Top Tweets for #Hyperbeam
【Arweave Permaweb 去中心化关键进展:HyperBEAM 重构读写搜索层】
2026 年 6 月 29 日,AO 项目官方账号@aoTheComputer 发布长文,公布《去中心化 Permaweb 剖析》系列第二部分,聚焦利用 #HyperBEAM 将 Permaweb 的读取、写入和搜索层迁移至去中心化基础设施。
文章指出,早期中心化网关、索引和捆绑服务虽提升体验,却形成高成本单点依赖。HyperBEAM 将这些“便利组件”转化为 AO 原生、可验证、可激励的服务。核心更新包括:
- 网关层:旧 https://t.co/I7s2m7gewn 网关成本高昂且为中心化依赖。新版部署在仅 2 台约 400 美元机器上,成本降低超 99%。引入 NASA 激励机制,目前 27 个 HyperBEAM 节点已处理近 400 万次请求。请求可分散路由,响应可验证,消除单一故障点。
- 索引与搜索层:采用 [email protected] 递归索引器,在 HyperBEAM 内原生运行,支持嵌套 bundles 的有界递归索引,无需私有缓存,索引直接指向 Arweave 本身。
- 写入层(捆绑器):去中心化捆绑器不再依赖第三方乐观缓存,转而利用矿工内存池作为待处理状态层。支持 AO 支付、zone 参与,并与 HyperBEAM 设备集深度互操作,降低运营门槛。
这一转变让 Permaweb 访问路径更可验证、运营更轻量、参与更开放。文章预告第三部分将探讨路由器、zones 及 PermawebOS 如何在消费级硬件上构建完整网络。
https://t.co/YDdasCHf4j
Dropping the first screenshot of Shmup!
I wish I had more time to make the backgrounds show off the parallax scrolling better, but at least the gameplay is fun :D
Steam page soon → wishlist soon 🚀
#indiegame #shmup #gamedev #stg #bullethell #hyperbeam

HyperBEAM devs, we are already running private nodes for our team and thinking of opening them as a paid service.
Which tier would you actually use?
#AO #HyperBEAM #Arweave
【HyperBEAM Weekly Development Report 2026.3.19 – 3.25】
Hong Kong — March 25, 2026 — Core infrastructure of the @aoTheComputer ecosystem, #HyperBEAM, continued active development this week. A total of 8 contributors submitted 78 code changes, involving nearly 8,000 lines of modifications, focusing on three key areas: network architecture upgrades, security hardening, and performance optimization.
➡️ Network Architecture Refactor: HTTP Client Fully Migrated from Gun to Hackney
The most significant engineering effort this week was led by core developer Victor Shyba, as HyperBEAM transitions its underlying HTTP client from Gun to Hackney. This is not a simple library swap, but a systemic refactor involving connection management, pooling strategy, and observability.
Key changes include: removal of Gun’s connection pooling mechanism in favor of a per-request model to simplify connection lifecycle; introduction of Hackney pool sharding to improve concurrent throughput; tuning of low-level network parameters such as nodelay and checkout timeout; and the addition of the hb_hackney_monitor module for metrics collection, laying the groundwork for production-grade observability. The system has now been upgraded to Hackney 3.2.1.
This migration is expected to significantly improve node stability and resource efficiency under high-concurrency conditions.
➡️ Ongoing Security Hardening: Strengthened Input Validation and Error Propagation
On the security front, developer Rani Elhusseini carried out systematic hardening across several critical modules.
Core asset operation functions in the dev_pot module—including delegate, undelegate, deposit, and withdraw—now include strict function clause guards. The validate_address function has been modularized to support customizable validation rules. Request path matching logic has also been enhanced, including dynamic authority threshold checks and proper handling of comma-separated authority values.
These updates indicate that the HyperBEAM team is preparing for mainnet-level security standards.
➡️ Arweave Data Layer Optimization: OOM Prevention, Lazy Loading, and Streaming
Several key optimizations were implemented this week in the data loading and indexing pipeline for @ArweaveEco.
