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The Cloudflare Blog

The day my ping took countermeasures Announcing Claude Compliance API support with Cloudflare CASB Announcing Claude Managed Agents on Cloudflare Project Glasswing: what Mythos showed us Our billing pipeline was suddenly slow. The culprit was a hidden bottleneck in ClickHouse Browser Run: now running on Cloudflare Containers, it’s faster and more scalable When "idle" isn't idle: how a Linux kernel optimization became a QUIC bug Building For The Future How Cloudflare responded to the “Copy Fail” Linux vulnerability When DNSSEC goes wrong: how we responded to the .de TLD outage Code Orange: Fail Small is complete. The result is a stronger Cloudflare network Introducing Dynamic Workflows: durable execution that follows the tenant Post-quantum encryption for Cloudflare IPsec is generally available Agents can now create Cloudflare accounts, buy domains, and deploy Shutdowns, power outages, and conflict: a review of Q1 2026 Internet disruptions Making Rust Workers reliable: panic and abort recovery in wasm‑bindgen Moving past bots vs. humans Building the agentic cloud: everything we launched during Agents Week 2026 The AI engineering stack we built internally — on the platform we ship Orchestrating AI Code Review at scale Introducing the Agent Readiness score. Check to see if your site is agent-ready Shared Dictionaries: compression that keeps up with the agentic web Redirects for AI Training enforces canonical content Unweight: how we compressed an LLM 22% without sacrificing quality Agents that remember: introducing Agent Memory Agents Week: network performance update Introducing Flagship: feature flags built for the age of AI Cloudflare’s AI Platform: an inference layer designed for agents Building the foundation for running extra-large language models AI Search: the search primitive for your agents Deploy Postgres and MySQL databases with PlanetScale + Workers Artifacts: versioned storage that speaks Git Email for agents - Cloudflare Email Service now in public beta Project Think: building the next generation of AI agents on Cloudflare Introducing Agent Lee - a new interface to the Cloudflare stack Register domains wherever you build: Cloudflare Registrar API now in beta Browser Run: give your agents a browser Rearchitecting the Workflows control plane for the agentic era Add voice to your agent Managed OAuth for Access: make internal apps agent-ready in one click Securing non-human identities: automated revocation, OAuth, and scoped permissions Scaling MCP adoption: Our reference architecture for simpler, safer and cheaper enterprise deployments of MCP Secure private networking for everyone: users, nodes, agents, Workers — introducing Cloudflare Mesh Building a CLI for all of Cloudflare Durable Objects in Dynamic Workers: Give each AI-generated app its own database Agents have their own computers with Sandboxes GA Dynamic, identity-aware, and secure Sandbox auth Welcome to Agents Week 500 Tbps of capacity: 16 years of scaling our global network From bytecode to bytes- automated magic packet generation Cloudflare targets 2029 for full post-quantum security How we built Organizations to help enterprises manage Cloudflare at scale Why we're rethinking cache for the AI era Our ongoing commitment to privacy for the 1.1.1.1 public DNS resolver Introducing EmDash — the spiritual successor to WordPress that solves plugin security Introducing Programmable Flow Protection: custom DDoS mitigation logic for Magic Transit customers Cloudflare Client-Side Security: smarter detection, now open to everyone How we use Abstract Syntax Trees (ASTs) to turn Workflows code into visual diagrams A one-line Kubernetes fix that saved 600 hours a year Sandboxing AI agents, 100x faster Inside Gen 13- how we built our most powerful server yet Launching Cloudflare’s Gen 13 servers- trading cache for cores for 2x edge compute performance Powering the agents: Workers AI now runs large models, starting with Kimi K2.5 Introducing Custom Regions for precision data control Standing up for the open Internet- why we appealed Italy’s Piracy Shield fine From legacy architecture to Cloudflare One Announcing Cloudflare Account Abuse Protection: prevent fraudulent attacks from bots and humans Slashing agent token costs by 98% with RFC 9457-compliant error responses AI Security for Apps is now generally available Building a security overview dashboard for actionable insights Investigating multi-vector attacks in Log Explorer Translating risk insights into actionable protection: leveling up security posture with Cloudflare and Mastercard Fixing request smuggling vulnerabilities in Pingora OSS deployments Active defense: introducing a stateful vulnerability scanner for APIs Complexity is a choice. SASE migrations shouldn’t take years. From the endpoint to the prompt: a unified data security vision in Cloudflare One Ending the "silent drop": how Dynamic Path MTU Discovery makes the Cloudflare One Client more resilient A QUICker SASE client: re-building Proxy Mode How Automatic Return Routing solves IP overlap Always-on detections: eliminating the WAF “log versus block” trade-off Mind the gap: new tools for continuous enforcement from boot to login Stop reacting to breaches and start preventing them with User Risk Scoring Defeating the deepfake: stopping laptop farms and insider threats Moving from license plates to badges: the Gateway Authorization Proxy Evolving Cloudflare’s Threat Intelligence Platform: actionable, scalable, and ETL-less Introducing the 2026 Cloudflare Threat Report See risk, fix risk: introducing Remediation in Cloudflare CASB How Cloudy translates complex security into human action From reactive to proactive: closing the phishing gap with LLMs Modernizing with agile SASE: a Cloudflare One blog takeover Beyond the blank slate: how Cloudflare accelerates your Zero Trust journey The truly programmable SASE platform Toxic combinations: when small signals add up to a security incident We deserve a better streams API for JavaScript The most-seen UI on the Internet? Redesigning Turnstile and Challenge Pages ASPA: making Internet routing more secure Bringing more transparency to post-quantum usage, encrypted messaging, and routing security How we rebuilt Next.js with AI in one week Cloudflare One is the first SASE offering modern post-quantum encryption across the full platform Cloudflare outage on February 20, 2026
Announcing Cloudflare’s Database Partners
Cloudflare Team · 2021-04-16 · via The Cloudflare Blog

