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#walrus $WAL
Walrus chooses:
📈 Extreme scalability
📦 Efficient data encoding
🔧 Flexibility to serve many execution environments
That makes it attractive infrastructure for:
Rollups
Appchains
Gaming chains
ZK systems
Institutional data-heavy apps
@Walrus 🦭/acc
Walrus chooses:
📈 Extreme scalability
📦 Efficient data encoding
🔧 Flexibility to serve many execution environments
That makes it attractive infrastructure for:
Rollups
Appchains
Gaming chains
ZK systems
Institutional data-heavy apps
@Walrus 🦭/acc
#walrus $WAL Why Walrus avoiding EVM is actually smart
Running EVM:
Adds execution overhead
Limits scalability
Forces Ethereum-style tradeoffs
@Walrus 🦭/acc
Running EVM:
Adds execution overhead
Limits scalability
Forces Ethereum-style tradeoffs
@Walrus 🦭/acc
#walrus $WAL
Option B: Smart-contract support via another VM
Non-EVM VM (Wasm, Move-style, custom)
Still not “EVM-compatible” in the Ethereum sense
As of now:
🚫 No official native EVM roadmap
@Walrus 🦭/acc
Option B: Smart-contract support via another VM
Non-EVM VM (Wasm, Move-style, custom)
Still not “EVM-compatible” in the Ethereum sense
As of now:
🚫 No official native EVM roadmap
@Walrus 🦭/acc
#walrus $WAL
Possible paths (theoretical, not guaranteed):
Option A: EVM execution layer built on top
A rollup or sidechain uses Walrus for DA
That rollup is EVM-compatible
Walrus stays execution-agnostic
@Walrus 🦭/acc
Possible paths (theoretical, not guaranteed):
Option A: EVM execution layer built on top
A rollup or sidechain uses Walrus for DA
That rollup is EVM-compatible
Walrus stays execution-agnostic
@Walrus 🦭/acc
#walrus $WAL
Walrus plugs into the DA layer, similar in role to:
Celestia
EigenDA
Avail
But with its own design tradeoffs.
@Walrus 🦭/acc
Walrus plugs into the DA layer, similar in role to:
Celestia
EigenDA
Avail
But with its own design tradeoffs.
@Walrus 🦭/acc
evm chains
EVM chains (Ethereum, DuskEVM, etc.) use Walrus for data availability
📄 Large calldata, blobs, rollup data, or app data live on Walrus
🔐 Execution & state stay on the EVM chain
📦 Walrus guarantees the data is available and verifiable
Think of Walrus as:
A decentralized “data backend” for EVM chains
4️⃣ Walrus + modular blockchain stack
In modular architecture:
Layer
Example
Execution
Ethereum, DuskEVM
Settlement
Ethereum / DuskDS
Data Availability
Walrus
@Walrus 🦭/acc #walrus $WAL
📄 Large calldata, blobs, rollup data, or app data live on Walrus
🔐 Execution & state stay on the EVM chain
📦 Walrus guarantees the data is available and verifiable
Think of Walrus as:
A decentralized “data backend” for EVM chains
4️⃣ Walrus + modular blockchain stack
In modular architecture:
Layer
Example
Execution
Ethereum, DuskEVM
Settlement
Ethereum / DuskDS
Data Availability
Walrus
@Walrus 🦭/acc #walrus $WAL
does Walrus runs solid evm
Does Walrus run Solidity or EVM bytecode?
❌ No.
No native Solidity execution
No EVM opcodes
No direct MetaMask → deploy contract → done flow
This means:
You cannot directly deploy ERC-20 / ERC-721 contracts on Walrus
Walrus is not competing with EVM L1s/L2s
3️⃣ How Walrus still works with EVM chains
Here’s the important part 👇
Walrus is designed to be EVM-adjacent, not EVM-native.
How that looks in practice:
@Walrus 🦭/acc #walrus $WAL
❌ No.
