
✅ DOT is essential for staking relay‑chain security, parachain bonding, upgrades, and on‑chain governance.
✅ Use cases include cross-chain data and asset transfers via parachains and bridges, plus enterprise-grade DeFi and NFTs across connected chains using shared security.
Analogy: Polkadot is like a UN translator—bridging blockchains that speak different “languages,” so they can collaborate safely under a shared protocol.
#Polkadot $DOT
What’s the Difference? #1. Proof-of-Stake vs Proof-of-Work
When you hear about blockchain or how cryptocurrencies work, you’ll often come across Proof-of-Work (PoW) and Proof-of-Stake (PoS). Both are ways to validate transactions and keep blockchains secure—but they work in very different ways.
Understanding this difference helps explain why Bitcoin is so energy-intensive, and why Ethereum made the switch to PoS.
Similarities
Both are consensus mechanisms that validate transactions and add new blocks to the blockchain.Both rely on network participants (miners or validators) who are rewarded for keeping the network secure.Both aim to prevent double-spending and malicious attacks.
Key Differences
How they work:
PoW – Miners use computational power from their GPUs to solve puzzles and compete to add new blocks.PoS – Validators lock up tokens, also known as staking, and are randomly chosen to add new blocks.
Resource use:
PoW – Requires high electricity and powerful hardware.
PoS – Energy-efficient, only requires staking tokens.
Rewards:
PoW – Miners earn block rewards plus transaction fees.PoS – Validators earn staking rewards plus transaction fees.
Security model:
PoW – Secured by computing power.
PoS – Secured by staked assets.
Examples:
PoW: $BTC (Bitcoin), $LTC (Litecoin), $DOGE (Dogecoin)PoS: $ETH (Ethereum), $ADA (Cardano), $SOL (Solana), $DOT (Polkadot), $AVAX (Avalanche)
Real-life Analogy
PoW is like a competitive exam: everyone solves tough problems, and whoever finishes first wins.
PoS is like buying a lottery ticket: the more tickets (stake) you hold, the higher your chance of being picked.
Why It Matters
PoW networks like Bitcoin prioritize maximum security and decentralization, but consume a lot of energy.PoS networks like Ethereum, Cardano, and Solana are faster, more scalable, and eco-friendly, making them popular for DeFi, NFTs, and Web3 apps (dApps).
#WhatstheDifference #CryptoKnowledge🚀
Understanding this difference helps explain why Bitcoin is so energy-intensive, and why Ethereum made the switch to PoS.
Similarities
Both are consensus mechanisms that validate transactions and add new blocks to the blockchain.Both rely on network participants (miners or validators) who are rewarded for keeping the network secure.Both aim to prevent double-spending and malicious attacks.
Key Differences
How they work:
PoW – Miners use computational power from their GPUs to solve puzzles and compete to add new blocks.PoS – Validators lock up tokens, also known as staking, and are randomly chosen to add new blocks.
Resource use:
PoW – Requires high electricity and powerful hardware.
PoS – Energy-efficient, only requires staking tokens.
Rewards:
PoW – Miners earn block rewards plus transaction fees.PoS – Validators earn staking rewards plus transaction fees.
Security model:
PoW – Secured by computing power.
PoS – Secured by staked assets.
Examples:
PoW: $BTC (Bitcoin), $LTC (Litecoin), $DOGE (Dogecoin)PoS: $ETH (Ethereum), $ADA (Cardano), $SOL (Solana), $DOT (Polkadot), $AVAX (Avalanche)
Real-life Analogy
PoW is like a competitive exam: everyone solves tough problems, and whoever finishes first wins.
PoS is like buying a lottery ticket: the more tickets (stake) you hold, the higher your chance of being picked.
Why It Matters
PoW networks like Bitcoin prioritize maximum security and decentralization, but consume a lot of energy.PoS networks like Ethereum, Cardano, and Solana are faster, more scalable, and eco-friendly, making them popular for DeFi, NFTs, and Web3 apps (dApps).
#WhatstheDifference #CryptoKnowledge🚀
My crypto learning journey #7 – Cardano (ADA)
Founded in 2015 by former Ethereum co‑founder Charles Hoskinson, Cardano was built to be a scalable, sustainable, and scientifically‑driven blockchain platform. It's also the first crypto to be founded on peer-reviewed research and developed through evidence-based methods.
