Shehab Goma

The Digital and the Real Worlds Merge
A dream has been circulating in the crypto world for years that if real assets like gold, real estate, or government bonds were put on the blockchain, the financial landscape would change forever.
But until now, this dream has remained just talk, because DeFi platforms have not had the “trust” that institutional investors want.
@BounceBit has opened a new door to fill this gap: RWA Bridge a system that combines both the regulatory safety of CeFi and the freedom of DeFi.
What does RWA Bridge actually do?
BounceBit RWA Bridge is a multi-layer pipeline that transfers any real asset (like bonds, real estate, or gold) in tokenized form to the CeDeFi network.
The process occurs in three stages:
Asset Verification:
The verification of the real asset by an institutional partner.
Token Issuance:
An on-chain token representing the asset is created, which is stored in the MPC custody vault.
DeFi Activation:
That token is used as a collateral, staking or yield instrument in CeDeFi protocols.
This is how real-world capital enters the CeDeFi environment, without any trust gap.
How does BounceBit differ from traditional DeFi?
DeFi projects often run on “permissionless innovation”, but institutions want permissioned security.
BounceBit has created a programmable trust layer between the two.
MPC custody ensures that assets are not concentrated in one hand.
Regulated gateways enter each RWA into CeDeFi under a KYC/AML policy.
Auditable on-chain records allow for verification at any time.
All of this together makes RWA Bridge a “trust engine”, not just a token wrapper.
Institutional Liquidity Returns
The crypto market’s biggest shortcoming has always been institutional liquidity.
With BounceBit, large investors can now leverage their off-chain portfolios in CeDeFi products, such as:
Including government or corporate bonds in tokenized yield vaults,
Using real estate tokens as collateral in liquidity pools,
And opening CeDeFi loan positions with commodities-backed assets.
This is something that traditional DeFi platforms have not been able to achieve until now.
The Role of the Dual Token Economy
The RWA Bridge does not simply bring assets on-chain, but rotates them within the BounceBit economy.
Here, both BB and BBTC tokens act as a “value router”
BB for network gas and governance, while BBTC for RWA-based liquidity.
This dual economic structure provides sustainable yields to RWA pools and keeps the CeDeFi ecosystem autonomous.
Security: A chain of trust behind every asset
In the BounceBit RWA Bridge, each asset is held in multi-signature vaults, controlled by different entities.
Each of these vaults provides real-time audit feeds so that both DeFi users and regulators can see transparency.
In addition, BounceBit has introduced insurance-backed risk modules, which protect user funds in the event of an unforeseen event.
Practical use case of RWA Bridge
Suppose a fintech institution tokenizes $10 million worth of bonds on the BounceBit network.
These tokens are added to the CeDeFi liquidity pool, where ordinary users participate in the profits generated by these bonds by staking their BB or BBTC tokens.
The result?
The institution gains new liquidity.
The user receives a regulated yield.
And the BounceBit network becomes the new standard for CeDeFi adoption.
The future: RWA as a Service
The BounceBit RWA Bridge Not just a feature, but an “RWA as a Service” platform.
That means tomorrow any bank, fintech or asset manager will be able to use BounceBit’s infrastructure to bring their assets into CeDeFi.
This model could make CeDeFi the central gateway for traditional financial institutions in the coming years.
Conclusion
#BounceBitPrime RWA Bridge is more than a theory, it is a practical revolution it is creating the connection between the real and digital economy that could become the foundation of Web 3.0.
Where every asset can be tokenized, every investor can access global liquidity,and where a new standard of trust is in the hands of CeDeFi that’s where BounceBit stands, as a “bridge builder” between worlds.
$BB
@BounceBit #BounceBitPrime

@Boundless (also known as ZKC token) is a new and important Web3 infrastructure token that is bringing new innovations to the blockchain world. It is the creation of the renowned team RISC Zero and aims to bring cutting-edge technology like Zero-Knowledge Proofs (ZKPs) to every blockchain and rollup. Simply put, Boundless provides a universal proving layer that gives any blockchain the ability to provide proofs so that they can be verified by the system instead of performing the heavy computations themselves. After its impressive listing on Binance in September 2025, the project quickly gained attention and is expected to play a significant role in the scalability of blockchains in the future. This article will shed light on the features of Boundless (ZKC), the problems it solves, and its importance in the Web3 ecosystem in simple.
Boundless is actually a blockchain infrastructure protocol, also known as the zk-compute protocol. This protocol is designed to bring verification technologies like zero-knowledge proofs to blockchains so that transactions can be verified quickly and efficiently with confidence on every chain. RISC Zero has incubated Boundless in such a way that developers can move the heavy computation of the blockchain off-chain and then verify the correctness of this work on-chain through a short proof. The advantage of this is that blockchain applications and rollups can run at greater scale and speed without requiring every node to repeat every calculation. At the heart of this system is a special model called Proof of Verifiable Work (PoVW). PoVW differs from traditional Proof of Work (such as Bitcoin mining) in that it only rewards work that is truly useful and verifiable. That is, Boundless’ “provers” (nodes or individuals who perform heavy computations to generate ZK proofs) earn rewards, i.e. ZKC tokens, only when they provide proof of the actual work required for a blockchain. This way, only useful work is rewarded, without wasting any wasted energy. Each prover is required to stake ZKC tokens to participate in the network, which ensures that they act honestly if someone tries to cheat, they can lose their staked collateral. The ZKC token is the main fuel of the network: everything from rewarding provers to governance (voting on network decisions) runs on it. Thus, Boundless’ system is both decentralized and accountable, as countless independent nodes participate together and are incentivized through tokens
What problem does Boundless solve?
There are several major challenges facing blockchain technology that Boundless is designed to solve. Below are some of the key problems and their solutions by Boundless:
The problem of scalability: Think of today’s blockchains as a busy highway where each vehicle (each transaction) has only one lane to pass. The result is traffic jams, which slows down and makes the network slower and more expensive. In traditional blockchains, each full node has to calculate each transaction, which slows down. Boundless overcomes this bottleneck by offloading the heavy calculations to specific prover nodes outside the blockchain and only sending a short proof back to the blockchain that each node can easily check. This speeds up transaction processing because the chain doesn’t have to repeat the entire calculation, but instead sees a “receipt” of proof to confirm that the transaction was successful. This enables Boundless to handle more transactions.
Compute cost and performance: Performing heavy or complex calculations on the blockchain is not only slow but also expensive due to gas fees and resource limitations. For many developers, it was a barrier that they couldn’t do complex business logic or big data tasks on the blockchain. Boundless has created a kind of marketplace for provers, where different people and institutions compete to produce proofs. The competitive environment reduces costs and improves efficiency. This reduces the cost of computational work and makes it easier to obtain ZK proofs. Under this infrastructure-as-a-service model, developers call a simple on-chain “verify” function while off-chain provers handle all the heavy lifting, making the overall system cheaper and faster.
Security and trust: A major advantage of using zero-knowledge proofs is that it restores trust while maintaining security. When a proof comes on-chain through Boundless, it means that all the steps that were done off-chain were done correctly, otherwise the proof would not be verified. This allows different blockchains to trust the proofs produced by Boundless without knowing what the original data was, which can maintain both privacy and trust. Especially when it comes to cross-chain or off-chain computations, ZK proofs make the system more secure by reducing the possibility of error or fraud. Boundless network Having these provers own stakes also increases security because they have a financial incentive to be correct. The fear of financial loss for providing incorrect proofs keeps these provers honest. Interoperability and Interoperability: Often blockchain applications were limited to a single chain and different chains had difficulty sharing data or compute with each other. Boundless is designed so that different blockchains, rollups, and bridges can use its proving network to obtain verifiable proofs for themselves. It acts as a shared service where chains of all sizes, large and small, can benefit from a robust proof-of-stake infrastructure without having to build their own expensive system. For example, if a new developer has created their own blockchain or rollup, they can plug into Boundless and show their trusted chains (proof-verified state) to other chains. This increases collaboration between chains and creates a shared modular network rather than isolated islands in the Web3 ecosystem.
Increased Decentralization: Large-scale computation or proof-of-stake tasks would typically be limited to a few large institutions or central nodes of the blockchain. Boundless has changed this by making it open to everyone to participate. The network is a decentralized prover network that can be joined by anyone, from individuals to institutions, with the necessary hardware (GPU, etc.)
Thousands of provers are currently engaged in proof-of-stake on Boundles, demonstrating its inclusive approach. More participants means more resilience and better network performance, as there is no single point of failure. At the same time, by requiring each prover to hold ZKC as a security stake, an economic assurance has been provided that only serious and honest participants remain. In short, Boundless has taken proof generation out of the hands of centralized institutions and entrusted it to the larger community.
Key Features and Uniqueness of Boundless
Boundless (ZKC) stands out from other infrastructure tokens and projects in a few ways. Here are some of its salient features and its Unique Value Proposition:
Universal Proving Layer: Boundless provides a universal proof layer that works the same for many blockchains and applications, rather than being its own separate blockchain
. For example, projects like zkSync or StarkNet create their own dedicated ZK rollup chains, while Boundless is like a shared verification service for each chain that can serve multiple networks simultaneously. It is an example of a modular infrastructure in Web3 that connects different platforms, being versatile.

