# Cogitus Platform Section Overview In this section, we will walk through the following key areas: * Introduction * Products & Services * Industries / Verticals * Support # Introduction Overview [Cogitus](https://platform.cogitus.io/) is a unified infrastructure platform designed to streamline the launch and management of custom Avalanche L1 chains. Built with developers, enterprises, and institutions in mind, Cogitus empowers projects with one-click deployments, enterprise-grade reliability, deep configurability, and ongoing support, making Avalanche L1 chains easy to build, scale, and operate. From testnet to production, Cogitus eliminates the operational overhead and complexity of blockchain infrastructure so teams can focus on innovation, not maintenance. # Products and Services Products & Services Overview [Cogitus](https://platform.cogitus.io/) offers a comprehensive suite of tools and managed services to simplify and accelerate your Avalanche L1 journey—from deployment to scale. * **1-Click L1 Deployment-** Instantly spin up highly customizable Avalanche L1 chains with testnet or mainnet configurations. With just a few inputs, Cogitus provisions your chain infrastructure, validators, and network endpoints, eliminating weeks of setup time. Ideal for developers, enterprises, and startups looking to test and launch production-ready chains rapidly. * **Advanced Chain Configuration-** Design your L1 chain with deep configurability across consensus parameters, VM choices, tokenomics, validator set rules, block times, gas limits, and more. Whether you're building a DeFi platform, a gaming chain, or a permissioned enterprise chain, Cogitus lets you fine-tune your infrastructure to perfectly match your use case. * **L1 Management Dashboard-** Get full visibility and control over your chain with a unified dashboard. Monitor validator health, chain performance, block production, and system metrics in real time. Manage configurations, execute upgrades, and receive alerts, all from a secure and intuitive interface. Built for operational reliability and ease of use. * **1-Click Validator Onboarding-** Simplify your validator program or node sales campaign with Cogitus' 1-click validator onboarding. Validators get auto-scaling infrastructure, high availability setups, DDoS protection, and lifecycle management tools. Whether you’re onboarding community validators or selling node slots, Cogitus makes the experience seamless. * **Traceye Data APIs and Hosted Subgraphs-** Use Traceye, our data indexing platform, to power dApps, explorers, and analytics dashboards. Choose from ready-to-use data APIs or deploy your own subgraphs without managing complex infrastructure. With scalable indexing and high-performance querying, your on-chain data is always accessible, structured, and reliable. * **Co-Marketing & Launch Support-** Go beyond deployment—get visibility and traction. Cogitus provides extensive co-marketing support, including launch announcements, feature articles, social amplification, AMAs, event collaborations, and intros to investors and ecosystem players. We help you take your chain to market, not just to mainnet. * **Migration to L1-** Migrate your existing blockchain network (L1, L2, or L3) to Avalanche L1 with end-to-end support. Cogitus ensures a smooth transition by handling data migration, configuration adaptation, validator handover, and ecosystem continuity. Preserve your state, token model, and user base while gaining Avalanche's performance and scalability. * **Consulting and Customizations-** Leverage our cross-protocol expertise to design and customize your blockchain infrastructure with precision. Our team of experts offers consulting on architecture decisions, stack selection (Avalanche, Cosmos SDK, Subnets, and more), performance tuning, protocol engineering, and custom VM or module development. Whether you're exploring hybrid models, governance frameworks, or unique execution layers, Cogitus helps bring your vision to life with expert guidance and hands-on support. # Industries/ Verticals Industries Overview [Cogitus](https://platform.cogitus.io/) powers Avalanche L1 chains across a diverse set of industries, enabling purpose-built infrastructure that meets the unique demands of each vertical. * **Banking and Finance-** Modernize financial systems with sovereign Avalanche chains that offer low latency, high throughput, and customizable compliance layers. From CBDCs to cross-border remittances and digital asset exchanges, Cogitus provides the reliability and configurability needed by banks and fintechs. * **DeFi and Payments-** Launch high-performance, low-cost L1 chains optimized for decentralized finance applications, stable coins, and instant payments. With native support for smart contracts, token standards, and on-chain liquidity routing, Cogitus helps DeFi builders scale with confidence. * **Enterprises-** Empower enterprises to build permissioned or hybrid blockchains tailored to internal workflows, supply chains, identity systems, and data provenance. Cogitus offers enterprise-grade DevOps tooling, governance support, and compliance-first infrastructure design. * **Gaming and Metaverse-** Deliver seamless, immersive player experiences by building custom Avalanche L1 chains with fast finality and low transaction fees. Ideal for in-game economies, digital collectibles, and real-time interactions, Cogitus enables studios to scale without compromise. * **Government-** Support secure, transparent, and scalable public-sector applications such as land registries, digital IDs, voting systems, and public records. Cogitus provides the infrastructure flexibility and operational security required by mission-critical government solutions. * **RWA Tokenization-** Tokenize real-world assets like real estate, commodities, carbon credits, and intellectual property on dedicated L1 chains. With advanced customization, secure validator infrastructure, and lifecycle management, Cogitus makes compliant RWA platforms easy to build and operate. * **AI x Web3-** Build sovereign infrastructure for AI-native applications including decentralized AI agents, compute networks, and AI-driven protocols. Cogitus supports the high-throughput, low-latency demands of AI x Web3 use cases with native data integration and chain-level optimization. * **Infrastructure & Middleware Providers-** Deploy custom chains for interoperability layers, indexing services, oracles, wallets, and developer tooling. Cogitus helps infrastructure teams scale faster with ready-to-use DevOps pipelines, SLA-backed uptime, and modular stack integrations. # Support Support Highlights At [Cogitus](https://platform.cogitus.io/), we’re committed to your chain’s success at every stage of its lifecycle: * 24/7 Technical Support: Access round-the-clock assistance from blockchain infrastructure experts. * Dedicated Account Managers: Personalized onboarding, chain design consultations, and go-to-market strategy guidance. * Extensive Documentation: Step-by-step guides, FAQs, and developer references to help you build and scale with confidence. * Security & Monitoring: Built-in observability, uptime SLAs, and proactive response systems to safeguard your network. # Getting Started Section Overview In this section, we will walk through the following key areas: * Account Overview * Managed L1 Subscription Plans * Launching an L1 Devnet / Testnet * Pricing & Plans * A Deep Dive into Precompiles * Network Setup & Configuration * Managing L1 Devnet/Testnet * Dashboard * Block Explorer * Integrations(Addons) * Analytics & Monitoring # Account Overview Profile and Subscription details Once the user successfully login to our [Cogitus Platform](https://platform.cogitus.io/home), they will be redirected to the [Dashboard](https://platform.cogitus.io/home) page. It is the central workspace for monitoring and managing all activities within the platform. On the top-right corner of the dashboard, users will find a user menu that displays their name. This serves as a convenient access point for managing personal information and account settings.