Learning about ADA showed me how governance and research‑oriented design can shape a blockchain.
✅ As of late July 2025, circulating supply is about 35.4 billion ADA (≈79% of the 45 billion max cap).
✅ ADA powers transactions, staking rewards, smart contract execution, and on‑chain governance via voting and treasury proposals.
✅ Real-world use cases of Cardano include digital credentials for students in Ethiopia, and supply chain tracking in Latin America.
Analogy: Think of Cardano like a civic digital platform—used by communities and institutions to securely register identities, credentials, and votes at scale to ensure everything is transparent and safe from tampering.
#Cardano $ADA
Founded in 2015 by former Ethereum co‑founder Charles Hoskinson, Cardano was built to be a scalable, sustainable, and scientifically‑driven blockchain platform. It's also the first crypto to be founded on peer-reviewed research and developed through evidence-based methods.
Learning about ADA showed me how governance and research‑oriented design can shape a blockchain.
✅ As of late July 2025, circulating supply is about 35.4 billion ADA (≈79% of the 45 billion max cap).
✅ ADA powers transactions, staking rewards, smart contract execution, and on‑chain governance via voting and treasury proposals.
✅ Real-world use cases of Cardano include digital credentials for students in Ethiopia, and supply chain tracking in Latin America.
Analogy: Think of Cardano like a civic digital platform—used by communities and institutions to securely register identities, credentials, and votes at scale to ensure everything is transparent and safe from tampering.
#Cardano $ADA
My crypto learning journey #6 – Solana (SOL)
Solana (SOL) illustrates how speed and scale unlock high-performance blockchain apps.
✅ As of July 2025, circulating supply is around 538 million SOL, with a total supply near 600 million SOL; Solana has no fixed cap and issues new tokens via inflation to reward validators.
✅ SOL is used to pay transaction fees, stake for consensus, and participate in smart contracts and governance throughout the Solana ecosystem.
✅ Real-world use cases: powering DeFi platforms, NFT marketplaces, and Web3 gaming—e.g., Jupiter, Raydium, and Magic Eden.
Analogy: Solana is like a super-fast toll highway where transactions flow through cheaply and efficiently, ideal for dApps where speed matters.
#Solana $SOL
Solana (SOL) illustrates how speed and scale unlock high-performance blockchain apps.
✅ As of July 2025, circulating supply is around 538 million SOL, with a total supply near 600 million SOL; Solana has no fixed cap and issues new tokens via inflation to reward validators.
✅ SOL is used to pay transaction fees, stake for consensus, and participate in smart contracts and governance throughout the Solana ecosystem.
✅ Real-world use cases: powering DeFi platforms, NFT marketplaces, and Web3 gaming—e.g., Jupiter, Raydium, and Magic Eden.
Analogy: Solana is like a super-fast toll highway where transactions flow through cheaply and efficiently, ideal for dApps where speed matters.
#Solana $SOL
B
SOL/USDT
Price
179.59
My crypto learning journey #5 – XRP
XRP is the token powering the XRP Ledger (XRPL) and Ripple’s On‑Demand Liquidity (ODL) service. It is showing us how blockchain can transform cross-border fund transfers.
✅ As of July 2025, ~59.2 billion XRP are in circulation, out of a fixed maximum supply of 100 billion (≈59% circulating).
✅ XRP settles global payments in just 3–5 seconds with fees often less than a cent, and can handle ~1,500 transactions per second, which is faster than traditional rails, and even Bitcoin.
✅ Real-world use cases:
• Used as a bridge currency in ODL, converting fiat to XRP and back to enable instant international payments without holding pre-funded fiat accounts.
• Adopted by numerous financial institutions—such as SBI Holdings, Santander, PNC Bank, Standard Chartered, etc—for fast, low-cost settlement across corridors like Southeast Asia, Latin America, and the Middle East.
Analogy: Think of XRP as a high-speed money train—it transports funds across borders almost instantly, cutting costs and liquidity hassles, ideal for institutions needing reliable instant liquidity.
#XRP $XRP
XRP is the token powering the XRP Ledger (XRPL) and Ripple’s On‑Demand Liquidity (ODL) service. It is showing us how blockchain can transform cross-border fund transfers.
✅ As of July 2025, ~59.2 billion XRP are in circulation, out of a fixed maximum supply of 100 billion (≈59% circulating).
