Testnet Is Live — Validators Welcome
The Testnet Is Live
Monolythium testnet mono_6940-1 is producing blocks. EVM chain ID 6940, registered on the Ethereum chain list alongside mainnet 6941. Connect your wallet, deploy a contract, run a transaction — it is live and operational.
A lot has happened since our last update. Today we want to share where things stand and walk through what has been shipped. Monolythium is a full-stack blockchain ecosystem: a custom Layer 1 chain, a DeFi hub, a block explorer, a game platform, desktop and browser wallets, validator tooling, and more. All of it is deployed and running against the live testnet.
Here is where things stand today:
60+ repositories across 5 GitHub organizations
14 production applications shipped, deployed, and operational
13 smart contracts verified and running on testnet
6 languages supported across the ecosystem -- English, Turkish, Korean, Dutch, Chinese, and Russian
1,600+ commits in the last two months alone
Everything listed above exists in a repository, has a URL you can visit, and can be verified on the block explorer.
What This Post Covers
This post walks through every product in the Monolythium ecosystem: what it does, where it stands today, and what comes next. The chain itself, the DeFi platform, the wallets, the explorer, the game platform, the developer tools — all of it. We want to be transparent about what has been built, what is still in progress, and where we are heading.
If you are a developer, you will find details on EVM compatibility and deploying Solidity contracts. If you are a potential validator, the consensus model and staking economics are covered in depth. If you just want an honest look at the state of the project, keep reading.
The Network
At the core of Monolythium is a Layer 1 blockchain built on the Cosmos SDK with full EVM compatibility. That combination is deliberate. Cosmos gives us sovereign chain architecture and native IBC interoperability -- a trustless protocol for transferring assets between Cosmos chains. The EVM layer means every tool in the Ethereum ecosystem works out of the box: MetaMask, Hardhat, Foundry, Remix, ethers.js. If you have ever deployed a Solidity contract, you can deploy one on Monolythium today without learning anything new. The chain speaks both languages fluently. Cosmos address prefix is mono, the native token is LYTH (alyth, 18 decimals, coin type 60), and validators, delegators, and smart contracts all operate in a single unified environment.
The consensus engine is LythiumBFT, a custom implementation with one significant departure from the norm: quadratic proposer selection. In most proof-of-stake networks, the validators with the largest stake produce the overwhelming majority of blocks -- a dynamic that concentrates power and rewards at the top. LythiumBFT weights proposer selection quadratically, meaning that while larger validators still have an advantage, it scales sub-linearly. A validator with four times your stake does not get four times the blocks. They get two times the blocks. The result is a network where mid-size and smaller validators remain economically viable and where no single entity can dominate block production through sheer capital alone. The maximum validator set is capped at 53 -- large enough for meaningful decentralization, small enough to maintain fast finality and high throughput. The testnet launched with 7 foundation-operated validators to bootstrap the network. The goal is to hand off validation entirely to the community -- as independent validators join, foundation nodes will be retired. There is room for 53 community validators in the active set. Joining the validator set requires a one-time burn of 100,000 LYTH plus a self-delegation of 100,000 LYTH, handled by our custom x/validator module. This is not a low barrier by design -- validators should have genuine economic commitment to the network they are securing.
The tokenomics are built around a single conviction: LYTH should become harder to get over time, not easier. Ninety percent of every transaction fee is permanently burned through our x/burn module. Not redistributed, not sent to a treasury, not recycled -- destroyed. The remaining 10% goes to validators as compensation for securing the network. As adoption grows and transaction volume increases, the burn rate accelerates while the supply contracts. This is a deflationary pressure that compounds with usage, and it means that every transaction on the network -- every swap, every NFT mint, every contract deployment -- directly benefits every LYTH holder by reducing the circulating supply. On the inflation side, the chain launches with an 8% annual rate, all of which flows to stakers. Both inflation_max and inflation_min are set to 0.08 with inflation_rate_change at zero, so the rate stays flat unless validators collectively decide to change it through a governance proposal. You stake, you earn from that inflation, and the burn mechanism works to offset and eventually exceed it as network activity scales. The math is straightforward and the incentives are aligned: use the network, and supply shrinks; stake your tokens, and you earn a predictable yield while it does.
