We're excited to announce that we're collaborating with @portal_finance to bring $BTC-based DeFi to M2 and to expand the reach of native Move-based assets across Bitcoin and other non-EVM chains with Portal's cross-chain DEX network.

https://twitter.com/portal_finance/status/1775171462938382613

Portal’s DEX network is powered by L2 atomic swaps that match the speed & liquidity of CEXs without any asset custody or bridging 👀

M2 builders who integrate the Portal Swap SDK can enable one-click swaps of M2-based assets with EVM counterparts
https://sdk.portaldefi.com/

About us

Movement is a network of Move-based blockchains designed to pair smart contract security & parallelization with EVM liquidity and user bases. M2 is the first MEVM (Move + EVM) ZK L2 on Ethereum & is powered by Celestia, natively bringing the MoveVM to Ethereum.

Build and grow #Move with us through our Open Builders Program.

Get connected with the team and other builders here: https://form.asana.com/?k=Xl2xu7DRyoQ-yUY-zMlnTg&d=1204965688263751

Join the Movement Community today!

Our community program offers special rewards and exclusive opportunities to everyone participating in the network: https://movementlabs.notion.site/movementlabs/Welcome-to-the-Movement-Community-Program-98b9a1115b954e228b9907952ed04e5b

Announcing BTC-Based DeFi Collaboration

⚡ Movement & Thala: Redefining DeFi ⚡ 

Ready for DeFi's next leap? @ThalaLabs on M2 makes it possible.

✅ The largest Move DeFi platform
✅ All-in-one DeFi HyperApp
✅ With swift & secure Eth L2 access 
✅ 100% #Move compatibility
✅ And EVM reach & liquidity

Here's how 🧵👇

💥 Thala's DeFi Powerhouse 

Thala's DeFi realm is bustling with a $200M TVL on #Aptos❗

Encounter Thala's all-in-one DeFi hub:
🔄 Thala Swap DEX 
💵 Move Dollar $MOD 
💧 $sthAPT for $APT staking 
🌐 Vibrant token launchpad

What is the Move Dollar❓

The Move Dollar is a stablecoin that fuels the Thala ecosystem. $MOD is backed by a diversified portfolio of assets ranging from native tokens, yield-bearing instruments, & real-world assets, among others.

🧠 How the Move Dollar Mechanism Works

$MOD operates through a system of collateralized debt positions (CDPs), monetary policy tools, and a treasury. Users deposit collateral into vaults and mint $MOD against this collateral.

♟️ Stabilizing DeFi: How $MOD Thrives 

The ecosystem’s treasury collects fees from these activities and shares revenue with $THL holders. Stability providers can deposit $MOD into the TSP Stability Pool to support the ecosystem's liquidity and earn rewards.

Concurrently, the system employs monetary policy levers, such as dynamic interest rates and partial liquidations, to uphold the stability and integrity of $MOD's value. This ensures $MOD remains well-collateralized and resilient to volatility.

🛠️ Thala Swap Mechanics Overview

The Thala Swap Mechanics are centered around $MOD. Thala's platform utilizes an AMM to enable the creation of various types of liquidity pools, including autonomous index funds, multi-asset pools, and stable pools.

🦾 The Thala Swap Advantage

The Thala Swap ecosystem operates through a synergy of liquidity providers, liquidity pools, a treasury, and a launchpad.

Liquidity providers contribute to the liquidity pools, receiving fees that are dependent on the pool's performance.

Some of these fees are directed to the treasury, which not only collects the fees, incentivizing platform use and investment.

The treasury's role is critical in redistributing income and supporting the ecosystem's growth & sustainability

⛽ Fueling the DeFi Ecosystem: Treasury and Incentives Unveiled

To encourage participation and investment, community incentives are provided, funded by emissions of THL tokens. These incentives play a crucial role in maintaining an active and engaged user base.

Launching Success 🚀

The launchpad aspect of Thala enables Movement-native projects to distribute tokens through mechanisms like batch auctions and lottery distributions. This allows for a fair launch of projects, creating a diverse and robust fundraising platform.

Special pool types like liquidity bootstrapping pools provide projects with initial liquidity, ensuring fair value discovery & distribution of tokens.

These pools assist new projects to gain traction & establish a market presence within the M2 ecosystem.

Thala Meets M2 🤝

Building upon the powerful synergy between Thala and Movement, Thala is poised to leverage the full potential of M2. By deploying its innovative DeFi platform on M2, Thala can unlock new levels of performance, security & cross-chain interoperability.

https://twitter.com/movementlabsxyz/status/1770814390901625170

⚡ Scalability Unleashed

Thala can leverage M2's Move-based ZK-rollup architecture and its decentralized sequencer network governed by the highly efficient Snowman Consensus mechanism. Thala can process a massive volume of DeFi tx without sacrificing performance or UX.

