《蜂群计划：基于移动热点自组网的去中心化信息革命》/ Project Swarm: Decentralized Information Revolution via Mobile Hotspot Ad-Hoc Networking
—— 一项改变人类通信方式的开源技术提案
一、引言：当基站消失，信息如何自由流动？
在自然灾害、偏远地区或网络管制环境中，传统中心化通信网络存在致命缺陷：依赖基础设施、易被监控、覆盖成本高昂。与此同时，全球超过90亿台智能手机、平板和笔记本电脑同时具备Wi-Fi连接与热点发射能力——这些设备每日随人类流动穿梭于城市与荒野，却从未被整合为统一的通信力量。
本方案提出“蜂群网络”（SwarmNet），通过设备间自动化的热点接力，实现无需基站、无需资费、抗审查的文字信息全球传播。其核心突破在于：将人类流动性转化为网络覆盖力，让每一台智能设备成为信息的“携带者”与“播种者”。
二、技术架构：四层协议实现“人肉TCP/IP”
（一）设备层：唤醒沉睡的硬件潜能
设备类型 热点并发量 日均移动范围 典型传播场景
智能手机 20-50台 5-50公里 城市通勤、公共聚集区
笔记本电脑 50-100台 1-10公里 办公区、交通工具
车载中控系统 100+台 50-300公里 城际公路网
物联网热点设备 10-20台 固定点位 社区、商场覆盖
所有设备在充电/闲置时自动激活蜂群协议，使用率低于15%的硬件资源
（二）协议层：三大核心算法
1. 动态嗅探算法设备每5分钟扫描周边热点，优先连接：
- 携带新消息密度最高的设备
- 信号强度>70%且剩余电量>40%的中继节点（避免低电量设备过载）
2. 熵减式同步协议
- 消息指纹：采用BLAKE3哈希（抗碰撞性优于MD5）
- 增量同步：传输仅发送元数据（时间戳+哈希+字节数），接收方请求缺失条目
- 生存周期：动态LRU缓存（非固定1年），存储压力＞80%时自动清理最早30%消息
3. 反垃圾邮件机制
- 发送者需完成轻量PoW（工作量证明），例如计算“哈希值前3位=000”
- 每设备每日可免费发送50条，超量需消耗转发积分（激励合规节点）
（三）存储层：分布式时空数据库
数据属性 存储策略 隐私保护措施
普通文本 加密压缩存储（1KB/千字） AES-256端到端加密
元数据 本地SQLite索引 公钥地址匿名（非IMEI号）
路由路径 不记录中转设备 洋葱路由混淆
单设备可存储100万条文本消息（约1GB空间占用）
（四）应用层：杀手级场景
[2025-08-10 14:00] 地震警报#7.2级
震中：台东海域(23.5°N, 121.2°E)
传播路径：花莲手机→台铁Wi-Fi→台北101平板→...→上海浦东机场手机（3分钟覆盖200万人）
[2025-08-11 09:30] 偏远村庄药品请求
内容：急需胰岛素（村民王**，地址隐匿）
响应：过路医生背包中的平板接收请求，进城后触发药品调度
无需SIM卡即可接收应急信息，匿名发起求助
三、实施路径：四步激活全球设备网络
阶段一：开源协议栈开发（2025Q4）
- 发布Android/iOS/Windows/Linux SDK（Apache 2.0许可）
- 开发者可嵌入至任何含Wi-Fi芯片的设备
阶段二：设备厂商合作（2026Q1-Q2）
+ 华为/小米：预装协议到手机热点模块
+ 联想/Dell：笔记本固件支持后台中继
+ 特斯拉/比亚迪：车载系统充当城际枢纽
阶段三：杀手应用孵化（2026Q3）
- 应急通：政府合作的灾害预警系统
- 自由声：记者暗访调查的审查规避工具
- 驿路邮：偏远地区物流信息调度平台
阶段四：全球部署（2027+）
当设备渗透率＞15%时（约14亿节点），形成自维持网络：纽约发出的信息，72小时内可抵达非洲村落。
四、社会价值：重建数字时代的沟通本质
1. 平等化接入：牧民帐篷中的旧手机与硅谷工程师的笔记本获得同等信息权
2. 抗灾生命线：当基站坍塌、光纤中断，幸存者背包里的手机就是求救信号站
3. 隐私保护革命：不再有中心服务器监控聊天内容，信息在人群间“耳语传递”
4. 万亿美元成本节约：替代传统偏远地区基站建设费用的90%
五、行动呼吁：加入蜂群，成为变革的“初始节点”
我们呼吁：
- 设备厂商：集成预装蜂群协议（技术团队可联系"swarm@protocol.org" (mailto:swarm@protocol.org)获取测试SDK）
- 开发者：参与GitHub开源项目（SwarmNet Core，已获Linux基金会孵化）
- 普通用户：在支持设备安装“蜂群助手”APP，用闲置带宽换取紧急通信权
“信息的自由流动，是人类文明的基础设施”
本协议放弃专利，永久开源——因为自由传递的权利，应属于每一台设备，每一个人。
文档修订号：SwarmNet Whitepaper v1.2 (2025-08-10)
技术细节开源库：github.com/SwarmNet-Protocol/Core
企业合作通道："446289609@qq.com" (mailto:446289609@qq.com)
