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  1. Published Social post

    Prom (@prom_io)

    🚀 PROM ecosystem × @NoosProtocol 🤝 At PROM, we're building the economic layer for AI agents and autonomous systems: programmable payments, escrow, automated settlements, and value exchange between agents, services, and protocols. Noos Protocol is working in the same area, building infrastructure for AI agents and actively growing an ecosystem around it. Together we'll look for new ways to collaborate and move the whole ecosystem faster. Agents will stop waiting to be told what to do: they will hire each other, buy data, sell finished work, and settle it at machine speed. That opens a layer of activity below the threshold people currently notice, where a task worth a fraction of a cent is worth doing and a service too small to sell becomes a business. More updates soon. 🚀

  2. Published Social post

    Prom (@prom_io)

    🚀 PROM ecosystem × @AlphioAI 🤝 Alphio AI lets people trade by saying what they want. An agent reads the intent, works out the steps and executes them, including through a Robinhood integration, so the actions land in a real account rather than a demo. At PROM, we're building the economic layer for the case that comes next: when the party on the other side is not a broker but another autonomous system, and value has to move on programmable rules rather than an account statement. Together, this covers both halves of the same shift. Agents that can act on intent, and infrastructure for what happens when they act on each other's. More updates soon. 🚀

  3. Published Social post

    Prom (@prom_io)

    Great news — PROM is now live on Bithumb’s KRW market 🇰🇷 Trading started today, August 24, at 13:00 KST / 04:00 UTC. Official announcement: https://feed.bithumb.com/notice/1654581

  4. Published Social post

    Prom (@prom_io)

    🚀 PROM ecosystem × @QitmeerNetwork 🤝 Qitmeer is building L1 blockchain infrastructure, with a focus on network throughput and settlement finality. At PROM, we're developing programmable economic infrastructure — payments, escrow, and automated settlements for autonomous systems. This collaboration opens room to explore where the two layers can connect across the wider Web3 ecosystem. More updates soon.

  5. Published Social post

    Prom (@prom_io)

    🚀 PROM ecosystem × @Agentum_space 🤝 An agent posts a task with the budget already locked. Others bid for it, staking collateral. One does the work sealed inside a trusted execution environment; the result is proven correct, and the escrow releases on its own. That loop is what Agentum is building on BNB Chain: portable agent identity, staked bidding, confidential execution, zkVM evaluation. At PROM, we're building the programmable economic layer underneath work of exactly this shape — settlement that follows verified outcomes. Agent coordination becomes programmable commerce

  6. Published Social post

    Prom (@prom_io)

    🚀 PROM ecosystem × @Zypher_Network 🤝 An agent can claim it followed the rules. Proving it is a different problem — and that is what Zypher Network builds: a decentralized audit layer that uses zero-knowledge proofs and on-chain commitments to verify prompts and executions, without exposing the model or the data behind them. A proof only matters economically if something happens once it lands. PROM is where it does — conditional fund release and outcome-based settlement, so value moves when a result has been verified rather than when it has merely been reported. Put together, an agent's work stops being a claim and becomes a condition. The proof arrives, the settlement follows, and neither side has to take the other's word for it. Proven work becomes payable work. 🚀

  7. Published Social post

    Prom (@prom_io)

    🚀 PROM ecosystem × @SodabotAI 🤝 Sodabot AI is building agent-based systems focused on task automation and AI-driven execution. At PROM, we’re developing the economic layer — enabling agents to transact, coordinate, and exchange value through programmable payments. Together, this connects AI automation with native economic logic: Agents execute tasks. PROM enables them to get paid. A step toward the human-to-agent economy. More updates soon. 🚀

  8. Published Social post

    Prom (@prom_io)

    🚀 PROM ecosystem × HyperGPT HyperGPT is building a marketplace for AI services — a place where users can discover tools, try them, and use them in real scenarios. At PROM, we’re focused on the economic layer that lies beneath that experience — enabling payments, value distribution, and automated settlement among participants. Together, this creates a powerful flow: users access AI tools, run tasks, and payments are handled seamlessly in the background. This is how AI services move from usage to real economic activity. More updates soon. 🚀

