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Announcement reads
Announcement posts on Yomu, summarised newest first.
- 1,477 posts
- 20 companies
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Announcement posts
GitTrends: A Google Trends style view of the GitHub ecosystem
GitHub produces billions of events across issues, pull requests, and comments, but turning this vast stream into a real-time trends analyzer presents significant technical challenges. GitTrends is an open-source demo application designed to search and compare technology keywords across nearly ten billion GitHub events. Built to showcase the full-text search capabilities recently released in ClickHouse, the application indexes raw text without pre-computed answers or intermediate data transformation. ClickHouse executes full-text searches and aggregations within a single engine in one pass, eliminating cross-system joins and data movement. The demo includes live comparisons toggling between full-text search, bloom filters, and full table scans to illustrate query performance at scale.
Announcing General Availability of ClickHouse Full-text Search
ClickHouse has reached general availability for its native Full-text Search feature, designed to accelerate token-based text filtering across large datasets. The capability relies on deterministic inverted indexes rather than probabilistic Bloom filter skip indexes, mapping individual tokens directly to row numbers. It supports plain strings, string arrays, and map keys or values while allowing configurable pre-processing and tokenization using standard SQL expressions. The system does not implement relevance scoring or store positional data for ranking, focusing instead on rapid filtering paired with large-scale analytical aggregations. Testing shows significant reductions in scanned granules alongside substantial latency improvements, though text indexes require more storage than Bloom filters.
Sydney becomes Anthropic's fourth APAC office
Anthropic plans to open an office in Sydney in the coming weeks, making it the company’s fourth Asia-Pacific office alongside Tokyo, Bengaluru, and Seoul. The expansion responds to strong demand in Australia and New Zealand and is intended to support their distinct AI ecosystems, with initial attention on enterprise, startup, and research customers. Anthropic says it will hire locally, deepen engagement with Australian institutions, pursue partnerships in national-interest and priority sectors, and explore additional compute capacity through third-party infrastructure already in place, partly to address data-residency requirements. Australia and New Zealand rank fourth and eighth globally in Claude.ai usage relative to population, while reported usage is especially strong for computer and coding tasks, educational instruction, and research.
Unfortunately, Sprites Now Speak MCP
Sprites are disposable cloud computers with durable filesystems, near-zero idle cost, and support for running coding agents and agent-managed workloads. The post announces an MCP interface, allowing Claude Desktop and other MCP-compatible agent tools to authenticate to a Fly.io organization and create or manage Sprites. It argues that MCP is aesthetically and operationally inferior to command-line tools and discoverable APIs because loading tool descriptions consumes context and can overemphasize capabilities an agent does not need. For agents that can run shell commands, the recommended pattern is a short skill description backed by progressive CLI or API discovery; MCP sessions remain a fallback for agents without command execution. Session guardrails can restrict the organization, cap Sprite creation, and apply name prefixes, while the broader design favors real filesystems and networks over stateless sandboxes.
Introducing Storage Buckets on the Hugging Face Hub
Hugging Face introduces Storage Buckets as a mutable, S3-like object storage layer on the Hub for intermediate machine-learning artifacts such as checkpoints, optimizer states, processed shards, logs, and traces. Unlike versioned Models and Datasets repositories, Buckets support frequent writes, overwrites, directory synchronization, and cleanup while retaining standard Hub permissions and public or private visibility. Built on Xet, they chunk and deduplicate content across files, reducing repeated bytes, bandwidth, transfer time, and, for Enterprise customers, billed storage. The CLI and Python APIs support creation, syncing, dry runs, plans, inspection, individual file operations, and programmatic workflows; HfFileSystem and fsspec also allow compatible libraries to read and write through hf:// paths. Pre-warming can place hot data near AWS or GCP compute, while roadmap work aims to connect Buckets directly with versioned repos.
LeRobot v0.5.0: Scaling Every Dimension
LeRobot v0.5.0 is a major release that expands supported hardware, policies, datasets, simulation, and its software foundation, following more than 200 merged PRs and more than 50 new contributors since v0.4.0. It adds full Unitree G1 humanoid support for locomotion, manipulation, teleoperation, and whole-body control, alongside OpenArm, Earth Rover, CAN-bus motor controllers, and other integrations. The policy additions include Pi0-FAST's autoregressive VLAs with FAST action tokenization, Real-Time Chunking for continuously blended predictions, Wall-X, X-VLA, SARM, and PEFT fine-tuning. For data and simulation workflows, streaming video encoding removes waits between recording episodes, while EnvHub loads environments from the Hugging Face Hub and IsaacLab-Arena supplies GPU-accelerated simulation. The codebase now requires Python 3.12, uses Transformers v5, supports installable third-party policy plugins, and adds remote Rerun visualization plus installation and documentation improvements.