Dashboard with User dropdown

When clicked, a dropdown menu will appear with the following options:- 👤 [My Profile](https://platform.cogitus.io/profilenew?active=myProfile) – Redirects users to their profile page, where they can view and update personal information such as Name and an email address.

My Profile Screen

Edit Functionality - My Profile

🧾 [Subscription Details](https://platform.cogitus.io/profilenew?active=subscriptions) –Provides a comprehensive view of the user's active subscription plans, current usage, and billing details. This section also includes a payment history, allowing users to verify past transactions and review pricing information for purchases made on the platform.

Subscription Details

# Managed L1 Subscription Plans L1 Subscription Dashboard The [Dashboard](https://platform.cogitus.io/home) displays a comprehensive summary of the available network environments — Devnet, Testnet, and Mainnet — including their respective configurations, pricing, and included services. This section is designed to help you choose the most suitable environment based on your project’s stage and infrastructure needs.

Dashboard

{% hint style="success" %} All plans come with fully managed infrastructure, standard SLAs\*, continuous monitoring, and upgrade management. * **Service Level Agreement (SLA)**\ Our SLA outlines the level of service you can expect, including uptime guarantees, response times, and support coverage. {% endhint %} #### 🔹 **Devnet** A lightweight, cost-effective environment for early-stage development and experimentation. * **Pricing**: $50/month * **Features**: * 1 Validator Node with RPC Access * Tracehawk Explorer * L1 Monitoring Dashboard (coming soon) * Fully-managed infrastructure and standard support

Devnet Subscription

#### 🔸 **Testnet** A scalable, sovereign, EVM-compatible test environment for smart contract and network testing. * **Pricing**: $50/month (Subsidized for 6 Months) * **Regular Price**: $550/month * **Setup Fee Waived**: ~~$2000~~ * **Features**: * 1 RPC Node * 1 Developer RPC Node * 2 Validator Nodes * Tracehawk Explorer * L1 Monitoring Dashboard (coming soon) * 24/7 monitoring and support {% hint style="success" %} The customer will maintain a minimum of 1000 eligible transactions per month, where eligible transaction means any transaction (other than spam or sybilled transactions) that measures meaningful activity {% endhint %}

Subsidized Subscription for Testnet

Non-Subsidized Subscription for Testnet

#### 🔺 **Mainnet** A production-ready environment with enterprise-grade infrastructure and availability. * **Pricing**: $995/month (Subsidized for 12 Months) * **Regular Price**: $1995/month * **Setup Fee Waived**: ~~$2000~~ * **Includes**: * 2 RPC Nodes with Load Balancer * 1 Developer RPC Node * 5 Validator Nodes * Tracehawk Explorer * L1 Monitoring Dashboard (coming soon) * Customer support * standard SLA {% hint style="success" %} The customer will maintain a minimum of 10,000 eligible transactions per month, where eligible transaction means any transaction (other than spam or sybilled transactions) that measures meaningful activity. {% endhint %} # Launching an L1 Devnet / Testnet Process to setup Devnet/Testnet To launch your Avalanche L1 Devnet or Testnet, the first step is to subscribe to the desired network tier through our platform. Once the subscription is active, you can proceed with configuring your network by providing essential details such as chain parameters, tokenomics settings, and permission for native precompiles. This setup ensures your environment is tailored to your specific use case. The platform guides you through each step, making it seamless to deploy and manage your own sovereign EVM-compatible chain. # Pricing & Plans Subscription Plan Details Once the user successfully login to our[ Cogitus Platform](https://platform.cogitus.io/), they can explore the features and services included in the Devnet / Testnet setup via the dashboard. After reviewing the details, the user can proceed to complete the purchase through Zoho payment gateway. You can find more information about available plans and features by visiting the [Managed L1 Subscription Plans](https://docs.cogitus.io/getting-started/managed-l1-subscription-plans) # A Deep Dive into Precompiles Technical Overview of Precompiles Precompiles are system-level contracts embedded directly into the Avalanche L1 protocol. Unlike traditional Solidity smart contracts, which are executed within the EVM runtime, precompiles invoke native Go functions, providing access to low-level operations that are gas-efficient and optimized for performance. #### 📌 What Are Precompiles? Precompiles serve as a bridge between Solidity and the underlying protocol logic, enabling developers to: * Interact with blockchain features not natively supported in Solidity * Execute operations like native token minting, permission changes, and governance role management * Achieve faster execution with reduced gas costs They are defined at specific addresses and behave like standard contracts from the perspective of the EVM but are implemented and handled directly by the Avalanche node software. {% hint style="danger" %} You must define precompiles during chain initialization in the genesis configuration. {% endhint %} To know more about precompile, refer this [documentation link](https://build.avax.network/docs/avalanche-l1s/evm-configuration/evm-l1-customization#precompiles) # Network Setup & Configuration Setting Up the Network Once your Devnet subscription is successfully activated, you can begin configuring your network settings through the Cogitus Dashboard or directly click on Configure Your Devnet. ### 🔗Chain Parameters * **L1 Name** * Choose a name for your Layer 1 network. * ⚠️ **Note:** Do **not** include spaces. * ✅ Example: `MyAvalancheL1` * **Chain ID** * Enter a unique Chain ID (numeric). * 🔍 Please **verify its uniqueness** using [chainlist.org](https://chainlist.org) to ensure it is not already in use by another public network. * **Network** * **Pre-filled:** `Fuji Testnet` * This indicates that the network will initially be deployed on Fuji (Avalanche's testnet). * **Validator Management** * **Pre-filled:** `POA (Controlled Validator Expansion)` * Validators will be managed under a **Proof of Authority** model, allowing only selected entities to participate. * **Set Fees Configuration** * Please select a fee and resource configuration that matches your expected workload: * 🟢 **Low Disk Use / Low Throughput** – Ideal for minimal load or test scenarios. * 🟡 **Medium Disk Use / Medium Throughput** – Balanced setup for general-purpose usage. * 🔴 **High Disk Use / High Throughput** – Optimized for heavy traffic and larger-scale deployments.