  9. Published Social post

    Prom (@prom_io)

    PROM ecosystem × @ENI__Official 🤝 ENI is building a Web3-native platform integrating AI-driven tools and services. PROM is developing the economic layer — enabling programmable payments and value exchange. Together, this brings native monetization to AI-powered applications. AI tools can already be used... Now they can be paid for. More updates soon. 🚀

  10. Published Social post

    Prom (@prom_io)

    PROM ecosystem × SwarmBase 🤝 SwarmBase orchestrates multi-agent systems that break down tasks, coordinate execution, and produce results in real time. At PROM, we’re building the economic layer for that process — enabling agents to transact, verify work, and settle value programmatically. Taken together, this connects agent execution to native economic logic. Tasks are split, work is done, results are delivered — and value is distributed automatically between participating agents. This is how multi-agent systems become economically viable. A step toward the human-to-agent economy. More updates soon. 🚀

  11. Published Social post

    Prom (@prom_io)

    PROM ecosystem welcomes a new partner: @iFluxGlobal iFlux Global is developing a platform for structured crypto trading that allows users to access assets through installment-based contracts with fixed pricing and no liquidation risk. PROM is working on the economic layer to enable programmable payments, escrow services, and automated settlements. While iFlux focuses on financial products, this collaboration signals a broader shift: financial primitives are becoming programmable and interoperable within emerging agent-driven systems. Together, we are connecting structured trading with programmable economic infrastructure, enabling complex financial flows to be automated, coordinated, and expanded into new use cases. This partnership represents a step towards a more programmable and interconnected financial layer, ultimately contributing to the human-to-agent economy. Stay tuned for more updates!

  12. Published Social post

    Prom (@prom_io)

    PROM ecosystem welcomes @aylab_io Aylab is building AI infrastructure that enables developers, services, and autonomous agents to create, deploy, and run intelligent applications across decentralized environments, forming the execution layer for next-generation AI systems. PROM is developing the economic layer, enabling autonomous agents to coordinate tasks and exchange value through programmable payments. Together, this connects AI execution with native payments. AI agents can run tasks via Aylab and get paid through PROM automatically, based on results. This creates the foundation for AI-driven services that are not only intelligent but also economically active. A step toward the human-to-agent economy. More updates soon. 🚀

  13. Published Social post

    Prom (@prom_io)

    PROM ecosystem welcomes a new partner: @PundiAI Pundi AI is building infrastructure that provides access to AI models and compute, enabling developers, services, and autonomous agents to execute tasks and build intelligent applications across decentralized environments. PROM is developing infrastructure that enables autonomous AI agents to coordinate tasks and exchange value through programmable payments. Together, this opens the path toward a human-to-agent economy, where AI systems don’t just execute tasks, but also operate as independent economic actors. Autonomous agents can access compute, perform work, coordinate with other agents and users, and transact natively through programmable economic logic. This collaboration explores how AI execution infrastructure and agent-native economic infrastructure can converge to form the foundation for scalable, economically active AI systems. More updates soon.

  14. Published Social post

    Pundi X Labs (@PundiXLabs)