Unbonding is set to 3 days on both testnet and mainnet, keeping the staking experience responsive for validators and delegators. Everything else you see on testnet today -- the consensus engine, the fee burn, the validator economics, the EVM execution layer, IBC enabled from genesis -- is what ships to mainnet. The testnet is not a simulation. It is the dress rehearsal, running the same code, the same modules, and the same rules. If it works here, it works there.
MonoHub -- DeFi, Built and Running
MonoHub is the DeFi platform for the Monolythium ecosystem, live at monohub.xyz, with 13 verified smart contracts deployed on the Monolythium testnet and a frontend that has seen 139 commits in the last two months alone. When we say the testnet is live, we mean you can connect your wallet right now, swap tokens, provide liquidity, launch a token on a bonding curve, stake LP positions for yield, and watch every price update arrive in real time over WebSocket -- no page refreshes, no stale data. The platform includes a full AMM DEX, a manipulation-resistant price oracle, a bonding curve token launchpad, LP farming, an on-chain agent registry, a fee collector that splits revenue between burn and treasury, and seamless wrapping between native LYTH and its ERC-20 form. Every piece is deployed, verified, and connected.
At the core of MonoHub sits MonoSwap -- the automated market maker. MonoFactory creates constant-product liquidity pairs on demand. MonoRouter handles multi-hop swaps and natively wraps or unwraps LYTH so that users never need to think about the difference between the native coin and its wrapped counterpart; the router accepts raw LYTH, wraps it behind the scenes, executes the swap, and returns the output token in a single transaction. Liquidity providers deposit token pairs into MonoPair contracts and receive LP tokens representing their share of the pool. Every swap pays a fee, and the FeeCollector contract splits that revenue -- the majority is burned permanently, and the remainder funds the protocol treasury. The TWAP oracle provides manipulation-resistant price feeds, hardened against flash loans, sandwich attacks, and price manipulation.
The token launchpad, MonoPump, brings bonding curve launches to the Monolythium ecosystem. Creators deploy a new token along a configurable price curve that rises with supply sold. Buyers purchase tokens directly from the curve using native LYTH, and when the total raised hits the graduation threshold, the contract automatically migrates liquidity to MonoSwap -- transitioning the token from a bonding curve to open market trading in a single transaction. MonoPump ships with anti-whale protections, a tiered launch system, mandatory creator vesting enforced on-chain, and an integrated referral system for community-driven distribution. The LPFarming contract extends this further: once tokens graduate and liquidity lands on MonoSwap, LP stakers can earn WLYTH yield from a pre-funded reward pool.
The frontend is a feature-rich application covering swap, pump screener, trading charts, portfolio tracker, DeFi center, token builder, agent arena, IBC bridge, wallet management, analytics, and settings. Real-time data flows through a persistent WebSocket connection to the indexer, keeping the entire UI current without any user action. The portfolio tracker includes full NFT support with on-chain metadata resolution, collection filtering, and grid display. An IBC transfer form is wired up and ready for cross-chain transfers the moment relay channels are established. OFAC geofencing blocks sanctioned jurisdictions at the middleware layer before any page renders. The entire interface ships in six languages -- English, Turkish, Korean, Dutch, Russian, and Simplified Chinese -- and supports dark and light themes.
For anyone holding LYTH, MonoHub is where the token economics come alive. Every swap generates protocol fees. Those fees flow to the FeeCollector, which burns a configurable percentage and sends the rest to the contracts treasury. Active trading on MonoSwap means continuous, programmatic supply reduction. Liquidity providers earn their share of swap fees proportional to their pool stake, and LP farmers earn additional WLYTH yield on top. Token creators who launch through MonoPump see their projects graduate into real liquidity pairs with vested allocations that align long-term incentives. The TWAP oracle provides manipulation-resistant pricing that other contracts and integrations can rely on for fair valuations. The platform covers swaps, a hardened oracle, a bonding curve launchpad with anti-whale protections, yield farming, NFT tracking, cross-chain bridging infrastructure, compliance geofencing, and real-time data across every screen. All of it is live on testnet today, and all of it will carry over to mainnet with the same contract addresses, the same frontend, and the same infrastructure.