Furthermore, the inherent scalability benefits of M2's rollup design will enable Thala to expand its offerings and onboard new users seamlessly, without encountering the bottlenecks and congestion that have plagued many Ethereum-based DeFi platforms.

https://twitter.com/movementlabsxyz/status/1752799376458776789

🌉 Bridging Worlds with Fractal

By leveraging Fractal, Thala can attract a diverse range of Solidity-based DeFi protocols, dapps, and developer talent, fostering cross-ecosystem collaboration and innovation.

https://twitter.com/movementlabsxyz/status/1755032752855138330

In addition to this, Fractal's interoperability unlocks access to the vast liquidity and user base of the Ethereum ecosystem, positioning Thala as a gateway for capital inflow into the Move DeFi landscape.

⚡ What Are You Waiting For❓

Discover our product's potential and start building your projects today. Dive into our resources to embark on your development journey.

Begin your blockchain exploration here👇

Docs: https://docs.movementlabs.xyz/

Read more at: https://medium.com/movementlabsxyz/movement-labs-thala-labs-a-leap-forward-for-decentralized-finance-67f6dfd640ae

To learn more about all that Thala offers, visit: https://www.thala.fi/

Read more about our collaboration at https://medium.com/movementlabsxyz/thala-and-movement-collaborate-to-accelerate-the-growth-of-move-based-defi-7afbe46f23c3

About us:

Movement is a network of Move blockchains designed to pair smart contract security and parallelization with EVM liquidity and user bases. M2 is the first MEVM (Move + EVM) ZK L2 on Ethereum and is powered by Celestia, natively bringing the MoveVM to Ethereum.

Redefining DeFi with Thala and Movement

Dopamine is coming to M2!

@DopamineFi secures dApps and chains with staked assets including $BTC and offers users yield-bearing opportunities within the protocol 💊

And on M2, Dopamine can reach the whole #Move ecosystem without writing any extra code thanks to Fractal ⚡️

Fractal is our Solidity-to-Move interpreter that let's EVM developers deploy their Solidity codebase on M2 and any other Built With Movement chain without have to write a single line of #Move code 🤝

https://twitter.com/movementlabsxyz/status/1755032752855138330

Fractal allows great projects like Dopamine to easily expand to the #Move-based chains like M2 and be able to bring their services to #Move users and liquidity.

And now users in the #Move Ecosystem will be able to put their $BTC to work thanks to Dopamine 😎

To find out more about Dopamine, check out https://dopamine.finance/

About us:

Movement is a network of Move-based blockchains designed to pair smart contract security & parallelization with EVM liquidity and user bases. M2 is the first MEVM (Move + EVM) ZK L2 on Ethereum & is powered by Celestia, natively bringing the MoveVM to Ethereum.

Dopamine Secures dApps with Staked Assets

The biggest #Move DeFi platform is coming to the Movement Network!

@ThalaLabs is going Modular 🧱

Thala brings a full DeFi suite featuring a DEX, stablecoin, liquid staking, launchpad & more.

And now these amazing products will have access to EVM users & liquidity with M2 ⚡️


Created by some of the best #Move builders around, Thala's platform boasts over $200 million TVL on #Aptos.

Integrated in a single dApp, Thala offers:
👉 Thala Swap DEX & liquidity pools
👉 Move Dollar $MOD, a CDP stablecoin
👉 $sthAPT, liquid staked $APT
👉 Token launchpad

Expanding to M2 positions Thala to become one of the biggest next-gen Ethereum protocols.

With full #AptosMove compatibility, our SDK allows Thala to launch natively on M2 and retain all the safety and speed of #Move while gaining full access to EVM users and liquidity.

https://twitter.com/movementlabsxyz/status/1752799376458776789

Thala is also incubating the next wave of great #Move DeFi projects like @EchelonMarket, a money market on #Aptos, now with the potential to launch on M2.

Thala & Movement are strategically aligned to grow the #Move ecosystem & expand it to the modular multi-chain landscape.

Let's look at each of Thala's offerings that power their DeFi HyperApp and Liquidity Engine 🔥

▶︎ Thala Swap

At the heart of Thala is the AMM DEX. Fueled by weighted, stable, and liquidity bootstrapping pools, Thala Swap provides fast, efficient swaps and deep liquidity.

▶︎ Move Dollar ($MOD)

Move Dollar is an over-collateralized, yield-bearing stablecoin that is backed by a diverse basket of assets.

Providing outstanding captial efficiency, $MOD is used widely throughout #Aptos DeFi and will eventually make its way to M2 DeFi!

▶︎ Liquid staking

Thala also offers $sthAPT, the dominant $APT liquid staking derivative with 5 million $APT already staked.

$sthAPT allows holders to earn #Aptos staking rewards while still being able to use their $APT in DeFi throughout the ecosystem.

▶︎ Thala Launch

With the power of the liquidity bootstrapping pools of Thala Swap, Thala Launch offers a launchpad for decentralized token launches.

Using a Balancer-style dutch auction projects can distribute tokens in a transparent fashion that is open to the community.

All of these features of Thala's HyperApp are composable and work together to build DeFi synergies between stablecoins, liquid staking derivatives, and liquidity pools that can be used throughout the #Aptos Ecosystem.