——————————
——An Open Protocol Proposal for Rebuilding Global Communication Infrastructure
1. Introduction: When Base Stations Vanish, How Does Information Flow Freely?
Traditional centralized communication networks face critical flaws in disasters, remote areas, or censored environments: infrastructure dependency, surveillance vulnerability, and prohibitive coverage costs. Meanwhile, over 9 billion smartphones, tablets, and laptops worldwide possess dual capabilities of Wi-Fi connectivity and hotspot emission—these devices traverse cities and wilderness daily with human mobility, yet remain untapped as a unified communication force.
This proposal introduces "SwarmNet": Through automated hotspot relay between devices, it enables global text-message propagation without base stations, subscriptions, or censorship. Its breakthrough lies in transforming human mobility into network coverage, turning every smart device into an information "carrier" and "sower".
2. Technical Architecture: Four-Layer Protocol for "Human-Relayed TCP/IP"
2.1 Device Layer: Awakening Dormant Hardware Potential
Device Type Hotspot Concurrency Daily Mobility Range Typical Propagation Scenario
Smartphone 20-50 devices 5-50 km Urban commute, public gatherings
Laptop 50-100 devices 1-10 km Offices, transport vehicles
Vehicle Infotainment 100+ devices 50-300 km Intercity highway networks
IoT Hotspot Device 10-20 devices Fixed locations Community, mall coverage
All devices auto-activate Swarm Protocol during charging/idle states, utilizing <15% hardware resources
2.2 Protocol Layer: Three Core Algorithms
1. Dynamic Sniffing AlgorithmDevices scan nearby hotspots every 5 minutes, prioritizing connections to:
- Devices with highest new-message density
- Relay nodes with signal strength >70% and battery >40%（Prevents overloading low-battery devices）
2. Entropy-Reduction Synchronization Protocol
- Message Fingerprint: Uses BLAKE3 hash (superior collision resistance to MD5)
- Delta Sync: Transfers metadata only (timestamp + hash + byte count); receivers request missing entries
- Lifecycle: Dynamic LRU caching (non-fixed 1-year); auto-purges oldest 30% messages when storage pressure >80%
3. Anti-Spam Mechanism
- Senders must complete lightweight PoW (Proof-of-Work), e.g., computing "first 3 hash digits = 000"
- Free quota: 50 messages/device/day; excess requires forwarding credits (incentivizing compliant nodes)
2.3 Storage Layer: Distributed Spatiotemporal Database
Data Attribute Storage Strategy Privacy Protection
Plain text Encrypted compression (1KB/1k chars) AES-256 end-to-end encryption
Metadata Local SQLite indexing Anonymous public-key addressing (non-IMEI)
Routing paths No relay device records Onion routing obfuscation
Single device stores ~1 million texts (≈1GB space occupation)
2.4 Application Layer: Killer Use Cases
[2025-08-10 14:00] Earthquake Alert#7.2
Epicenter: SE Taiwan waters (23.5°N, 121.2°E)
Propagation path: Hualien phone → TRA Wi-Fi → Taipei 101 tablet →...→ Shanghai Pudong Airport phone (3min coverage: 2M people)
[2025-08-11 09:30] Remote Village Medicine Request
Content: Insulin urgently needed (Villager Wang**, anonymized address)
Response: Doctor's backpack tablet receives request, triggers medicine dispatch upon reaching town
Emergency messaging without SIM cards; anonymous aid requests
3. Implementation Roadmap: Four Phases to Activate Global Device Network
Phase 1: Open-Source Protocol Stack (2025 Q4)
- Release Android/iOS/Windows/Linux SDK (Apache 2.0 license)
- Embeddable in any Wi-Fi chip-enabled device
Phase 2: Device Manufacturer Integration (2026 Q1-Q2)
+ Huawei/Xiaomi: Preinstall protocol in hotspot modules
+ Lenovo/Dell: Enable background relay in firmware
+ Tesla/BYD: Deploy as intercity hubs in vehicle systems
Phase 3: Killer App Incubation (2026 Q3)
- RescueCom: Government-cooperative disaster alert system
- FreeVoice: Censorship circumvention for journalist investigations
- PostRelay: Logistics coordination in remote areas
Phase 4: Global Deployment (2027+)
15% device penetration (≈1.4B nodes) forms self-sustaining network: Messages from New York reach African villages within 72 hours.