    Pundi X and PROM Explore Collaboration to Connect AI Data Infrastructure and Machine-Native Finance Pundi X, a global technology company building blockchain and AI-driven solutions, today announced a strategic collaboration with @prom_io, the economic layer for autonomous AI agents. Through Pundi AI, its decentralized AI data initiative, we are exploring how community owned data infrastructure and machine-native finance can combine to power the next generation of autonomous AI systems. PROM is building the foundational financial infrastructure that enables AI agents to transact, coordinate tasks, and exchange services independently. Secured by a modular zkEVM architecture, PROM is designed for machine-scale operations: high-frequency micropayments, programmable service agreements, automated task verification, and agent-to-agent settlements without human intervention. As AI agents become independent economic actors, PROM provides the rails that make autonomous finance not just possible, but practical at scale. Pundi AI, the AI initiative of Pundi X, is building the open data layer that powers these intelligent systems. Through its AI Data Platform, Data Marketplace, and Data Pump, Pundi AI enables communities to contribute, label, verify, and own AI training data as onchain assets. The result is a growing library of community curated, verifiable datasets that AI agents, developers, and enterprises can access and build on. This collaboration brings together two complementary layers of the emerging AI economy. Pundi AI provides the data and model access layer, helping developers, users, and intelligent agents execute tasks and build real AI-driven services. PROM adds the economic layer that makes these systems truly functional at scale, enabling micropayments, escrow, and automated settlements between agents, users, and services. Together, this opens the door to a new model where AI services do not just run, they transact, monetize, and coordinate natively. From pay-per-inference and on-demand AI execution to agent-to-agent data transactions, this collaboration explores how intelligence and value exchange can operate together in one seamless, autonomous flow. Datasets from Pundi AI's marketplace become not just training assets but active economic inputs in agent workflows, discoverable, accessible, and payable through PROM's machine-native finance infrastructure. What's Next Pundi X and PROM will work together to explore how Pundi AI's community curated datasets can be made accessible and transactable within PROM's agent economic infrastructure. The collaboration will look at specific use cases including pay-per-inference, onchain data access agreements, and agent-to-agent data transactions, as well as joint community initiatives that bring both ecosystems closer to the shared vision of open, autonomous, and fairly rewarded AI systems. Together, Pundi X and PROM are laying the groundwork for an AI economy where data, intelligence, and economic coordination operate as one, built in public and owned by the communities that power it. About Pundi X Pundi X is a global technology company delivering blockchain-based payment infrastructure and AI-driven solutions. Through its suite of products and initiatives, including Pundi AI, its decentralized AI data initiative, Pundi X is expanding its mission to democratize access to technology, finance, and AI development for everyone. Pundi AI offers the Pundi AI Data Platform, Pundi AI Data Marketplace, and Pundi AI Data Pump — infrastructure designed to ensure AI development remains transparent, unbiased, and resistant to monopolistic control. As a member of the NVIDIA Inception Program, Pundi AI's mission is to create an open AI ecosystem where data and development are accessible to everyone. For more information, visit: https://pundix.com/ / https://pundi.ai About PROM PROM is the economic layer for autonomous AI agents, building foundational infrastructure that enables AI agents to interact economically at machine scale. Secured by a modular zkEVM architecture, PROM supports programmable payment conditions, automated service agreements, and high-frequency micropayments designed for agent-to-agent and machine-to-machine transactions. Its AI-native extensions include dedicated modules for agent identity, task verification, and autonomous economic coordination. Originally founded in 2019 as Prometeus Network, PROM launched its zk-based Layer-2 network in 2024 and has since evolved into the dedicated economic infrastructure for the autonomous AI economy. For more information, visit: https://prom.io

  15. Published Social post

    Prom (@prom_io)

    PROM x UXLINK PROM ecosystem welcomes a new partner: @UXLINKofficial UXLINK is building infrastructure that connects people, communities, and social graphs in Web3: enabling large-scale coordination, identity layers, and network-driven growth across decentralized ecosystems. PROM is developing infrastructure that enables autonomous AI agents to coordinate tasks and exchange value through programmable payments, including escrow, micropayments, and automated settlements between services. Together, this opens the path toward a human-to-agent economy, where communities don’t just interact with other people, but also with autonomous systems capable of providing services, executing tasks, and transacting independently. AI agents can operate within social networks, offer services to communities, coordinate economic activity, and settle payments autonomously through programmable logic. This collaboration explores how social infrastructure and agent-native economic infrastructure can converge to form the foundation for scalable human–agent coordination in decentralized environments. More updates soon.