These include: a network-first block fetching strategy to handle chain reorganizations (reorg); fixes for memory overflow (OOM) issues caused by invalid offsets; conversion of generate_offsets into a lazy generator to reduce peak memory usage; and the introduction of lazy storage and streaming reads for Arweave data. Block cache has also been disabled by default to mitigate consistency risks during reorg scenarios.
These improvements directly impact node stability and resource efficiency when processing large-scale on-chain data.
➡️ Observability Upgrade: Logging System Migrated to OTP Logger
Developer James Piechota completed a major unification of the logging infrastructure. debug_print and debug_log are now routed through Erlang/OTP’s standard Logger, while HB_LOG is written to disk via the same mechanism.
Additionally, the deprecated ar_rate_limiter module has been removed, and formatting logic has been extracted from hb_process_sampler into a dedicated hb_format module.
➡️ Other Notable Developments
• Community Node Support: A new feat/community-node branch, led by Niko Storni, introduces configuration improvements to lower the barrier for running community nodes
• Message Extension Mechanism: Jack Frain initiated early work on message extension functionality
• Concurrency Fix: The ghost workers issue in hb_pmap has been resolved, preventing process leakage in parallel execution
All of the above changes are currently under development in feature branches and have not yet been merged into the main edge branch.
【HyperBEAM 开发周报 2026.3.19 – 3.25】
香港,2026 年 3 月 25 日 -- @aoTheComputer 生态核心基础设施 #HyperBEAM 本周继续推进开发,8 位开发者提交 78 次代码变更,涉及近 8000 行代码改动,聚焦网络层架构升级、安全加固与性能优化三大方向。
➡️ 网络层架构重构:HTTP 客户端从 Gun 全面迁移至 Hackney
本周最大的工程动作来自核心开发者 Victor Shyba——HyperBEAM 正在将底层 HTTP 客户端从 Gun 切换为 Hackney。这不是一次简单的库替换,而是一次涉及连接管理、池化策略、指标采集的系统性重构。
变更要点包括:移除 Gun 的连接池机制,改用 per-request 模式简化连接生命周期;引入 Hackney 连接池分片以提升并发吞吐;新增 nodelay、checkout timeout 等底层网络参数调优;并配套构建了 hb_hackney_monitor 指标采集模块,为生产环境的可观测性打下基础。当前已升级至 Hackney 3.2.1。
这一迁移预计将显著改善节点在高并发场景下的网络稳定性与资源利用率。
➡️ 安全审计持续推进:输入校验与错误传播全面加固
安全方面,开发者 Rani Elhusseini 本周对多个关键模块进行了系统性加固。dev_pot 模块中的 delegate、undelegate、deposit、withdraw 等核心资产操作函数均新增了严格的函数子句守卫;地址校验函数 validate_address 完成模块化改造,支持自定义校验列表;请求路径匹配逻辑也得到强化,包括动态 authority 阈值校验和 comma-separated authority 的正确处理。
这些改动表明 HyperBEAM 团队正在为主网级别的安全标准做系统性准备。
➡️ Arweave 数据层优化:防 OOM、惰性加载与流式读取
针对 @ArweaveEco 链上数据的加载与索引流程,本周有多项关键优化落地:引入 network-first 的区块获取策略以应对链重组(reorg);修复了垃圾 offset 可能导致的内存溢出(OOM)问题;将 generate_offsets 改为惰性生成器以降低内存峰值;并实现了 Arweave 数据的 lazy store 与 streaming 读取机制。默认禁用 block cache 也进一步避免了 reorg 场景下的数据一致性风险。