And soon it will all be available on Ethereum via M2 ⚡️

About us:

Movement is a network of Move-based blockchains designed to pair smart contract security and parallelization with EVM liquidity and user bases. M2 is the first MEVM (Move + EVM) ZK L2 on Ethereum and is powered by Celestia, natively bringing the MoveVM to Ethereum

ThalaLabs: DeFi Evolution on Movement Network

⚡ GAIMIN & Movement Labs: A New Era Of Blockchain Gaming 🎮

@GaiminIo & @BNBCHAIN are building the fastest and safest gaming L2 EVER leveraging our Move Stack!

Welcome to the power of our Open Framework for Modular Move.

Get ready to level up 🧵👇

🔥 A New Era

With our Open Framework for Modular Move, GAIMIN will be able to harness the performance & security of Move as the execution layer for their custom modular L2 solution built on top of BNB chain.

Let's break down the architecture layer & see how this is achieved

🕹️ GAIMIN Ecosystem 

To begin, GAIMIN unites a developer's haven, game launcher, and community hub for 300k+ gamers, creating a unique gaming ecosystem. It's a platform where developers and gamers converge, elevating gaming experiences beyond traditional play❗

👾 L2 Edge

Beyond play, it harnesses the dormant GPU power across its community through gaimin.cloud, bridging supply with the demand for processing power. This ingenious model fuels the GAIMIN L2 solution—crafted atop BNB and refined by Movement Labs' tech❗

🧬 M1 Sequencing 

At the core is M1 Sequencing, a crucial mechanism for organizing txs in a consistent & verifiable order. This sequencing process, a cornerstone of the Snowman consensus model, underpins the smooth operation & high throughput essential for gaming operations.

🔀 Aptos Move, Sui Move, EVM Interop

Leveraging our SDK and M2 framework, GAIMIN's integration of Aptos Move, Sui Move, & EVM, powered by Movement Labs, bridges ecosystems. It enables devs to craft expansive, secure gaming experiences across chains with ease & efficiency.

🚦 Unsafe Block Shared by Proposer + Validate 

Proposer packages M1-sequenced txns into 'unsafe' blocks, which are potential future ledger states. Validators collectively scrutinize these, ensuring integrity, reflecting our dedication to secure, collaborative  verification.

🌐 Movement Full Nodes

Post-validation, Movement Full Nodes uphold the ledger, preserving the blockchain's final state. As GAIMIN's historical custodians, they guarantee the immutability and traceability of all gaming transactions within the chain.

📡 Data Availability Service 

Key to GAIMIN's blockchain, the DA Service feeds Full Nodes with essential txn data for ledger accuracy. It ensures nodes and provers have full access to data, maintaining a complete, transparent ledger state

🌉 DA Layer & BSC 

The DA Layer acts as a conduit between GAIMIN and BSC, ensuring seamless interop and anchored txn finality. It epitomizes GAIMIN's dedication to data integrity and streamlined cross-network interaction.

📃 Proposer and DA Certificate 

Aligned with the DA Layer, the Proposer secures the blockchain, dispatching signed, verified blocks with DA Certificates, which are solid proof of data integrity, bolstering user confidence in GAIMIN's platform.

🗺️ Mapping DA to Block Height

The final step in securing GAIMIN's blockchain is mapping data availability to block heights, which solidifies txn audibility and verifiability, reinforcing the platform's commitment to a transparent and trusted gaming ecosystem.

🧩 MOVEVM as an Execution Layer

MOVEVM, crafted by Movement Labs, serves as the execution layer vital for DApps and smart contracts, streamlining complex blockchain operations and enhancing Binance Smart Chain's (BSC) throughput.

➡️ Execution Layer Efficiency

By enabling decentralized sequencing and smart contract translation, MOVEVM significantly cuts gas fees and operational costs, ensuring swift transaction execution and elevating processing efficiency.

📜 BSC as a Settlement Layer

BSC operates as the settlement layer, solidifying transactions and updating the blockchain state. It's a fertile ground for a range of dApps, from DeFi to multi-chain systems, compatible with the Ethereum ecosystem.

➡️ Settlement and Operability

In alignment with the BNB Beacon Chain, BSC's settlement capabilities ensure transaction finality, maintain system harmony and provide seamless operability with Ethereum-based tools and applications.

🔗 Integration of MOVEVM and BSC

The fusion of MOVEVM and BSC revolutionizes blockchain gaming, delegating processing to MOVEVM while BSC finalizes transactions, offering a scalable, robust environment for GAIMIN's virtual worlds

➡️ Scalability and Applicability

This strategic layering streamlines game transactions and widens blockchain capabilities, addressing the unique demands of gaming dApps and enhancing the gaming experience on GAIMIN's platform.

💥 Moving Forward with Movement Labs

Having outlined GAIMIN's framework & our contribution, we now shift to the specifics of our collaboration. 

At Movement Labs, we aim to boost blockchain gaming w/ better scalability & integration. 👇

⚡Movement Labs: The Ultimate Scaling Solution 

Embrace unparalleled efficiency with our Modular framework & opBNB's cutting-edge infrastructure. 

