CBRC20
Ment Tech Labs collaborated with CBRC20 to build a new community token standard for the Bitcoin ecosystem. Designed for scalability, interoperability, and security, the CBRC20 framework empowers creators to launch meme tokens with real functionality and on-chain governance, all while inheriting Bitcoin’s trusted security model.
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CBRC20 emerged from a collective vision to bring creativity and community utility to Bitcoin. While Ethereum and other chains had long supported token creation and meme economies, Bitcoin lacked a structured, secure way to do the same without compromising its core stability. The CBRC20 team set out to change that by building a token standard that could merge Bitcoin’s unmatched security with the playfulness and innovation of meme culture.
To make this possible, CBRC20 partnered with Ment Tech Labs to design a scalable framework for token creation, trading, and governance on Bitcoin. Together, we developed tools that allow communities to launch, trade, and manage tokens directly within the Bitcoin network while staying true to its decentralized foundation.
See how CBRC20 turned Bitcoin into a playground for creators and communities
Bringing Token Innovation to the Bitcoin Network
Before the CBRC20 standard took shape, token creation on Bitcoin was fragmented, experimental, and lacked usability for mainstream creators. The team needed a structured, developer-friendly framework that upheld Bitcoin’s security while unlocking new layers of creativity and community participation.
Lack of Token Standardization
Bitcoin had no unified protocol for meme or community tokens, leading to compatibility issues and inconsistent functionality across tools and wallets.
Limited Interoperability
Existing experiments around Ordinals and inscriptions lacked bridges between wallets, explorers, and marketplaces, restricting token visibility and liquidity.
Complex Token Creation Process
Non-technical users struggled to deploy tokens due to manual inscription steps and unclear metadata management across the Bitcoin network.
Scalability and Transaction Cost Management
With Bitcoin’s base layer constraints, designing an efficient system that supports frequent trading and community activity was a major challenge.
Governance and Community Control
There was no secure way to integrate community voting or DAO-like functionality without external smart contract systems or off-chain dependencies.
Ment Tech’s Approach
Building CBRC20 meant working within Bitcoin’s strict limits while introducing a new layer of flexibility for creators and communities. Ment Tech Labs approached the challenge with one goal: to make token creation on Bitcoin as easy and reliable as ERC20 on Ethereum, without compromising decentralization or security.
Discovery and Planning Phase
We began by analyzing existing Ordinals, BRC20 standards, and Taproot transactions to identify gaps in scalability and usability. The goal was to design a structure that was technically sound yet accessible for builders and everyday users.
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Design and Experience Phase
Our focus was on usability. The design team created simple interfaces for token creation and management while ensuring advanced tools for developers and communities.
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Development and Integration Phase
We engineered the CBRC20 framework to bridge ordinal inscriptions, metadata handling, and peer-to-peer trading. Every interaction, from creation to trading, was made traceable and verifiable directly on Bitcoin.
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Testing and Deployment Phase
The final phase focused on ensuring scalability, performance, and long-term protocol reliability. We conducted on-chain simulations to validate transaction throughput and cost optimization.
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Core Deliverables
CBRC20 Protocol Framework
Developed a complete token standard for the Bitcoin ecosystem enabling seamless creation, minting, and trading of meme tokens through Ordinal inscriptions.
Token Creation and Management Tools
Built user-friendly interfaces and APIs that allow both developers and communities to deploy and manage tokens without complex scripting.
Metadata and Inscription Validation Engine
Designed a verification layer that ensures every token follows standardized metadata formats, improving compatibility across wallets and explorers.
Community Governance Infrastructure
Integrated DAO-ready voting modules and ownership verification mechanisms for transparent community decision-making.
Cross-Platform Trading Integration
Linked the CBRC20 framework to existing Bitcoin marketplaces and explorers for real-time liquidity and visibility.
Node and Analytics Dashboard
Deployed monitoring dashboards that track minting activity, community participation, and trading volume across the CBRC20 ecosystem.
Our clients
Core Capabilities That Power the CBRC20 Standard
Standardized Token Framework
Built a Introduced a unified token format for Bitcoin-based meme and community tokens ensuring interoperability across platforms and wallets.
Simplified Token Creation
Enabled anyone to mint and manage tokens through an intuitive interface without relying on complex Bitcoin scripting.
On-Chain Metadata Verification
Added automatic validation of inscriptions and metadata to maintain accuracy and prevent duplication or manipulation.
DAO and Governance Tools
Integrated community voting and decision-making directly within the protocol to empower token holders with shared ownership.
Marketplace and Wallet Integration
Linked CBRC20 tokens with Bitcoin explorers and trading platforms for real-time listings and liquidity access.
Enhanced Network Efficiency
Optimized inscription size and transaction flow to reduce congestion and lower operational costs across the Bitcoin network.
Driving Performance and Efficiency Across DeFi Markets