这些改进直接关系到节点在处理大规模链上数据时的稳定性和资源消耗。
➡️ 可观测性升级:日志体系统一迁移至 OTP Logger
开发者 James Piechota 完成了日志基础设施的一次重要统一——debug_print 和 debug_log 现在均通过 Erlang/OTP 标准 Logger 输出,HB_LOG 也改为通过 OTP 机制写入磁盘。此外还移除了已废弃的 ar_rate_limiter 模块,并将格式化逻辑从 hb_process_sampler 抽离至独立的 hb_format 模块。
其他值得关注的进展
• 社区节点支持:新增 feat/community-node 分支,由 Niko Storni 推进社区节点部署配置,降低节点运行门槛
• 消息扩展机制:Jack Frain 启动了 message extension 的初步实现工作
• 并发修复:hb_pmap 中的 ghost workers 问题得到修复,避免了并行任务中的进程泄漏
以上变更目前均在各功能分支上开发,尚未合并至主线 edge 分支。

【HyperBEAM 开发周报 2026.3.19 – 3.25】
香港,2026 年 3 月 25 日 -- @aoTheComputer 生态核心基础设施 #HyperBEAM 本周继续推进开发,8 位开发者提交 78 次代码变更,涉及近 8000 行代码改动,聚焦网络层架构升级、安全加固与性能优化三大方向。
➡️ 网络层架构重构:HTTP 客户端从 Gun 全面迁移至 Hackney
本周最大的工程动作来自核心开发者 Victor Shyba——HyperBEAM 正在将底层 HTTP 客户端从 Gun 切换为 Hackney。这不是一次简单的库替换,而是一次涉及连接管理、池化策略、指标采集的系统性重构。
变更要点包括:移除 Gun 的连接池机制,改用 per-request 模式简化连接生命周期;引入 Hackney 连接池分片以提升并发吞吐;新增 nodelay、checkout timeout 等底层网络参数调优;并配套构建了 hb_hackney_monitor 指标采集模块,为生产环境的可观测性打下基础。当前已升级至 Hackney 3.2.1。
这一迁移预计将显著改善节点在高并发场景下的网络稳定性与资源利用率。
➡️ 安全审计持续推进:输入校验与错误传播全面加固
安全方面,开发者 Rani Elhusseini 本周对多个关键模块进行了系统性加固。dev_pot 模块中的 delegate、undelegate、deposit、withdraw 等核心资产操作函数均新增了严格的函数子句守卫;地址校验函数 validate_address 完成模块化改造,支持自定义校验列表;请求路径匹配逻辑也得到强化,包括动态 authority 阈值校验和 comma-separated authority 的正确处理。
这些改动表明 HyperBEAM 团队正在为主网级别的安全标准做系统性准备。
➡️ Arweave 数据层优化:防 OOM、惰性加载与流式读取
针对 @ArweaveEco 链上数据的加载与索引流程,本周有多项关键优化落地:引入 network-first 的区块获取策略以应对链重组(reorg);修复了垃圾 offset 可能导致的内存溢出(OOM)问题;将 generate_offsets 改为惰性生成器以降低内存峰值;并实现了 Arweave 数据的 lazy store 与 streaming 读取机制。默认禁用 block cache 也进一步避免了 reorg 场景下的数据一致性风险。
这些改进直接关系到节点在处理大规模链上数据时的稳定性和资源消耗。
➡️ 可观测性升级:日志体系统一迁移至 OTP Logger
开发者 James Piechota 完成了日志基础设施的一次重要统一——debug_print 和 debug_log 现在均通过 Erlang/OTP 标准 Logger 输出,HB_LOG 也改为通过 OTP 机制写入磁盘。此外还移除了已废弃的 ar_rate_limiter 模块,并将格式化逻辑从 hb_process_sampler 抽离至独立的 hb_format 模块。
其他值得关注的进展
• 社区节点支持:新增 feat/community-node 分支,由 Niko Storni 推进社区节点部署配置,降低节点运行门槛
• 消息扩展机制:Jack Frain 启动了 message extension 的初步实现工作
• 并发修复:hb_pmap 中的 ghost workers 问题得到修复,避免了并行任务中的进程泄漏
以上变更目前均在各功能分支上开发,尚未合并至主线 edge 分支。

【HyperBEAM Weekly Update: Rate Limiter Introduced, Filling a Key Gap for Public Node Deployment】
Hong Kong, March 11, 2026 — During the week of March 4 – 10, the AO-Core implementation #HyperBEAM merged four changes into its edge branch. The primary addition is a request-level protection mechanism, including a newly introduced rate-limiting device and supporting IP handling refactoring.