4. Societal Value: Rebuilding Communication Essence in the Digital Age
1. Equalized Access：Herders' tents with old phones ≡ Silicon Valley engineers' laptops in information rights.
2. Disaster Lifeline：When base stations collapse, survivors' backpack phones become SOS stations.
3. Privacy Revolution：No central servers monitoring chats; information "whispers" through crowds.
4. $1 Trillion Cost Savings：Replaces 90% of traditional base station costs in remote areas.
5. Call to Action: Join the Swarm, Become an "Initial Node"
We urge:
- Device Manufacturers: Integrate Swarm Protocol (contact "swarm@protocol.org" (mailto:swarm@protocol.org) for SDK)
- Developers: Contribute to GitHub open-source (SwarmNet Core, Linux Foundation incubating)
- Users: Install "Swarm Assistant" on supported devices; trade idle bandwidth for emergency access
“Free information flow is the infrastructure of human civilization.”
This protocol is patent-free and permanently open-source—because the right to transmit freely belongs to every device, every human.
Document Revision: SwarmNet Whitepaper v1.2 EN (2025-08-10)
Source Code: github.com/SwarmNet-Protocol/Core
Enterprise Partnership: "446289609@qq.com" (mailto:446289609@qq.com)
一、引言：当基站消失，信息如何自由流动？
在自然灾害、偏远地区或网络管制环境中，传统中心化通信网络存在致命缺陷：依赖基础设施、易被监控、覆盖成本高昂。与此同时，全球超过90亿台智能手机、平板和笔记本电脑同时具备Wi-Fi连接与热点发射能力——这些设备每日随人类流动穿梭于城市与荒野，却从未被整合为统一的通信力量。
本方案提出“蜂群网络”（SwarmNet），通过设备间自动化的热点接力，实现无需基站、无需资费、抗审查的文字信息全球传播。其核心突破在于：将人类流动性转化为网络覆盖力，让每一台智能设备成为信息的“携带者”与“播种者”。
二、技术架构：四层协议实现“人肉TCP/IP”
（一）设备层：唤醒沉睡的硬件潜能
设备类型 热点并发量 日均移动范围 典型传播场景
智能手机 20-50台 5-50公里 城市通勤、公共聚集区
笔记本电脑 50-100台 1-10公里 办公区、交通工具
车载中控系统 100+台 50-300公里 城际公路网
物联网热点设备 10-20台 固定点位 社区、商场覆盖
所有设备在充电/闲置时自动激活蜂群协议，使用率低于15%的硬件资源
（二）协议层：三大核心算法
1. 动态嗅探算法设备每5分钟扫描周边热点，优先连接：
- 携带新消息密度最高的设备
- 信号强度>70%且剩余电量>40%的中继节点（避免低电量设备过载）
2. 熵减式同步协议
- 消息指纹：采用BLAKE3哈希（抗碰撞性优于MD5）
- 增量同步：传输仅发送元数据（时间戳+哈希+字节数），接收方请求缺失条目
- 生存周期：动态LRU缓存（非固定1年），存储压力＞80%时自动清理最早30%消息
3. 反垃圾邮件机制
- 发送者需完成轻量PoW（工作量证明），例如计算“哈希值前3位=000”
- 每设备每日可免费发送50条，超量需消耗转发积分（激励合规节点）
（三）存储层：分布式时空数据库
数据属性 存储策略 隐私保护措施
普通文本 加密压缩存储（1KB/千字） AES-256端到端加密
元数据 本地SQLite索引 公钥地址匿名（非IMEI号）
路由路径 不记录中转设备 洋葱路由混淆
