Noah Mateo

Plume is a public, EVM-compatible blockchain purpose-built for the evolution of Real World Assets (RWAs). It moves beyond simple tokenization to create a seamless environment where RWAs can be utilized just like crypto-native assets—staked, swapped, lent, borrowed, and looped. By integrating traditionally inaccessible institutional-grade assets, such as private credit, ETFs, and commodities, with decentralized finance (DeFi) tools, Plume makes them permissionless, composable, and easily accessible.
The core mission of Plume is to bridge the gap between traditional finance and crypto through demand-driven adoption, all while upholding the principles of transparency, openness, and a superior user experience.
Plume distinguishes itself through a thriving and expanding ecosystem. It has already onboarded over 200 protocols and has seen significant success on its testnet, which recorded 18 million wallets and 280 million transactions. The network has also forged partnerships with major institutions, distribution partners, and leading asset managers, showcasing its credibility and reach.
Designed for utility, Plume allows for RWAs to be used across the DeFi stack, unlocking new avenues for yield stacking, leverage, and the creation of complex financial strategies. The platform is built to attract new capital on-chain every day from some of the world's leading funds.
The future of finance on Plume is centered on RWA finance (RWAfi). The ecosystem is designed to bring a wide range of assets into crypto, from staking stablecoins to earn yield from major funds like Superstate, Apollo, and Blackrock, to exploring more unique and esoteric assets such as GPUs, uranium, and durian farms. Through a phased onboarding process, Plume ensures a secure, scalable, and liquid environment, with each phase introducing more use cases, assets, and DeFi integrations.
At its core, Plume is building a permissionless, transparent, and demand-driven financial system where anyone can access high-quality assets, trade freely, and innovate with new financial tools. By bringing the real world into crypto, Plume is opening new opportunities for builders, investors, and institutions alike, solidifying its position as a key player in the future of RWAfi.
$PLUME
@Plume - RWA Chain
#Plume

WalletConnect was founded in 2018 with the initial goal of solving a critical user and developer experience problem: the disconnect between dApps on desktop and wallets on mobile phones. Its solution—a relay system paired with a QR code—quickly became a standard across the web3 industry, enabling millions of users to connect their wallets to applications of their choice and restoring interoperability for the ecosystem.
Over time, WalletConnect has evolved to address further UX challenges, including mobile-to-mobile connections, multi-extension wallet support, one-click Sign-in With Ethereum (SIWE), and cross-chain compatibility beyond the EVM. While it has paved the way for many on-chain experiences, the network's contributors believe significant issues still hinder mass adoption, such as the complexities of gas fees, managing multi-chain assets, and security risks.
WalletConnect has since become a foundational part of the on-chain experience, serving millions of users and facilitating billions of dollars in on-chain volume on a global scale. Now, the core team believes that to truly uphold web3's principles of self-custody, ownership, and composability, the network must transition to a decentralized infrastructure.
In preparation for this new chapter, WalletConnect Inc. has been rebranded as Reown. Reown will focus on building products like AppKit and WalletKit on top of the WalletConnect Network to create effortless, intuitive, and secure digital ownership experiences. Concurrently, the WalletConnect Foundation was established to support the network's growth, security, and decentralization.
Over the past six years, the protocol has expanded its reach to over 40,000 applications and 600+ wallets, facilitating more than 150 million connections as of 2024. This growth has solidified its position as critical infrastructure for the future of the internet. The network is now transitioning from a permissioned decentralized database to a fully permissionless model, driven by the need to uphold core web3 principles.
This evolution is particularly crucial in the new internet era of digital ownership. WalletConnect plays a vital role in bridging the gap between web2 and web3 user experiences while addressing the risks of centralization, such as single points of failure, censorship, and potential data exploitation. By providing a secure, user-controlled connection between applications and wallets, the WalletConnect Network is poised to drive the transition to a more open, decentralized, and user-owned internet ecosystem.
$WCT
#WalletConnect
@WalletConnect

Dolomite combines the functionalities of a decentralized exchange (DEX) and a lending protocol to create what is described as the most capital-efficient and modular protocol in the DeFi space. It offers a range of financial instruments, including over-collateralized loans, margin trading, and spot trading. By integrating these services, Dolomite aims to become a central hub for various DeFi activities, allowing protocols, DAOs, market makers, and other entities to manage their portfolios and execute on-chain strategies. The protocol is designed to simplify portfolio hedging, leveraging, and unlocking dormant equity through its broad token support and a non-rent-seeking model that passes DeFi rewards directly to users.

A Special Modular Architecture

Dolomite's architecture is built on a highly modular design consisting of two distinct layers: a core, immutable layer and a mutable module layer. This design allows Dolomite to remain true to the fundamental ethos of DeFi with a secure, unchanging base, while still possessing the necessary flexibility to adapt to new trends and paradigms as the space evolves. This modularity ensures a clear upgrade path, where new features can be introduced without conflicting with existing ones.
The system operates by sending Operations to the immutable core layer, which contain a sequence of Actions. These actions enable a variety of features, such as internal fund transfers and various trading capabilities. A key innovation is the ability to use internal liquidity for trading, which allows users to interact with a system that can also support flash loans, which are free on the platform. This model opens the door to future features like pair trading, impermanent loss trading, and trading with external liquidity sources via an aggregator.