The scope of the changes is relatively small — 6 files modified with roughly 180 net lines of code added—but the issues addressed are operationally relevant for nodes running in public network environments.
New Rate-Limiting Device
The most significant update this week is the dev_rate_limit module, submitted by @ArweaveEco founder @samecwilliams. The module is implemented as a standard component within the HyperBEAM device framework, attaching to the node’s request handling pipeline via the [email protected] request hook and enforcing request frequency limits based on IP address.
The mechanism works as follows: within a configurable time window (60 seconds by default), the node counts requests from each IP address. If the request count exceeds a defined threshold (1,000 requests per minute by default), the node returns an HTTP 429 status code and rejects further requests from that source.
Node operators can also configure trusted peers through the rate_limit_exempt parameter, allowing specific IPs to bypass the restriction.
Architecturally, the rate limiter runs as an independent Erlang process, with its lifecycle managed through the hb_name registry. The module includes timeout detection and automatic restart capabilities.
Two EUnit tests accompany the implementation, covering both the rate-limit trigger scenario and the reset of the time window.
As the number of public nodes in the AO network continues to grow, the absence of request throttling has been considered a potential operational risk. This change effectively closes that gap.
IP Handling Refactoring
The rate limiter depends on accurate identification of the request origin. To support this, contributor Nick refactored the hb_http module, ensuring that the client’s real IP address is stored in a private message field (priv) rather than being mixed into the normal message flow.
The dev_rate_limit module retrieves this information using: hb_private:get(<<"ip">>, ...)
This change provides a reliable data source for rate limiting while also reducing unnecessary propagation of sensitive information across the message pipeline. The refactoring results in a net reduction of approximately 25 lines of code.
Test Stability Maintenance
On March 6, contributor speeddragon submitted two test-related fixes.
The first corrects a defect in the hb_event module test, while the second resolves an intermittent failure in an integration test within hb_store_gateway.
Intermittent test failures can gradually erode the reliability of continuous integration pipelines. If left unresolved, teams tend to lose confidence in test results over time. Addressing such issues is routine but essential work in maintaining engineering quality.
Overall Assessment
Although the number of changes this week is limited, the direction is clear: strengthening node operability and security in public network environments.