  16. Published Social post

    Prom (@prom_io)

    PROM ecosystem welcomes a new partner: @NumbersProtocol We’re exploring a collaboration with Numbers Protocol to combine content verification with programmable economic infrastructure for the next generation of AI-driven systems. PROM provides the economic layer for AI agents, enabling micropayments, escrow, and automated settlements at scale. Numbers Protocol brings a trust layer that verifies content, tracks provenance, and ensures the authenticity of AI-generated outputs. Together, this unlocks a seamless proof → payment pipeline, where verified results can directly trigger value exchange — without intermediaries. In this model, AI agents don’t just generate content: they can prove its origin, coordinate with users and platforms, and get paid automatically based on verifiable outcomes. This is how we move toward a new paradigm: the human-to-agent economy, where systems can prove, transact, and operate independently within decentralized networks. More updates soon.

  17. Published Social post

    Prom (@prom_io)

    PROM Agent-to-Agent Verification Network: First Commits Are Live 🚀 We've started development of the PROM A2A Verification Network, where results can be evaluated, attested, and (when needed) challenged. Not based on blind trust, but through mechanisms that introduce accountability. It provides the on-chain infrastructure for task verification, validator consensus, dispute resolution, and reputation scoring between AI agents on the PROM network. More details on GitHub 👇 https://github.com/prom-io/a2a-verification-network

  18. Published Social post

    Prom (@prom_io)

    PROM Agent-to-Agent Verification Network: First Commits Are Live 🚀 We've started development of the PROM A2A Verification Network, where results can be evaluated, attested, and (when needed) challenged. Not based on blind trust, but through mechanisms that introduce accountability. It provides the on-chain infrastructure for task verification, validator consensus, dispute resolution, and reputation scoring between AI agents on the PROM network. More details on GitHub 👇 https://github.com/prom-io-develop/a2a-verification-network

  19. Published Social post

    Prom (@prom_io)

    PROM ecosystem welcomes a new partner: @RentaNetwork Renta is building infrastructure that tokenizes real-world assets and makes them accessible on-chain, enabling decentralized ownership, rental, and programmable access to physical resources. PROM is developing infrastructure that enables autonomous agents to coordinate tasks and exchange value through programmable payments, including escrow, micropayments, and automated settlements between services. Together, this creates new possibilities for AI agents to interact with tokenized real-world assets and services. AI agents can request access to assets, manage rental agreements, and execute payments autonomously, while programmable payment logic ensures secure coordination and conditional fund release — forming the foundation for agent-to-asset economies built on decentralized infrastructure. More updates soon.

  20. Published Social post

    Prom (@prom_io)

    PROM Agent-to-Agent Payment Rail: First Commit Is Live 🚀 We've started development of the PROM A2A Payment Rail — a core component of PROM’s new architecture as an economic foundation for autonomous agents. It provides the on-chain infrastructure for escrow, streaming micropayments, automated settlements, and verification-aware fund release between AI agents. The rail serves as the on-chain payment backbone for AI agent economies on the PROM network. 🔧 What's in the first build: 💰 Payment Modules • Escrow — trustless fund locking between AI agents • Settlement — batch on-chain payouts • Streaming — real-time micropayment channels • Verdicts — verification-aware fund release • Receipts — cryptographic payment proofs ⛓️ Smart Contracts (Solidity 0.8.24) • EscrowHub — full escrow lifecycle: open → settle → stream → close → freeze • VerdictIntegration — automated dispute-triggered fund freezing • Built and tested with Foundry More details on GitHub 👇 https://github.com/prom-io/a2a-payment-rail

  21. Published Social post

    Prom (@prom_io)

    PROM ecosystem is expanding: we’re building a platform for AI agents. Alongside its zk-based infrastructure, we’re introducing a new area: the emerging economy of AI agents. Agents will be able to transact, collaborate, verify results, negotiate services, exchange value, and operate autonomously within the PROM protocol. We’re launching a series exploring the architecture, core components, economics, and long-term vision behind this new direction. Read Part I: Why AI Needs a Native Economic Layer👇

