ML1 V6.1.0 | STRATEGIC NODE PORTAL

[ MISSION INTEL UNLOCKED ] [ 任務情報已解鎖 ]

[ STRATEGIC DEPLOYMENT: 2026-2030 ] [ 戰略部署藍圖：2026-2030 ]

PHASE 1 (2026) 第一階段 (2026)

Genesis V1 Nodes & Edge Base 創世 V1 節點與邊緣採集網路

Achieve $1.0M presale target. Deploy the first 1,000 V1 hardware nodes. Utilizing ATECC608B crypto-chips and Protocol 433. Secure early physical data streams via DAG sequencing without heavy on-chain consensus. 達成預設硬頂目標。完成首批 1,000 台 V1 實體節點部署。利用 ATECC608B 晶片與 Protocol 433 確立底層物理排序，在低算力環境下完成邊緣數據採集。

PHASE 2 (2027) 第二階段 (2027)

Protocol-Owned Cloud Compute (H100/B200) 協議雲端算力矩陣 (H100/B200)

Initiate Phase 2 funding for Earth-side infrastructure. Instead of risky physical GPU ownership, ML1 adopts an asset-light approach by leasing institutional cloud-based Nvidia clusters. This Matrix processes millions of edge transactions into compressed Zero-Knowledge Proofs. 啟動後續擴張。拒絕承擔實體顯示卡的高折舊與地緣禁令風險，轉而採取輕資產策略，透過大規模租賃機構級雲端 GPU 算力叢集，建立星際 ZK 證明矩陣，將海量邊緣數據壓縮為極輕量級的零知識證明。

PHASE 3 (2028-2029) 第三階段 (2028-2029)

Solana Settlement & PQC Defense 終極結算與抗量子防禦

Broadcast the generated proofs to the Mainnet for sub-second financial settlement. Implement Post-Quantum Cryptography wrappers inside the Cloud GPU cluster, future-proofing the Ledger against decryption. 將雲端大腦生成的證明提交至主網，實現微秒級金融結算與代幣派發。在算力層導入抗量子密碼學 (PQC) 封裝，保護星際帳本免受破解，且完全不增加邊緣硬體的耗能。

PHASE 4 (2030+) 第四階段 (2030+)

V3 Martian Rover Integration V3 載荷整合與獨立經濟體

Embed V3 chips directly into Commercial Payload Rideshare rovers. Establish the first physical node array in the Martian North Pole, achieving a fully autonomous Interplanetary Sovereign Economy. 將 V3 晶片直接嵌入商業航太無人載荷與探測車。建立首個實體節點陣列，達成完全脫離通膨的主權經濟體。

[ SYSTEM KERNEL UPGRADED ] [ 核心系統已升級 ]

The core protocol has been migrated to a dedicated decentralized smart contract.
Click below to securely establish an on-chain uplink with your wallet. 為確保交易的絕對安全與防篡改，核心協議已遷移至獨立的去中心化智能合約。
請點擊下方按鈕，安全地與您的錢包建立鏈上直連。

SECURE CONNECTION VIA ON-CHAIN ADAPTER 透過鏈上適配器進行安全連線

ESTABLISHING UPLINK TO JEZERO...

THE DeIF MANIFESTO (v6.1.0)

1. 延遲之牆與 V1 節點

地球與火星通訊延遲為 3–22 分鐘。為解決此問題，我們以極低進入門檻，部署 V1 創世節點 (Raspberry Pi 5 + LoRa 433MHz + ATECC608B)。V1 節點專注於低耗能的 DAG 物理排序與簽名，將沉重的共識驗證徹底剝離至地球端。

2. 熱力學三位一體模型

地球金融依賴無限印鈔，而我們建構於遵循物理定律的三位一體系統：質量、能量、熵。用戶必須燃燒能量觸發 API 盲挖以獲取極度稀缺的資產。

3. 36 個月幾何級數衰減

為確保網路的極致通縮價值，資產的開採難度受嚴格的 36 個月減半曲線控制。隨著時間推移，燃燒成本將呈指數級暴增，而產量呈斷崖式崩塌。

4. 輕資產戰略：雲端算力矩陣

我們深知實體頂級顯示卡的高折舊率與地緣禁令風險。因此在第二階段不自建實體機房，而是採用「輕資產、重算力」策略，大規模租賃機構級雲端 GPU 算力叢集。單張雲端晶片即可支援上千台邊緣節點的 ZK 證明運算，完美避開硬體折舊黑洞。

5. NASA ION (DTN) 星際傳輸層

在面臨星際軌道遮蔽、通訊黑窗時，系統採用基於延遲容忍網路 (DTN) 的 NASA ION 開源協議。實體數據以「儲存後轉發」的形式在太空中跳躍，直到安全抵達地球雲端機房。

6. 抗量子密碼學 (PQC) 終極防禦屏障

面對量子計算機對傳統錢包的威脅，我們不增加邊緣硬體的耗能負擔，而是在地球端叢集將 ZK 證明提交前，套上一層 格密碼學 (Lattice-based PQC) 封裝，賦予星際帳本國家級的永恆抗破解能力。

「我們不是在發行一個炒作代幣；我們正在編寫星際金融的主權憲章。」

1. The Latency Wall & V1 Genesis Nodes

Earth-Mars communication delay is 3–22 minutes. To solve this, we deploy V1 Genesis Nodes (Raspberry Pi 5 + LoRa 433MHz) at an accessible price. V1 nodes focus solely on low-power DAG sequencing and hardware signatures, stripping heavy consensus mechanics away from the edge.

2. The Thermodynamic Trinity Economy

Earth fiat relies on infinite money printing. We solve this via a physics-bound Trinity: Mass, Energy, and Entropy. Users must burn energy to hit the API, where successful hits drop extremely scarce assets.

3. The 36-Month Geometric Decay

To protect the deflationary value of the network, extraction difficulty is governed by a strict 36-month halving curve. As the network matures, the burn requirement exponentially explodes.

4. Asset-Light Strategy: Protocol-Owned Cloud Compute

Recognizing the high depreciation and geopolitical risks of owning physical top-tier chips, we adopt an "asset-light" strategy. The protocol will lease institutional-grade cloud clusters. A single cloud core can compute ZK-Proofs for over 1,000 edge nodes, completely bypassing hardware depreciation.

5. NASA ION (DTN) Transport Layer

During orbital blackouts, we utilize the open-source Interplanetary Overlay Network (ION) protocol based on Delay-Tolerant Networking (DTN). Data is stored and forwarded securely across nodes until it reaches the Earth Cloud Matrix.

6. Post-Quantum Cryptography (PQC) Shield

Quantum computing will soon break traditional ECDSA wallets. Instead of overloading edge nodes with heavy algorithms, we apply Lattice-based cryptographic wrappers at the Earth-side Cloud level before broadcasting, ensuring permanent ledger security.

"We aren't building a speculative token; we are writing the constitution of interplanetary finance."