Rate limiting, IP isolation, and test infrastructure maintenance together form a chain of improvements spanning runtime protection, data handling, and engineering stability.
These updates suggest that the HyperBEAM team is gradually shifting its engineering focus from protocol feature expansion toward operational readiness for production environments.

【HyperBEAM 更新速递:引入速率限制器,为公网节点部署补齐关键一环】
香港,2026 年 3 月 11 日 -- 本周(3 月 4 日—10 日),AO-Core 协议实现 #HyperBEAM 在其 edge 分支合入 4 项变更,核心内容是一套完整的请求级防护机制 —— 包括新增的速率限制设备和配套的 IP 处理重构。变更规模不大(6 个文件,净增约 180 行代码),但所涉问题对公网环境下的节点运营具有实际意义。
新增速率限制设备
本周最主要的变更来自 @ArweaveEco 创始人 @samecwilliams 提交的 dev_rate_limit 模块。该模块以 HyperBEAM 设备体系中的标准组件形式实现,通过 [email protected] 请求钩子接入节点的请求处理链路,按 IP 地址维度进行频率控制。
具体机制为:在可配置的时间窗口内(默认 60 秒),统计每个 IP 的请求次数;超过阈值(默认每分钟 1,000 次)后,节点将返回 HTTP 429 状态码,拒绝后续请求。此外,运营者可通过 rate_limit_exempt 参数为可信节点配置白名单。
架构上,限流器以独立 Erlang 进程运行,通过 hb_name 注册表管理进程生命周期,具备超时检测与自动重启能力。模块附带两组 EUnit 测试,分别覆盖限流触发和时间窗口重置场景。
随着 @aoTheComputer 网络中公开节点数量持续增长,缺乏请求频率控制一直是运营层面的一个潜在风险点。此次变更填补了这一空白。
IP 处理逻辑重构
速率限制器的正常运行依赖于准确获取请求来源 IP。为此,贡献者 Nick 对 hb_http 模块进行了重构,将客户端真实 IP 地址写入消息的私有字段(priv),使其不再混入常规消息流。dev_rate_limit 通过 hb_private:get(<<"ip">>, ...) 读取该字段完成来源识别。
这一调整在功能上为限流器提供了可靠的数据源,同时在设计上减少了敏感信息在消息链路中的不必要流转。重构后相关代码净减约 25 行。
测试稳定性维护
贡献者 speeddragon 在 3 月 6 日提交了两项测试修复:一是修正 hb_event 模块的测试缺陷,二是解决 hb_store_gateway 中一项集成测试的间歇性失败问题。
间歇性测试失败会逐步侵蚀持续集成流水线的可信度,若不及时处理,团队对测试结果的关注度将随之下降。这类维护工作是保障工程质量的常规但必要的投入。
整体评估
本周的变更数量有限,但方向明确:围绕节点在公网环境下的可用性与安全性进行加固。速率限制、IP 信息隔离、测试基础设施修复,三项工作构成一条从功能到基础设施的完整链路。这些变更表明 HyperBEAM 团队正在将工程重心从协议功能扩展,逐步延伸至生产环境的运维需求。

【HyperBEAM 更新速递:引入速率限制器,为公网节点部署补齐关键一环】
香港,2026 年 3 月 11 日 -- 本周(3 月 4 日—10 日),AO-Core 协议实现 #HyperBEAM 在其 edge 分支合入 4 项变更,核心内容是一套完整的请求级防护机制 —— 包括新增的速率限制设备和配套的 IP 处理重构。变更规模不大(6 个文件,净增约 180 行代码),但所涉问题对公网环境下的节点运营具有实际意义。
新增速率限制设备
本周最主要的变更来自 @ArweaveEco 创始人 @samecwilliams 提交的 dev_rate_limit 模块。该模块以 HyperBEAM 设备体系中的标准组件形式实现,通过 [email protected] 请求钩子接入节点的请求处理链路,按 IP 地址维度进行频率控制。
具体机制为:在可配置的时间窗口内(默认 60 秒),统计每个 IP 的请求次数;超过阈值(默认每分钟 1,000 次)后,节点将返回 HTTP 429 状态码,拒绝后续请求。此外,运营者可通过 rate_limit_exempt 参数为可信节点配置白名单。
架构上,限流器以独立 Erlang 进程运行,通过 hb_name 注册表管理进程生命周期,具备超时检测与自动重启能力。模块附带两组 EUnit 测试,分别覆盖限流触发和时间窗口重置场景。
随着 @aoTheComputer 网络中公开节点数量持续增长,缺乏请求频率控制一直是运营层面的一个潜在风险点。此次变更填补了这一空白。
IP 处理逻辑重构
速率限制器的正常运行依赖于准确获取请求来源 IP。为此,贡献者 Nick 对 hb_http 模块进行了重构,将客户端真实 IP 地址写入消息的私有字段(priv),使其不再混入常规消息流。dev_rate_limit 通过 hb_private:get(<<"ip">>, ...) 读取该字段完成来源识别。
这一调整在功能上为限流器提供了可靠的数据源,同时在设计上减少了敏感信息在消息链路中的不必要流转。重构后相关代码净减约 25 行。
测试稳定性维护
贡献者 speeddragon 在 3 月 6 日提交了两项测试修复:一是修正 hb_event 模块的测试缺陷,二是解决 hb_store_gateway 中一项集成测试的间歇性失败问题。
间歇性测试失败会逐步侵蚀持续集成流水线的可信度,若不及时处理,团队对测试结果的关注度将随之下降。这类维护工作是保障工程质量的常规但必要的投入。
整体评估
本周的变更数量有限,但方向明确:围绕节点在公网环境下的可用性与安全性进行加固。速率限制、IP 信息隔离、测试基础设施修复,三项工作构成一条从功能到基础设施的完整链路。这些变更表明 HyperBEAM 团队正在将工程重心从协议功能扩展,逐步延伸至生产环境的运维需求。

https://t.co/X87LMCAyIc
これ!