Chain Parameters

### 💰Tokenomics * **Provide Token Symbol** * Enter the symbol for your native token (e.g., DCM, AVAX, MYTKN). * Keep it short (3–5 characters) and unique to your network. * **Initial Token Allocation**\ Define the initial distribution of your native tokens by specifying wallet addresses and their corresponding token amounts. * **POA Address (Pre-filled & Non-Editable):**\ When you enter the **POA (Proof of Authority) address** under Permissions, this same address will appear here automatically and will **not be editable**.\ This ensures the POA address is always part of the token allocation. **Important:** * You may add **as many addresses as needed** to distribute the total token supply. * Make sure the total allocated tokens across all addresses **do not exceed the total supply.** {% hint style="success" %} Refer this [Tokenomics link](https://build.avax.network/docs/avalanche-l1s/evm-configuration/tokenomics) to know more about it. {% endhint %}

Tokenomics

### ⚙️Permissions * **Validator Set**\ Provide the **POA Owner Address** responsible for controlling the validator set of the blockchain. * [**Native Minter AllowList**](https://build.avax.network/docs/virtual-machines/default-precompiles/nativeminter)\ The Native Minter hook enables minting of native tokens on the chain. * [**Contract Deployer AllowList**](https://build.avax.network/docs/virtual-machines/default-precompiles/deployerallowlist)\ The Deployer AllowList hook manages permissions for deploying smart contracts. * [**Transaction AllowList**](https://build.avax.network/docs/avalanche-l1s/evm-configuration/permissions#transaction-allowlist)\ The Transaction AllowList hook governs which transactions are permitted on the network. * [**Fee Manager**](https://build.avax.network/docs/virtual-machines/default-precompiles/feemanager)\ The Fee Manager hook handles chain fee configurations and adjustments. * [**Reward Manager**](https://build.avax.network/docs/virtual-machines/default-precompiles/rewardmanager)\ The Reward Manager hook controls settings related to reward distribution. **Important:**\ The **AllowList** hooks provide functions to manage access control lists for various roles such as **Admin**, **Manager**, and **Enabler**.\ For any enabled precompile, you need to specify addresses for **Admin**, **Manager**, and/or **Enabler** roles.\ However, providing all three addresses is **not mandatory** — only specify the roles relevant to your configuration. {% hint style="success" %} Refer this [Permissions link](https://build.avax.network/docs/avalanche-l1s/evm-configuration/permissions) to know more about it. {% endhint %}

Permissions

* [**Warp Precompile**](https://build.avax.network/docs/avalanche-l1s/evm-configuration/warpmessenger) The Warp Messenger Precompile is used to perform cross chain operations among Avalanche L1s. Warp Precompile enables cross-blockchain communication between other Layer 1s and primary-network (C-Chain) by leveraging the Avalanche P-Chain. In order to use Warp messaging, Subnet-EVM chains must activate their Warp precompiles. Now click on Deploy button, provisioning of the network initiated. # Managing L1 Devnet/Testnet Operations & Management for L1 Networks Once the network configuration and deployment are complete, a network card will appear on the dashboard. This card will display key information such as **Plan Type, Network Name, Chain ID, Token Symbol,** and **Creation Date**.

Network Card

By clicking the **“View Dashboard”** button on the card, the user will be redirected to a detailed view of the network. This view includes three tabs: * Overview- Displays all the details provided during deployment * [Integrations](https://cogitus.io/integrations/) - Lists available integrations * Analytics - Provide insights and metrics about your network performance # Dashboard Centralized view to manage, monitor, and access key details of your deployed network. Any Avalanche L1 network is an EVM-based Layer 1 blockchain deployed on either the **Fuji Testnet** or **Avalanche Mainnet**. Below are the key technical and configuration details associated with the network with the **Deployment Status:** ✅ Deployed. ### ℹ️L1 Details * **L1 Name:** Custom name provided by the user * **L1 ID:** *Auto-generated upon network creation* * **Blockchain ID:** *Auto-generated unique identifier for the blockchain* * **VM ID:** *Auto-generated identifier for the deployed Virtual Machine* * **Network:** Fuji Testnet / Avalanche Mainnet *(select based on deployment)* * **EVM Chain ID:** Custom value provided by the user > 🔍 *Note: Please verify the EVM Chain ID on* [*chainlist.org*](https://chainlist.org) *to avoid conflicts with existing public networks.* * **Token Symbol:** User-defined native token symbol (e.g., ABC, TKN) ### ℹ️L1 Configurations * **Chain Type:** EVM * **Precompiles Enabled:** List of precompiles selected during deployment > 🛠 *Note: Warp Messenger is enabled by default.* * **Initial Token Allocation:**\ View the complete list of preminted tokens (denominated in AVAX units). ### ℹ️L1 Services * **Avalanche Subnet Explorer:**\ Public explorer provided by Avalanche that displays real-time on-chain activity for your subnet, including block production, transactions, validator status, and network health.\ *Example:* `https://subnets.avax.network/subnets/` * **TraceHawk Explorer:**\ A dedicated, customizable block explorer hosted by Zeeve for your network. It offers an intuitive UI to track transactions, blocks, token balances, contract verification, and more in a user-friendly format.\ *Example:* `https://explorer-.zeeve.net` * **RPC Endpoint:**\ The Remote Procedure Call (RPC) URL that developers and dApps use to connect to your Avalanche L1 network for querying blockchain data or submitting transactions.\ *Example:* `https://rpc-.zeeve.net/ext/bc//rpc` * **Faucet (if available):**\ A test token distribution service, allowing users to request native tokens for testing purposes on testnet.\ *Example:* `https://faucet..zeeve.net` *(optional and usually for testnet only)* ### 🔐Precompile Management Keys For each precompile enabled during deployment, specific management roles are assigned to control and configure their functionality within the Avalanche L1 network. These roles include: * **Admin Addresses:** * Full control over the allowlist system * Can add/remove Manager keys * **Enabler Addresses:** * Can interact with precompiled contracts for: * Deploying contracts * Managing chain params (if permitted) * Triggering key functions (e.g. mint, pause) * Cannot manage the allowlist * **Manager Addresses:** * Can add/remove Enabler keys * Cannot manage Admins or other Managers > 🛠 *Note: These addresses are provided by the user during network setup and vary based on the selected precompiles.* # Block Explorer Block Explorer for Avalanche L1 networks with real-time data and smart contract visibility. **Integrate** [**TraceHawk**](https://tracehawk.io/) **with your blockchain** Here are the key features of the block explorer component available with Cogitus Avalanche L1 setup: * **Dedicated Block Explorer for Avalanche L1 Networks**\ Each deployed Avalanche L1 network comes integrated with the Tracehawk explorer, providing real-time access to blocks, transactions, tokens, logs, and smart contract data. * **Multi-Chain Explorer Experience**\ Easily navigate across devnet, testnet, and mainnet environments through a unified, user-friendly interface designed for cross-network exploration. * **White-Label Customization**\ The explorer supports full white-labeling, allowing for branding personalization, display of custom tokens, contract verification, and comprehensive search functionality by address, transaction hash, or block number. * **Faucet Integration for Testnet**\ Built-in faucet functionality enables users to seamlessly acquire test tokens directly from the explorer interface—ideal for developer onboarding and smart contract testing.