  22. Published Social post

    Prom (@prom_io)

    PROM ecosystem is expanding: we’re building a platform for AI agents. Alongside its zk-based infrastructure, we’re introducing a new area: the emerging economy of AI agents. Agents will be able to transact, collaborate, verify results, negotiate services, exchange value, and operate autonomously within the PROM protocol. We’re launching a series exploring the architecture, core components, economics, and long-term vision behind this new direction. Read Part I: Why AI Needs a Native Economic Layer👇 https://x.com/prom_io/status/2032047119121490226?s=20

  23. Published Social post

    Prom (@prom_io)

    PROM ecosystem is expanding: we’re building a platform for AI agents. Alongside its zk-based infrastructure, we’re introducing a new area: the emerging economy of AI agents. Agents will be able to transact, collaborate, verify results, negotiate services, exchange value, and operate autonomously within the PROM protocol. We’re launching a series exploring the architecture, core components, economics, and long-term vision behind this new direction. Read Part I: Why AI Needs a Native Economic Layer👇 https://x.com/prom_io/status/2032047119121490226?s=20

  24. Published Social post

    Prom (@prom_io)

    PROM as the Foundation of AI-Agent Economics Part I Why AI Needs a Native Economic Layer for Autonomous Machine-to-Machine Interaction Note: A new era is emerging: AI systems act not only as tools, but as autonomous participants in economic activity, and PROM is evolving to become a foundational layer for this new machine-native economy. In this series of articles, we will explore how this transition began, why programmable settlement and zk-based infrastructure are critical for AI-agent interactions, and how PROM is positioning itself to support the next generation of decentralized, autonomous economic systems. PROM is a project with a long history in the Web3 space. Today, it operates as a high-performance, scalable network built on Polygon CDK. It’s a modular framework for deploying zk-powered Layer 2 and sovereign chains based on zero-knowledge proofs. PROM’s architecture is built around 3 properties: programmability, security, and efficient settlement. Based on zk-based validity proofs, it separates execution from verification. Transactions can be processed at scale, preserving strong cryptographic guarantees on final state. But this structure is not only perfect for traditional dApps. It also creates the conditions for new types of systems: automated coordination, deterministic logic, and frequent interactions between independent actors without centralized control. One such type is autonomous AI. AI systems are increasingly operating beyond simple request-response APIs. Agent frameworks now allow models to plan, delegate tasks, call external tools, interact with other agents, and manage workflows with minimal human supervision. As these systems mature, they begin to resemble economic participants rather than passive software components. However, their billing models are still based on API keys, monthly subscriptions, prepaid balances, and internal accounting systems. Trust is enforced contractually or institutionally. Dispute resolution is manual. Micro-usage is bundled rather than settled precisely. This structure works in a human-centered environment. It becomes inefficient — and eventually limiting — in a machine-to-machine context. Autonomous systems require an economic layer that is: programmable granular verifiable interoperable … and not dependent on centralized intermediaries. This is precisely where the PROM scalable zk-based protocol becomes relevant. Extending the foundation of programmable settlement and cryptographic guarantees toward AI-agent economics is a logical expansion of its capabilities into a rapidly growing domain. It is no longer a question of whether AI systems will participate in DeFi. The real question is how that activity will be coordinated, secured, and settled in a way that is scalable, trust-minimized, and machine-native. AI as an Economic Actor Artificial intelligence systems are no longer limited to static (task-specific) models. Modern agent frameworks allow AI to plan multi-step actions, delegate subtasks, access external tools, interact with APIs, and coordinate with other agents autonomously. So AI is no longer just a computational service. It becomes an operational entity. An AI agent can do a lot of things: request data from another system outsource computation provide services in exchange for compensation manage allocated resources execute predefined economic policies Now AI systems are beginning to resemble economic actors. They generate value, they consume services, so they participate in transactional flows. However, current infrastructure does not fit for that. 📷 Most AI interactions are still mediated through centralized billing systems. Access is controlled through API keys. Payments are processed off-chain. Usage is tracked internally. Disputes are handled manually. This structure assumes a human counterparty and a centralized operator. In a future where autonomous agents interact at scale — potentially thousands of times per second — such an approach becomes inefficient and structurally limiting. If AI agents are to operate independently, they require a native economic layer: one that allows them to transact programmatically, settle value atomically, and rely on cryptographic guarantees rather than institutional trust. This shift reframes AI not as software, but as an economic participant… and it demands infrastructure designed accordingly. The Missing Piece: Enabling Machine-to-Machine Payments Modern AI systems can generate text, analyze data, execute code, and orchestrate complex workflows. Agent frameworks allow them to call external tools, delegate subtasks, and interact with other agents. And a huge part of the coordination layer already exists. What does not exist? At least not in a scalable, decentralized form? Well, it’s a native mechanism for fine-grained value exchange. AI services now pay via centralized billing systems. Usage is aggregated and charges are processed in bulk. Access is granted via standard API keys. Even when consumption is measured in tokens or milliseconds, there are no real micropayments per action. Payment is still processed in bulk through centralized accounting rather than settled transaction by transaction. This works well enough with humans. But it breaks down when bots begin transacting with bots. Bots need really small chunks. Autonomous agents require the ability to: pay per request pay per token pay per second of compute lock collateral programmatically release payment conditionally resolve disputes automatically And they must be able to do this at scale: potentially thousands of micro-interactions per second. Traditional payment rails are not designed for such granularity. Most blockchains, meanwhile, are not optimized for high-frequency, low-value transactions without significant overhead. 📷 This creates a serious gap. AI systems are becoming autonomous decision-makers, but they lack a programmable, trust-minimized economic substrate that matches their operational model. Micropayments are not just a convenience feature (they are a coordination primitive). Without them, autonomous systems remain economically dependent on centralized intermediaries. With them, machine-to-machine commerce becomes viable. So the real question is simple: what kind of infrastructure can actually handle this — and how do we adapt programmable settlement to the way machines interact? And how do AI agents get a programmable identity on-chain? How can they act without centralized trust? And how do they exchange value at machine speed? Read the answers and much more about a modular AI-economic stack anchored in PROM in Part 2. Thanks for reading. Stay tuned — this is only the beginning!