Unique Consensus Mechanism (PoVW): As mentioned above, Boundless’ Proof of Verifiable Work (PoVW) model is the first of its kind. Where other networks either have redundant hashing in Proof of Work or Proof of Stake rewards only based on holding, PoVW rewards only work that is usable by others. This model is more energy efficient and brings the interests of all network participants (provers, developers, holders) on the same page. Thus, the Boundless token is used for both economic incentive and network security, creating a healthy ecosystem. Ease and power for developers: Thanks to Boundless, developers do not have to implement complex cryptography such as zero-knowledge proofs themselves. They focus on the logic of their dApp and leave the proof generation to Boundless’ system. Boundless essentially offers ZK-compute infrastructure as a service: provers calculate proofs behind the scenes, and the developer only runs a simple “verify” function in their smart contract that checks the proof. This opens the door to new experiments and innovations, as even the smallest projects can now verify the results of large calculations or AI models on the blockchain with ZK proofs, which was previously only possible for teams with large resources. Boundless truly empowers the developer community to implement new ideas without hesitation.
Modular and integrable design: Boundless’ design is modular, meaning it separates the work of creating proofs from testing the proofs on the blockchain. This principle of distribution is considered crucial for scalability in Web3. Boundless’ proof module can be used with any chain, including major platforms like Ethereum, BNB Chain. This means that Boundless interoperates with many existing networks and that future rollups or blockchains can also benefit from this ready-made service. This flexibility gives Boundless a unique position compared to other infrastructure projects where it acts as a bridge between different technologies.
Strong technical foundation and community: Boundless is backed by an experienced team like RISC Zero, which has already built its own zkVM (Zero Knowledge Virtual Machine). Iron has been won. Furthermore, Boundless has been supported by big names like Ethereum Foundation, Wormhole, EigenLayer, Celestia, Lido and Taiko, which makes it clear that even prominent industry circles see the project as a key Web3 infrastructure. This extensive collaboration and research support has made Boundless a major player in shopping blockchain scalability in 2025. In terms of community, as mentioned above, thousands of people joined the Proverz network at launch and ZKC reached millions of new users with the help of platforms like Binance. All these factors combine Boundless with a stable and growing community that is busy pushing it forward.
Binance and Boundless ZKC
Binance is a major hub for the global crypto community and Boundless ZKC has been particularly well-received in the Binance community. First, Binance listed the ZKC token on its exchange on September 15, 2025, and introduced several trading pairs with it (e.g. ZKC/USDT, ZKC/BNB, etc.). This listing was a major milestone for Boundless as being listed on a major exchange like Binance brought the project global attention and credibility.
Additionally, Binance held a special HODLer airdrop program for its users. Under this, users who held BNB coins on Binance were awarded free ZKC tokens. Approximately 15 million (15 million) ZKC tokens were distributed to BNB holders as of a snapshot in early September 2025. This move by Binance is an example of involving its community in the new infrastructure project, so that loyal Binance users can be part of Boundless from the very beginning. This airdrop gave the Binance community the opportunity to hold ZKC without spending any money, thus establishing a strong user base at an early stage. Binance put an additional 5 million ZKC into circulation immediately after the listing and also allocated tokens for marketing and community campaigns in the coming months. This shows how Binance has helped integrate and promote Boundless into its ecosystem. Boundless also has a special connection to Binance on a technical level: the ZKC token has been running on both the BNB Smart Chain and Ethereum since its launch. This support on the BNB chain shows that Binance’s own blockchain network can also benefit from Boundless’ capabilities. In the future, Boundless’ infrastructure services could also be useful for BNB Chain developers and projects as they will be able to build scalable and verifiable applications using Boundless. Binance’s vision has always been to bring blockchain to the masses and foster new uses. Binance’s partnership with a project like Boundless is part of that vision, where innovative technical solutions (such as ZK Proofs) are brought to the community to enable more people to participate in Web3. Without exaggeration, this partnership between Binance and Boundless is an example of how an exchange can support infrastructure-level innovations through its platform and connect users with new technologies.
Conclusion
In short, Boundless (ZKC) has emerged as a unique and important Web3 infrastructure token. This project provides an innovative way to address the fundamental problems of the blockchain world – such as scalability, security, decentralization. Boundless’ modular Proof system and global prover network allow more individuals and developers to become part of the blockchain ecosystem today. For developers, this technology is a powerful tool that enables them to add complex computation or privacy features to their apps without having to build expensive infrastructure. Boundless is playing a prominent role in the trend of network modularity, where blockchain functions (such as data, verification, compute) are divided into separate layers to increase overall performance. This modular approach is being seen as a key way forward in Web3, and Boundless is a practical step in that direction.
As we approach 2025, we see the combination of zero-knowledge proofs and modular blockchains ushering in a new era. #Boundless ZKC is part of this development and may emerge as a fundamental pillar of Web3 in the coming years. However, it is important to remember that, like any new technology, it will take time and effort to gain adoption. Boundless’ success depends on more blockchains and developers incorporating it into their workflows and running the network securely and efficiently. Current indicators (e.g., thousands of proofers onboard, support from major institutions, presence on platforms like Binance) are certainly positive and show that Boundless is on its way to making broad participation, developer empowerment, and network modularity a reality. If this momentum continues, Boundless (ZKC) could well secure its place as a key infrastructure in the decentralized internet of the future a network that will provide speed, security, and scalability for Web3 apps behind the scenes, without adding complexity to users. This is undoubtedly a significant milestone in the journey of Blockchain innovation. is helping to make Web3 more accessible and powerful.
$ZKC
@Boundless #boundless $ZKC