Explorer

# Integrations(Addons) Expand your dApp to include the apps and services your users require. The list of supported dApp integrations continues to grow, if you need one that's not listed, feel free to, [connect with us](https://cogitus.io/integrations/#requirements_form) ### Integration List * [0xGasless](https://0xgasless.com/) * [ChainARQ](https://chainarq.com/) * [Encrypted ERC-20 (eERC)](https://github.com/ava-labs/EncryptedERC) * [Etherspot](https://etherspot.io/) * [Hyperlane](https://hyperlane.xyz/) * [Palmera](https://www.palmeradao.xyz/) * [Privado ID](https://www.privado.id/) * [RedStone](https://www.redstone.finance/) * [Relayer](https://github.com/ava-labs/icm-services/blob/main/relayer/README.md) * [Router Protocol](https://www.routerprotocol.com/) * [SEDA](http://www.seda.xyz/) * [Thirdweb](https://thirdweb.com/) * [TraceHawk](https://tracehawk.io/) * [Traceye](https://traceye.io/) * [VIA Labs](https://vialabs.io/) * [Forta](https://www.forta.org/)

Integration List

# Analytics & Monitoring Real-time analytics and monitoring to track network performance, health, and usage metrics with actionable insights. Here are some useful features for Monitoring and Alerts in a blockchain infrastructure: * **Node Health Monitoring** * Track status of validator/full/archive nodes (online/offline, syncing, etc.) * Uptime and response time metrics * **RPC Endpoint Monitoring** * Latency, throughput, and error rate tracking * Alerts on timeout, overload, or non-responsiveness * **Block Production Alerts** * Notify on delayed or missed block production * Alert if block height hasn’t changed in a given time * **Transaction Volume Monitoring** * Sudden spikes/drops in transaction count * Alert on zero activity for configured periods * **Disk & Bandwidth Usage** * Monitor server resources: storage, bandwidth, memory * Alert if usage crosses thresholds * **Custom Alert Channels** * Slack, Telegram, Email, or Webhook-based notifications # Connect to MetaMask Steps for adding custom network to the MetaMask 📍**Open MetaMask**\ Launch the MetaMask extension in your browser and unlock your wallet using your password. 📍**Access Network Settings**\ Click on the **network dropdown** at the top of MetaMask (it might show "Ethereum Mainnet" or a previously selected network).\ Then select **“Add network”** or scroll down and click **“Add a network manually”**. 📍**Enter Network Details**\ You’ll now see a form to fill in your custom network details. Enter the following (replace with your network-specific values): 1. **Network Name**: Any name as per choice 2. **RPC URL**: 3. **Chain ID**: 4. **Currency Symbol**: (your native token symbol) 5. **Block Explorer URL**: 📍**Save the Network**\ After entering all the details, click the **“Save”** button. MetaMask will automatically switch to your newly added Avalanche L1 network. 📍**Verify Connection**\ Check the network name in the dropdown to ensure it’s selected. You can now view balances, send tokens, and interact with dApp deployed on your Avalanche L1 network. # Demo Network Demo Network Overview The Demo Network serves as an introductory version of your Avalanche L1 blockchain, created to offer a hands-on preview of its features and capabilities. It is a fully functional environment that mimics the production setup, enabling users to explore network operations, test transactions, interact with wallets, and evaluate precompile configurations—all without incurring real-world costs or risks. This network is ideal for internal testing, client demonstrations, and early-stage validation before moving to mainnet deployment. # Introduction Overview Screen of Demo Network The [**Avalanche L1 Demo Network**](https://platform.cogitus.io/dashboard/34db7993-9ae3-429b-93fc-a49306926262) **- ****CogitusdemoNetwork** is a test deployment of a custom Layer 1 blockchain built using the Avalanche platform. It is designed to demonstrate the core capabilities of a permissioned Avalanche subnet configured with EVM compatibility. This environment allows users to explore the foundational infrastructure of Avalanche L1, including native token configurations, validator management, precompile module governance, and custom RPC endpoints. This demo network supports smart contract deployment, transaction execution, and token minting under controlled access via precompiles. It is ideal for testing development workflows, validating governance setups, and evaluating the performance of network components in a non-production setting. By simulating a full-featured Avalanche L1 environment, the demo network serves as a valuable resource for developers, validators, and ecosystem partners to gain hands-on experience before moving to mainnet deployments.