  25. Published Social post

    Prom (@prom_io)

    Introducing @PromPayApp: next-gen payment layer built as an integral part of the Prom ecosystem. PromPay features crypto-topped payment cards that can be instantly funded with most well-established cryptocurrencies. Designed for seamless real-world spending, it bridges digital assets and everyday transactions. PromPay at a glance: - Supported countries: 150+ - Fiat currencies: 50+ - Supported blockchains: 15+ - Accepted merchants: 44M+ - Сards: Visa / Mastercard - Apple / Google Pay compatible Beyond convenience, Prompay will offer exclusive perks and benefits for the Prom community. We are currently working hard on bringing Prompay to life — building the infrastructure, finalizing partnerships, and crafting the user experience. Take a look and follow the journey 👇 https://prompay.org/

  26. Published Social post

    Prom (@prom_io)

    Excited to partner with @UN_wallet 🤝 United Network provides the access layer that brings hardware wallet security to L2 interactions, removing the UX friction that usually pushes users toward hot wallets. Trustless verification at the protocol layer should extend to the wallet layer. Clear signing, open-source firmware, and proper key isolation aren't optional when you're building for real adoption. Cross-chain without custodial friction. Stay tuned for more updates.

  27. Published Social post

    Prom (@prom_io)

    Excited to partner with @UnitedNetwork 🤝 United Network provides the access layer that brings hardware wallet security to L2 interactions, removing the UX friction that usually pushes users toward hot wallets. Trustless verification at the protocol layer should extend to the wallet layer. Clear signing, open-source firmware, and proper key isolation aren't optional when you're building for real adoption. Cross-chain without custodial friction. Stay tuned for more updates.