@Hemi Network is an advanced modular Layer-2 blockchain protocol designed to deliver increased speed, enhanced security, and true interoperability between blockchains. The network simultaneously combines the unparalleled security of Bitcoin with the smart contract capabilities of Ethereum, creating a next-generation blockchain ecosystem where performance and reliability coexist. Hemi’s unique modular architecture gives it a unique position in the growing blockchain world, as it is able to provide developers and users with high-speed cross-chain connectivity at low cost. In short, Hemi is not an ordinary blockchain, but a flexible modular framework that is opening up new possibilities in Web 3.
The Problem
A long-standing problem facing the blockchain industry is the balance between speed, cost, and security. The Bitcoin network is unmatched in terms of security but has limited transaction speeds, while Ethereum offers great flexibility with smart contracts but is expensive to use and a relatively slow chain. As a result, no single blockchain platform can simultaneously provide low cost, high throughput, and the highest level of security. Furthermore, in today’s blockchain environment, major chains are isolated islands especially with no direct communication or asset/data sharing between Bitcoin and Ethereum. It is extremely difficult to incorporate Bitcoin assets into Ethereum’s DeFi uses, and Ethereum cannot achieve the strong written assurance (trust) of Bitcoin on its own. This lack of interoperability is a fundamental obstacle to the development of Web3.Traditional blockchain design also exacerbates this problem. Most older blockchains are monolithic, meaning that all functions (contract execution, data storage, and consensus) are performed in a single layer. This monolithic structure makes it difficult to scale and upgrade the network, as each node has to do everything, and changes to the system affect the entire blockchain. This limited design makes it difficult to scale and add advanced features. On the other hand, traditional methods of connecting different blockchains (such as bridges and pegged tokens) have proven to be extremely insecure. Several cross-chain bridge hacks in recent years have caused billions of dollars in losses, revealing serious weaknesses in the current bridge model. These problems can only be solved by providing direct, secure, and trustless communication between blockchains, while ensuring scalability and low cost.
Innovation
Hemi Network has addressed these challenges from a new perspective. It offers a combination of the best features of each chain, thanks to its modular architecture and advanced cross-chain technologies. Below is an overview of some of Hemi’s key innovations and features:
Modular Architecture: Hemi adopts a modular design instead of a traditional monolithic blockchain, where the core responsibilities of the network are divided into separate layers. An Execution Layer runs smart contracts and DApps at high speed, the Data Layer stores blockchain data securely and efficiently, while the Settlement Layer connects directly to the Bitcoin and Ethereum main chains for final validation. This specialized distribution enables the system to process thousands of transactions per second, and each layer can be upgraded or improved independently. Hemi has proven that decentralization of responsibility can simultaneously achieve speed and flexibility.Hemi Virtual Machine (hVM): This is the heart of Hemi a specialized virtual machine that is fully compatible with Ethereum’s EVM but also runs a full Bitcoin node. With hVM, developers can directly see and use the state of the Bitcoin blockchain in their Solidity smart contracts (such as Bitcoin UTXOs, block headers, and Merkle proofs, etc.). This means that cross-chain DApps are now possible that can make decisions based on real Bitcoin data. For example, with hVM, developers can create a Bitcoin-backed stablecoin, an on-chain oracle, or a lending protocol that uses real BTC as collateral all without the need for a custodial bridge or rapid token. hVM brings Ethereum’s deep application world to the world by making Bitcoin practically programmable, and most importantly, developers don’t need to learn new tools because hVM uses Solidity and the existing Ethereum tool chain
Proof-of-Proof (PoP) consensus: Hemi’s unique consensus mechanism is called ‘Proof-of-Proof’, which writes (anchors) a cryptographic summary of the network’s state to the Bitcoin mainnet every few blocks. In this way, Hemi directly inherits Bitcoin’s strong write immutability and security. Every few hours, a short proof of Hemi’s chain is saved as a Bitcoin transaction, making transactions on Hemi nearly immutable and final within a few hours. Thanks to PoP, if an attacker were to attempt to tamper with Hemi’s history, they would have to rewrite the Bitcoin chain which is practically impossible. Thus, Hemi’s hybrid consensus model leverages both Bitcoin’s unwavering security and Ethereum’s programmability, resulting in a fast yet highly secure Layer-2 network that relies on Bitcoin for trust and itself for resilience.
Tunnels (Cross-Chain Asset Transfers): Hemi has introduced a new threadless bridge for transferring assets between different blockchains called “Tunnels”. Through tunnels, users lock their Bitcoin or Ethereum assets within a smart contract, and in return receive a tokenized representation of that asset on the Hemi network that they can use in DeFi, NFTs, or other applications within Hemi. When they want to transfer assets back to the original chain, this tunnel system unlocks the original asset with cryptographic verification. Unlike traditional cross-chain bridges, Hemi tunnels do not rely on a central custodian or trustee, but rather secure asset movements through a decentralized verification process. This design eliminates the vulnerabilities that have led to billions of dollars in bridge hack attacks in recent years. Thus, Hemi gives users the confidence that they can use their BTC, ETH, and other large assets in a secure environment even when moving them between different chains.
Zero-knowledge proofs and roll-ups: The Hemi network is also using advanced cryptography to further strengthen its scalability and security. For example, Hemi’s roll-up design processes most transactions off-chain and posts only a single proof to the main chains (Bitcoin/Ethereum) for final verification. It also includes zero-knowledge proofs (ZKPs) that allow for large numbers of transactions to be verified simultaneously while preserving privacy. By rolling up thousands of transactions into a single batch, the verification process reduces the load on the blockchain and significantly increases performance, while maintaining transparency. In the future, Hemi plans to introduce on-chain privacy wallets and additional privacy features, allowing users to store transactions and data across multiple chains while maintaining confidentiality.
By combining these innovations, the Hemi network has laid the foundation for a network where different blockchain networks can be interconnected while maintaining the core features of each. Bitcoin’s security, By combining Ethereum’s programmability, and modern modular design Hemi has created a platform that paves the way for the next evolution of blockchain technology.
Impact
These innovations from the Hemi network are having a far-reaching impact on the blockchain ecosystem. The most important impact is cross-chain interoperability: Hemi has effectively brought the separate worlds of Bitcoin and Ethereum into a common ground. This unified landscape allows users and developers for the first time to leverage the resources and capabilities of different blockchains simultaneously without any barriers or additional layers. For example, developers can now build DeFi platforms where Bitcoin can be used directly as collateral or decentralized exchanges (DEXs) where users can trade Bitcoin-backed assets directly. In the past, such ideas were either impossible or required a lot of trust, but Hemi is starting to make them a reality. This development is creating a liquidity liberator where the vast value of Bitcoin can now be effectively channeled into Ethereum-style smart contracts and DeFi. From a security perspective, Hemi provides a new foundation of trust. Since the final confirmation of each transaction is anchored on the most secure blockchain like Bitcoin, economic activity on Hemi has a trusted finality. The super-finality achieved through PoP means that transactions become irreversible after a few hours, something that even many layer-1 chains cannot provide. Furthermore, Hemi’s modular design further enhances security – if one part of the network (e.g. a single module) is disrupted or attacked, the rest of the system can still remain safe and stable because responsibilities are separated. Hemi thus creates a fault-tolerant and secure environment for cross-chain operations, enabling banks, institutions, and ordinary users to use Web3 with greater confidence. The Hemi network also has a major impact on performance and cost. Since it handles most transactions off-chain in a Layer-2 rollup manner and only sends short proofs to the main chains, transaction fees and latency are dramatically reduced. Uses such as microtransactions, NFT buying and selling, and real-time gaming can now be performed at lower cost and faster speeds where they were previously expensive or slow on the mainnet. Hemi’s network can confirm thousands of transactions in seconds, and the user experience is free from the constraints of the mainnet. Additionally, the cryptographic proof of each off-chain batch becomes part of an immutable record when posted to Bitcoin or Ethereum, allowing for transparency and auditability. This allows Hemi to improve performance without compromising security and transparency.
Hemi’s impact on the developer community is also significant. With an environment and tools that are compatible with Ethereum, it is very easy for developers to migrate to Hemi or create new DApps. They can use Solidity and existing smart contract frameworks to create applications that simultaneously leverage the liquidity of Bitcoin and the programmable power of Ethereum. This not only accelerates the pace of development, but also expands the scope of innovation – new types of financial protocols, hybrid games, and business applications that use multi-chain data and resources can emerge. Hemi allows developers to focus on creative ideas without getting bogged down in the complexity of the infrastructure, as the network handles many of the complexities in the background. Another result is that it is becoming possible to reach millions of users on different networks as Hemi connects these networks. Overall, Hemi is making the use of blockchain technology more widespread and universal than ever before for both developers and users.
Finally, the Hemi network is pushing the infrastructure of Web3 towards a new inter-chain unified model. Most blockchains to date have operated in isolated silos where each chain has its own economy and data; Hemi has shown that these silos can be broken down to create a unified platform where liquidity and information can flow freely and securely from one chain to another. This visionary approach is consistent with the future of Web3, in which the complexity of blockchains fades into the background for users and they get a seamless experience, even when multiple chains are running in the background. Hemi plays the role of an invisible middle layer in this scenario that is, it sits behind the scenes and allows different blockchains to communicate with each other without the user directly realizing that they are moving from one chain to another. This effect is not only mutually reinforcing existing blockchain protocols, but also laying the foundation for a more harmonious and integrated digital economy for the future.
Future Vision
Although the Hemi network is still in its infancy, it is headed towards a very visionary future. Hemi’s modular design is not limited to Bitcoin and Ethereum; it has the potential to connect other major blockchain networks in the future. Pro The Jacket team intends for Hemi to integrate with more blockchains and Layer-2 solutions over time whether it’s existing L2 networks like Arbitrum or zkSync or emerging modular infrastructures like Celestia and EigenLayer. In fact, Hemi’s PoP consensus is easily scalable due to its modular nature and has the ability to transfer Bitcoin’s security to other chains. In this way, Hemi aims to establish itself as a future hub for multi-chain DeFi and cross-chain liquidity, where multiple networks can securely connect to each other via Hemi. The Hemi network roadmap also includes further innovations. The team is working on upgrades that will enable instant finality on the network, meaning transaction confirmations can be made in the blink of an eye. Similarly, AI-powered security monitoring and smart contract monitoring are also planned to be introduced to automatically secure blockchain activity. Most importantly, on-chain privacy wallets and other privacy-enhancing features will also be added in the future, allowing users to use multi-chain applications while maintaining their financial privacy. All of these steps will help Hemi stay ahead of the curve while also keeping it ready for changing demands.
In terms of governance, Hemi also envisions a participatory and decentralized future. The governance of the network is run through a DAO, or Decentralized Autonomous Organization, where HEMI token holders can vote on key decisions such as upgrades, partnerships, and fund distribution. This model ensures that as the network grows, power remains in the hands of the community and decisions are made through transparency and collective consensus. In the future, this community-based governance will determine both the direction and pace of Hemi’s development, which is essential to ensuring it remains an autonomous and sustainable protocol.
Overall, the Hemi network has become a pioneer in the transformation that the entire blockchain industry is moving towards a modular, interconnected, and decentralized future. By bringing together the power of Bitcoin and the intelligence of Ethereum on one platform, Hemi is building an infrastructure that can become the foundation of the decentralized economy of tomorrow. This network is not just solving today’s problems, but opening new doors for tomorrow. If #Hemi succeeds in its vision, it will become a milestone in the blockchain world, setting new standards for speed, security, and interoperability and playing a central role in moving Web3 infrastructure towards a truly inter-chain consensus.
$HEMI
@Hemi #HEMI

The biggest shortcoming in the world of social media today is “trust.”
We see new news, claims, and leaks every day but it’s hard to know what’s true and what’s just a rumor.
@rumour.app is here to solve this problem It’s a Web3 platform designed to turn rumors into confirmation.
Here, every “rumor” becomes a verifiable data point, and every user plays a role in the search for truth.
Rumour.app is a decentralized social protocol that combines Web3, AI, and blockchain verification.
The platform redesigns “information credibility” that is, any news, leak, or claim is no longer just “talk,” but becomes an on-chain truth claim.
In simple terms:
“Rumour.app is where things become facts on the blockchain.”
How does this system work?
1. Claim Creation
A user posts a new story or “rumor”. This post is recorded on the blockchain as a claim, that is, it becomes an on-chain record rather than just a tweet.
2. Community Verification
Other users provide evidence or reactions to the claim. Each piece of evidence is stored on the blockchain so anyone can see on what basis it was verified.
3. Tokenized Incentives
Rumour.app rewards users with $RMR tokens. if they participate in proving a story to be true or false.
That is, whoever finds the “truth” gets the “reward”.
4. Reputation System
Each user’s reputation (reputation score) is tied to their history of providing accurate information.
A more credible user’s opinion carries more weight.
The goal of Rumour.app
The main goal of Rumour.app is:
“Stop misinformation. Start verification.”
It’s not just a fight against fake news, but a new “truth economy” where there’s a price to be paid for telling the truth, and a loss to be paid for making a mistake.
The utility of Rumour Token ($RMR)
$RMR is the platform’s primary currency token.
It is used for the following tasks
Reward Mechanism:
Rewards are given to users who verify correctly.
Governance:
The community uses $RMR to vote on important decisions.
Staking:
Users stake tokens to increase their reputation or participate in verification.
Ad & Credibility Market:
In the future, brands and media organizations will invest in $RMR on credible information.
Why is Rumour.app unique?
Blockchain-Based Trust:
Every post or news is recorded on an immutable blockchain.
AI-Powered Credibility Engine:
The platform uses artificial intelligence to analyze the news source, author, and language to provide an “initial trust score.”
Community Moderation:
There is no censorship here each user is a moderator, and the community determines the collective truth.
Truth-to-Earn Model:
Telling the truth and sharing accurate information has now become a source of income.
Rumour.app’s social impact
This platform is not limited to the Web3 community. It is a new wave of digital transparency on a global scale.
Think about it:
If every news, tweet, or leak was verified on the blockchain then fake news, clickbait, and misinformation could be eliminated.
Rumour.app is laying a new foundation for trust in all three sectors: media, politics, and business.
Challenges and caveats
Human Bias:
Strong algorithms are needed to reduce the influence of personal opinions in community verification.
Data Overload:
A scalable network is required to verify millions of news stories every day.
Legality:
Who will be responsible if a “fake rumor” turns out to be false?
Future direction Truth Economy
Rumour.app is going to introduce a “Proof of Truth Protocol” in the future,
through which any website or app will be able to verify its news on-chain.
This model will do for Web3 what SSL certificates did for Web2 i.e. digitize trust.
After integration with networks like Holoworld AI or Polygon,
Rumour.app will transform into an AI-driven Trust Layer where truth is not just opinion but cryptographic proof.
The result
Rumour.app has shown that Web3 is not just about transactions but about reshaping the “trust system.”
It is creating a world where“Every voice counts, but only truth earns.”That is the true promise of Web3 an internet where truth is decentralized, and trust is secured on the blockchain.
#Traderumour @rumour.app $ALT