单设备可存储100万条文本消息（约1GB空间占用）
（四）应用层：杀手级场景
[2025-08-10 14:00] 地震警报#7.2级
震中：台东海域(23.5°N, 121.2°E)
传播路径：花莲手机→台铁Wi-Fi→台北101平板→...→上海浦东机场手机（3分钟覆盖200万人）
[2025-08-11 09:30] 偏远村庄药品请求
内容：急需胰岛素（村民王**，地址隐匿）
响应：过路医生背包中的平板接收请求，进城后触发药品调度
无需SIM卡即可接收应急信息，匿名发起求助
三、实施路径：四步激活全球设备网络
阶段一：开源协议栈开发（2025Q4）
- 发布Android/iOS/Windows/Linux SDK（Apache 2.0许可）
- 开发者可嵌入至任何含Wi-Fi芯片的设备
阶段二：设备厂商合作（2026Q1-Q2）
+ 华为/小米：预装协议到手机热点模块
+ 联想/Dell：笔记本固件支持后台中继
+ 特斯拉/比亚迪：车载系统充当城际枢纽
阶段三：杀手应用孵化（2026Q3）
- 应急通：政府合作的灾害预警系统
- 自由声：记者暗访调查的审查规避工具
- 驿路邮：偏远地区物流信息调度平台
阶段四：全球部署（2027+）
当设备渗透率＞15%时（约14亿节点），形成自维持网络：纽约发出的信息，72小时内可抵达非洲村落。
四、社会价值：重建数字时代的沟通本质
1. 平等化接入：牧民帐篷中的旧手机与硅谷工程师的笔记本获得同等信息权
2. 抗灾生命线：当基站坍塌、光纤中断，幸存者背包里的手机就是求救信号站
3. 隐私保护革命：不再有中心服务器监控聊天内容，信息在人群间“耳语传递”
4. 万亿美元成本节约：替代传统偏远地区基站建设费用的90%
五、行动呼吁：加入蜂群，成为变革的“初始节点”
我们呼吁：
- 设备厂商：集成预装蜂群协议（技术团队可联系"swarm@protocol.org" (mailto:swarm@protocol.org)获取测试SDK）
- 开发者：参与GitHub开源项目（SwarmNet Core，已获Linux基金会孵化）
- 普通用户：在支持设备安装“蜂群助手”APP，用闲置带宽换取紧急通信权
“信息的自由流动，是人类文明的基础设施”
本协议放弃专利，永久开源——因为自由传递的权利，应属于每一台设备，每一个人。
文档修订号：SwarmNet Whitepaper v1.2 (2025-08-10)
技术细节开源库：github.com/SwarmNet-Protocol/Core
企业合作通道："446289609@qq.com" (mailto:446289609@qq.com)
——————————
——An Open Protocol Proposal for Rebuilding Global Communication Infrastructure
1. Introduction: When Base Stations Vanish, How Does Information Flow Freely?
Traditional centralized communication networks face critical flaws in disasters, remote areas, or censored environments: infrastructure dependency, surveillance vulnerability, and prohibitive coverage costs. Meanwhile, over 9 billion smartphones, tablets, and laptops worldwide possess dual capabilities of Wi-Fi connectivity and hotspot emission—these devices traverse cities and wilderness daily with human mobility, yet remain untapped as a unified communication force.
This proposal introduces "SwarmNet": Through automated hotspot relay between devices, it enables global text-message propagation without base stations, subscriptions, or censorship. Its breakthrough lies in transforming human mobility into network coverage, turning every smart device into an information "carrier" and "sower".