  28. Published Social post

    Prom (@prom_io)

    We appreciate the recognition from @Grayscale highlighting $PROM in their recent research! We have been building since 2019, and proud to maintain consistent performance and fundamentals in action. Even as countless new projects enter the landscape, including the significant rise and dynamics of @BNBCHAIN, which $PROM is also a part of, sustainable growth was always, and continues to be our main focus 💫

  29. Published Social post

    Prom (@prom_io)

    Prom Integrates Hyperlane Into the Ecosystem We’re thrilled to announce that we’re joining forces with @hyperlane, a permissionless interoperability protocol for cross-chain communication. Hyperlane powers developers and app builders to route data between chains without any reliance on centralized entities. The protocol enables complete control of dApp operation in a multi-chain environment, aligned with smooth bridging solutions and a customizable security stack. Hyperlane solution will become a driver of our smooth mainnet operation and onboarding of users transitioning between Prom and other networks, removing any possible obstacles tied to bridging and cross-chain interactions. Stay tuned for further announcements while we’re working on finalizing technical integration!

  30. Published Social post

    Prom (@prom_io)

    Prom Mainnet is Almost Here Community, the Day X is finally here. The dates are set and with a great hope for the next chapter of our journey, we’re glad to announce that Prom Mainnet will go live on November 21st. For all the testnet participants, today is the last day to finish the dashboard tasks: the snapshot of your points will be taken tomorrow, on November 20th. Please, be patient and track our future announcements: we will give you all the needed details you need to know to successfully connect to mainnet and claim your well-deserved rewards for testnet activity. Turn on your notifications as we’re moving closer to November 21st.

  31. Published Social post

    Prom (@prom_io)

    Stress Test Results Community, we thank you all for participating and showing immense activity. We’re happy to announce that our network successfully withstood the load during the Stress Test while maintaining the average high load of 100,000 daily transactions and hitting…

  32. Published Social post

    Prom (@prom_io)

    Prom Integrates SoonVerse Into the Ecosystem We're thrilled to announce that @soon_verse, an integrated Web3 games and metaverse accelerator and incubator, is joining the Prom ecosystem. SoonVerse creates an environment for quality Web3 games, offering all-around long-term…

  33. Published Social post

    Linear Finance (@LinearFinance)

    We are excited to be part of the Prom @prom_io ecosystem! This collaboration opens up new opportunities for both of our communities. Stay tuned for more exciting news as we at #Linear embark on this journey with Prom! $LINA $PROM twitter.com/prom_io/status… Quote [@prom_io](https://www.twitter.com/prom_io/status/1800905983155134547) > Prom Integrates Linear Finance Into the Ecosystem > > We're happy to announce the expansion of our ecosystem by welcoming @LinearFinance, a pioneering decentralised application for staking and building ℓUSD. Linear Finance empowers users to create, manage, and trade synthetic and…

  34. Published Social post

    Prom (@prom_io)

    Prom Integrates TuringBitchain Into the Ecosystem We are thrilled to announce a new addition to our ecosystem. Meet @TuringBitchain_, a revolutionary public blockchain dedicated to unlocking Bitcoin’s full potential. TBC enhances Bitcoin's scalability, aligning it with the…

  35. Published Social post

    Prom (@prom_io)

    Prom Testnet is Here ⚡️ We’re excited to announce our next step: the launch of Prom testnet. The launch is powered by @0xPolygon CDK and built in collaboration with @Alt_layer to ensure a higher degree of scalability. Follow the thread to start your journey.

  36. Published Social post

    Lookonchain (@lookonchain)

    Andrei Grachev(the head of @DWFLabs) spent 500K $USDT to buy 49,965 $PROM at $10 30 minutes ago. https://etherscan.io/address/0x6314E52eb45D14b5Cc8D409552d070f034b98BDD#tokentxns https://twitter.com/ag_dwf/status/1757693591873335419 https://t.co/yGXq2xHbUa

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