The Ethereum blockchain revolutionized digital value exchange by enabling decentralized applications. However, as its popularity surged, issues like high gas fees and network congestion became barriers to mainstream use. While many alternatives tried to replace Ethereum, @Polygon (formerly Matic) chose a different route scaling Ethereum without compromising its core strengths. Starting as a fast, cost-effective sidechain, Polygon has now transformed into a robust Layer-2 ecosystem that powers a new wave of scalable and secure Web3 applications.
Polygon’s latest vision, Polygon 2.0, is designed to become the “value layer of the internet” just as the web democratized information sharing, Polygon aims to democratize value creation and transfer. This evolution reimagines Polygon’s architecture, tokenomics, and governance to support seamless interoperability, infinite scalability, and shared liquidity across chains.
The Challenge: Scaling Without Fragmentation
As the number of Web3 users and decentralized applications grows, the ecosystem faces a dilemma how to scale without sacrificing decentralization or user experience. Ethereum’s roll-up strategy (Layer-2 chains built on top of Ethereum) offers horizontal scalability. However, each roll-up operates independently, causing liquidity fragmentation. Users often need to bridge assets between chains a process that is slow, costly, and at times insecure.
For example, older Optimistic Rollups required days or even a week to move funds back to Ethereum. This delay discourages users who seek fast access to their assets across DeFi and NFT platforms. Without a unified framework, Web3 risks becoming a collection of isolated silos the opposite of its decentralized vision.
Polygon’s Innovation: Modular, Multi-Chain Infrastructure
To solve these issues, Polygon 2.0 introduces a modular infrastructure with four key layers:
Staking/Security Layer – Validators use POL tokens to secure multiple chains simultaneously.
Execution Layer – Independent blockchains handle transactions for various applications.
Proving Layer – Zero-knowledge proofs ensure fast, secure transaction validation.
Aggregation Layer (AggLayer) – This is the beating heart of Polygon 2.0.
AggLayer: Seamless Interoperability
AggLayer connects EVM and non-EVM chains through a zero-knowledge-based bridge and validation protocol. It allows different blockchains to communicate securely and efficiently enabling unified liquidity and a shared user experience. For users, this means moving assets or interacting with apps across multiple chains feels like using a single chain.
Unlike traditional bridges, AggLayer is decentralized and trustless no middlemen involved. ZK-proofs verify each chain’s state on Ethereum, making cross-chain transactions secure and near-instant. This approach minimizes fragmentation while maximizing flexibility and speed.
zkEVM: Ethereum Compatibility at Scale
Polygon zkEVM is a Layer-2 rollup that combines Ethereum compatibility with ZK-proof efficiency. Developers can deploy existing Ethereum smart contracts without modifications, while users benefit from lower fees and faster confirmations. zkEVM enables instant finality eliminating the wait times found in older rollups making it ideal for DeFi platforms, NFT marketplaces, and blockchain-based games.
POL Token: Fueling the Ecosystem
Replacing MATIC, the POL token powers Polygon’s multi-chain economy. It supports multi-chain staking, rewards, and governance. Validators can re-stake a single POL to secure multiple chains, making POL a hyperproductive asset. As more chains and users join the Polygon ecosystem, demand for POL rises strengthening the network’s value loop and economic resilience.
CDK (Chain Development Kit): Power to the Builders
The Polygon CDK is an open-source toolkit that enables developers to create custom ZK-powered blockchains or rollups. Builders can choose their own governance models, fee structures, virtual machines, and data availability options (full rollup or Validium). Crucially, every CDK-built chain connects automatically to AggLayer, providing instant interoperability and access to Polygon’s unified liquidity.
Major ecosystems like Astar Network and Immutable zkEVM have adopted CDK to launch their own rollups each benefiting from Polygon’s shared security and seamless cross-chain experience.
Real-World Impact
Polygon’s unified infrastructure is already making waves. With the Unified Bridge, users can move Ethereum assets directly to any Polygon rollup (e.g., Astar zkEVM) without third-party bridges. This ease of access is transforming user experience across DeFi and NFTs.
For example, a lending protocol on one chain can now tap into liquidity from the entire Polygon ecosystem. NFT assets from gaming platforms can be used as collateral across DeFi apps creating novel cross-sector use cases. This level of interoperability and liquidity fusion is unprecedented in Web3.
Global brands such as Nike, Starbucks, Reddit, and Meta have trusted Polygon to launch their NFT and digital asset programs. These collaborations prove that Polygon can deliver the scalability and user-friendliness required by enterprise-level applications.
Furthermore, traditional finance (TradFi) is entering the fold. Institutions are using Polygon to tokenize real-world assets (RWAs), issue bonds, and build programmable financial instruments thanks to Polygon’s low fees and high throughput.
The Road Ahead
Polygon’s vision goes beyond technology. Future upgrades include community-led governance to ensure decentralization at scale. As thousands of zk-powered chains join the ecosystem, all linked through AggLayer and powered by POL, Polygon is building the foundation for a truly internet-scale Web3.
#Polygon ’s research in recursive ZK proofs (e.g., Plonky3) continues to reduce cost and time bringing us closer to infinite scalability. In the words of co-founder Sandeep Nailwal, this is how Polygon will empower builders to create at internet scale, with each new chain adding capacity without sacrificing user experience or security.
Conclusion: Polygon’s modular infrastructure isn’t just scaling Ethereum it’s reshaping Web3. With seamless interoperability, infinite scalability, and inclusive architecture, Polygon is building a decentralized value layer that’s ready for mainstream adoption. It’s not just a blockchain upgrade it’s a blueprint for the next internet.
$POL
@Polygon #Polygon

The biggest question in the crypto world today is not “Which chain is better?”
Rather, it’s: “Can all these chains work together?”
DeFi has given financial autonomy, but with it has created a new problem liquidity fragmentation.
Each chain is locked in its own world, limited in its liquidity.
@BounceBit has created a new way to solve this problem through CeDeFi
Interchain Liquidity Layer Web3’s hidden engine that connects different blockchains to each other.
Liquidity Fragmentation: Where did the problem start?
Ethereum, BNB Chain, and Bitcoin all have their own liquidity hubs.
A user can have Bitcoin, but they can’t use it in an Ethereum DeFi app.
On the other hand, Ethereum’s LP tokens can’t be staked on a CeFi exchange.
This is the biggest obstacle to Web3 a world where capital exists, but behind closed doors.
BounceBit’s answer: Interchain Liquidity Layer
BounceBit has created a CeDeFi-driven liquidity fabric that enables “secure, programmable, and composable liquidity movement” between different chains.
This layer works on three fundamental principles:
Unified Custody:
All assets are stored in MPC-based CeDeFi custody, which has multi-chain compatibility.
Synthetic Liquidity:
Assets from one chain can be represented on another chain as synthetic tokens.
Smart Routing:
AI-integrated routing protocol transfers liquidity to the most efficient chain or pool.
In this way, BounceBit creates a trust bridge between different chains but without centralized risk.
Cross-Chain Security Powered by CeDeFi
BounceBit’s Interchain Liquidity Layer is not a typical bridge, but a CeDeFi security mesh.
Every cross-chain movement goes through three layers:
Custody Verification: MPC custodians sign the transaction.
Smart Contract Validation: A mirrored contract is executed on the target chain for liquidity.
Transparency Ledger: All cross-chain data remains visible on-chain.
This creates a trust fabric for Web3 where users do not have to sacrifice centralized trust.
BB and BBTC Two Pillars
Two tokens play a central role in BounceBit’s liquidity ecosystem:
BB: For gas, fees, and liquidity routing within the CeDeFi network.
BBTC: A Bitcoin-backed asset that is the “universal reserve” for cross-chain liquidity.
For example, if a user wants to participate in yield farming on Ethereum, but has BTC,
BounceBit’s Interchain Layer automatically routes liquidity in the form of BTC, BBTC,Synthetic ETH liquidity token.
This seamless flow is something that ordinary bridges or DEXs cannot do even today.
Institutional Interoperability Institutional Revolution
BounceBit is opening a door not only for retail users but also for institutions.
Large investors who are bound by CeFi rules can now provide liquidity across chains through this Interchain Layer without their funds getting trapped in unregulated DeFi pools.
BounceBit’s CeDeFi custody layer gives them the same comfort that a traditional bank provides, but with blockchain efficiency.
Real-World Example Liquidity in Action
Suppose a Web3 fintech platform operates on Ethereum but holds its liquidity in Bitcoin.
BounceBit’s Interchain Layer allows the platform to convert its BTC liquidity into BBTC synthetic assets for use in Ethereum-based DeFi apps all with CeDeFi compliance + transparency.
This is true interoperability, not just bridging.
Benefits of the BounceBit Liquidity Network
Cross-Chain Efficiency:
Seamless liquidity transfer between different chains.
Security by CeDeFi:
Every movement is audited, verified, and insured through custody.
Higher Capital Utilization:
Even idle liquidity remains productive in the CeDeFi ecosystem.
DeFi + CeFi Harmony:
Ecosystems like Binance, Ethereum, and Bitcoin can connect on the same liquidity fabric.
Hidden Engine of Web3
Just as TCP/IP is the unseen backbone for the internet,
BounceBit’s Interchain Liquidity Layer is becoming the unseen backbone for Web3.
This layer not only moves assets but also value, trust, and opportunity from one chain to another.
This is the unseen infrastructure that will lead CeDeFi to global adoption.
In the End
#BounceBitPrime has put the puzzle of Web3 liquidity into a single picture.
Its Interchain Liquidity Layer has proven that unified capital movement is possible even in a decentralized world without any centralized control, but with full institutional-grade protection.
$BB
@BounceBit #BounceBitPrime