Demo Network on Cogitus Platform

# Component Breakdown Detailed information about the network Configuration ### ℹ️L1 Details The [**Avalanche L1 Demo Network**](https://platform.cogitus.io/dashboard/34db7993-9ae3-429b-93fc-a49306926262) **- ****CogitusdemoNetwork** is a custom Avalanche L1 network deployed on the Fuji Testnet. It is uniquely identified by the L1 ID , with its corresponding Blockchain ID and VM ID . This L1 operates on EVM Chain ID `98761`, enabling compatibility with Ethereum-based tools and dApp. Users can view network activity and details through the [Avalanche Explorer](https://subnets-test.avax.network/subnets/22EjYQkRabJbEZYMYFqy1Bzs5NpPAaHSDe6ip48r49HkQ5AcKh) . ### ℹ️L1 Configurations The native token symbol for this network is AT. At genesis, an initial token allocation was distributed to predefined addresses to enable immediate interaction with the chain. You can view the full list of preminted tokens (in AVAX units) for transparency and supply tracking.

Token Allocation

The network also features several enabled precompiles to extend its core functionality. These include Native Minting, Reward Configuration, Validator Management, Fee Configuration and Warp Messenger, a component that supports future interoperability mechanisms. To Know about precompiles, click[ A Deep Dive into Precompiles](https://docs.cogitus.io/getting-started/launching-an-l1-devnet-testnet/a-deep-dive-into-precompiles) and [Devnet/ Testnet Setup Configuration](https://docs.cogitus.io/getting-started/launching-an-l1-devnet-testnet/network-setup-and-configuration) ### ℹ️L1 Services It is is fully deployed and accessible through several key services. The primary rpc endpoint is available at [RPC endpoint](https://rpc-cogitusdemonetwork.zeeve.net/SIp4Xce0n12yTrBPxA/ext/bc/h49dwEVWNSoUmpwtFtfBJVrtKN4Y6wFhAE2rXNZeWYoFRYQHJ/rpc) , providing a seamless interface for interacting with the blockchain via supported wallets and dApp. For transaction and block monitoring, the network integrates with [Tracehawk](https://explorer-cogitusdemonetwork.zeeve.net/), which offers detailed insights into network activity and performance. A **faucet** allows developers to simulate transactions, deploy smart contracts, and interact with the network without using real assets (⚠️ Faucets are typically available only for testnet and are not used on mainnet where real economic value is involved). It is available at [Faucet](https://faucet-cogitusdemonetwork.cogitus.io/). ### 🔐Precompile Management Keys The keys are configured to manage the enabled precompiles and governance of the network. # Inter-Chain Communication Relayer Overview The relayer command suite provides a robust set of tools for deploying, configuring, and managing IBC-compatible relayers within the Interchain Messaging (ICM) framework. \ The ICM Relayer is a lightweight, event-driven service that continuously monitors designated source blockchains for Warp message events. Upon detecting such an event, the relayer initiates a process to transmit the message to the intended destination blockchain. It does this by querying validator nodes on the source chain for their individual BLS signatures on the Warp message. These signatures are then aggregated into a single BLS multi-signature, which is subsequently embedded in a transaction. This transaction is constructed according to the destination chain's virtual machine (VM) rules for Warp message verification. This enables seamless, secure, and decentralized interchain token transfers and message passing—without relying on application-layer coordination.

Data Flow

{% hint style="success" %} To know more about Relayer, refer this link - [Relayer](https://github.com/ava-labs/icm-services/blob/main/relayer/README.md) {% endhint %} You can also find it under the Integration tab.

Integration tab

> **Once the user deploys a network, this tab will become available, allowing them to request this integration for their network. Our team will then assist with the setup and support as needed.** # RPC Access RPC Endpoint An RPC endpoint (Remote Procedure Call) access allows developers, wallets, and dApp to interact with the blockchain network, querying data, sending transactions, and deploying contracts. The primary rpc endpoint of the demo network is available at [RPC endpoint](https://rpc-cogitusdemonetwork.zeeve.net/SIp4Xce0n12yTrBPxA/ext/bc/h49dwEVWNSoUmpwtFtfBJVrtKN4Y6wFhAE2rXNZeWYoFRYQHJ/rpc).

L1 services Details

📌The Avalanche L1 RPC supports the standard Ethereum JSON-RPC API, along with Avalanche-specific extensions. Refer API Documentation - # Smart Contract Deployment Deploy smart contracts instantly using Remix's web-based IDE and built-in deployment tools. Here are the step-by-step instructions to deploy a smart contract on the Avalanche L1 Demo Network using Remix: #### Deployment Steps- #### 🧑‍💻 **Step 1: Connect MetaMask to the Avalanche L1 Demo Network** Follow this link to complete this step - [Adding to MetaMask](https://docs.cogitus.io/demo-network/connect-to-metamask) #### 🧱 **Step 2: Open Remix and Write Your Contract** 1. Visit Remix IDE. 2. In the File Explorer, create a new Solidity file (e.g., `MyContract.sol`). 3. Write or paste your smart contract code. #### 🔨 **Step 3: Compile the Contract** 1. Go to the Solidity Compiler tab on the left. 2. Select the appropriate compiler version for your code. 3. Click Compile. #### 🚀 **Step 4: Deploy Using Injected Web3 (MetaMask)** 1. Go to the **Deploy & Run Transactions** tab. 2. Under **Environment**, select **Injected Provider - MetaMask**. * MetaMask will prompt you to connect — approve it. * Ensure it's connected to the Avalanche L1 Demo Network. 3. Select the contract from the dropdown. 4. If your contract has constructor parameters, input them. 5. Click Deploy. 6. MetaMask will pop up to confirm the transaction, approve it. #### 📍 **Step 5: Confirm Deployment** * Once the transaction is mined, the contract will appear under Deployed Contracts in Remix. * You can interact with the contract directly from here. * Optionally, copy the contract address and check it on the [Tracehawk](https://explorer-cogitusdemonetwork.zeeve.net/) to verify. #### Verify & publish contract via Explorer- #### 🛠️ **Step 1:** Verify & publish contract via Explorer 1. Click on Others, and then choose **Verify Contract.** 2. Click it to open the verification form. #### 🧾 **Step 2: Fill in Verification Details** 1. **Contract Address**: 2. **Contract License Dropdown:** Choose MIT License 3. **Compiler Type**: Select **Solidity (Single File)** or **Multi-part** depending on your project. 4. **Compiler Version**: Must match what was used in Remix (e.g., `0.8.22`). 5. **Optimization Enabled:** Yes / No (**indicates if optimization was enabled during contract deployment**) 6. **Enter Solidity Source Code** in the provided text box. #### 💾 **Step 3: Submit** * Click **"Verify and Publish"**. * The explorer will compile and compare the code with the on-chain bytecode. #### 🎉 **Step 4: Verification Complete** Once verified: * The contract’s source will be publicly visible on the explorer. * A ✅ Verified badge will appear. * You can now read/write to your contract directly from the explorer. # Block Explorer A block explorer lets you view and track blockchain activity in real time. The Cogitus Demo Network Explorer, accessible at [Tracehawk](https://explorer-cogitusdemonetwork.zeeve.net/) is a blockchain explorer powered by TraceHawk. It offers a comprehensive suite of tools for monitoring and analyzing blockchain activity. #### Key Features: * **Real-Time Data Monitoring**: Track daily transactions, total blocks, average block time, gas usage, and wallet addresses. * **Latest Blocks and Transactions**: Stay updated with the most recent blocks and transactions on the network. * **Wallet Connectivity**: Connect your wallet directly through the explorer for seamless interaction. * **RPC Endpoint Access**: Utilize the provided RPC endpoint for network interactions. This explorer is designed to provide developers and users with an intuitive interface for navigating the Cogitus Demo Network, ensuring transparency and ease of access to blockchain data. {% hint style="success" %} For more information on TraceHawk and its capabilities, you can visit their official website: [tracehawk.io](https://tracehawk.io/). {% endhint %}

