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Bitcoin’s network remains a foundational component of the digital asset market, with its fixed supply and decentralized structure forming a widely recognized economic model. However, Bitcoin’s base layer is limited by design. Its scripting system supports only restricted transaction logic, its throughput remains constrained by long block intervals, and its architecture does not natively support smart contracts or decentralized application frameworks.
The Munari Protocol introduces a system that retains Bitcoin’s economic discipline while extending its utility into programmable and high-speed execution environments. BTCM adopts the 21-million supply structure while operating across a Solana deployment and a forthcoming Layer-1 chain capable of supporting smart contracts, privacy tools, validator systems, and application development.
Bitcoin Munari maintains the same total supply structure that defines Bitcoin’s scarcity: 21,000,000 BTCM. The fixed cap anchors the currency in a non-inflationary model, mirroring Bitcoin’s monetary principles. This structure positions BTCM within a familiar economic framework while enabling functions that Bitcoin’s architecture cannot perform.
BTCM’s economic model divides supply into defined categories, including 11,130,000 BTCM for public access, 6,090,000 BTCM for validator incentives, and dedicated segments for liquidity, development teams, and ecosystem growth. This distribution model preserves long-term supply integrity while aligning resource allocation with system operation.
Where Bitcoin functions strictly as a settlement and store-of-value asset, BTCM introduces programmability. On the Munari mainnet, BTCM becomes the primary resource for smart contracts, validator staking, transaction fees, and governance processes. This expands the asset’s functional range while maintaining its fixed-supply foundation.
Bitcoin’s scripting system uses a limited set of operations and does not support Turing-complete programming. This design preserves security but restricts application logic, decentralized finance development, and user-defined contract execution. Throughput is limited by block creation intervals, and transaction capacity remains low relative to modern execution layers.
The Munari Protocol introduces an EVM-compatible environment designed for programmable smart contracts and application deployment. As part of its technical preparation, Bitcoin Munari’s smart-contract infrastructure has undergone independent verification. The project completed the Solidproof Smart Contract Audit and the Spy Wolf Smart Contract Audit, each assessing contract integrity, execution logic, and operational stability. Team identity validation was further completed through the Spy Wolf KYC Verification to support transparency as the network progresses toward mainnet deployment.
The system transitions from Solana’s high-capacity infrastructure into a dedicated mainnet using delegated Proof-of-Stake. This architecture supports rapid block production, validator-driven security, and customizable transaction logic. BTCM serves as the native utility asset for contract execution, validator staking, and fee processing within this programmable environment.
While Bitcoin remains purposefully narrow in scope, Munari broadens the execution landscape without altering the fixed economic structure that underpins the asset.
Bitcoin Munari follows a phased development model that begins with the token’s deployment on Solana. This initial activation grants BTCM immediate functionality within an established network that supports fast transaction settlement, low fees, and wallet and DEX compatibility. In contrast, Bitcoin’s utility is limited to its base-layer functions unless paired with external protocols.
The Munari mainnet represents the second phase. A 1:1 migration bridge moves BTCM from the Solana environment into the native Layer-1 chain. Once transferred, BTCM interacts with an execution layer designed to run smart contracts, privacy modules, programmable financial tools, and decentralized applications. This phased model adds functionality beyond Bitcoin’s capability while maintaining continuity through a single asset.
Bitcoin relies on Proof-of-Work mining, where computational output determines block production and network participation. The system does not include governance functions or staking-based security models. While this structure is effective for Bitcoin’s purpose, it does not support programmable participation roles.
The Munari Protocol introduces a validator network using delegated Proof-of-Stake. Validators stake BTCM to secure the chain, with rewards distributed from a long-term allocation of 6,090,000 BTCM. Delegation enables broader participation without requiring specialized hardware. Governance mechanisms allow BTCM holders to participate in proposals, network parameters, and protocol adjustments—a functional layer absent from Bitcoin’s base architecture.
The validator model shifts operational involvement from hardware-driven computation to stake-driven consensus and decision participation.
Bitcoin’s Layer-1 environment does not natively support decentralized exchanges, programmable lending, yield mechanics, or general smart contract execution. These functions require external scaling solutions and remain separate from the base chain.
Munari’s Layer-1 chain integrates an EVM-compatible virtual machine capable of supporting decentralized applications, token standards, privacy-enabled transfers, and DeFi protocols. BTCM becomes the native token for all contract execution, validator operations, and network fees. This establishes a cohesive application ecosystem built within the chain’s native environment rather than through auxiliary layers.
The addition of privacy configuration options enables transaction-level visibility management, a feature not incorporated into Bitcoin’s on-chain model.
Early access to BTCM is provided through the presale, which allocates 11,130,000 tokens to public buyers across ten structured rounds. Round 1 is priced at $0.35, measured against the project’s planned $6.00 launch benchmark, producing a projected 1,614% ROI for the initial pricing tier. Tokens carry no vesting period and activate once BTCM is live on Solana.
This presale structure aligns with the broader economic model, linking early pricing tiers to fixed-supply constraints, validator incentives, and the phased migration path from Solana to the Munari mainnet.
Website: official Bitcoin Munari website
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