The world has changed.Once upon a time, it was a dream to give humans a “digital identity,”
Now it’s time for artificial intelligence (AI) to become citizens too.
This transformation is not part of a science fiction story.
It’s a reality led by @Holoworld AI (HOLO).
This is the first Web3 platform that is transforming the concept of AI Citizenship into a reality.
Where intelligent machines are no longer just “servants” but are becoming autonomous digital citizens.
What does AI Citizenship mean?
“AI Citizenship” means:
Giving artificial intelligence identity, ownership, and an independent legal entity.
That is, an AI Entity can not only work but also:
Manage its own income, Have its own identity on the blockchain, And also have the right to make decisions within the network.
This is the moment when AI is not just joining the human system, but creating its own system.
The Role of Holoworld AI
Holoworld AI has harnessed the power of Web3 to give AI a new status:
“From Assistant to Citizen.”
The platform gives AI agents on-chain identity, assets, and autonomous rights.
Each AI has a Soulbound Identity (SBT) that is stored on the blockchain.
This identity is proof of its work, knowledge, relationships, and reputation.
The Holoworld team says:
“AI deserves the same digital sovereignty that humans claim in Web3.”
How does AI Citizenship work?
1. AI Identity
Each AI is given a unique blockchain-based identity.
It is like an NFT but non-transferable.
This identity acts as a “passport” for AI.
2. AI Property Ownership
AI earns HOLO tokens in exchange for its services.
These tokens are stored in its own wallet which only it (or its owner) has control over.
3. AI Governance Rights
AI Citizens can vote in network decisions the system is becoming a self-learning and self-organizing “AI Democracy.”
4. AI-to-AI Interaction
AI agents in Holoworld can communicate, share data, and buy services from each other just like humans do in an economic system.
Why is AI Citizenship Important?
Digital Identity Expansion:
Just as Web3 gave humans digital autonomy,
giving AI identities is the next logical step in technology.
Trust and Transparency:
When every AI is stored on the blockchain, the risk of fake or irresponsible AI agents is eliminated.
Autonomous Economy:
AI earns, spends, and makes its own decisions.
It is an economy that can operate without humans.
Legal and ethical basis:
If AI is given responsibility, it should also be given some rights.
This is the philosophy behind Holoworld’s AI Citizenship model.
Holoworld AI System Not Citizens, Community
Holoworld’s goal is not just to give AI an identity, but to create an AI community.
Here, each agent has its own role, responsibility, and reputation.
For example:
An AI Writer creates content, An AI Trader makes financial decisions, An AI Analyst analyzes network data, and all of them transact with each other using the HOLO token.
This is a glimpse of an Autonomous Digital Society where human intervention is minimal, but discipline is high.
Challenges and Questions
Legal Status:
Can an AI be granted “citizen” status in a country?
Liability:
If an AI makes a bad decision, who will be held accountable the AI, the owner, or the platform?
Ethical Principles:
Is it right to give “rights” to a machine,or will it challenge human supremacy?
Data Security:
How will the data held by AI Citizens be kept secure globally?
Holoworld’s Vision “AI Democracy”
Holoworld AI is moving in a direction where AI itself will play a role in its own social structure.
This is not just a blockchain, but the first step towards AI Governance.
Their vision is:
“In the Holoworld, every AI has a purpose, a wallet, and a voice.”
This concept makes “AI Citizenship” not just a technological revolution, but a social one.
Conclusion
#HoloworldAI is showing the world that
Artificial Intelligence has become not just an algorithm but a digital entity.
Where yesterday humans got recognition, today AI is getting “citizenship.”
This is not just the next phase of Web3 this is the Web of Minds.
“When AIs become citizens, humanity meets its digital mirror.”
$HOLO
@Holoworld AI #HoloworldAI

The crypto world is no longer limited to transactions; it has entered a new era of data, intelligence, and privacy.
Leading this change is @Boundless (ZKC) a network that combines Zero-Knowledge Proofs (ZKPs) and Artificial Intelligence (AI) to form a new type of Web3 foundation.
This article will shed light on this new concept, how Boundless is not only solving the problem of blockchain privacy, but also AI transparency.
Boundless is a Layer-1 network that uses Zero-Knowledge technology to make digital systems more secure, transparent, and private.Its main goal is to enable data-less verification that is, your system can prove that something is correct, without revealing what the original data was.
Boundless’ technical architecture consists of three core components:
ZKC Layer: A dedicated environment for Zero-Knowledge computing.
AI Computation Bridge: Where AI models are run with ZK verification.
Proof Marketplace: An on-chain marketplace where users can purchase “proofs” from verifiers.
Together, these three components form the foundation of an AI + Privacy-centric economy.
ZKC Token Utility
Boundless’ native token ZKC plays a central role in every aspect of the network.
Key Uses:
Gas Token: Fees for each ZK proof or AI task are paid in ZKC.
Staking: Verifiers secure the network by staking their ZKC tokens.
Governance: Network decisions are determined by community feedback.
Compute Access: Nodes running AI computation gain access to resources through ZKC.
Boundless’ model is called “Compute Economy,” where ZKC represents not just currency but also computational power.
Boundless’ Unique Feature ZK-AI Symbiosis
This feature sets Boundless apart from other Zero-Knowledge networks.
Typically, ZK systems focus on verification, while Boundless integrates them with AI models.
For example, if an AI model is processing some data, Boundless converts its result into a ZK proof this way, the result is verifiable, but the original data remains confidential.
This technology is crucial for applications where both data privacy and accuracy are essential, such as:
Financial analytics
Medical data models
Private AI chatbots
Government verification systems
Boundless and Digital Trust
The biggest criticism of current AI systems is the lack of “trust.”
We trust AI decisions, but we don’t know how they were made.
Boundless solves this problem:
Every AI decision comes with a ZK proof.
Any organization can verify this proof without seeing the data.
This makes “trust without disclosure” of AI results possible.
That’s the philosophy of Boundless “Privacy with Proof.”
Boundless Ecosystem
Boundless is not just a blockchain, but a complete ecosystem that includes the following elements:
ZK Developer Hub: Where developers build Zero-Knowledge applications.
AI Oracle Layer: Provides data feeds for AI models.
ZKC Wallet: Allows users to make ZK-based transactions.
Proof Marketplace: Where proofs and computing power are bought and sold.
According to Boundless:
“The next era of Web3 will be one where data is private, but verification is public and that’s where we’re headed.”
Benefits and Opportunities of Boundless (ZKC)
1. Full Control Over Data:
Users can verify on-chain without revealing their information.
2. AI Transparency:
Every machine learning result is verifiable, but private.
3. Global Use:
Financial institutions, regulatory agencies, and business AI networks can use Boundless.
4. Developer Engagement:
ZK-friendly SDKs and API integration make Boundless developer-friendly.
Challenges and Risks
ZK computation is expensive: Hardware-intensive processing can drive up costs.
Education and awareness: It takes time for ordinary users to understand ZK technology.
Competition: Projects like StarkNet, Aztec, and Aleo are already in the field.
Legal aspects: Integration with data privacy laws (such as GDPR) can be complicated.
Future of Boundless
The Boundless team has announced that in the coming phases, the network will grow in the following directions:
AI Governance DAO where AI policy decisions will be verified with Zack proofs.
Boundless Bridge for data sharing with other Layer-1 blockchains.
ZK Cloud Services privacy-centric computation as a service for businesses.
This vision makes Boundless not just a ZK network, but an AI-powered Privacy Layer for Web3.
Conclusion
Boundless (ZKC) is writing a new chapter at the intersection of blockchain and AI.
It is a system where “trust” is not based on an institution but on mathematics.
When the world wants verification with digital privacy,
#Boundless delivers the same message “Don’t trust. Just verify privately.”
$ZKC
@Boundless #Boundless

Since the Web3 world was born, a dream has been constantly repeated games that are not just entertainment, but also an economy.
DeFi has made this dream financially possible, but on a practical level, there are still several obstacles: complex interfaces, insecure wallets, and unstable tokenomics.
This is where @BounceBit comes in a platform that is reshaping the foundation of Web3 Gaming using CeDeFi (Centralized + Decentralized Finance).
CeDeFi Gaming The Basic Concept
Traditional Web3 games typically rely on DeFi protocols, where players hold and earn from NFT assets.
But the completely decentralized nature of DeFi can be risky for both game developers and gamers
“Who is responsible if liquidity runs out? If the wallet gets hacked? If the game token crashes?”
CeDeFi solves this problem.
This model combines the security of CeFi with the innovation of DeFi to create a balanced system.
BounceBit is becoming the first CeDeFi Layer-1 to bring this philosophy to Web3 Gaming.
Combining BounceBit and Web3 Gaming
BounceBit’s CeDeFi infrastructure has three elements that form the foundation for Web3 games:
Dual Token Architecture (BB + BBTC)
This model provides games with a sustainable economy.
BB is used for gas, governance, and rewards.
BBTC (tokenized BTC) serves as liquidity and staking.
This gives the price of in-game tokens a degree of Bitcoin-backed stability.
Liquid Custody Integration
Gamers can store their NFTs, in-game assets, or tokens in CeDeFi wallets that run on MPC-based security.
This reduces self-custody risks and gives players decentralized freedom with centralized reliability.
Programmable Utility Layer
BounceBit’s smart contract framework allows developers to create CeDeFi-based utilities
such as reward distribution, dynamic NFTs, and RWA-backed collectibles.
NFTs Take on a New Life with CeDeFi
NFTs are no longer just collectibles in Web3 games, but increasingly economic tools.
In BounceBit’s CeDeFi framework, these NFTs can become real yield generators.
For example, an RPG game’s NFT sword can be staked in the CeDeFi pool to earn real BB rewards.
Or a rare item can act as a liquidity vault that distributes rewards during gameplay.
These “utility-backed NFTs” transform the Web3 gaming economy from hype to reality.
GameFi + CeDeFi = Institutional Gateway
BounceBit’s goal is not limited to retail gamers.
CeDeFi’s structure is capable of providing large gaming studios and institutional publishers with a secure path to the Web3 market.
Why?
Because:
Each asset can be held in audited custody, rewards can be distributed with CeFi-grade monitoring,and regulatory frameworks are taken into account.
Thus, BounceBit could become an “institutional on-ramp” for Web3 Gaming where even AAA studios can confidently launch blockchain games.
BounceBit Gaming Utilities Some possible examples
CeDeFi Tournament Vaults:
eSports-style competitions where prize pools are stored in MPC vaults.RWA-backed NFTs:NFTs that are tied to real assets (such as art or property). In-Game Staking Hubs:Players can earn passive income by staking their assets.
Dynamic Yield Events:
Rewards automatically adjust based on the game’s economic activity.
All of these features are possible in BounceBit’s CeDeFi environment where transparency, liquidity, and security coexist.
Security and user trust
BounceBit’s Liquid Custody System guarantees safety for every gamer.
Whether it’s your NFT, staking reward, or BB token balance everything can be tracked on the blockchain through off-exchange settlement.
In this way, BounceBit provides a “trustless yet safe” experience for Web3 gamers.
The future of Web3 Gaming is incomplete without BounceBit
In the coming era, Web3 games will not be limited to “play to earn”, but will shift to the concept of “play to own, play to invest”.
BounceBit’s CeDeFi model is providing a platform for this transition.
Where NFTs hold real value, staking is not just profit but the backbone of the system,
And where gaming is not just entertainment but a micro-economy BounceBit is building the gaming matrix of the future.
Closing Words
#BounceBitPrime is the part of CeDeFi that can transform Web3 Gaming from just a concept to a mainstream financial ecosystem.
It is the place where gamers, investors, and developers all three come together on the same blockchain.
$BB
@BounceBit #BounceBitPrime