No native Solidity execution
No EVM opcodes
No direct MetaMask → deploy contract → done flow
This means:
You cannot directly deploy ERC-20 / ERC-721 contracts on Walrus
Walrus is not competing with EVM L1s/L2s
3️⃣ How Walrus still works with EVM chains
Here’s the important part 👇
Walrus is designed to be EVM-adjacent, not EVM-native.
How that looks in practice:
@Walrus 🦭/acc #walrus $WAL
walrus evm
Its core goals:
📦 Large-scale data storage
⚡ High-throughput data availability
🔗 Infrastructure support for other chains (especially modular ones)
So instead of copying Ethereum’s execution model, Walrus optimizes for data, not contracts.
Alright, let’s unpack Walrus EVM compatibility properly 🧠
(short answer first, then deep dive 👇)
🔑 Short answer
Walrus is NOT natively EVM-compatible.
It does not run the Ethereum Virtual Machine like Ethereum, BSC, Polygon, or DuskEVM.
But… that’s intentional, not a weakness.
1️⃣ What Walrus is actually designed for
Walrus is built primarily as a data availability (DA) + storage-focused blockchain, not a general-purpose smart-contract chain.
@Walrus 🦭/acc #walrus $WAL
Its core goals:
📦 Large-scale data storage
⚡ High-throughput data availability
🔗 Infrastructure support for other chains (especially modular ones)
So instead of copying Ethereum’s execution model, Walrus optimizes for data, not contracts.
Alright, let’s unpack Walrus EVM compatibility properly 🧠
(short answer first, then deep dive 👇)
🔑 Short answer
Walrus is NOT natively EVM-compatible.
It does not run the Ethereum Virtual Machine like Ethereum, BSC, Polygon, or DuskEVM.
But… that’s intentional, not a weakness.
1️⃣ What Walrus is actually designed for
Walrus is built primarily as a data availability (DA) + storage-focused blockchain, not a general-purpose smart-contract chain.
@Walrus 🦭/acc #walrus $WAL
Its core goals:
#dusk $DUSK
3️⃣ Is DuskEVM an L2?
Technically yes, architecturally no.
It uses OP Stack–style rollup mechanics
BUT it does NOT settle to Ethereum
It settles to Dusk’s own base chain (DuskDS)
So it’s closer to:
🧠 An app-specific EVM rollup anchored to Dusk, not Ethereum
This avoids Ethereum congestion & gas dependency.
@Dusk
3️⃣ Is DuskEVM an L2?
Technically yes, architecturally no.
It uses OP Stack–style rollup mechanics
BUT it does NOT settle to Ethereum
It settles to Dusk’s own base chain (DuskDS)
So it’s closer to:
🧠 An app-specific EVM rollup anchored to Dusk, not Ethereum
This avoids Ethereum congestion & gas dependency.
@Dusk
#dusk $DUSK
That’s an important distinction:
✅ Same EVM opcode behavior as Ethereum
✅ Same Solidity/Vyper bytecode
✅ Same tooling (Hardhat, Foundry, Remix, MetaMask, OpenZeppelin)
❌ Not a custom VM or translated environment
👉 If a contract works on Ethereum, it works on DuskEVM without rewriting logic.
@Dusk
That’s an important distinction:
✅ Same EVM opcode behavior as Ethereum
✅ Same Solidity/Vyper bytecode
✅ Same tooling (Hardhat, Foundry, Remix, MetaMask, OpenZeppelin)
❌ Not a custom VM or translated environment
👉 If a contract works on Ethereum, it works on DuskEVM without rewriting logic.