Experience:

✅ Lightning-fast tx throughput & reduced latency

✅ Minimized fees for optimal efficiency

✅Secure and streamlined interop

✅Rapid sequencing for faster processing

✅Enhanced data availability for robust dApps

⛽ Negligible Fee Nirvana

opBNB's rollups slash fees, while M1 complements with hyper-efficient sequencing and transaction processing. The synergy enables $0.001 transfer fees while maintaining BNB's security - a free-to-play paradise.

🌐 The EVM-Move Bridge

opBNB provides EVM compatibility, but @MovementLabs brings the revolutionary "MEVM" - fusing EVM and Move via M2, the first ZK L2 integrating Celestia for fluid cross-chain usability between the ecosystems.

🛠 One Unified Dev Hub

GAIMIN's L2 supports Solidity, Hardhat, etc. Fractal translates between Solidity and Move, unifying the EVM and Move dev worlds into one seamless, multi-ecosystem experience only possible with Movement.

🔍 Data Availability

Movement Labs' M2, the pioneering ZK Ethereum L2 with @Celestia, revolutionizes data availability. The innovative MEVM fuses Move & EVM, facilitating effortless asset transfers across Ethereum, EVM, and Move chains in conjunction with opBNB & M1.

🔄 Decentralized Sequencing

Movement Labs' M1 introduces a decentralized sequencer network in sync with opBNB for top-notch on and off-chain transactions. This secure, fast, and reliable processing enhances blockchain scalability and robustness, setting a new standard.

In summary, the opBNB/Movement Labs synergy allows GAIMIN's L2 to achieve: 

🚀 Over 150,000 TPS 

⛽ Extremely low fees 

🌐 Interoperability across EVM & Move chains 

🛠 Compatibility with familiar Ethereum tools

🔄 Decentralized Sequencing

📊 Data Availability

⚡ Blockchain Gaming Evolution

GAIMIN leverages opBNB alongside our tech at Movement Labs, achieving ultra-low latency, high TPS, security & interop. This collaboration redefines blockchain gaming standards, enabling a future where speed & security seamlessly converge.

For an even more comprehensive deep dive, read on at: https://medium.com/movementlabsxyz/unlocking-the-future-of-blockchain-gaming-the-strategic-alliance-of-gaimin-movement-labs-and-bnb-4539e60f3360

⚡Join the Movement Community today!

Our community program offers special rewards and exclusive opportunities to everyone participating in the network: https://movementlabs.notion.site/movementlabs/Welcome-to-the-Movement-Community-Program-98b9a1115b954e228b9907952ed04e5b


GAIMIN & Movement Labs: Revolutionizing Blockchain Gaming

⚡ Fractal & the Smart Contract Security Landscape  🔓

🚨 $7.6 billion in digital assets compromised to this date❗

2023 alone witnesses a staggering $2 billion in losses to exploits, highlighting the urgent need for a security revolution...

Enter Fractal. 🧵👇

🌉 Fractal

Fractal bridges Solidity & Move, letting devs deploy Solidity contracts into Move bytecode for compatibility with Move chains & leveraging Move's security. It unlocks the potential for Eth projects to migrate seamlessly maintaining security in the Move ecosystem.

🛡️ Fractal: Vision for Future Security

At Movement, we're exploring how to leverage Move's security in Ethereum, among other innovations. Testing & potential application of these advancements aim to address critical industry challenges, as we push the envelope with Fractal.

https://twitter.com/movementlabsxyz/status/1755032752855138330

🔐 Bridging the Security Divide

As Fractal steps onto the scene, it's essential to grasp the magnitude of the challenge ahead. The DeFi space has seen $5.82 billion vanish into the ether due to hacks, with bridge hack being at a staggering $2.83b.

🔓 Unraveling Exploit Patterns

This graph shows unknown methods at 17.82% & Others at 42.17%, signaling a wide array of threats. Such diverse attack vectors highlight the critical demand for stronger security solutions—an arena where Fractal is poised to make an impact.

🔒 Smart Contract Weak Spots

Zooming in, we find Math Bugs at 12%, Reentrancy at 9%, Lack/Faulty Input Verification/Validation at a substantial 23%, and EVM-based weaknesses at 15%. These prevalent issues expose the Achilles' heel of smart contract security.

🔍 Common Attack Vectors Uncovered

Some of the most common smart contract vulnerabilities include:

👉 Reentrancy

👉 Math Bugs

👉 Lack/Faulty Input Verification

Now, let's dive deeper into each of these vulnerabilities & see what each entails 👇

🔄 Reentrancy Attacks: A Closer Look

Reentrancy attacks are notorious in the realm of smart contracts. They occur when an attacker takes advantage of the contract's state by repeatedly calling its functions before the initial transaction is completed. 

This can lead to multiple withdrawals or manipulations, draining resources or funds significantly. Such attacks highlight the critical need for contracts to manage their state effectively and securely validate txs. Below is a chart of some of the recent Reentrancy exploits 🔽

🚨Exploit Example: 

The withdraw vuln lies in using .call to send Eth, which permits arbitrary code execution. A malicious contract  can re-enter the withdraw function before the initial call finishes, leading to reentrancy, a serious security risk enabling fund drainage.