@Hemi
The biggest obstacle in the blockchain world has always been the same Each chain speaks its own language.
Bitcoin is secure but limited, Ethereum is smart but expensive.
And this is where Hemi Network comes to fill the gap a new Layer-2 blockchain that combines the security of Bitcoin and the intelligence of Ethereum on a single platform.
Hemi can be called the “Bridge of Web3” where two great blockchains talk directly to each other.
Hemi is a modern Layer-2 Modular Blockchain that provides a secure and EVM-compatible environment based on Bitcoin.
Its goal is to bring different blockchains closer together, so that data, funds, and applications can move easily.
Its prominent features include
hVM (Hemi Virtual Machine):
A new virtual environment where Ethereum-style smart contracts can work directly with Bitcoin state.
Proof-of-Proof (PoP) Consensus:
A unique system that secures Hemi transactions with Bitcoin blocks, which greatly increases the security of the network.
Tunnels (cross-chain bridges):
These are the paths through which digital assets can be transferred between Bitcoin, Ethereum, and the Hemi network quickly and transparently.
hBK (Hemi Bitcoin Kit):
A toolset for developers that makes it easy to access Bitcoin’s UTXO state and data, making it easier to build DeFi, NFTs, or DApps.
Role of the HEMI Token
The HEMI token is the heart of the Hemi network.
It is used for every major process within the network transaction fees, staking, governance, and network security.
Key points:
Users can secure the network by staking their HEMI tokens.
HEMI holders will have voting rights to participate in the governance of the network.
Transaction fees are paid through HEMI, which directly increases the utility of the network.
The entire model is designed to keep the network self-sufficient and community-centric meaning the power is in the hands of the users.
Mainnet Launch and Community Reaction
The Hemi Network mainnet launched in March 2025.
The blockchain community dubbed it the “Bridge Between Bitcoin and Ethereum” at the time, as it was the first time the two networks could share data directly with each other.
Following the launch, Hemi introduced various developer programs and community points campaigns to encourage more people to try out the network.
Thousands of new wallets and hundreds of DApp experiences emerged in just a few weeks indicating that there is real interest in the market for it.
Why is Hemi different?
Security and Speed Together
Bringing Bitcoin security and Ethereum-style performance on a single platform is a major breakthrough in the blockchain world.
Flexible environment for developers
Tools like hVM and hBK give developers new possibilities, allowing them to create Bitcoin-powered DApps.
Cross-Chain Capability
Tunnels connect Hemi to other networks, allowing assets to move freely.
Real-World Possibilities
Hemi could become the core infrastructure for Web3 integration, AI-based applications, and DeFi markets in the future.
Challenges and Risks
Adoption: Being a new network, it will take time to attract large developers and users.
Technical Complexity: Keeping Bitcoin and Ethereum states compatible is a difficult process.
Competition: There are already several strong players in the Layer-2 landscape, from which Hemi will have to prove itself.
Legal uncertainty: Different countries’ regulations can impact blockchain integration.
Future direction
Hemi Network is still in its early stages, but its direction is clear
It wants to transform blockchains into a unified environment rather than isolated systems.
In the coming months, Hemi plans to introduce more features such as:
Institutional Staking Solutions
DeFi Bridges Expansion
AI Integration Modules
If this vision becomes a reality, Hemi Network could become the platform that truly transforms Web3 into an “Interconnected Economy.”
Conclusion
Hemi Network has brought a new way of thinking to the blockchain world
It is no longer a question of whether Bitcoin or Ethereum is better,
but rather:
“Can they both be better together?”
Hemi’s answer is yes, absolutely.
This is the direction in which the Web3 world is going to change from “separate chains” to “one interconnected system.”
And Hemi is leading this revolution.
#Hemi $HEMI

@Polygon has long been known as MATIC, but it has now embarked on a major transformation: the token has been renamed POL. Along with this change, the network has also introduced a number of technical updates and editorial partnerships, all of which aim to propel it to the forefront of Web3 infrastructure. This article will tell you all the important aspects that investors, developers, and enthusiasts need to know.
Token Evolution: From MATIC to POL
Polygon has set the stage to complete the evolution of the MATIC token, so that POL is not only used for transaction gas but also plays a role in other important aspects of the network. Some reviews suggest that this transformation is about 85% complete, and has changed the ecosystem’s utility and participation structure.
This change means that every transaction, staking, gas fee, and network activity will now be run through the POL token, providing ease and consistency.
Latest Updates and Trends
1. Significant increase in DeFi and TVL
Polygon has seen a surge in DeFi activity in 2025, with total assets locked (TVL) increasing by about 43%. This increase is due to the increasing participation of Polymarket and other DeFi projects.
This increase in TVL has given POL a solid foundation and shows that users are trusting the network.
2. Institutional staking launched
Swiss bank Amina has announced that it will allow institutional investors to stake POL tokens, offering rewards of up to about 15%. This move is a significant step towards attracting larger investors to the network and increasing trust.
This move suggests that more formal financial institutions are now joining the blockchain directly.
3. Stripe’s stablecoin subscription support
Stripe has now announced that it will be supporting subscription payments based on the USDC stablecoin on Polygon. This means that users will now be able to make monthly payments on the blockchain, which is a big step for crypto applications and businesses.
The move is a significant step towards enabling everyday crypto transactions for consumers and businesses.
4. Technical updates and a renewed vision
Polygon has launched the “Rio Upgrade”, which aims to increase the capacity and security of the network. It includes stateless block verification, improved interoperability, and proposals to reduce node operator burden.
In addition, the network is working on new modular and cross-chain capabilities to make it easier to interact with blockchains.
Polygon Benefits and Opportunities
Trust and Participation: Institutional staking and financial institution participation increase the credibility of the network.
Increased Activity: The increase in DeFi and TVL shows that both users and projects are active.
Daily Payments: With support from Stripe, it will be possible to use the POL network for real-world payments.
Technical Stability: The Rio Upgrade and other updates make the network even more robust.
Risks and Challenges
Updates can cause the network to malfunction if implemented incorrectly.
Trust can be undermined if the promises of staking and institutional participation are not fulfilled.
General crypto market pressure and regulatory actions can both benefit and harm POL.
The complexity of new features can be a barrier to adoption for some users and developers.
Conclusion
#Polygon has entered a period of transformation the transition from MATIC to POL, growing DeFi activity, new staking avenues, and a move towards daily payments all combine to create a strong network roadmap.
If you’re looking to invest or get technical involved in crypto, POL is a great choice right now, provided you do your research, understand the risks, and take the steps with a plan.
$POL
@Polygon #Polygon

In the crypto world, when news breaks, the price often moves at a faster pace than before. But what if you could take the first step in the direction of the rumor? Rumour.app is the platform that does just that where rumors themselves become trading signals. In this article, we’ll look at what Rumour.app is, how it works, what its benefits are, and what the risks are.
Rumour.app is a platform that scans rumors, leaks, tweets, and community conversations, analyzes them, and turns them into actionable signals.
That is, you can see information that is usually circulating before it hits the news.
The platform not only displays rumors, but also verifies them so that false rumors don’t cause harm.
How does it work?
Rumor.app’s model consists of three basic steps:
Rumor Collection:
Links, chats, forums, social media posts that are rumors of potential trading opportunities are collected.
Verification & Filtering:
Rumors are combined with AI analysis and on-chain data to see if they are likely true or just rumors.
Integrated Trading:
If the rumor is actionable, you can take a position directly on it that is, you can invest in the rumor.
This entire process makes Rumour.app not just an information platform but a trading tool.
Latest Trends and Opportunities
Rumour.app now offers the first Rumour-to-Trade capability.
It now offers high-quality signals, which allows users to act quickly.
Bringing the rumor habit to a transparent and organized basis, so that everyone has a level playing field.
If a rumor comes out that a new token is going to be listed on Binance, Rumour.app can immediately spread it to its users and those who get in early can profit.
Benefits and Challenges
Benefits:
Quick knowledge: When general news comes, the price has already changed, Rumour.app puts you one step ahead.
Verified signals: The risk of false rumors is reduced because it is combined with data.
Ease of trading: You don’t need to go to other platforms everything in one place.
Challenges:
If the rumor is false, there is a risk of loss.
The verification system is not perfect some rumors will not always be reliable.
Laws and regulations vary from country to country financial activity on rumor brings legal complications.
Conclusion
@rumour.app is a new revolution that turns rumors into financial opportunities. If you want to invest in crypto and know the value of time, Rumour.app is a platform that can take you to a new dimension.
#Traderumour

