What is ALEO and SOS？

Aleo is a developer platform for building fully private, scalable, and cost-effective applications. It uses zero-knowledge cryptography to move smart contract execution off-chain, enabling a diverse range of decentralized applications that are both entirely private and can scale up to thousands of transactions per second.

• ALEO Block Explorer: Aleo123 ｜ Aleo Explorer

• Algorithm: zkSNARK

• Supply: 2,600,000,000 ALEO

SOS (SolanaSwap) is a decentralized intelligent routing exchange on Solana, trained based on Google DeepMind's open-source model. It combines Solana blockchain's high performance with the powerful intelligence of DeepMind models, aiming to provide users with an efficient, low-cost, and secure digital asset exchange platform. As our operations require continuous procurement and consumption of substantial computing power to support the AI infrastructure underlying Swap, we have decided to enhance the project's decentralization by integrating mining rigs to provide a portion of this computing power. This initiative will redirect the tokens originally allocated to computing power suppliers directly to users as rewards, thereby increasing ecosystem participation and advancing decentralization

· Block Explorer： solscan.io

· Algorithm:： PoSDM(Sequential Diminishing Minting (SDM) Protocol)

· Supply： 400,000,000 SOS·

· Halving Mechanism：

Mining Pool Model (PoSDM Halving Mechanism)

Unlike Bitcoin's fixed 4-year cycles, SOS's PoSDM halving mechanism triggers at predetermined mining milestones, creating a dynamic emission schedule.

Key Characteristics:

1. Supply-Driven Halving

   • Halvings occur when cumulative mined supply reaches threshold values (not time-based)

   • Each phase reduces rewards by 50% relative to the previous phase

2. Emission Schedule Example

   Phase	Newly Minted (cumulative)	Remaining Supply	Reward Reduction	Trigger Condition
   1	200M (200M)	200M	—	Genesis
   2	100M (300M)	100M	50%	Post-200M mined
   3	50M (350M)	50M	50%	Post-300M mined
   ...	Converges asymptotically	→0	Iterative	Supply milestones

3. Economic Implications

   • Early-stage incentive: Substantial initial rewards to incentivize miner participation

   • Anti-inflationary: Exponential decay in new supply mimics Bitcoin’s scarcity while maintaining emission flexibility

   • Predictable decay: Reward projections are precisely computable using the pool's cumulative mined supply data.

Comparative Advantage vs. Bitcoin:

• Flexibility: Halvings adapt to actual network participation (not calendar time)

• Smoother decay curve: Mitigates "cliff effects" of fixed-interval models

• Game-theoretic alignment: Rewards scale dynamically with ecosystem growth

Note: Total supply asymptotically approaches but never exceeds 400M SOS.