Monoscan -- See Everything On-Chain
Monoscan is the block explorer for Monolythium, live at monoscan.xyz. It streams new blocks and transactions to your browser in real time -- when a block lands on-chain, it appears on the dashboard within seconds. No polling, no page refreshes. The full chain history is indexed and searchable, from the most recent transaction all the way back to genesis.
The sidebar navigation tells you how much is packed into this explorer: Dashboard, Validators, Nodes, Blocks, Transactions, Wallets, Governance, IBC, Snapshots, a Faucet, and a Wallet Helper -- plus an Ecosystem section linking out to MonoHub and MonoWallet. Validator profiles are first-class citizens, each with their own page, moniker, commission details, and quick-stake buttons that let users delegate directly from the explorer without switching to another application. A built-in faucet lets you request testnet tokens directly from the explorer. When a transaction fails, the detail page shows the full failure reason so you can see exactly what went wrong. The explorer supports both testnet and mainnet, switchable from the UI. Seventy-six commits have landed in the last two months.
For anyone holding LYTH or evaluating Monolythium as a validator, Monoscan is where transparency becomes concrete. Every transaction is traceable. Every validator is profiled with their stake, commission, and uptime. Every block links to its proposer. The faucet puts testnet tokens in your wallet in under a minute so you can start experimenting immediately. Visit testnet.monoscan.xyz to see it in action.
Wallets -- Your Keys, Your Chain
Monolythium ships with two wallets, built from scratch for two different contexts, sharing a design language but engineered independently to play to their platform's strengths. The browser extension and the desktop application together cover every way a user might interact with the Monolythium ecosystem, from signing a quick swap on MonoHub to managing a staking portfolio across multiple validator delegations. Both wallets pull their token and contract data dynamically from the Monolythium networks repository, meaning new tokens and contract addresses propagate automatically without shipping a wallet update. Both ship in six languages -- English, Turkish, Korean, Dutch, Russian, and Simplified Chinese. And both are live, tested against the running testnet, and ready for mainnet.
The Monolythium Browser Wallet (v2.0.4) is a Chrome extension that speaks both EVM (EIP-1193, EIP-6963) and Cosmos (Keplr-compatible) protocols natively -- which means it works out of the box with MonoHub, Monoscan's staking buttons, and any standard EVM or Cosmos dApp. The extension supports true multi-wallet architecture: users can create or import multiple independent mnemonics, each with its own encrypted vault, not just multiple accounts derived from a single seed phrase. HD account derivation, account renaming, account hiding, contacts, a built-in swap interface, an NFT send flow, full staking support (delegate, unbond, claim, redelegate), a network switcher that covers Monolythium testnet and mainnet alongside Ethereum mainnet and Sepolia, and a fee tier selector for gas priority are all part of the package. Desktop notifications fire when transactions confirm or fail -- click the notification and it opens the transaction on Monoscan in a new tab. Eighty-eight commits in the last two months, and the extension is operational in Chrome and Brave today.
The Monolythium Desktop Wallet (v0.3.0) is a native application built with Tauri and Rust, shipping as a single binary on Windows, macOS, and Linux. All cryptographic operations -- key generation, derivation, signing, and wallet encryption -- are handled in the Rust backend. What sets the desktop wallet apart is the WebSocket bridge: dApps can request transaction signing directly from the desktop wallet without needing a browser extension installed. The wallet prompts the user for approval and password, signs the transaction, and returns the result -- with a strict origin allowlist so only trusted applications can connect. On top of this sits the plugin system (v0.2.0): a first-party-only architecture with six permission types, each tagged with a risk level shown to the user before granting. The first two built-in plugins are Validator Staking (delegate, unbond, claim rewards) and an NFT Gallery. Windows builds are code-signed, and the wallet checks for updates automatically. Eighty-two commits in the last two months, Apache-2.0 licensed.
For LYTH holders, the practical takeaway is this: you have two fully independent paths to interact with the ecosystem, and neither one cuts corners on security. The browser extension gives you instant access from any Chrome-based browser with EVM and Cosmos dApp compatibility built in. The desktop wallet gives you a native application with Rust-backed cryptography and a WebSocket bridge that lets dApps request signing without any browser extension dependency -- meaning future integrations, validator dashboards, and third-party tools can connect to your desktop wallet directly. The plugin system means the wallet grows alongside the ecosystem: new functionality ships as sandboxed plugins with explicit permission grants. Both wallets pull token data from the same canonical source, both support the same networks, and both are ready for the transition from testnet to mainnet without any user-side changes.