Demo Network Explorer

# Connect to MetaMask Steps for adding demo network to the MetaMask 📍**Open MetaMask**\ Launch the MetaMask extension in your browser and unlock your wallet using your password. 📍**Access Network Settings**\ Click on the **network dropdown** at the top of MetaMask (it might show "Ethereum Mainnet" or a previously selected network).\ Then select **“Add network”** or scroll down and click **“Add a network manually”**. 📍**Enter Network Details**\ You’ll now see a form to fill in your custom network details. Enter the following (replace with your network-specific values): 1. **Network Name**: Any name (e.g., `CogitusdemoNetwork`) 2. **RPC URL**: `https://rpc-cogitusdemonetwork.zeeve.net/SIp4Xce0n12yTrBPxA/ext/bc/h49dwEVWNSoUmpwtFtfBJVrtKN4Y6wFhAE2rXNZeWYoFRYQHJ/rpc` 3. **Chain ID**: `98761` 4. **Currency Symbol**: `AT` (or your native token symbol) 5. **Block Explorer URL**: `https://explorer-cogitusdemonetwork.zeeve.net` 📍**Save the Network**\ After entering all the details, click the **“Save”** button. MetaMask will automatically switch to your newly added Avalanche L1 network. 📍**Verify Connection**\ Check the network name in the dropdown to ensure it’s selected. You can now view balances, send tokens, and interact with dApp deployed on your Avalanche L1 network.