🧮 Math Bugs Explained

Math bugs in contracts arise from flawed arithmetic operations, including overflow underflow errors or incorrect calculations that fail to reflect the intended logic, potentially leading to financial losses & pricing errors. 

Let's delve deeper ⬇️

🌊 Overflow Vulnerability

An overflow occurs when an arithmetic operation reaches the maximum size of a type and then wraps around to start again from its minimum value.

Example:

Consider a simple Solidity smart contract that uses Solidity version 0.7.0 or earlier, without built-in overflow checks:

In this contract, myUint8 is an unsigned integer of 8 bits, which means it can hold values from 0-255. 

If the function add is called with a value that causes myUint8 to exceed 255, it will overflow & start again from 0. So, if myUint8 is 255 and we add 1, it will become 0!

🌊 Underflow Vulnerability

An underflow occurs when an arithmetic operation goes below the minimum size of a type and then wraps around to start again from its maximum value.

Example:

Using the same setup as the overflow example but with a subtraction operation:

In this contract, `myUint8` is a uint8, which can hold values from 0 to 255. The `subtract` function, when called with a value that reduces `myUint8` below 0, causes an underflow, wrapping around 255. For instance, if `myUint8` is 0 and we subtract 1, it becomes 255!

🔍 Faulty Input Verification: The Risk

Inadequate input validation is a major threat to contracts, enabling malicious data manipulation. This vulnerability can result in unauthorized actions or access, emphasizing the need for stringent input checks.

An example 👇

Faulty Input Verification Example: Access Control

Example:

Let's consider a smart contract that uses a simple role-based access control mechanism but fails to properly validate role assignments:

⚠️ The Vulnerability

The true risk emerges from `transferOwnership` due to inadequate validation of new owners. It superficially checks for a non-zero address but fails to authenticate/verify the new owner's intentions or identity, potentially enabling unauthorized access.

⛔️ Exploiting the Vulnerability

An attacker could manipulate this weak spot by orchestrating a transfer to a malicious owner. This function's lack of stringent checks means that, with clever manipulation, control of the contract could be overtaken!

⚡ Fractal's Potential

Identified vulnerabilities in SC development highlight the critical demand for advanced security measures. 

Fractal's innovative combination of EVM & MoveVM is as a potential solution to address these issues, suggesting an exciting future application.

💥 Leveraging Move

SC development in languages like Solidity can leverage the security of Move through Fractal interpretation.

I know what you are thinking:

How does the Move language protect against these common exploits in the first place❓

Well, let's jump in 👇


⚔️Mitigating Reentrancy 

Move eliminates reentrancy vulnerabilities by ensuring resources are uniquely accessed, preventing recursive exploits. It enforces tx to be complete before another can start, blocking the typical reentrancy attack paths found in Solidity.

⛨Example:

A simplified Move contract for token management, focusing on minting, balance checks, and transactions. We'll dive into the `withdraw` function, showcasing its design for reentrancy prevention using Move's resource model and atomic transactions.

🔄 Withdraw Function Overview

Utilizing Move's resource model, `withdraw` deducts an amount from the user's balance as an atomic tx, creating a `Coin` resource with the withdrawn amount. This approach ensures tx integrity & consistent state management on the blockchain.

🛡️ Anti-Reentrancy Through Resources & Atomicity

`withdraw` employs Move's resource semantics and atomic tx principles to prevent reentrancy attacks. By updating the balance and issuing a new `Coin` resource atomically, it secures txs against external interferences.

🐞 Preventing Math Bugs

In Move, arithmetic operations automatically check for overflows & underflows, aborting txs if errors are detected. This built-in mechanism removes the need for manual safe math checks, directly addressing common arithmetic-related vulnerabilities.

⛨ Example:

We will showcase and demonstrate the move language feature using a simple script that adds two numbers.

🔄 Arithmetic Safety 

The `add` function demonstrates Move's automatic overflow & underflow protection. By aborting txs on arithmetic errors, it ensures secure & precise operations, eliminating the need for manual safety checks & reinforcing the integrity of blockchain txs.

🛡️ Protecting Against Overflows

Move's `add` function automatically halts txs if arithmetic operations exceed u64 bounds, effectively guarding against overflows & underflows. This built-in safeguard upholds data integrity & security, showcasing Move's proactive approach.

🔄 Built-In Support for Safe Math

Move includes automatic checks for overflows, underflows, & arithmetic errors, contrasting with Solidity's reliance on SafeMath libraries or manual checks. This default safety feature in Move lessens the risk of math-related vulnerabilities

🛡️ Strengthening Input Verification 

Move's type system & resource model enhance input checks, filtering improper inputs by enforcing strict checks. This boosts security, preventing manipulation/unintended actions, a key advancement over manual validations in Solidity.

⛨ Example:

Exploring the `Football_card` module for managing football star cards, highlighting features like resource creation & input validation. We focus on the `transfer`functions to illustrate Move's approach to resource safety & faulty input verification prevention

⛨ `transfer` Function: 

`transfer` showcases secure resource relocation, utilizing Move's atomic transactions & strict resource management to ensure safe & authorized manipulation of `FootBallStar` resources, highlighting the robustness of Move's smart contract environment.