@Dusk
Dusk evm
Current status and finality
A public testnet for DuskEVM has been launched, enabling developers to bridge DUSK between DuskDS and DuskEVM and to test smart contracts in an EVM-compatible environment. A temporary finalization delay (≈7-day challenge period inherited from the OP Stack) exists currently, with future upgrades planned for faster (one-block) finality. �
Dusk Forum +1
6. Why this matters
EVM compatibility significantly lowers the barrier to entry for developers and ecosystem projects because it allows:
Use of existing EVM dApps and tooling with minimal changes. �
DOCUMENTATION
Easier integration with exchanges, wallets, bridges, and institutional infrastructure. �
Dusk Forum
Standard contract deployment while still benefitting from Dusk’s privacy and regulated finance features. �
Dusk Network
In summary, DuskEVM is designed to be fully compatible with Ethereum’s VM and ecosystem, letting developers build standard EVM dApps on a chain that settles on Dusk’s privacy and compliance-focused base layer. �
DOCUMENTATION
@Dusk #dusk $DUSK
A public testnet for DuskEVM has been launched, enabling developers to bridge DUSK between DuskDS and DuskEVM and to test smart contracts in an EVM-compatible environment. A temporary finalization delay (≈7-day challenge period inherited from the OP Stack) exists currently, with future upgrades planned for faster (one-block) finality. �
Dusk Forum +1
6. Why this matters
EVM compatibility significantly lowers the barrier to entry for developers and ecosystem projects because it allows:
Use of existing EVM dApps and tooling with minimal changes. �
DOCUMENTATION
Easier integration with exchanges, wallets, bridges, and institutional infrastructure. �
Dusk Forum
Standard contract deployment while still benefitting from Dusk’s privacy and regulated finance features. �
Dusk Network
In summary, DuskEVM is designed to be fully compatible with Ethereum’s VM and ecosystem, letting developers build standard EVM dApps on a chain that settles on Dusk’s privacy and compliance-focused base layer. �
DOCUMENTATION
@Dusk #dusk $DUSK
Dusk evm uses
DuskEVM uses the OP Stack architecture and supports EIP-4844 (proto-Danksharding), but it settles transactions on DuskDS instead of the Ethereum chain. That gives it the familiar EVM environment for execution while inheriting Dusk’s settlement and privacy guarantees. �
DOCUMENTATION
3. Compatible tooling and deployment
Because of this compatibility:
Developers can use familiar EVM tools and languages (Solidity, Vyper, Hardhat, Foundry, OpenZeppelin, etc.) to build and deploy contracts. �
DOCUMENTATION
Wallets that support EVM (e.g., MetaMask, hardware wallets) work with DuskEVM contracts and assets. �
Dusk Forum
Standard RPC endpoints and explorers (Blockscout style) are provided for interacting with the chain. �
DOCUMENTATION
4. DUSK token as gas and network specifics
On DuskEVM, DUSK is the native gas token (similar to ETH on Ethereum) and is used to pay transaction fees. The chain has specific chain IDs for mainnet/testnet/devnet and EVM RPC endpoints. �
@Dusk #dusk $DUSK
DOCUMENTATION
3. Compatible tooling and deployment
Because of this compatibility:
Developers can use familiar EVM tools and languages (Solidity, Vyper, Hardhat, Foundry, OpenZeppelin, etc.) to build and deploy contracts. �
DOCUMENTATION
Wallets that support EVM (e.g., MetaMask, hardware wallets) work with DuskEVM contracts and assets. �
Dusk Forum
Standard RPC endpoints and explorers (Blockscout style) are provided for interacting with the chain. �
DOCUMENTATION
4. DUSK token as gas and network specifics
On DuskEVM, DUSK is the native gas token (similar to ETH on Ethereum) and is used to pay transaction fees. The chain has specific chain IDs for mainnet/testnet/devnet and EVM RPC endpoints. �
@Dusk #dusk $DUSK
dusk evm compatibility
Dusk EVM compatibility — what it is and how it works
1. EVM-equivalent execution environment
DuskEVM is a fully EVM-equivalent execution layer within the modular Dusk stack. That means it runs the same virtual machine rules as the Ethereum Virtual Machine, so developers can deploy Solidity smart contracts and use the same tools (like Hardhat, Foundry, MetaMask, and standard EVM RPCs) without any modifications. This “EVM equivalence” makes DuskEVM compatible with the broader Ethereum ecosystem’s tooling, wallets, and infrastructure. �
DOCUMENTATION +1
2. Modular architecture – how it’s integrated
Dusk’s blockchain architecture is modular:
DuskDS — the settlement and data availability layer (consensus, privacy, finality).