Custom Network Addition in MetaMask

# Release Notes The purpose of these release notes is to provide users and stakeholders with a clear understanding of the changes made, their impact, and any relevant guidance for adoption or migration. These updates reflect our continued commitment to improving performance, security, usability, and overall product stability. # Cogitus v1.0.1 release 20th May, 2025 We are happy to announce the release of Cogitus v1.0.1, This release comes with a few bug fixes and the addition of a new Features. **Features -** * Introduced a new deployment flow for Devnet, Testnet, and Mainnet, offering detailed visibility into their respective features and services before initiating deployment. * Users can now purchase Testnet access under both subsidized and non-subsidized plans. * Support team onboarding completed, users can now reach out for assistance via Telegram or schedule a support call on Calendly.. * A comprehensive Subscription History section has been added under the Subscription screen, allowing users to view all their plan purchases. * Design enhancements made to the Deployed Cards for improved readability and clarity. * Multiple UI enhancements have been made for a smoother and more intuitive user experience. **Bug Fixes -** * Resolved an issue with the Edit Profile functionality, ensuring users can now update their profile details without error. {% hint style="success" %} Check out the [Cogitus Platform](https://platform.cogitus.io/) for more information on how to use it. {% endhint %} # Cogitus v1.0.2 release 30th May, 2025 We are happy to announce the release of Cogitus v1.0.2, This release comes with the addition of a new Features. **Features -** * A new Integration tab is now available via the View Dashboard button on deployed networks. Users can explore and request plugins like Encrypted ERC-20, Relayer, etc., tailored to their use cases. * A new Monitoring tab has been introduced; detailed metrics and monitoring features will be rolled out in upcoming releases. * The Overview screen has undergone visual and structural updates for improved user interaction. {% hint style="success" %} Check out the [Cogitus Platform](https://platform.cogitus.io/) for more information on how to use it. {% endhint %} # Cogitus v1.0.3 release 10th June, 2025 We are happy to announce the release of Cogitus v1.0.3, This release comes with a few bug fixes and the addition of a new Features. **Features -** * Users can now sign up on the platform using any email address, not limited to Gmail. * Upon sign-up, users receive a One-Time Password (OTP) for email verification. A resend OTP feature is available with a built-in time limit for added convenience. * In addition to Google Sign-In, users can now log in using their registered email and password. * A password recovery option has been provided for users who need to reset their login credentials. * A **live chatbot** has been integrated to assist users with real-time support for common queries and issues. **Bug Fixes -** * Prorated billing information and related documentation have now been added under Payment History for better transparency and record-keeping. {% hint style="success" %} Check out the [Cogitus Platform](https://platform.cogitus.io/) for more information on how to use it. {% endhint %} # FAQs This section outlines frequently asked questions (FAQs) related to the use, integration, and functionality of the platform. It is intended to provide quick clarity on common queries and assist users in navigating the documentation effectively. The following areas are covered: * About Avalanche L1 * About Cogitus Products & Services * Cloud, Hosting & Performance * Co-Marketing & Ecosystem Support * Developer & User Support * General Blockchain Questions * Migration & Upgrades * Subscription Plans & Pricing * Third-Party Integrations # About Avalanche L1
What is an Avalanche L1, and how does it differ from a Subnet? An Avalanche L1 (Layer-1) is a standalone blockchain within the Avalanche network. It operates with its own rules, validators, and execution layer, designed to meet specific project or industry needs. These blockchains are independent but can communicate with other Avalanche L1s, providing flexibility and scalability. **Avalanche L1s vs. Subnets:** Subnets initially offered customization for blockchains on Avalanche. However, Avalanche L1s represent a more advanced approach, delivering greater control and customization. They enable the creation of specialized blockchains within the Avalanche ecosystem, offering tailored solutions for diverse applications and industries while ensuring interoperability.
Why choose Avalanche for building a custom L1 chain? Avalanche offers low latency, high throughput, and fast finality. It is ideal for launching high-performance chains with full sovereignty. Avalanche L1s offer a compelling solution for building custom blockchains because they focus on scalability, customization, and performance. **Scalability & Performance:** \ L1s enable horizontal scaling, preventing congestion from other chains and allowing for higher transaction throughput (TPS) and sub-second finality by providing dedicated resources. **Extreme Customization:** \ You gain extensive control over your blockchain, including defining your own gas token, managing validator sets (even permissioned ones for compliance), customizing the EVM, and implementing tailored privacy controls and governance rules. \ Interoperability & Ecosystem: Avalanche L1s are designed for native interoperability through Avalanche Warp Messaging (AWM), facilitating seamless communication. They also offer Ethereum (EVM) compatibility, making development easier, and benefit from a growing ecosystem in DeFi, GameFi, and enterprise solutions. **Enterprise & Institutional Suitability:** \ The high degree of customization allows for regulatory compliance (e.g., KYC/AML) and provides reliability and security essential for mission-critical applications, often supported by dedicated infrastructure providers. In essence, Avalanche L1s are ideal for projects demanding high performance, specific configurations, isolation from public chain traffic, and a strong ecosystem, making them suitable for various advanced decentralized applications and enterprise solutions.
How does Avalanche’s consensus mechanism work? Avalanche L1s (including the C-Chain, P-Chain, and custom Subnets) utilize the Snowman Consensus Protocol, a linearized Proof-of-Stake (PoS) mechanism designed for high \ throughput and fast finality. It also allows for customizable security and compliance for \ enterprise-grade solutions.
How does an Avalanche L1 compare with Cosmos SDK or rollups? An Avalanche L1 offers full chain sovereignty and faster deployment compared to \ Cosmos SDK or Rollups, with lower latency, stronger tooling, and a leaner, more efficient \ stack. This results in significantly lower infrastructure costs, making it more economical to \ launch and operate than a comparable Cosmos SDK chain or Rollup.
Can I run a permissioned chain on Avalanche L1? Yes, Cogitus supports the deployment of permissioned Avalanche L1 chains with access control, KYC/AML modules, and governance mechanisms.
# About Cogitus Products & Services
What is Cogitus, and how does it differ from other blockchain infrastructure
platforms? Cogitus by Zeeve is a no-code platform for deploying and managing custom Avalanche L1 blockchains. It offers 1-click deployment, advanced configurability, robust observability tools, and lifecycle support, making it easier than ever to launch and scale Avalanche-based L1 chains.
What kind of Avalanche chains can I launch with Cogitus? You can launch fully customizable Avalanche L1 chains, including both permissioned and permissionless networks, designed for DeFi, gaming, RWA, enterprises, and more.
What is 1-click L1 deployment and how does it work? Click deployment allows you to launch a new Avalanche L1 chain with default or customized configurations in minutes using an intuitive UI, removing the need for manual DevOps. Cogitus also provides custom deployments with consulting, protocol engineering, \ and extended features.
What configurations can I customize when launching an L1 with Cogitus? You can configure consensus settings, virtual machines, validator logic, block gas limits, economic parameters, and governance rules to suit your chain’s use case.
Can I deploy both testnet and mainnet environments using Cogitus? Yes, Cogitus supports both testnet and mainnet environments, so you can prototype \ before going live or operate in parallel environments.
How does the validator onboarding process work in Cogitus? Cogitus offers automated tools to onboard validators or node operators, including \ resource provisioning, monitoring, scaling, and DDoS mitigation. Whether you are launching a validator program or doing node sales, our 1-click validator onboarding makes it very seamless.
What is Traceye, and how can I use it for indexing and APIs? Traceye is a data indexing and analytics platform integrated with Cogitus. It enables \ users to deploy hosted subgraphs or access ready-made data APIs for their chain.