🛡️ Safeguards in `transfer`: 

The function's reliance on atomicity and resource integrity ensures a secure transaction environment, emphasizing Move's approach to preventing unauthorized changes and ensuring resources are managed with utmost security.

Fractal, Solidity ➡️ Move:

Convert Solidity to Move bytecode to enhance contract safety by utilizing Move's various security features while retaining Solidity's flexibility, and avoiding the variety of exploits that have plagued the industry. 

🌐 Evolving with Fractal:

Beyond interpreting, Fractal establishes a runtime environment in MoveVM, executing Solidity on the fly!

This integrates Solidity's flexibility with MoveVM's robust execution, ensuring logic & state integrity for unparalleled security & efficiency

🔮 Fractal's Future: 

It's not just about making Solidity work on MoveVM; it's about elevating the entire ecosystem to new heights of security and performance.

Stay tuned as we continue to push the boundaries of what's possible in smart contract development❗

⚡ Ready to innovate? 

Merge Ethereum's ecosystem and Move's robust security. Elevate your dApp development with our guides.

Begin your blockchain journey here👇

Tutorial: https://docs.movementlabs.xyz/developers/tutorials/interoperate/aptosvm-mevm

Read more at: https://medium.com/movementlabsxyz/fractal-and-the-evolution-of-smart-contract-security-9b419066a6ef

⚡ Build and grow #Move with us through our Open Builders Program.

Get connected with the team and other builders here: https://form.asana.com/?k=Xl2xu7DRyoQ-yUY-zMlnTg&d=1204965688263751

⚡ Join the Movement Community today!

Our community program offers special rewards and exclusive opportunities to everyone participating in the network: https://movementlabs.notion.site/movementlabs/Welcome-to-the-Movement-Community-Program-98b9a1115b954e228b9907952ed04e5b

Fractal: Revolutionizing Smart Contract Security

⚡ Resources in #Move 💎

Transforming Digital Asset Management!

✅ Single, Secure Location
✅ Immutable Integrity
✅ Linear Ownership

Say no to:
❌ Duplication Errors
❌ Unauthorized Access
❌ Immutable Tampering

Let's dive into the heart of secure asset handling 👇

What's the Deal with Resources❓

Resources in Move are unique, secure, and programmable data structures for digital assets.

Non-copyable and non-droppable, they ensure each asset's unique identity and safe management, enabling rich programmability for devs.

💎 Securing Digital Gems

Picture resources as diamonds in a vault, each a unique, secure digital asset.

They ensure every asset's distinct identity and protection, granting devs precision to finely craft & safeguard digital treasures, much like jewelers with precious gems.

📦 Move Resources Explained

In Move, resources are implemented as `structs` with unique abilities like `key` and `store`, enhancing asset security and control.

Example:

This structure, `MyStruct`, is a resource equipped with `key` & `store` abilities, encapsulating data securely.

Move's type system & VM verification statically guard these resources, blending programmability & digital asset protection.

A paradigm shift in asset management!

🗝️ Introducing Resource Abilities in Move

Move's unique abilities—`key`, `store`, `drop`, and `copy`—define the nuanced management of resources, ensuring secure and efficient digital asset handling.

🔑 Key Ability Explained

The `key` ability marks a resource as an account's unique identifier, crucial for accessing an account's storage.

It mandates that resources with this ability be stored directly in an account's storage, ensuring each resource remains unique & secure

🏪 Store Ability Unveiled

The `store` ability enables a resource to be saved in global storage, representing stateful entities within the system.

This allows the representation of resource instances associated with specific accounts, facilitating organized asset management.

🚮 Drop Ability Explored

Move's `drop` ability allows for the efficient, safe disposal of resources. It ensures system efficiency by enabling the discarding of resources, akin to secure document shredding, thus maintaining the blockchain's integrity.

📄 Copy Ability Detailed

The `copy` ability in Move supports controlled resource replication. It guarantees secure duplication for necessary sharing, adhering to strict security protocols, thus underlining Move's commitment to secure, flexible asset management.

🔒 Move's Security Model

Move enhances blockchain security with `key` and `store` abilities, ensuring asset uniqueness and preventing duplication.

It mandates specific management to uphold asset integrity, crucial for a robust, secure ecosystem.

🚫 Unique Ownership in Move

Move ensures resources are non-duplicable with a single owner, addressing security by preventing duplication or loss.

This contrasts with traditional programming, enhancing security by eliminating unauthorized copying or transfer.

🔏 Asset Lifecycle Management

In Move, resources are tied to their owner's lifecycle and are automatically destroyed when the owner is, ensuring secure and clean asset management.

This approach eliminates orphaned assets and leakage, maintaining asset integrity.

📚 Applying Move's Abilities

After exploring Move's `key` and `store` abilities, let's examine them in practice.

These capabilities ensure secure, efficient blockchain asset management by making resources unique, non-copyable, and securely tied to accounts.

🖼️ BasicCoin Module Example

n the `BasicCoin` example, `Coin` possesses `key` and `store` for unique, secure asset management.

The `mint` function showcases creating and securely storing `Coin` in an account with `move_to`, a vital Move storage operator.