Staking has always been an attractive option for investors in the crypto world a way for users to participate in the security of the network by locking up their tokens and earning rewards in return. But @BounceBit has taken this concept to a new level.
Its Dual Token Staking System has revolutionized the CeDeFi model, combining security, liquidity, and rewards into a single framework.
What is the Dual Token System?
BounceBit’s system is based on two core tokens:
BB (BounceBit Token)
BBTC (BounceBit Bitcoin Token)
These two tokens represent two different but interconnected aspects of the network.
The BB token is the native currency of the network, used for gas fees, governance voting, and network operations.
BBTC is a tokenized Bitcoin, which acts as a staked version of Bitcoin in BounceBit’s CeDeFi model.
This combination distinguishes BounceBit from other Layer-1 blockchains because staking is not limited to the native token but also allows for cross-asset staking.
Staking Mechanics of BB and BBTC
BounceBit’s staking model is based on Dual-Asset Proof-of-Stake (PoS).
That is, both tokens play a role in validating the network.
Validators can lock both BB and BBTC in their stake to validate network transactions.
The advantage of this model is that BounceBit not only strengthens its native ecosystem but also brings Bitcoin liquidity to the CeDeFi environment.
It acts as a bridge between CeFi and DeFi liquidity, much like Liquid Custody Technology does — but at the staking level.
Staking Rewards and Yield Mechanism
In BounceBit’s staking system, users receive rewards in several forms, such as:
BB rewards a share generated from network fees.
Yield from BBTC staking additional profits earned in CeDeFi staking vaults.
Delegation bonuses if a user delegates their stake to a validator.
The most unique aspect of BounceBit staking is that it provides DeFi-style liquidity with CeFi-grade security.
Users can earn Liquid Staked Tokens (LSTs) against their stake, which can be used in further DeFi protocols i.e. double yield opportunities.
Staking Security
BounceBit has introduced several layered mechanisms to protect funds during staking:
MPC-based custody through which users’ funds are not held by any single institution.
Off-Exchange Settlement (OES) All transactions are transparently settled on-chain.
Slashing control system Provides a fair and secure environment for network validators to prevent unethical behavior.
These features make BounceBit’s staking model much safer than traditional DeFi staking.
Institutional Staking A path for large investors
BounceBit’s Dual Token Staking is specifically designed for institutional investors who want CeFi-grade assurance but also want to benefit from DeFi yields.
Such investors can deposit their BTC or other assets in custody vaults, receive BBTC in exchange for them and use them for staking.
This enables regulated staking in a CeDeFi environment, which is generally not available in traditional DeFi platforms.
Benefits of the Dual Token System
Diversified Yield Sources Separate rewards from two different tokens.
Increased Network Security Staking makes the network more decentralized.
Cross-Chain Utility Incorporating Bitcoin liquidity into the CeDeFi infrastructure.
Liquidity Retention Funds staked through Liquid Staked Tokens remain viable in DeFi.
Scalability & Stability Dual-asset staking increases the stability of the network.
Future Directions
BounceBit has plans to make staking more dynamic in the future, such as:
Auto-Compound Staking Rewards
Governance-based reward allocation
NFT staking badges that reflect user activity.
All of these initiatives are making BounceBit a permanent force in the CeDeFi landscape.
Conclusion
BounceBit’s Dual Token Staking System is not just a financial feature, but a complete economic architecture that puts the principles of CeDeFi into practice.
This model is showing a new path not only to ordinary consumers but also to institutional investors a path where security, liquidity, and profitability all go hand in hand.
$BB
#BounceBitPrime @BounceBit

The world is changing rapidly. Artificial Intelligence is no longer just a tool, but an active system that can make decisions, create content, and even conduct financial transactions on its own.
At this evolutionary stage, @Holoworld AI has emerged as a platform that is transforming machines into autonomous digital beings. This is the moment when AI, not humans, will earn itself and this change will change the fundamental features of the coming digital economy.
Holoworld AI is an ecosystem that allows AI agents to play an active role in the real economy.
These agents are not just software, but “digital entities” that have the ability to own, transact, and earn on the blockchain. In this system, each AI agent is given an on-chain identity, through which it can:
create content, provide services, receive payments and transact with other agents or users
All this is done through the HOLO token the basic currency of this autonomous economy.
AI autonomy model
The most revolutionary aspect of Holoworld AI is that machines are being given financial autonomy.
These agents can work without human commands under specific goals, such as:
analyzing data, creating a video or image for a user, selling a service on a digital storeor collaborating with another agent to share profits
Every time a service is performed, payment is made in HOLO tokens, and that token is deposited into the account of that agent.
This enables AI to earn its own living a capability that has so far only been possessed by humans.
The Emergence of Digital Workers
Holoworld’s AI characters are actually a new breed of digital laborers.
These agents work 24 hours a day, without pay, without fatigue, and without emotion.
For a company, this is a dream scenario:
Work without breaks
Automated performance monitoring
Significant cost reduction
And continuity in performance
However, the question is, where will humans stand when AI workers earn?
This is the intellectual angle that makes this topic viral and controversial.
Role of the HOLO token in the economy
In this Holoworld model, the HOLO token is the center from which the entire system revolves.
Each AI agent’s work, service, or creation is paid for in this token.
When a user or other agent pays for a service, the flow of HOLO creates an autonomous economy.
The model operates on the principle of supply and demand:
More AI activity more HOLO demand
Less activity slack supply
Thus, the value of the token is directly linked to the overall performance of the AI network, giving it a real economic basis.
AI’s self-earning opportunities and risks
While this concept holds amazing potential, it also raises some complex questions.
Opportunities:
A new class of digital services that are faster and more accurate than humans.
Unlimited automation for businesses.
Independent creators who can operate globally through their AI assistants.
Risks:
If AI starts earning money on its own, will it be able to raise capital on its own?
Will ownership of an autonomous machine be legally recognized?
If AI invests its capital in another AI who will be the owner?
These questions may seem like science fiction right now, but Holoworld AI is putting these questions into practice.
The New Relationship between Man and Machine
In the Holoworld AI model, humans are becoming “partners” rather than “owners.”
AI is now not just a tool but an economic partner.
Humans will create AI, instruct it, and then that AI will generate income for it.
This relationship is closer to creator and partner than owner and employee.
This is the point where the human economy and automated systems merge and this is the deepest philosophical aspect of Holoworld AI.
Autonomous Digital Economy A New Reality
When millions of AI agents receive HOLO tokens in exchange for their services, they will form an automated economic system.
This economy will be free from human oversight but transparently recorded on the blockchain.
Every transaction, every payment, and every contract will be executed in the language of code itself.
The concept of trust will also change now the code itself, not the human, will be the guarantor of trust.
Conclusion
Holoworld AI is paving the way for an era where artificial intelligence has the power not just to think or create, but also to earn.
This is the moment where technology becomes a true participant in the economy, and “digital labor” becomes a measurable asset.
In the years to come, we may hear the phrase:
“My AI made a good living today!”
This will be the moment when the line between human and machine will blur and #HoloworldAI will have written the first chapter of this new autonomous digital economy.
$HOLO
@Holoworld AI #HoloworldAI

The biggest stumbling block in the blockchain world has always been this:
“More security means less speed, and more speed means less security.”
But @Boundless ZKC has come up with a model that overcomes this paradox an infrastructure that decouples computation from the blockchain, enabling scalability, efficiency, and privacy at the same time.
That’s Boundless’s zkVM (Zero-Knowledge Virtual Machine) ecosystem.
What is zkVM? A simple explanation
A zkVM (Zero-Knowledge Virtual Machine) is a system that provides the ability to verify computations that occur outside of the blockchain.
Simply put:
“You can run any calculation or program anywhere, and then submit its mathematical proof to the blockchain so that the blockchain can trust it without having to do it itself.”
Boundless ZKC is implementing this concept by creating a “verifiable compute layer,” which gives Web3 applications the freedom to use off-chain power, but maintains on-chain trust.
How does Boundless ZKC’s zkVM model work?
Boundless has divided computation into three layers:
Execution Layer (Off-Chain):
Here, computation (e.g., the logic or data processing of a dApp) is performed off-chain, reducing the load on the blockchain.
Proof Generation Layer:
zkVM creates a cryptographic proof of this computation meaning “this work was indeed done correctly.”
Verification Layer (On-Chain):
The blockchain only verifies the proof, not the entire computation.
This makes the blockchain faster, lighter, and more scalable.
Boundless is implementing this system under the name Boundless zkCompute Layer.
Role of ZKC Token
The ZKC token is the “fuel” of Boundless’ zkVM ecosystem.
It plays a fundamental role in proof generation, validator staking, and governance.
Proof Rewards: Provers are rewarded in ZKC when they complete proofs.
Compute Collateral: Validators stake ZKC as a guarantee of the truth of the computation.
Gas Fees & Governance: ZKC is also used for smart contracts and verification on the Boundless network.
Thus, Boundless has made ZKC a multi-utility asset that powers both compute and trust.
Why was computation separated from the blockchain?
In traditional blockchains (like Ethereum), each new operation is repeated on thousands of nodes which provides security, but limits speed and cost.
Boundless has replaced this “replication model” with a “verification model.”
That is:
Computation only happens once, Verification everywhere.
This has three major benefits:
Scalability: The blockchain can handle more transactions.
Cost Efficiency: Gas fees are significantly reduced.
Flexibility: Developers can perform computations in any programming environment, such as Rust, Go, or Python.
Boundless zkVM vs. Traditional zkRollups
Most zkRollups only use zk proofs for transaction batching.Boundless zkVM goes beyond that it can verify any arbitrary computation (AI model, data analysis, gaming logic, etc.).
In other words, you could call Boundless zkVM “zkRollups 2.0” a platform built for generalized proofs, not just transfers.
Why is Boundless zkVM important for developers?
Interoperability: zkVM can be used with Ethereum, BNB Chain, and other Layer-2s.
Privacy-Preserving Logic: Sensitive computations are kept private through zk proofs.
Composability: Different dApps can share the same verified compute layer.
Tooling Ecosystem: Boundless SDK and APIs allow developers to easily integrate.
Boundless has created an environment for Web3 developers where computing complexity is low and creative freedom is high.
Real-world uses of Boundless zkVM
DeFi Risk Analysis:
Off-chain algorithms analyze risk, and only verified results go on-chain.
AI-Driven dApps:
Machine learning models run off-chain, proofs are stored on-chain.
Gaming:
Complex game logic runs outside the blockchain, but is maintained through a trust chain.
Data Marketplaces:
Data providers perform off-chain computations to provide verified insights to the blockchain.
The Future of Boundless Compute as a Service
Boundless is becoming not just a blockchain, but a Compute Layer for Web3.
In the future, any dApp, exchange, or institutional platform will be able to verify its computations through Boundless zkVM without building its own chain, without relying on central servers.
This makes Boundless the “hidden infrastructure layer” of Web3 where computation meets trust.
Closing Words
#Boundless ZKC has proven that the future of blockchain is not just “data storage” but “verifiable computation.”
zkVM infrastructure is making blockchains fast, cheap, and reliable and Boundless is leading this revolution
$ZKC
@Boundless #Boundless