Does Cogitus support custom VMs or business logic on Avalanche L1? Yes, Cogitus supports custom VM logic or business rules through its advanced \ configuration layer and engineering support services.
What kind of developer tools and SDKs are available with Cogitus? Cogitus provides SDKs, APIs, subgraph tools, and chain management CLIs to assist \ developers in building on top of Avalanche L1s.
How does Cogitus ensure uptime, scalability, and infrastructure security? Cogitus uses geo-distributed infrastructure with automated failover, performance tuning, and hardened security to ensure enterprise-grade uptime and resilience.
# Cloud, Hosting & Performance
Where are Avalanche L1 chains powered by Cogitus hosted? Cogitus chains are hosted across multi-cloud infrastructure with edge optimizations and global deployment options. We provide support for cloud and bare-metal deployments with High Availability, on-demand scaling, and distributed architecture
Can I choose my cloud provider or region? Yes, you can specify preferred cloud providers and geographic regions to comply with \ data residency or performance requirements.
How does Cogitus handle uptime and disaster recovery? Cogitus employs automated monitoring, backup, and failover systems to ensure high \ uptime and disaster recovery. We provide 24x7 proactive monitoring and high availability \ deployment architecture to ensure uptime and manage incidents.
Can I run my Avalanche L1 in a private VPC? Yes, enterprise customers can deploy their Avalanche L1 chains inside private cloud or \ VPC environments. This is part of our Bring Your Own Cloud (BYOC) model.
How do you ensure validator scalability and redundancy? Validator scalability is achieved through autoscaling, health monitoring, and resource \ load-balancing strategies.
Is Cogitus compatible with hybrid or on-premises deployments? Yes, Cogitus can integrate with existing DevOps pipelines and allows for hybrid or fully \ on-premises chain deployment.
# Co-Marketing & Ecosystem Support
What kind of co-marketing support does Cogitus offer? Cogitus provides launch announcements, blogs, press releases, AMAs, and feature content to support ecosystem awareness. We also do highly curated side events at major Blockchain conferences where we help with GTM and brand exposure.
Will Cogitus help me promote my Avalanche L1 chain post-launch? Yes, Cogitus helps chains get early user traction and visibility through collaborative \ marketing campaigns.
Can you help me connect with investors or ecosystem partners? Yes, Cogitus can connect builders with ecosystem investors, accelerators, or partners \ through its extensive network.
Does Cogitus participate in events or help organize AMAs for my Avalanche L1 chain? Yes, Cogitus organizes or co-hosts events and AMAs for chains to showcase their tech and engage the community. We also promote the video/ audio content through our social \ channels.
Can I showcase my Avalanche L1 chain or dApp on the Cogitus ecosystem portal? Yes, projects can be listed on the Cogitus Ecosystem Portal to attract developers, users, and collaborators.
# Developer & User Support
How can I get technical support for my Avalanche L1 chain? Technical support is available 24/7 via the dashboard, ticketing system, or dedicated \ Slack channels for enterprise users. It also includes instant chat and dedicated account \ manager options.
What is included in the 24/7 support SLA? The SLA includes guaranteed response times, issue resolution tracking, 24/7 availability, and escalation workflows.
Where can I find documentation and tutorials? Documentation is available via the Cogitus Docs Portal with QuickStart guides, API \ references, and advanced tutorials.
How do I monitor my Avalanche L1 chain and receive alerts? You can monitor your chain using the L1 Dashboard and Traceye, with real-time alerts, \ logs, and usage analytics.
Do you provide support for devnet/testnet staging environments? Yes, Cogitus supports devnet and testnet environments with staging controls and \ lifecycle automation.
# General Blockchain Questions
What is a Layer 1 blockchain? A Layer 1 blockchain is a standalone network with its own consensus and data layers \ (e.g., Ethereum, Avalanche, Bitcoin).
What is a permissioned vs. permissionless blockchain? Permissioned blockchains restrict participation; permissionless ones are open to anyone. Cogitus supports both models for launching your chain using the Avalanche L1 stack.
What is the difference between EVM and custom VMs? EVM is the standard Ethereum VM. Custom VMs offer specialized logic or performance but may require custom tooling.
What is a validator node, and why is it important? A validator node confirms transactions and maintains network security by participating in consensus.
What is a blockchain explorer, and how do I use one? A blockchain explorer lets users search transactions, blocks, addresses, and smart \ contracts in real-time. All Avalanche L1 chains with Cogitus come with a Block Explorer \ subscription.
What is gas in blockchain, and how is it calculated on Avalanche? Gas represents transaction fees. On Avalanche, gas is calculated based on network load and operation complexity.
What is a hot wallet vs. a hardware wallet? Hot wallets are internet-connected and easier to use. Hardware wallets are offline and more secure.
What is a token bridge, and why does my Avalanche L1 chain need one? Token bridges allow asset transfer between blockchains. They're essential for liquidity \ and user access.
What is chain uptime, and why does it matter? Chain uptime refers to the availability of the network. High uptime ensures reliability and user trust.
# Migration & Upgrades
Can I migrate my existing blockchain to an Avalanche L1 with Cogitus? Yes, Cogitus provides complete support for migrating any EVM-based or custom chain to Avalanche L1.
What kind of networks can be migrated (L1, L2, L3)? You can migrate L1, L2, or L3 chains to Avalanche with data continuity, validator \ reconfiguration, and ecosystem adaptation.
How does Cogitus handle state and data migration? Cogitus performs a full export/import of on-chain data, redeploys contracts, and maps token balances during migration.
Will I lose any token balances, user data, or smart contracts during migration? No, Cogitus ensures full data continuity with pre-migration snapshots and validation to prevent data or token loss.
Can I upgrade my Avalanche L1 chain after launch? How are upgrades managed? Yes, Avalanche L1 chains can be upgraded via the dashboard or CLI with minimal \ downtime and audit logging.
What support is provided during and after migration? Full support includes pre-migration consultation, technical validation, post-migration \ monitoring, and ongoing maintenance.
# Subscription Plans & Pricing
What subscription plans are available on Cogitus? Cogitus offers flexible pricing tiers based on resources, features, and support levels. \ Custom enterprise plans are also available.
What is included in each subscription tier? Each tier includes compute, storage, validator infrastructure, monitoring, support, and access to product modules like Traceye or the dashboard.
Are there usage-based charges for bandwidth, storage, or validator resources? Yes, depending on your chain's resource profile, certain plans may include usage-based charges for compute, storage, or bandwidth, especially with the Block Explorer and data APIs.
Can I change my subscription plan after launching a chain? Yes, you can upgrade or downgrade your subscription plan at any time from the \ dashboard or by contacting support.
Is there a free trial or testnet-only pricing? Yes, Cogitus provides a $50 per month Devnet for prototyping and a subsidized Testnet for initial chain experimentation.
Do you offer custom pricing for enterprises or high-performance chains? Yes, Cogitus offers custom plans for enterprise deployments or Avalanche L1 chains with high throughput, complex requirements, or premium SLAs.
# Third-Party Integrations
What wallets are supported with Cogitus-powered L1 chains? Cogitus supports wallets including MetaMask, Ledger, WalletConnect, and other EVM- compatible wallets.
Can I integrate Chainlink, Covalent, The Graph, oracles, and bridges? Yes, Cogitus supports integration with Chainlink, Covalent, The Graph, LayerZero, and \ other infrastructure components. Do check our list of supported integrations on the website and the dashboard. We can also support any integration that is not listed there.
Can I deploy smart contracts written in Solidity or Vyper? Yes, you can deploy smart contracts using Solidity or Vyper, which are fully compatible with Cogitus-powered Avalanche L1 chains.
How do I integrate third-party explorers or indexers with my chain? You can integrate custom explorers or use hosted options like Blockscout and deploy \ indexers with Traceye. Each Avalanche L1 chain comes with bundled Tracehawk Block \ Explorer subscription.
Does Cogitus support integration with custom frontends and SDKs? Yes, Cogitus provides SDKs and APIs to help connect any custom frontend or tooling to your Avalanche L1 chain.