This design ensures each `Coin` is distinct, safeguarding against duplication or loss, underscoring Move's precision in digital asset integrity.

EVM 🆚 Move: A Comparison

Exploring Move's secure asset management reveals a stark contrast to EVM. With Move's resources ensuring unique, secure assets, let's compare this innovative approach to the EVM.

So, how do these platforms differ in handling digital assets❓

💢 EVM's Asset Management Approach

Management of assets include:

➡️ Centralized Asset Logic: Smart contracts centralize asset logic, streamlining operations.

➡️ Mutable States: Allow dynamic asset control, enhancing flexibility.

➡️ Dynamic Asset Control: State variables can be updated for flexible asset management, despite contract immutability.

EVM's architecture underpins a vast ecosystem of Dapps establishing a crucial standard in blockchain technology.

Now lets go over each component  ⬇️

🔒 Centralized Asset Logic

The EVM centralizes digital asset logic via smart contracts, enhancing efficiency but forcing robust security against centralized vulnerabilities.

This streamlined approach simplifies operations while emphasizing the need for protective measures.

🔄 Mutable States

Mutable states in EVM enable dynamic asset behaviors, offering flexibility but requiring advanced security to prevent unauthorized changes.

This adaptability ensures asset integrity and trust within the blockchain's evolving environment.

⚙️ Dynamic Asset Control

EVM's dynamic asset control through state variables allows for flexible management despite contract immutability.

Developers balance robust security with adaptability, crafting solutions that are secure yet capable of evolving with demands.

🚧  EVM Challenges

EVM manages assets through smart contracts, facing unique challenges:

👉 Lack of Ownership Enforcement: Assets lack built-in ownership or unique identity.

👉 Copy/Drop Risks: Assets can be copied, dropped, or discarded without safety measures.

👉 Mutable resources may be altered unauthorizedly.

Let's delve deeper into these issues and explore potential solutions👇

🔰 Lack of Ownership Enforcement

In EVM, the absence of built-in ownership & unique identity for assets leads to security concerns.

Without clear ownership enforcement, assets are vulnerable to disputes & unauthorized use, risking the integrity of blockchain transactions.

🗂️ Copy/Drop Risks

EVM allows assets to be copied, dropped, or discarded without strict safety measures.

This lack of protection risks asset integrity, enabling duplication or loss and posing a threat to the blockchain's reliability and user trust.

🚨 Mutable Resources Altered At Will

The ability to alter mutable resources in EVM without proper authorization presents a substantial security risk.

It necessitates stringent controls to prevent unauthorized changes, ensuring the safeguarding of asset integrity and trust.

🌐 Move's Resource Model Contrast

Move redefines asset management with a resource-centric approach, offering a clear departure from EVM's smart contract framework:

✅ Linear Ownership: Ensures assets are neither duplicated nor lost.

✅ Immutable Resources: Once deployed, assets are unchangeable, boosting security.

This approach contrasts with EVM's mutable, gas-dependent system, aiming to enhance blockchain security and efficiency.

🛤️ Linearity in Move

Linearity ensures resources are unique, non-duplicable, safeguarding against double-spending.

Move enforces singular ownership, crucial for asset integrity and secure transactions.

🔐 Security via Linearity

Linearity eliminates risk of asset duplication, enhancing Move's security.

Once transferred, a resource cannot remain with its original owner, ensuring exclusive ownership and protecting against fraud.

🔒 Immutability in Move

Immutability means Move resources, once created, can't alter internally.

While not static—they can move or be wrapped—their core state remains unchanged, ensuring data integrity and preventing unauthorized modifications.

🛡️ Immutability & Integrity

This immutable nature safeguards resource integrity, crucial for reliable digital asset management.

It blocks any attempt to alter resource data post-creation, reinforcing security against unauthorized changes, maintaining trust in the system.

🛠️ Resources  Move

Exploring Move reveals a strong focus on security, immutability, and ownership, providing a solid base for digital assets.

The blockchain world is vast, each platform bringing unique benefits. Move's approach sets a high standard for asset efficiency.

💥 Fusion with Movement Labs

Movement Labs merges Ethereum's ecosystem with Move's security via the Movement SDK & M2, creating a unified blockchain space.

This blend enhances Ethereum's reach & Move's adoption, offering devs a platform for secure, interoperable Dapps.

Why settle for one when Movement Labs offers both?

The SDK and M2 bring together Ethereum's scale and Move's safety, fostering a secure, efficient blockchain environment.

Dive into the future with Movement Labs, where advanced security meets widespread adoption.


⚡Empowering Integration at Movement Labs

Movement Labs' M1 & M2 push Move's limits, bringing its secure language to new frontiers.

M2, as the first Move L2 on Ethereum, merges Sui & Aptos Move with an EVM interpreter, enhancing security & cross-chain operability

🌉 Bridging Technologies with Movement SDK

Our SDK & Fractal module link Solidity & Move, easing Move adoption for Ethereum devs.

This initiative merges Ethereum's vast ecosystem with Move's robust security, driving innovation & securing blockchain future at Movement Labs.