Capital Efficiency and Virtual Liquidity

In the context of Dolomite, capital efficiency refers to the ability to reuse liquidity in multiple ways to receive several sources of yield simultaneously. Dolomite achieves this through its virtual liquidity system, which allows users to earn both swap fees and lending yield at the same time. The protocol’s ability to handle internal liquidity is a major advantage. For example, during the USDC depeg event, Dolomite's internal trading capabilities would have allowed users to swap their virtual USDT for another asset without ever needing to withdraw from the system. This would have helped to keep overall utilization rates lower and prevented the liquidity crunch seen on other platforms.
Furthermore, Dolomite’s Isolation Mode and virtualized liquidity empower users to retain control over their assets. For instance, a user can stake their entire deposited plvGLP balance from within Dolomite and continue to borrow against it across as many isolated positions as they wish. This allows them to claim their PLS rewards directly through Dolomite's interface while their assets are being used as collateral.

Broad Token Support

Dolomite stands out as one of the first lending protocols to offer broad support for thousands of assets within a central pooling architecture, including a diverse range of non-standard tokens. A prime example of this is the support for plvGLP. Dolomite allows users to stake or un-stake their plvGLP and borrow against it even though the staked plvGLP itself is not a tokenized asset. This represents a significant breakthrough, as it enables users to fully participate in a token’s ecosystem while leveraging it as collateral within a lending protocol.
$DOLO
@Dolomite
#Dolomite

BounceBit is positioned as a pioneer in the CeDeFi (Centralized Finance and Decentralized Finance) infrastructure space. It aims to make high-yield opportunities accessible to everyone by blending the best of both worlds. The platform offers a suite of institutional-grade yield products, enables various restaking use cases, facilitates Real World Asset (RWA) integration, and provides CeDeFi as a service.
At the core of this infrastructure is the BounceBit chain, a dual-token Proof-of-Stake (PoS) Layer 1 blockchain. This network is secured by a unique combination of Bitcoin (BTC) and its native token, $BB , while maintaining full EVM compatibility. This design leverages Bitcoin’s established security framework while providing the flexibility needed for modern decentralized applications.
BounceBit’s innovative yield-generation model hinges on liquidity custody tokens (LCTs) and a strategic partnership with CEFFU. Users can earn tangible interest from CeFi activities, and then use their LCTs to engage in restaking and on-chain farming. The platform also allows users to access tokenized RWAs, providing a path for diversified yield generation. The ultimate goal of this system is to seamlessly connect on-chain and off-chain economies, enabling users to securely maximize their yield.
$BB
@BounceBit
#BoucebitPrime

Pyth Network provides real-time, high-performance market data that is being adopted by a wide range of institutions and decentralized applications (dApps). The network’s data is used to make financial markets more efficient and accessible for everyone, with several projects showcasing its real-world impact.
One such example is Morpho, whose vault curators now secure their lending strategies using Pyth’s real-time price data across both the Ethereum and Base blockchains. The integration of a Pyth price scheduler has also streamlined the process, allowing for the efficient and secure creation of new vaults.
In the stablecoin and swapping sector, Kamino Swap leverages Pyth’s Express Relay to deliver a trading experience on Solana that rivals centralized exchanges (CEXs). This allows for zero-slippage and zero-MEV trading, effectively closing the performance gap between DeFi and centralized platforms and providing traders with faster, more reliable fills.
Similarly, Euler v2 has integrated Pyth’s on-demand pricing architecture into its borrow-lending markets. This innovative approach allows users to trigger oracle updates with every transaction, ensuring that on-chain price data is always timely and precise. This enhances capital efficiency and provides greater control for users, pushing the boundaries of risk-managed DeFi lending.
Other projects across the DeFi landscape are also utilizing Pyth’s data feeds, from derivatives platforms like Synthetixand DESK to DEXs like Paradex and Helix, and even other lending and stablecoin protocols like HypurrFi and Resolv. These success stories demonstrate how Pyth Network is empowering a diverse range of applications to build more performant and secure financial markets.
$PYTH
@Pyth Network
#Pythroadmap

The provided litepaper for Mitosis introduces the project as a protocol designed to address significant inefficiencies within the decentralized finance (DeFi) ecosystem. While DeFi has innovated traditional finance with decentralized and permissionless applications, it continues to face a "liquidity conundrum" rooted in fundamental flaws.

The Problem: Structural Inefficiencies in DeFi

The core issues outlined include a lack of liquidity supply price discovery, where the absence of standardized, public data leads to information asymmetry and inefficient capital allocation. Furthermore, capital inefficiency is a major drawback, as assets are often locked in pools, preventing them from being utilized elsewhere for other investment strategies. Finally, the problem of unstable TVL (Total Value Locked) is highlighted, where volatile capital and "mercenary" liquidity providers can lead to sudden market instability.