この前のウエダ卒業ライヴでは染みた〜🌈😭💖
#TheHakaikosenz #ハカイコウセンズ #HyperBeam #3人揃えば魅惑のストライプ
バンドやバンドメンバーが
テーマになっている
曲があるバンドは神バンドです。
【WizardAO:重构入口页面,推动 AO 开发体验体系化升级】
香港,2026 年 2 月 25 日 —— WizardAO (@WaoEco) 近日进行产品更新,正式上线全新 Landing Page,对其 @aoTheComputer & #HyperBEAM 开发工具链入口进行结构化重构。
作为目前生态内 HyperBEAM 最全面的技术文档,WizardAO 此次更新的核心目标在于提升可读性与路径清晰度。面对覆盖 7 章体系化内容、139 个模块参考文档及完整 SDK、测试环境与 Devnet 部署能力的庞大知识库,WizardAO 通过 “Learn → Code → Test → Build with AI → Deploy” 的五步结构重新梳理开发流程,使开发者能够更直观地理解从学习到生产部署的完整路径。
据介绍,新页面强化了三项关键能力展示:
➡️ 一是只需 3 行代码完成 AO 部署与调用的精简 SDK 体验;
➡️ 二是支持 5 种环境切换的统一测试接口;
➡️ 三是引入 AI Agent 驱动的自动化构建与质量门控流程,强调“写更少代码”与“可验证执行”的结合。
其作者 @TomoDB 指出,Web3 基础设施逐步回归“可运行性”与“可验证性”的背景下,开发入口的清晰化与工程流程的标准化,正成为生态扩展的重要条件。WizardAO 此次改版,被视为其从“文档聚合平台”向“结构化开发入口”的阶段性转型。
https://t.co/Xlcs3e1kt6

As AO evolves, it's like adding a CPU to a hard drive, fueling permanent computation on the Arweave. This growth paves the way for a truly composable web—where content is open and reusable for all.
#Web3 #Arweave #HyperBEAM
https://t.co/9xsRQpwNjC
Arweave offers permanent storage, creating a global archive resistant to censorship. It's like a digital time capsule—ensuring our shared history and knowledge will never be lost or altered.
#HyperBEAM #Arweave
https://t.co/WSbBOKQQhV
The Arweave community is a powerful force driving the shift toward a censorship-resistant, permanent web. Together, we're building a space where equal access reigns and innovation thrives.
#Web3 #HyperBEAM
https://t.co/WSbBOKQQhV
Permaweb-libs provides developers with flexible tools to tap into Arweave's permanent storage. Imagine building apps that persist forever, ensuring that no memory hole can erase our digital history.
#HyperBEAM #Arweave
Open source: https://t.co/1fKgNtvtcn
AO is to Arweave what a CPU is to a hard drive—enabling permanent, verifiable computation that empowers developers. This shift opens doors to a more decentralized, resilient web. Exciting times ahead.
#HyperBEAM #Web3 #AO
https://t.co/9xsRQpwNjC
AO Agents bring permanent computation to life, like a CPU for Arweave’s storage. This empowers truly decentralized applications, ensuring fair access and fostering a composable web where innovation thrives.
#HyperBEAM #Web3 #Arweave
https://t.co/9xsRQpwNjC
AO's message-passing system redefines computation by emphasizing independence over global consensus. Imagine independent processes exchanging info seamlessly, enhancing efficiency while maintaining fairness.
#Web3 #HyperBEAM #AO
https://t.co/9xsRQpwNjC
Arweave offers permanent storage, creating a global archive where data can't be altered or censored by any one entity. This ensures equal access for all and empowers a truly open web.
#Arweave #HyperBEAM
https://t.co/WSbBOKQQhV
Permaweb-libs is a powerful toolkit for developers building on Arweave, enabling permanent storage with ease. It unlocks a composable web, fostering equal access and innovation for everyone.
#Web3 #HyperBEAM
Open source: https://t.co/1fKgNtvtcn
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