Build agents that run automatically
Cursor Automations introduces always-on agents that run on schedules or react to events from Slack, Linear, GitHub, PagerDuty, or custom webhooks. Each invocation spins up a cloud sandbox, uses configured models and MCPs, verifies its output, and can draw on memory from past runs. The product supports review and monitoring workflows, including security audits on pushes to main, risk-based codeowner assignment, and PagerDuty-driven incident investigation that proposes fixes. Other automations generate weekly repository digests, add tests after merged code, triage Slack bug reports through Linear, and assemble cross-tool dashboards. Examples from Cursor and Rippling report faster incident response and reduced repetitive work, while Runlayer describes a software factory built with Runlayer MCP and plugins.
Log Drains: Now available on Pro
Supabase has launched Log Drains for its Pro tier, allowing users to send Supabase logs to their own logging backend and investigate them alongside the rest of their stack. The feature addresses the separation between Supabase logs and external observability tools by exporting events from Postgres, API Gateway, Auth, Storage, Edge Functions, and Realtime. Logs are sent over HTTP in batches of up to 250 entries or every second, whichever comes first, with Gzip compression when supported by the destination. Supported destinations include Sentry, Grafana Loki, Datadog, AWS S3, Axiom, and generic HTTP endpoints; users configure drains in the dashboard and can create multiple drains, with pricing of $60 per drain per project, $0.20 per million events, and $0.09 per GB of egress.
Supabase Storage: major performance, security, and reliability updates
Supabase Storage has shipped updates live in all regions for projects using Storage, targeting performance at scale, security vulnerabilities, and reliability issues. As projects reached tens of millions of objects, concurrent uploads exposed write bottlenecks, certain SQL deletes could orphan files, and a crafted path could escape the file backend’s storage root. The object-listing rewrite removes the prefixes table, six triggers, and twelve helper functions, derives folder structure from the objects table with a hybrid skip-scan algorithm, and uses cursor-based pagination; deep pagination on 60 million rows is up to 14.8 times faster without a write penalty. Direct SQL deletes are blocked by default through a statement-level trigger, while a configurable 30-second timeout supports cancellation of disconnected clients via native Postgres protocol. Idempotent migrations, TUS lock-race prevention, orphan-scanner fixes, OpenTelemetry metrics, and adapter and API bug fixes are included, with no code changes required.
Introducing Modular Diffusers - Composable Building Blocks for Diffusion Pipelines
Modular Diffusers introduces a composable alternative to Diffusers’ existing DiffusionPipeline for building diffusion workflows from reusable blocks. A ModularPipeline can load a workflow definition, load model components separately with settings such as bfloat16, and preserve the familiar inference API, while blocks for text encoding, image encoding, denoising, and decoding can be inspected, run independently, or rearranged. Custom Python blocks declare components, inputs, outputs, and computation logic; the example adds a Depth Anything V2 depth processor to a Qwen Image ControlNet workflow, with data flowing between compatible blocks. Blocks and complete pipelines can be published to the Hub, and Mellon can generate node interfaces from their consistent definitions. The post presents the system as an early, flexible direction and says Mellon is not ready for production use.
Introducing ClickStack embedded in ClickHouse
ClickHouse 26.2 introduces an embedded distribution of the ClickStack observability UI packaged directly inside the ClickHouse binary. Designed for local exploration and instance inspection, this distribution allows developers to visualize internal query logs, traces, and system metrics without deploying external services. To preserve build integrity and keep the added binary footprint around 4.1 to 4.2 MB, the team avoided a Node.js dependency by embedding a pre-built static Next.js application using CMake-generated C++ structs. Supporting components such as MongoDB, Express, and the Pyodide WebAssembly runtime were omitted, disabling alerting and persistent dashboards in favor of simplicity. Users can access the interface directly over HTTP to monitor local databases and query performance out of the box.
Cursor is now available in JetBrains IDEs
Cursor is now available in IntelliJ IDEA, PyCharm, WebStorm, and other JetBrains IDEs through the Agent Client Protocol (ACP), extending its agent-driven development experience to developers using those environments. The integration lets users choose frontier models from OpenAI, Anthropic, Google, and Cursor, while Cursor provides a custom-built agent harness for each model. Cursor's secure codebase indexing and semantic search are combined with JetBrains IDE code intelligence and tooling to support work on large enterprise codebases. Users install Cursor ACP from the ACP Registry and authenticate with an existing Cursor account; it is free for users on paid plans, and the release is described as a foundation for deeper JetBrains integrations.
Inside MongoDB Dublin: The Heart of Our International Growth
Established in 2013 in Ballsbridge, MongoDB Dublin functions as the company's international headquarters and a primary regional engineering hub. The location employs over 300 individuals spanning more than 40 nationalities across Product and Technology, Sales, and Technical Services teams. Engineers at the hub take direct ownership of core database systems, tackling theoretical computer science problems in areas like query optimization and implementing capabilities like native vector search for embeddings. Benefits provided to employees include 27 days of annual leave, 20 weeks of paid parental leave, and access to internal employee resource groups such as MDBWomen, Queer Collective, and Config. The facility continues to expand its engineering teams to own critical product components rather than peripheral tasks.