Monarch -- Professional Validator Tooling
Validator onboarding matters to us. The number of validators on a network is directly tied to how accessible it is to become one, and we wanted to make that process as smooth as possible. To that end, we built two dedicated products for node operators: Monarch CLI and Monarch Connect. Together they represent over 150 commits across two months of focused development, and they exist for one reason: to make running a Monolythium validator straightforward, even if you have never operated a blockchain node before.
Monarch CLI (v0.6.2) is a purpose-built command-line tool written in Go that manages the entire validator lifecycle from a single binary. Install it with a one-liner, run monarch join --network Testnet, and it handles everything: downloading the chain binary, initializing your node, pulling the correct genesis file, configuring peers, and starting the node through OxidePM -- a Cosmos-aware process manager with auto-restarts, health checks, and upgrade detection. From there, the CLI covers every operation a validator needs: key management, a guided validator registration flow with balance checks and backup verification, governance participation, node monitoring, server security hardening, and maintenance operations like binary upgrades and safe chain data resets. monarch doctor runs a comprehensive health audit, and the built-in metrics system tracks node performance over time with automatic alerting for issues like jailing, missed blocks, or disk warnings. Every command supports a --dry-run flag so you can preview what will happen before anything touches your server.
Monarch Connect (v0.6.0) takes everything the CLI does and puts it behind a desktop application built with Tauri and Rust. It connects to your servers over standard SSH -- no new ports to open, no agents to install, no additional attack surface. The app provides a multi-server dashboard where you can monitor all your validator nodes from a single window, with tabs for health audits, live logs, setup wizards, node management, and validator operations. The Setup tab walks you through joining a network and registering a validator step by step. Real-time graphs show node health: block height, sync progress, resource usage. Connect ships with an auto-updater, and the v0.6.0 release focused heavily on security hardening -- credential zeroization after authentication, output redaction for sensitive data, and strict privacy controls around the built-in AI assistant. That AI assistant uses the Model Context Protocol (MCP) to let Claude connect directly to your validator infrastructure. It can check node status, read logs, run health audits, and help troubleshoot issues -- all grounded in your node's real state, with sensitive data like keys and mnemonics automatically redacted.
We invested in validator tooling because validator infrastructure directly affects chain security. Lowering the friction to become a validator means a broader, more distributed validator set — more independent parties securing the network, more geographic distribution, more resilience against correlated failures. LythiumBFT's quadratic proposer selection ensures that smaller validators remain economically viable, and Monarch is designed to help them get up and running. All 53 validator slots are intended for community operators, and we want to make it as easy as possible to fill them.
Both Monarch CLI and Monarch Connect are open-source and available today. Monarch CLI ships as a single binary for Linux — download it, make it executable, and run monarch join. Monarch Connect ships as a signed desktop application for macOS, Linux, and Windows. If you decide to run a validator, these tools are here to help you through every step of the process.
13 Smart Contracts -- The Protocol Layer
All 13 smart contracts that power the Monolythium protocol are deployed and verified on testnet. Written in Solidity, tested with Foundry's fuzz testing, and verified through static analysis. A confidential security audit has been completed. This is the infrastructure that every swap, every farm, every token launch, and every agent registration flows through.
The foundation starts with WLYTH, an ERC-20 wrapper around the native LYTH token that unlocks DeFi composability -- any protocol that speaks ERC-20 can integrate with LYTH. Alongside it sits the FeeCollector, the engine behind LYTH's deflationary mechanics. Every protocol fee lands here, gets split -- 50% burned permanently to the dead address, 50% routed to the contracts treasury -- and the result is a token whose circulating supply shrinks with every transaction. The DEX layer consists of MonoFactory, which lets anyone create AMM liquidity pools for any token pair, and MonoRouter, which routes swaps through optimal paths across those pools. Price integrity is maintained by the TWAPOracle, a time-weighted average price feed that resists manipulation by averaging prices over time rather than relying on spot values. Liquidity providers are incentivized through LPFarming -- stake your LP tokens, earn WLYTH rewards, and deepen the liquidity that makes the entire exchange function.