DuskEVM — the EVM execution layer where most smart contracts and dApps run. �
@Dusk #dusk $DUSK
1. EVM-equivalent execution environment
DuskEVM is a fully EVM-equivalent execution layer within the modular Dusk stack. That means it runs the same virtual machine rules as the Ethereum Virtual Machine, so developers can deploy Solidity smart contracts and use the same tools (like Hardhat, Foundry, MetaMask, and standard EVM RPCs) without any modifications. This “EVM equivalence” makes DuskEVM compatible with the broader Ethereum ecosystem’s tooling, wallets, and infrastructure. �
DOCUMENTATION +1
2. Modular architecture – how it’s integrated
Dusk’s blockchain architecture is modular:
DuskDS — the settlement and data availability layer (consensus, privacy, finality).
DuskEVM — the EVM execution layer where most smart contracts and dApps run. �
@Dusk #dusk $DUSK
#plasma $XPL
Alright, let’s break XPL nodes down in a clean, no-fluff way 👇
What are XPL Nodes?
XPL nodes are the backbone of the XPL network. They keep the blockchain running by:
Validating transactions
Producing and confirming blocks
Maintaining network security and decentralization
Without nodes, XPL wouldn’t function as a trustless system.
@Plasma
Alright, let’s break XPL nodes down in a clean, no-fluff way 👇
What are XPL Nodes?
XPL nodes are the backbone of the XPL network. They keep the blockchain running by:
Validating transactions
Producing and confirming blocks
Maintaining network security and decentralization
Without nodes, XPL wouldn’t function as a trustless system.
@Plasma
#vanar $VANRY
Here’s a clear overview of Vanar Chain nodes — what they are, why they matter, and how they work in the Vanar Chain ecosystem (an AI-native, EVM-compatible Layer-1 blockchain): �
docs.vanarchain.com +1
🔹 What Are Vanar Chain Nodes?
In the Vanar blockchain, nodes are individual servers that participate in the network by hosting the blockchain data and helping process and validate transactions. Nodes are essential for maintaining Vanar’s decentralized ledger and supporting applications built on the network. �
docs.vanarchain.com
@Vanarchain
Here’s a clear overview of Vanar Chain nodes — what they are, why they matter, and how they work in the Vanar Chain ecosystem (an AI-native, EVM-compatible Layer-1 blockchain): �
docs.vanarchain.com +1
🔹 What Are Vanar Chain Nodes?
In the Vanar blockchain, nodes are individual servers that participate in the network by hosting the blockchain data and helping process and validate transactions. Nodes are essential for maintaining Vanar’s decentralized ledger and supporting applications built on the network. �
docs.vanarchain.com
@Vanarchain
#walrus $WAL
Low short-term sell pressure +
Active net inflows to large holders.
Standalone claims aren’t reliable — use tools and volume context for confirmation. �
web3.gate.com
📌 Tools & Metrics to Track in Real Time
To spot accumulation effectively, many traders use on-chain tracking platforms such as:
Glassnode
CryptoQuant
@Walrus 🦭/acc
Low short-term sell pressure +
Active net inflows to large holders.
Standalone claims aren’t reliable — use tools and volume context for confirmation. �
web3.gate.com
📌 Tools & Metrics to Track in Real Time
To spot accumulation effectively, many traders use on-chain tracking platforms such as:
Glassnode
CryptoQuant
@Walrus 🦭/acc
#walrus $WAL
Combined Indicators to Validate Signals
Whale signals are strongest when multiple metrics align:
Outflows from exchanges +
Increase in whale wallet holdings +
@Walrus 🦭/acc
Combined Indicators to Validate Signals
Whale signals are strongest when multiple metrics align:
Outflows from exchanges +
Increase in whale wallet holdings +
@Walrus 🦭/acc
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