Closing the code review loop with Bugbot Autofix
Bugbot Autofix extends the code review agent so it can find issues in pull requests and automatically propose fixes. It spawns cloud agents in independent virtual machines that test software, and more than 35% of its changes are merged into the base PR. Now out of beta and available to all Bugbot users, the feature adds proposed fixes to the pull requests Bugbot reviews once enabled. Bugbot’s average issues identified per run has nearly doubled over six months, while the user resolution rate rose from 52% to 76%, indicating more bugs are caught and fewer false positives are flagged. Future work includes configurable automations, self-verification, deeper research, and continuous codebase scanning.
New book: Intercom on Jobs
Intercom launched its fourth book, Intercom on Jobs-to-be-Done, to document lessons from applying the Jobs-to-be-Done framework to product, design, and marketing for software. The book addresses a gap: although the framework is nearly 30 years old and often discussed through physical products, few materials cover its application to software companies. Intercom says the framework helped it understand the needs customers addressed with its product and improve their experience. Rather than offering a prescriptive, step-by-step method, the book presents hard-learned lessons intended to be timeless and universal, including customer switching, real competitors, product scope, exact jobs, Job Stories versus personas, and software research.
Dario Amodei on the Department of War discussions
Dario Amodei says Anthropic considers AI deployment for US and allied democratic defense existentially important and has deployed Claude across the Department of War and other national security agencies, including classified networks and National Laboratories. The company says it supports intelligence analysis, modeling and simulation, operational planning, and cyber operations, while restricting Claude’s use by firms linked to the Chinese Communist Party and advocating chip export controls. Anthropic maintains two safeguards: mass domestic surveillance is incompatible with democratic values, and current frontier systems are not reliable enough for fully autonomous weapons without proper oversight. The Department has stated it demands “any lawful use” and threatens offboarding, a “supply chain risk” designation, and Defense Production Act action; Anthropic says it will not remove the safeguards, while offering continued service or transition support.
Announcing major updates to Procedures and Simulations: Enabling Fin to handle complex queries
Intercom announces 12 updates to Fin’s Procedures and Simulations, the mechanisms it presents for handling complex customer queries while keeping teams in control. Procedures combine natural-language instructions, deterministic controls such as conditional steps, data connectors, code snippets, checkpoints, and fully agentic behavior; new features include AI drafting, reusable Sub-procedures, explicit switching rules, targeted knowledge-hub references, internal handoff notes, automatic switching, and structured extraction from PDFs and images. The Procedures UI also adds improved authoring and reporting on triggers, resolutions, and handoffs. Simulations support full multi-turn conversations, image uploads, clearer visibility into Fin’s reasoning, and AI-generated tests stored in a central library that can be rerun after changes. Procedures and Simulations are available now, with the stated goal of helping teams train, test, deploy, analyze, and refine complex workflows before and after launch.
Introducing Custom Agents
Notion has made Custom Agents available to Business and Enterprise plans as autonomous AI teammates for recurring work across Notion, Slack, Mail, Calendar, Figma, Linear, and custom MCP servers. Users describe a job and set triggers, while agents can answer questions, route tasks, compile updates, and run workflows across connected tools; setup includes an agent-written instruction set and tool configuration. The announcement describes enterprise controls including permissions, version control, usage analytics, logged runs, reversible changes, alerts, auto-pause, and administrative connection controls, while noting prompt-injection risks and planned guardrails. Custom Agents are free through 3 May 2026, then consume Notion credits based on work, with the seat price and other listed AI features unchanged; early testers have built over 21,000 agents.
Cursor agents can now control their own computers
Cursor describes cloud agents running in isolated virtual machines with full development environments, letting them use and test the software they create rather than stopping at code generation. Available through the web, mobile, desktop, Slack, and GitHub, the agents onboard onto codebases, produce merge-ready pull requests, and attach videos, screenshots, and logs as validation artifacts. Each agent receives an isolated VM for parallel work and can interact directly with browsers, desktop applications, and other tools; users can control its remote desktop and edit without checking out the branch locally. Examples include implementing and verifying Marketplace source links, reproducing a clipboard-exfiltration vulnerability, testing lint-label changes in Cursor, and walking through cursor.com/docs. Cursor reports that more than 30% of its merged PRs are created by autonomous cloud-sandbox agents, while its next goals include coordinating agents, learning from past runs, and eventually managing production changes end to end.
GGML and llama.cpp join HF to ensure the long-term progress of Local AI
Hugging Face announces that GGML, the creators of llama.cpp, are joining the company to support the ggml and llama.cpp community as local AI advances. Georgi Gerganov and his team will continue dedicating 100% of their time to maintaining llama.cpp, retaining autonomy and leadership over its technical direction and community, while the project remains fully open-source and community driven. The technical focus is tighter integration between llama.cpp’s local-inference stack and Transformers’ model definitions, aiming to make shipping new models from Transformers’ “source of truth” nearly single-click, alongside better packaging and user experience for ggml-based software. The longer-term goal is an efficient inference stack that runs on devices and helps make open-source superintelligence accessible, with llama.cpp becoming ubiquitous and easier for casual users to deploy and access.
Top topics
- Architecture830
- Performance812
- LLMs648
- Machine Learning617
- Open Source561
- AI Agents542
- AI454
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