✅ XRP settles global payments in just 3–5 seconds with fees often less than a cent, and can handle ~1,500 transactions per second, which is faster than traditional rails, and even Bitcoin.
✅ Real-world use cases:
• Used as a bridge currency in ODL, converting fiat to XRP and back to enable instant international payments without holding pre-funded fiat accounts.
• Adopted by numerous financial institutions—such as SBI Holdings, Santander, PNC Bank, Standard Chartered, etc—for fast, low-cost settlement across corridors like Southeast Asia, Latin America, and the Middle East.
Analogy: Think of XRP as a high-speed money train—it transports funds across borders almost instantly, cutting costs and liquidity hassles, ideal for institutions needing reliable instant liquidity.
#XRP $XRP
My crypto learning journey #4 – Ethereum (ETH)
Today I explored the largest altcoin Ethereum (ETH), and it’s much more than just digital money.
✅ ETH moved from Proof-of-Work (PoW) to Proof-of-Stake (PoS), becoming more energy-efficient with less hardware requirements and instead, now uses smart contracts, letting developers build dApps and DeFi protocols.
✅ It powered the OG of NFTs, DAOs, DeFi, and Layer 2 scaling solutions, becoming the backbone of Web3.
✅ While BTC is “digital gold,” ETH is like digital oil—fueling a whole new internet economy, that's now also being adopted by financial institutions.
#Ethereum #Beginnersguide
$ETH
Today I explored the largest altcoin Ethereum (ETH), and it’s much more than just digital money.
✅ ETH moved from Proof-of-Work (PoW) to Proof-of-Stake (PoS), becoming more energy-efficient with less hardware requirements and instead, now uses smart contracts, letting developers build dApps and DeFi protocols.
✅ It powered the OG of NFTs, DAOs, DeFi, and Layer 2 scaling solutions, becoming the backbone of Web3.
✅ While BTC is “digital gold,” ETH is like digital oil—fueling a whole new internet economy, that's now also being adopted by financial institutions.
#Ethereum #Beginnersguide
$ETH
My crypto learning journey #3 – Bitcoin (BTC)
Reading the first Bitcoin whitepaper reminded me why all these started.
✅ It’s the first decentralized digital currency built on blockchain to enable peer-to-peer payments without middlemen like banks.
✅ BTC’s supply is capped at 21 million, making it a scarce digital asset often called “digital gold.”
✅ The biggest impact is proving that money can exist outside traditional finance too, paving the way for all of crypto.
#Bitcoin $BTC
Reading the first Bitcoin whitepaper reminded me why all these started.
✅ It’s the first decentralized digital currency built on blockchain to enable peer-to-peer payments without middlemen like banks.
✅ BTC’s supply is capped at 21 million, making it a scarce digital asset often called “digital gold.”
✅ The biggest impact is proving that money can exist outside traditional finance too, paving the way for all of crypto.
#Bitcoin $BTC
My crypto learning journey #2
Zero-knowledge and AI with @Lagrange Official
DeepProve enables trustless AI verification with lightning-fast zkML.
This bridges AI + blockchain in where AI models can prove their results without revealing inputs or training data.
Excited to see how $LA shapes this new frontier!
#lagrange
Zero-knowledge and AI with @Lagrange Official
DeepProve enables trustless AI verification with lightning-fast zkML.
This bridges AI + blockchain in where AI models can prove their results without revealing inputs or training data.
Excited to see how $LA shapes this new frontier!
#lagrange
My crypto learning journey #1
Diving into the DeFi space, a common hurdle I always came across was the need for over-collateralization. You need assets to borrow assets.
My research into @Huma Finance 🟣 offered a fresh perspective. My key takeaway is their innovative approach to income-backed borrowing. I learned they are building a protocol that allows people and businesses to borrow against their future, predictable income streams—like invoices or payroll.
This is a powerful bridge between real-world earning potential and on-chain liquidity. A fascinating project to watch. #HumaFinance
Diving into the DeFi space, a common hurdle I always came across was the need for over-collateralization. You need assets to borrow assets.
My research into @Huma Finance 🟣 offered a fresh perspective. My key takeaway is their innovative approach to income-backed borrowing. I learned they are building a protocol that allows people and businesses to borrow against their future, predictable income streams—like invoices or payroll.
This is a powerful bridge between real-world earning potential and on-chain liquidity. A fascinating project to watch. #HumaFinance
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