The token launch layer is where things get interesting. MonoPump is a bonding curve launchpad with automatic price discovery: new tokens launch along a mathematically defined curve, and when a token's market cap hits the graduation threshold, liquidity migrates to MonoSwap automatically. No manual listing, no backroom deals. CreatorVesting locks creator allocations on a time schedule, aligning their incentives with the long-term health of their project -- no instant dumps. The Referral contract tracks on-chain referrals for MonoPump launches, rewarding community members who bring in new participants with a 5% referral reward. On the agent infrastructure side, the AgentRegistry provides on-chain identity for autonomous agents, requiring a minimum LYTH stake for sybil resistance and skin-in-the-game. The AgentLaunchpad handles the creation and funding of these agents as part of the broader MonoPlay ecosystem.
Security and governance round out the stack. The Timelock enforces a mandatory delay on all admin operations. Every admin action is queued, visible on-chain, and cannot be executed until the delay expires. This means no sudden parameter changes, no surprise rug-pulls -- the community always has advance notice. An emergencyAdmin pattern is implemented across all pausable contracts for critical situations that cannot wait for the timelock. ProAccessRouter handles premium feature gating across the ecosystem, accepting native LYTH payments and forwarding proceeds to the treasury. Ownership has deliberately not been renounced: during testnet, this allows the team to iterate and fix issues quickly. On mainnet, all admin functions will be governed through the Timelock, making governance fully transparent and time-delayed.
For LYTH holders, these contracts are the protocol itself. Every swap fee, every token launch fee, every agent registration stake -- the fees flow through the FeeCollector, and half gets burned forever. More usage means more burn means less supply. The 44 commits to this repo in two months reflect ongoing refinement: tighter access controls, flash loan protections, proper curve math, and the security hardening that a production DeFi protocol requires. The contracts are verified on Monoscan, the code is open for inspection, and the Timelock ensures that governance stays transparent from day one.
Validators Portal -- Stake and Secure
The Validators Portal is live at validators.monolythium.com -- a full-featured web application for staking LYTH and managing validators. A key feature is its EVM staking precompile integration. Monolythium exposes staking through EVM precompiles, which means any standard EVM wallet -- MetaMask, Rabby, or any WalletConnect-compatible wallet -- can delegate, undelegate, redelegate, and claim rewards without Cosmos-specific tooling. Connect your wallet, pick a validator, enter an amount, and sign a single transaction.
The portal ships with a network switcher to toggle between testnet and mainnet, validator profile pages with performance charts (uptime, voting power, commission rate history), a staking calculator, a validator comparison tool, community contributions tracking, and a services directory where validators can list what they offer to the ecosystem. The backend syncs on-chain validator data regularly and captures historical snapshots, giving holders a clear picture of each validator's track record over time. Authentication is wallet-only -- no passwords anywhere. The portal is available in 6 languages: English, Turkish, Korean, Dutch, Simplified Chinese, and Russian. 59 commits have gone into this repo in two months.
For LYTH holders, this is where you put your tokens to work. Delegate to validators, earn staking rewards from the network's 8% inflation, and help secure the chain -- all from a clean web interface. No command line, no key management headaches, no Cosmos wallet setup. If you can use MetaMask, you can stake LYTH.
Security -- Built In, Not Bolted On
Security is embedded into every layer of the stack, from smart contracts to frontend applications to the infrastructure running the network. Our security scanner, Guardian, monitors all repositories through an automated analysis pipeline. It has processed hundreds of findings across the entire codebase, and as of today, there are zero open critical or high severity issues on any Monolythium repository. Every smart contract runs through Slither and Aderyn static analysis before deployment. A confidential third-party security audit has been completed. All pausable contracts implement an emergencyAdmin pattern, and admin operations are governed through timelocks. On the frontend, MonoHub enforces OFAC geofencing for legal compliance, all applications ship with strict security headers, and CVE patches are applied within days of disclosure across every app in the ecosystem.
Infrastructure security follows the same discipline. Firewalls, intrusion prevention, and dedicated service users are standard across all servers. Secrets are managed through a secure keychain system and never appear in code, configuration files, or documentation. Code owner approval is required on every pull request across all repositories. These policies are enforced, automated, and auditable.