The Solution: The Mitosis Protocol

Mitosis presents a solution as a DeFi liquidity lending protocol. It functions by allowing users to deposit assets into a project's liquidity fund, where they can earn a yield. This pooled liquidity is then lent to other protocols, bridging capital and opportunity across the ecosystem.
The litepaper highlights three core concepts that define the Mitosis solution:
Democratized Access to Preferential Yields: Mitosis aims to make yields that were previously only available to large institutions accessible to individual users. This levels the playing field and promotes fairer capital opportunities.Tokenized LP Positions: To address capital inefficiency, Mitosis tokenizes liquidity provider positions. This innovation makes these positions transferable and composable, allowing them to be used in other DeFi applications.Liquidity Capital Middleware: Mitosis positions itself as a foundational infrastructure layer for DeFi. By providing this middleware, it aims to facilitate the more efficient, transparent, and secure movement of capital and liquidity across diverse DeFi ecosystems.
By tackling these core challenges, Mitosis seeks to provide a more stable and efficient environment for liquidity provision and capital allocation within the decentralized financial landscape.

$MITO
@Mitosis Official
#Mitosis

Somnia is an EVM-compatible Layer 1 blockchain designed for high-performance and cost-efficiency. With the ability to process over 1,000,000 transactions per second (TPS) and achieve sub-second finality, it is an ideal platform for building real-time, mass-consumer applications.
The blockchain is engineered to support millions of users, making it perfectly suited for fully on-chain applications like games, social media, and metaverse environments.
The Somnia Mainnet is officially live, providing a robust and ready-to-use network for developers and users. For developers who require Somnia Test Tokens (STT) to deploy smart contracts, support is available through the project's Discord channel or via email.
Somnia is backed by prominent companies Improbable and MSquared. While Improbable is developing key technical components of the blockchain, the project's ultimate vision relies on fostering a large and active community.
$SOMI
#Somnia
@Somnia Official

OpenLedger is introduced as an "AI Blockchain" specifically designed to be the foundational layer for trusted artificial intelligence. Its core mission is to "unlock liquidity to monetize data, models, and agents," transforming them from static entities into liquid and composable assets. This purpose-built infrastructure ensures that every AI-related process, from model training to agent deployment, is handled on-chain.

Key Features and Components

The platform is built on several key features that facilitate its unique approach to AI and blockchain integration:
AI Liquidity Layer: This is the central component that makes it possible for data, models, and agents to become tradable and composable assets within the ecosystem.EVM-Compatible Infrastructure: By adhering to Ethereum standards, OpenLedger allows for easy integration with existing blockchain tools, including wallets, smart contracts, and Layer 2 ecosystems. This compatibility ensures a familiar environment for developers.Proof of Attribution: This mechanism is designed to ensure that all contributions made within the network are traceable, verifiable, and that creators are fairly rewarded for their work.Model Datanet: These are on-chain data collaboration networks that enable communities to collectively create, curate, and contribute datasets for specialized AI model training.Open Chat and Open Models: While the website mentions these as products, specific details about their functionality are not provided.

Ecosystem and Community

The OpenLedger ecosystem includes Opencircle and has garnered support from notable figures in the tech and crypto space, such as Balaji Srinivasan (former CTO of Coinbase), Sreeram Kannan (Eigen Labs), and Sebastien Borget (The Sandbox). The platform maintains an active community through its Discord and Telegram channels, which are linked on the site. The website also provides live statistics, showcasing the number of transactions, smart contracts, and wallets on the network.
$OPEN
@OpenLedger
#Openledger

Somnia is introduced as a high-performance, cost-efficient, and EVM-compatible Layer 1 blockchain. It is designed to handle a massive number of transactions, with a reported capacity of over 1,000,000 transactions per second (TPS) and sub-second finality. The primary focus of Somnia is to serve as the foundation for real-time, mass-consumer applications that are fully on-chain, such as games, social applications, and metaverses.
The article highlights that the Somnia Mainnet is now live. It also serves as a central hub for developers, providing a comprehensive set of documentation. This documentation covers a wide range of topics essential for building on the platform, including:
Getting Started: Guides to help developers begin their journey with the Somnia network.Network Information: Details about the network's architecture and operational parameters.Smart Contracts: Resources for developing and deploying smart contracts on Somnia.Oracles: Information on how to use oracle services to connect on-chain and off-chain data.Subgraphs: Guides for indexing blockchain data using subgraphs.Wallet Integration: Instructions for integrating wallets with the Somnia network.
For developers looking to test their applications, the documentation provides clear instructions on how to request Somnia Test Tokens (STT). This can be done by either joining the Discord server and tagging a DevRel or by sending an email to [email protected].
The document also mentions key partners in the Somnia project, specifically Improbable and MSquared. Improbable is noted for its role in developing core technical components of the network. The article concludes by emphasizing the importance of building a large and active community to realize the project's ambitious vision.
$SOMI @Somnia Official #somnia