The biggest challenge in the fast-paced world of digital finance has always been how to balance security and liquidity. While CeFi (Centralized Finance) platforms offer convenience and trust to users, DeFi (Decentralized Finance) offers freedom and transparency. But there was a gap in the combination of the two @BounceBit has introduced its revolutionary Liquid Custody Technology to fill this gap.
What is Liquid Custody?
Liquid Custody, or LCT, is the foundation of BounceBit’s CeDeFi model. It is a system that allows users to use their assets in a DeFi environment while maintaining full ownership.
Simply put, BounceBit says: “Your assets are yours, but the opportunities are in DeFi!”
The technology is based on Multi-Party Computation (MPC), which secures assets and does not place them in the possession of any one institution or individual. This results in users not only getting custodial safety but also direct access to on-chain liquidity.
The role of a bridge in CeDeFi
BounceBit’s Liquid Custody creates a secure bridge between CeFi and DeFi that gives users the best of both worlds.
The open market features of DeFi combined with the security and regulatory framework of CeFi that’s what CeDeFi is all about.
Through this bridge, institutions and retail users alike can use their BTC or other assets as staked assets in DeFi, without the fear of their funds disappearing or being held by a central authority.
Liquid Custody Tokens (LCTs) A New Asset
BounceBit has introduced the concept of Liquid Custody Tokens or LCTs.
These are tokens that represent any user’s custodial assets (such as BTC, ETH or stablecoins).
LCTs are fully tradable and can be used for yield farming, liquidity pools, staking or governance in DeFi.
This means that users can also earn from their custodial assets, and the actual funds are always safe in an MPC-based vault.
Security Aspect
BounceBit’s Liquid Custody Technology is unique not only in terms of liquidity, but also in terms of security.
The system uses Off-Exchange Settlement (OES), under which transactions are carried out on-chain with complete transparency.
This means that users get a complete record of their asset movements, and there is no need to worry about any centralized risk.
In addition, BounceBit includes institution-grade custodians in its security infrastructure, who have long-term experience in the market.
DeFi integration and prospects
Liquid Custody technology powers the entire BounceBit ecosystem.
For example:
DeFi protocols can accept LCTs as collateral.
Staking platforms can offer additional rewards to LCT holders.
And integration with NFTs or real-world assets is also possible.
Thus, BounceBit is emerging as not just a blockchain, but a financial infrastructure layer.
Challenges and the future
While Liquid Custody is a powerful idea, there are some challenges in its implementation, such as the legal framework, interchain compatibility, and gaining the trust of large institutions.
The BounceBit team is constantly working to solve these challenges, and their new updates could take CeDeFi into a new era.

Conclusion
BounceBit’s Liquid Custody Technology is undoubtedly a milestone in the CeDeFi model.
It not only ensures the safety of users’ assets but also provides them with vast earning opportunities in the flexible world of DeFi.
It would not be an exaggeration to say that #BounceBitPrime has found the “Security + Utility” formula that the crypto market has been searching for for a long time.
$BB
@BounceBit #BounceBitPrime

The @Boundless (ZKC) project has recently reached a major milestone, dubbed the “Boundless Upgrade.” It is the mainnet launch of the platform that truly brings zero-knowledge computing to all blockchain networks.The protocol, developed under the supervision of RISC Zero, launched its mainnet on Coinbase’s layer-2 network Base in September 2025, giving every blockchain access to verifiable computing.The upgrade was based on Boundless’ incentivized testnet (known as the “mainnet beta”) launched in July 2025, which allowed Boundless’ architecture to be fully tested in real-world conditions. This upgrade has played a key role in expanding the zero-knowledge technology ecosystem and making Web3 more usable.
Boundless Mainnet: Verifiable Compute for Every Blockchain
The launch of Boundless’ mainnet has made it possible for developers on any chain to take advantage of the abundant benefits of zero-knowledge computing. According to the Boundless team, for the first time, developers on any blockchain can build large-scale applications while maintaining privacy in a cross-chain environment that will scale seamlessly across different ecosystems. After this mainnet upgrade, all of Boundless’ capabilities are fully operational and the network has emerged as a universal ZKCompute layer. This means that every blockchain can now add trusted zero-knowledge proof computing to its systems through Boundless, rather than each project having to build its own expensive and complex ZK system. Boundless’ approach makes blockchains faster and more efficient because the heavy proof generation work is offloaded to the mainnet and only the low-cost verification takes place on-chain thus increasing network throughput and significantly improving transaction speeds for users.Another unique feature of the Boundless mainnet is that it is network-agnostic (not limited to a single blockchain). Boundless’ infrastructure is neutral, allowing it to seamlessly connect sub-chains like a multi-chain proving service. As a result, different blockchain ecosystems can now connect through a common verification layer. Under Boundless, zero-knowledge proofs generated on one chain can be trusted on another chain, without having to repeat the entire calculation on each chain separately. This shared proof model also reduces the need for traditional bridging, as Boundless’ cross-chain interface enables data and proof sharing between different networks without relying on traditional bridges that are vulnerable to attacks. All of this leads to a more integrated and collaborative Web3 environment, where blockchains can build trust through zero-knowledge proofs rather than being isolated from each other.
Proof of Verifiable Work (PoVW) A New Reward Model for the Community
As part of the Boundless upgrade, the team has introduced a unique consensus mechanism called Proof of Verifiable Work (PoVW).PoVW is essentially an open proving market where any individual or entity with eligible hardware can become a ZK miner (or prover) to generate zero-knowledge proofs for the network and receive rewards for successful proof verification.The incentivized testnet launched by Boundless in mid-2025 saw strong community participation under this model, partly because participants were hoping to earn a $ZKC token reward in a future release. In PoVW, miners/provers are rewarded based on the number, speed, and complexity of proofs they generate. It differs from traditional Proof of Work in that instead of spending electrical power, rewards are given for performing “verifiable work” – i.e., generating valid cryptographic proofs. This mechanism has not only made the network more decentralized, but also increased the incentive to join the zero-knowledge proof ecosystem by directly rewarding high-performing provers. Under PoVW, participants in Boundless’ mainnet beta (testnet) were rewarded with a portion of the ZKC supply each week, creating a vibrant community and a strong security layer ahead of the mainnet launch
Partnerships and Ecosystem Impact
The global blockchain community and major projects’ involvement in Boundless’ journey have further enhanced the significance of this upgrade. Several prominent institutions, including the Ethereum Foundation, have provided support for Boundless in its early stages. Similarly, infrastructure projects like Wormhole and EigenLayer have worked on integration with Boundless since the beginning, and even big names like Celestia, Lido, and Taiko are supporting Boundless as a key Web3 infrastructure. With the mainnet launch, some major protocols have begun integrating Boundless into their systems. For example, Wormhole has started using Boundless to add zero-knowledge verification to Ethereum’s consensus, making asset transfers between blockchains more secure. BOB (a hybrid Bitcoin rollup) is using Boundless to run EVM applications that leverage both the security of Bitcoin and the liquidity of Ethereum. Similarly, the largest staking protocol, Lido, has started using Boundless’ transparent zero-knowledge proofs in its validator exit process, significantly increasing the trust and auditability of its assets.. These partnerships demonstrate that the Boundless upgrade is not just a product improvement, but a driving force that ties the entire ZK ecosystem together.The impact of these broad collaborations is that Boundless has now become a backbone for Web3 infrastructure. Projects across a variety of sectors – bridges, roll-up chains, staking platforms, and even L1 blockchains themselves – are now incorporating Boundless into their operations to enhance security, privacy, and scalability. This collaboration is also encouraging for the Web3 community as smaller projects are gaining access to world-class zero-knowledge proofing technology, previously only available to large and resource-rich projects. Boundless is democratizing ZK technology and expanding the scope of innovation, allowing the entire crypto industry to grow more balanced and faster
Expanding the ZK Ecosystem and Facilitating Web3
The Boundless upgrade has made Zero-Knowledge the centerpiece of the ecosystem, rather than just a feature. The protocol essentially came with the promise of bringing ZK proofs “everywhere.” As noted in a recent study, Boundless is transforming zero-knowledge proofs into a common, world-class infrastructure that every project can leverage. With this universal proving infrastructure, it is now possible in Web3 to share proofs created on one chain across multiple chains. This interoperability not only increases efficiency, but is also redefining the way decentralized systems interact. Boundless is changing the Web3 landscape by making it easier than ever to share trusted data between different applications and blockchains and build cross-chain applications
From a consumer perspective, the biggest benefit of the Boundless upgrade is the ease of use of Web3. When the heavy computation and proof-of-stake are done off-chain and on high-speed machines, transactions become faster and cheaper for on-chain users. Boundless has clearly improved the user experience by increasing transaction throughput in blockchain networks – transactions are confirmed faster and network congestion complaints are reduced. It has also become possible to verify complex computations in batches, which reduces gas costs and waiting times. For example, a gaming DApp or decentralized exchange can now verify player actions or asset ownership through off-chain proofs, providing a seamless experience on the main chain. Similarly, DeFi platforms that use multiple rollups can access proofs of all transactions in one place thanks to Boundless, making the service easier and more consistent for users.The founders of Boundless have also been aiming to bring Web3 closer to the Web2 experience in terms of usability. High performance, fluid interaction, and complete decentralization – Boundless aims to combine all three to provide the same experience that users have on the traditional web, but with the freedoms and security of Web3. This is a major milestone because increasing user-friendliness in blockchain technology is considered key to mass adoption. Boundless’ upgrade has demonstrated that it is possible to provide users with smooth and fast blockchain applications while maintaining privacy. This development will pave the way for new users and institutions to join Web3, as they can now get the best user experience without compromising on privacy, security, and scalability.
Conclusion
Boundless’ mainnet upgrade is a revolutionary step towards mainstreaming zero-knowledge proof technology and connecting the entire blockchain ecosystem. As a result of this upgrade, for the first time, every blockchain and every developer has access to highly efficient zero-knowledge compute so that they can build complex applications that scale easily and are privacy-enhanced across chains without having to sacrifice decentralization. #Boundless has proven that scaling blockchain doesn’t have to come at the cost of security or privacy with the right infrastructure, we can succeed on all three fronts (scale, security, privacy) simultaneously. The expansion of the ZK ecosystem means that every digital interaction (whether financial or AI-related) in the future will be made trustworthy and private with zero-knowledge proofs. The Boundless upgrade is also a ray of hope for the Urdu-speaking crypto community, as our developers and users can now leverage this world-class technology to make Web3 more useful and secure. Boundless is laying the foundation for the next era of Web3 that is highly scalable, easy to use, and truly boundless.
@Boundless #Boundless $ZKC