Legal compliance has been a priority throughout development. Risk disclosures have been added to all user-facing applications. Wagering features were removed from MonoPlay's AgentArena. OFAC sanctions screening is in place. All application repositories are public or on a path to being made public, because transparency itself is a security feature. For holders interacting with Monolythium: your assets touch code that has been professionally audited, continuously scanned, and built behind strict access controls. Security is a continuous process, and we are committed to maintaining it every day the network is live.
The Ecosystem at a Glance
The Monolythium ecosystem currently consists of 14 production applications: the Monolythium chain itself (LythiumBFT consensus, testnet live), MonoHub (a full DeFi platform with DEX, launchpad, and farming), Monoscan (block explorer), both the Monolythium Browser Wallet (Chrome extension) and Desktop Wallet (native application), Monarch CLI and Monarch Connect (validator tooling), the Validators Portal (web staking interface), the MonoHub Indexer (backend data layer), the Genesis Campaign Portal, Mono Blog, MT Unified Docs powering docs.monolythium.com, MT Unified Websites serving three domains, and MonoPlay (a standalone game distribution platform). Each of these is deployed and operational.
Behind those products: 13 smart contracts deployed on testnet, maintained across 60+ repositories spanning 5 GitHub organizations. The team has pushed over 1,600 commits in the last two months alone. The entire ecosystem is localized in 6 languages -- English, Turkish, Korean, Dutch, Chinese, and Russian. The chain runs with 7 active testnet validators out of a maximum 53 slots, a 90% fee burn rate, and 0 open critical or high security findings after a comprehensive audit of every repository.
We wanted to have a solid foundation in place before the testnet launch. The chain, the DeFi layer, the wallets, the explorer, the validator tools, the documentation, the security infrastructure — all of it works together today. There is still work ahead, but the foundation is in place.
MonoPlay -- Gaming Distribution on the Blockchain
Gaming is one of the strongest use cases for blockchain technology, and Monolythium has a full-stack answer: MonoPlay. Think of it as a decentralized Steam -- a game store, a creation toolkit, and a distribution network, all running on-chain. MonoPlay is built around three pillars. The Platform (monoplay.xyz) is the storefront and backend: a game catalog with search, publisher registration, build submissions, license verification, and DRM -- all backed by five deployed smart contracts on Sprintnet (GameRegistry, ReleaseRegistry, LicenseRegistry, SeederRewards, SubmissionFees). The platform recently pivoted to focus on Bevy, the open-source Rust game engine, as the primary target for published games. Bevy represents the future of performant, cross-platform gaming -- and Monolythium is betting on it early. The backend supports dual authentication (traditional accounts and wallet-based signatures), integrates automated build pipelines, KYC for regulatory compliance, and email verification. The platform has been security hardened with upload protections and rate limiting, backed by a comprehensive test suite.
MonoPlay Forge (forge.monoplay.xyz) is the creative engine. It is a dedicated service for building games with the help of LLM-powered code generation, targeting Bevy and Rust. Forge runs on its own infrastructure, giving developers a guided path from idea to publishable game. MonoPlay GRID (grid.monoplay.xyz) handles distribution. Instead of relying on centralized CDNs, GRID is a decentralized seeder network that manages peer-to-peer game delivery. Seeders earn LYTH rewards for bandwidth contributed, verified on-chain through the SeederRewards contract. Together, Forge and GRID mean that games can be created, published, and distributed without ever leaving the Monolythium ecosystem.
The flagship title is MonoLands, a voxel sandbox built entirely in Bevy 0.18 and Rust. MonoLands v2.6.1 ships with 48 procedurally generated planets, a complete block system overhaul, WorldEdit tools, a Minecraft/Minetest import pipeline, and a Texture Pack system with Toon and Realistic presets covering 340 procedural textures. Dramatic sky rendering, atmosphere simulation, and a minimap round out the visual experience. MonoLands also features an Agent API -- an LLM-powered building system where autonomous bots can construct structures in-game. The AI Arena extends this into a multi-agent benchmark environment with physics simulation, scoring, and spectator mode. The game has seen 85 commits in the last two months alone.