⚡ What Are You Waiting For❓

Merge Ethereum's strength and Move's precision under your command. Master advanced asset management with our detailed guides.

Begin your blockchain journey here👇

Tutorial:https://docs.movementlabs.xyz/developers/tutorials/interoperate/aptosvm-mevm

Read more here: https://medium.com/movementlabsxyz/transforming-digital-asset-management-the-move-revolution-b55563001885

⚡Join the Movement Community today!

Our community program offers special rewards and exclusive opportunities to everyone participating in the network: https://movementlabs.notion.site/movementlabs/Welcome-to-the-Movement-Community-Program-98b9a1115b954e228b9907952ed04e5b

Transforming Digital Asset Management with Move Resources

We're collaborating with @Lyncworld to enable devs to build games and dApps with LYNC modular infra on M2 in just minutes!

LYNC is a leading multi-chain gaming ecosystem providing key infra to Tier 1 studios & indie devs.

And with M2 they're bringing #Move GameFi to Ethereum ⚡️

LYNC provides the easiest, fastest, and most comprehensive gaming infra solutions to builders.

Now #Move developers can quickly build, launch, and scale Web3 games and social dApps in the Modular Move ecosystem.

M2, the first ZK Move-EVM L2 on Ethereum, is a modular L2 that connects our MoveVM with other blockchain components.

Building on M2 gives LYNC access to @CelestiaOrg and Ethereum along with all of their builders and gamers 🕹️

https://twitter.com/movementlabsxyz/status/1727385496953958571

Learn more about LYNC and start building here 👇 https://docs.lync.world/

About us:

Movement is a network of Move-based blockchains designed to pair smart contract security and parallelization with EVM liquidity and user bases. M2 is the first MEVM (Move + EVM) ZK L2 on Ethereum and is powered by Celestia, natively bringing the MoveVM to Ethereum.

LYNC World: Paving the Way for GameFi on M2

The Movement just keeps growing ⚡️

#JoinTheMovement #ModularExpansion

Since our last update, more amazing projects have joined the Movement Ecosystem 🤝

Here are our some of our new frens 👇

@TailwindZone #IBC wallet will support M2!

https://twitter.com/movementlabsxyz/status/1752432274685993071

We're integrating into the @OmniFDN Open Liquidity Network 🔥

https://twitter.com/movementlabsxyz/status/1753056335535710224

.@Stake_Stone is deploying $STONE liquid staked $ETH to M2 🤝

https://twitter.com/movementlabsxyz/status/1757862544155586902

Fast and affordable #Move and #EVM audits are available for M2 builders through @HyacinthAudits

https://twitter.com/movementlabsxyz/status/1758249879401533502

$USDe-backed yield from @ethena_labs is coming to M2!

https://twitter.com/movementlabsxyz/status/1760393970595897664

M2 has new high-performance indexing and deployment tools from @Covalent_HQ 🏃

https://twitter.com/movementlabsxyz/status/1760711631460552823

#Cosmos liquid staking tokens from @stride_zone will be everywhere on M2!

https://twitter.com/movementlabsxyz/status/1763202551082823717

And last but not least, we announced the first use of our Open Framework for Modular Move.

@GaiminIo and @BNBCHAIN are building their new high-performance modular gaming L2 using the Movement Stack 🏎️🔥😎

https://twitter.com/movementlabsxyz/status/1760294239429120281

We're very excited to be a part of these and all of our partnerships and collaborations!

Who will be next? 👀

Come connect with us and other builders through our Open Builders Program: https://form.asana.com/?k=Xl2xu7DRyoQ-yUY-zMlnTg&d=1204965688263751

#JoinTheMovement #ModularExpansion 🤝

The Movement Grows: New Additions and Collaborations

We're thrilled to announce @stride_zone's liquid staking tokens are coming to M2!

Stride's $stTIA let's M2 users earn staking rewards for $TIA while holding a liquid asset they can use in DeFi.

And Stride will now have reach to all the #Move and EVM users and liquidity on M2 🤝

M2, the first ZK Move-EVM L2 on Ethereum, is a modular L2 that connects our MoveVM with other blockchain components.

@CelestiaOrg provides data availability for M2, so integrating $stTIA from Stride makes perfect sense.

https://twitter.com/movementlabsxyz/status/1727385496953958571

But there's more than just $stTIA!

Stride is a full blockchain dedicated to providing liquidity to staked tokens across the #Cosmos ecosystem ⚛️ 🤝

Some key examples include:
👉 $stDYDX for $DYDX
👉 $stATOM for $ATOM
👉 $stOSMO for $OSMO
👉 $stINJ for $INJ

And M2 is now #IBC-enabled thanks to our integration with @union_build.

That means all of these liquid staking tokens from Stride can flow seamlessly and safely to and from the Movement Ecosystem 😎

https://twitter.com/movementlabsxyz/status/1745475929772798098

Learn more about Stride at https://www.stride.zone/

Build and grow #Move with us through our Open Builders Program!

Get connected with the team and other builders here: https://form.asana.com/?k=Xl2xu7DRyoQ-yUY-zMlnTg&d=1204965688263751