2. Technical Architecture: Four-Layer Protocol for "Human-Relayed TCP/IP"
2.1 Device Layer: Awakening Dormant Hardware Potential
Device Type Hotspot Concurrency Daily Mobility Range Typical Propagation Scenario
Smartphone 20-50 devices 5-50 km Urban commute, public gatherings
Laptop 50-100 devices 1-10 km Offices, transport vehicles
Vehicle Infotainment 100+ devices 50-300 km Intercity highway networks
IoT Hotspot Device 10-20 devices Fixed locations Community, mall coverage
All devices auto-activate Swarm Protocol during charging/idle states, utilizing <15% hardware resources
2.2 Protocol Layer: Three Core Algorithms
1. Dynamic Sniffing AlgorithmDevices scan nearby hotspots every 5 minutes, prioritizing connections to:
- Devices with highest new-message density
- Relay nodes with signal strength >70% and battery >40%（Prevents overloading low-battery devices）
2. Entropy-Reduction Synchronization Protocol
- Message Fingerprint: Uses BLAKE3 hash (superior collision resistance to MD5)
- Delta Sync: Transfers metadata only (timestamp + hash + byte count); receivers request missing entries
- Lifecycle: Dynamic LRU caching (non-fixed 1-year); auto-purges oldest 30% messages when storage pressure >80%
3. Anti-Spam Mechanism
- Senders must complete lightweight PoW (Proof-of-Work), e.g., computing "first 3 hash digits = 000"
- Free quota: 50 messages/device/day; excess requires forwarding credits (incentivizing compliant nodes)
2.3 Storage Layer: Distributed Spatiotemporal Database
Data Attribute Storage Strategy Privacy Protection
Plain text Encrypted compression (1KB/1k chars) AES-256 end-to-end encryption
Metadata Local SQLite indexing Anonymous public-key addressing (non-IMEI)
Routing paths No relay device records Onion routing obfuscation
Single device stores ~1 million texts (≈1GB space occupation)
2.4 Application Layer: Killer Use Cases
[2025-08-10 14:00] Earthquake Alert#7.2
Epicenter: SE Taiwan waters (23.5°N, 121.2°E)
Propagation path: Hualien phone → TRA Wi-Fi → Taipei 101 tablet →...→ Shanghai Pudong Airport phone (3min coverage: 2M people)
[2025-08-11 09:30] Remote Village Medicine Request
Content: Insulin urgently needed (Villager Wang**, anonymized address)
Response: Doctor's backpack tablet receives request, triggers medicine dispatch upon reaching town
Emergency messaging without SIM cards; anonymous aid requests
3. Implementation Roadmap: Four Phases to Activate Global Device Network
Phase 1: Open-Source Protocol Stack (2025 Q4)
- Release Android/iOS/Windows/Linux SDK (Apache 2.0 license)
- Embeddable in any Wi-Fi chip-enabled device
Phase 2: Device Manufacturer Integration (2026 Q1-Q2)
+ Huawei/Xiaomi: Preinstall protocol in hotspot modules
+ Lenovo/Dell: Enable background relay in firmware
+ Tesla/BYD: Deploy as intercity hubs in vehicle systems
Phase 3: Killer App Incubation (2026 Q3)
- RescueCom: Government-cooperative disaster alert system
- FreeVoice: Censorship circumvention for journalist investigations
- PostRelay: Logistics coordination in remote areas
Phase 4: Global Deployment (2027+)
15% device penetration (≈1.4B nodes) forms self-sustaining network: Messages from New York reach African villages within 72 hours.
4. Societal Value: Rebuilding Communication Essence in the Digital Age
1. Equalized Access：Herders' tents with old phones ≡ Silicon Valley engineers' laptops in information rights.
2. Disaster Lifeline：When base stations collapse, survivors' backpack phones become SOS stations.
3. Privacy Revolution：No central servers monitoring chats; information "whispers" through crowds.
4. $1 Trillion Cost Savings：Replaces 90% of traditional base station costs in remote areas.
5. Call to Action: Join the Swarm, Become an "Initial Node"
We urge:
- Device Manufacturers: Integrate Swarm Protocol (contact "swarm@protocol.org" (mailto:swarm@protocol.org) for SDK)
- Developers: Contribute to GitHub open-source (SwarmNet Core, Linux Foundation incubating)
- Users: Install "Swarm Assistant" on supported devices; trade idle bandwidth for emergency access
“Free information flow is the infrastructure of human civilization.”
This protocol is patent-free and permanently open-source—because the right to transmit freely belongs to every device, every human.
Document Revision: SwarmNet Whitepaper v1.2 EN (2025-08-10)
Source Code: github.com/SwarmNet-Protocol/Core
Enterprise Partnership: "446289609@qq.com" (mailto:446289609@qq.com)
附件文件 File