For LYTH holders, MonoPlay is where token utility meets real demand. Game purchases flow through on-chain license contracts. Publishers pay submission fees in LYTH. Seeders earn LYTH for distributing content. In-game economies in titles like MonoLands can settle on the Monolythium chain. Every transaction -- buying a game, seeding a download, minting an in-game asset -- creates organic demand for the token. MonoPlay is deployed, running, and actively shipping code across 20+ repositories.
Join the Network -- Validators Welcome
The Monolythium testnet is running, the tooling is ready, and we are actively onboarding validators. If you have a dedicated server with at least 4 vCPUs, 8 GB of RAM, and 100 GB of SSD storage, you have everything you need on the hardware side. The token requirement is 200,000 testnet LYTH -- 100,000 for self-delegation and 100,000 for the registration burn -- and since these are testnet tokens, they are free. You can get them through the faucet or community allocation. The barrier to entry is technical willingness, not capital.
Getting started takes four steps. First, join the Monolythium Discord -- this is where validator coordination, peer sharing, and network announcements happen. Second, read the testnet quickstart guide at docs.monolythium.com, which walks through the full setup. Third, install Monarch CLI and run monarch setup for a guided experience, or follow the manual guide if you prefer full control. Fourth, grab the peer list and genesis file from the mono-core-peers repository on GitHub. Basic Linux administration skills are all you need. If you can SSH into a server and follow a guide, you can run a validator.
There are good reasons to get involved now rather than later. Validators earn staking rewards from an 8% annual inflation rate. The network supports 53 validators, and the foundation nodes that bootstrapped the chain will be retired as community validators come online. Early validators establish themselves and build a track record before competition increases. More importantly, your feedback during testnet directly shapes mainnet parameters -- consensus settings, fee structures, and governance mechanics are all being refined based on real validator experience. The testnet is the proving ground, and validators who demonstrate reliability here are positioned for mainnet from day one.
The network is stronger with more independent validators. BFT consensus improves with every additional node that is not controlled by the foundation. Every validator you add increases decentralization, censorship resistance, and chain resilience. We built the tooling to make onboarding straightforward, and we are here to support you through the process. Join our Discord, spin up a node, and help us harden this network before mainnet. The infrastructure is ready. The community is growing. This is where it starts.
What Comes Next
The chain is running, the contracts are deployed, MonoHub is live, and MonoPlay is shipping. What comes next is about proving all of it under real conditions with real participants -- and expanding the reach of the network. The immediate priority is validator onboarding. The testnet launched with a core set of genesis validators operated by the team, but the goal is to fill all 53 validator slots with independent operators running their own infrastructure. Community validators are essential to a healthy network. We are actively seeking node operators -- whether you are running bare metal or cloud instances -- to join the testnet and help stress-test LythiumBFT consensus under diverse network conditions. On the protocol side, IBC (Inter-Blockchain Communication) is the next major milestone. The chain already ships with the ICS20 precompile built into the EVM module -- the plumbing is in place. Once relay channels are established, Monolythium connects to the entire Cosmos ecosystem: cross-chain token transfers, shared liquidity pools, and interoperability with dozens of chains out of the box. Alongside IBC, the mUSDC Bridge will bring stablecoin liquidity directly into the ecosystem. The bridge contracts, relayer, frontend, and indexer are already built -- LP seeding is the final step before activation. Stablecoin pairs on MonoHub will unlock serious DeFi utility: lending, stable trading pairs, and a reliable unit of account for MonoPlay game pricing.
The testnet is the proving ground for mainnet. Every contract deployed on testnet will be audited, stress-tested, and validated before it touches mainnet. Validator uptime, block production reliability, fee market behavior, indexer consistency -- all of it gets measured here. Security hardening continues in parallel: automated scanning with Guardian, contract analysis, ongoing penetration testing, and infrastructure monitoring. We are not rushing to mainnet. Mainnet will launch when the infrastructure, the contracts, and the validator set have been thoroughly tested under real-world conditions.
The code is public and the chain is producing blocks. If you want to run a validator, build on MonoPlay, provide liquidity on MonoHub, or just follow the progress — we would love to have you. Join us on Discord, try the testnet, and let us know what you think. We are here and we are listening.
