

ROSE implements a hard-capped token economics model with exactly 10 billion tokens as the maximum supply, creating inherent scarcity that underpins long-term value preservation. This fixed supply ceiling is fundamental to the token's economic design, distinguishing it from inflationary alternatives. As of January 19, 2026, approximately 7.51 billion ROSE tokens have entered circulation, representing 75.09% of the total allocation. This substantial unlock level reflects the project's mature phase, where the majority of tokens are now actively participating in the ecosystem through staking, delegation, and transaction fees.
The allocation structure demonstrates a deliberate phasing approach to token distribution. The remaining 24.91% unlocked supply is scheduled to enter circulation through a structured vesting mechanism, with the next significant unlock event occurring on February 18, 2026. This gradual release methodology characterizes sophisticated token economics, balancing ecosystem growth with market stability. By maintaining controlled unlock schedules, ROSE token allocation prevents sudden supply shocks that could destabilize prices or discourage long-term holders. The current unlock ratio of over three-quarters demonstrates how token economics frameworks can sustain network participation while preserving economic incentives for early contributors and long-term stakeholders.
ROSE implements a sophisticated equilibrium between inflationary and deflationary forces through multiple synchronized mechanisms. The network's transaction fees function as a primary deflationary tool, with a portion of each fee being burned rather than distributed, directly reducing token supply. This approach mirrors successful implementations seen in other networks, where daily fee burns create meaningful supply contraction that can offset or exceed annual emissions, establishing a self-reinforcing cycle where increased network activity accelerates deflation and enhances token value.
Staking rewards form the second pillar of ROSE's token economics, incentivizing network participants to secure the blockchain while simultaneously controlling inflation through dynamic issuance rates. These rewards are calibrated to maintain validator participation without excessive supply expansion, particularly as the network approaches the 2026 phase of reduced inflation. This mechanism encourages long-term token holding, reducing circulating supply pressure.
Data monetization represents the innovative third component, directly linking network utility to token economics. By enabling users and data providers to earn rewards through network participation and data contribution, ROSE creates organic demand for tokens. This usage-based incentive model ensures that token value accrual is tied to genuine network activity rather than purely speculative factors, establishing a sustainable economic foundation where data transactions directly drive deflationary pressures and reward distribution.
ROSE's governance architecture seamlessly integrates utility functions with decentralized participation mechanisms to sustain network health and security. The token operates as the foundational asset for Oasis Network's proof-of-stake consensus model, where staking mechanisms create economic incentives aligned with network integrity. Through ROSE staking, token holders can secure the network as validators or delegators, with rewards determined by factors including total tokens staked, validator performance, and the staking rewards schedule. The network currently maintains over 120+ validators, allowing delegators to distribute their stake strategically—particularly to minority validators outside the top 15 by stake—thereby enhancing network decentralization.
Network security is reinforced through slashing penalties imposed on validators for misconduct, ensuring honest behavior across the consensus layer. Participation requires minimal barriers: delegators can begin with just 100 ROSE tokens, democratizing access to governance participation. Beyond security roles, ROSE functions as the utility token for transaction fees and protocol operations, creating multiple layers of token utility. Community control emerges through on-chain governance, where ROSE holders vote on proposals that directly influence protocol evolution. This design ensures that tokenomics incentivize both individual economic gain through staking rewards and collective decision-making power through governance participation, balancing sustainability with distributed control mechanisms that strengthen ecosystem resilience.
Token economics models the economic operations of tokens on blockchain. Core elements include supply mechanisms, incentive structures, and governance frameworks. A well-designed token model is crucial for Web3 project success.
ROSE has a fixed total supply of 10 billion tokens. Currently, 1.5 billion tokens are in circulation, with the remaining 8.5 billion tokens released gradually according to a predetermined allocation schedule for staking, ecosystem development, and community incentives.
On February 18, 2026, ROSE will unlock 7.5 billion tokens, representing 75% of total supply. This major unlock significantly impacts liquidity and token circulation in the ecosystem.
Token economics directly impacts ROSE through platform productivity and user base growth. Higher demand and controlled supply increase price, while dividend mechanisms enhance liquidity. Strong tokenomics creates sustainable value appreciation.
ROSE tokens are primarily used for transaction fees, staking, and network governance. Holders earn rewards through staking participation and network incentives. Total supply is 10 billion ROSE, with approximately 7.48 billion currently in circulation.
Oasis Network's token distribution: development team 40%, investors 30%, community 30%.
ROSE's projected inflation rate for 2026 is approximately 1.5%. This modest inflation slightly dilutes token value but maintains reasonable holder purchasing power and ecosystem stability.
ROSE uses pure PoS consensus with lower transaction costs and faster finality than Ethereum or Solana. Its economics emphasize staking rewards and network security, optimizing throughput for enterprise applications and DeFi scaling.