2021-04-16

6 min read

Cloudflare Workers is the easiest way for developers to deploy their application’s code with performance, scale and security baked in. No configuration necessary. Worker code scales to serve billions of requests close to your users across Cloudflare’s 200+ data centers.

But that’s not the only interesting problem we need to solve. Every application has two parts: code and state.

State isn’t always the easiest to work in a massive distributed system. When an application runs in 200+ data centers simultaneously, there’s an inherent tradeoff between distributing the data for better performance, availability, scale, and guaranteeing that all data centers see the same data at a given point in time.

Our goal is to make state at the edge seamless. We started that journey with Workers KV, which provides low-latency access to globally distributed data. We’re since added Durable Objects, with strong consistency and the ability to design coordination patterns on top of Workers. We’re continuing to invest in and build out these products.

However, some use cases aren’t easily implemented with Workers KV or Durable Objects. Think querying complex datasets, or communicating with an existing system-of-record. Even if we built this functionality ourselves, there will always be customers who want to use a different tool for data storage and access.

Today, we’re making our data strategy clear so that developers can build on Workers with confidence. First, we’re announcing a partnership with two distributed data companies, Macrometa and Fauna, to help developers choose an edge-first database when they build a new application on Workers. Next, we’ve introduced tutorials and guides for databases that already support HTTP connections to make connecting to existing databases even easier.

With this, the Workers runtime is the easiest way to handle both parts of your application that matter: code and state.

Cloudflare is excited to announce a partnership for global data with Macrometa. Macrometa provides a serverless data platform for developers to build rich, geo-distributed, stateful applications on the edge with Cloudflare Workers. The Macrometa Global Data Network (GDN) is an ultra-fast, globally replicated noSQL database with integrated features for search, pub/sub, streams, and stream processing.

Macrometa complements Cloudflare Workers by enabling stateful functions to run, store, query, mutate, and serve data globally with local read/write latencies. Tables replicate across Macrometa’s global data centers with configurable consistency and without additional code, cost, or complexity. Data calls between Workers and Macrometa are automatically routed and served from the closest Macrometa region relative to the Cloudflare Worker invocation. We have seen that end-to-end latency for a database request from a client to the edge and back is <75ms for 99th percentile.

Macrometa combines typically disparate data services and APIs (each with their own data model and copy of data) into a single, integrated, and intuitive data API (with a single, unified common data set and model). At a high level, one can think of Macrometa as combining a noSQL database together with pub/sub, streaming data and event processing along with search into a seamless, globally replicated, low latency data platform.

The following multimodal interfaces are available to the developer via a SQL-like query language:

  • Key/value database with high write performance, low latencies, and Time to Live (TTL) support

  • JSON document database with a SQL-like query language

  • Graph database for storing and retrieving relationships between entities

  • DynamoDB API compatible database

  • Low latency edge cache for database and API results with global cache invalidation and Time to Live (TTL)

  • Search

  • Pub/Sub & queues with Kafka, Pulsar and MQTT message compatibility

  • Streaming data and complex event processing - evaluate events, aggregate, enrich, filter, summarize, pattern match on stream data in real time.

Apps written using Cloudflare Workers consume Macrometa via a JavaScript SDK or REST API. Developers have a choice of using one of two SDKs tightly integrated with Cloudflare Workers:

  • A Cloudflare Worker specific JavaScript SDK which provides the full set of capabilities mentioned above

  • The Dynamo client SDK that enables developers to use Macrometa as a drop-in replacement AWS DynamoDB (or as an edge cache).

Example Use-cases

With Cloudflare and Macrometa, developers can now build and deliver powerful and compelling data-driven experiences in a way that the centralized clouds will never be able to. The world deserves a better cloud - an edge cloud.- Chetan Venkatesh, Co-founder/CEO, Macrometa

If you are interested in learning more about using Macrometa and Cloudflare Workers together, please register here.

Case study for Cloudflare Workers + Macrometa: A bookstore demo app

To showcase the power and performance of Cloudflare and Macrometa together, we re-built AWS’s demo application — a complete E-Commerce backend that serves an online bookstore. eCommerce backends for large global sites are complex and require many different types of databases. These complex architectures are necessary to store, perform multi-table or multi-data store queries, and serve product catalogs, pricing, search, recommendations, order management, cart operations, fulfillment, etc.

The bookstore is a serverless app built as a Cloudflare Worker to serve a React single page application and uses Macrometa for storing and serving product/catalog data, orders, cart operations, etc. It uses streams and complex event processing to provide a real-time leaderboard of the top-selling books and uses the Macrometa search service to deliver near-instant search results. You can test drive the end-user experience here. Our tests show orders of magnitude latency improvement for a user vs. the same use case built on a legacy cloud provider.

To check out the source code, head over to GitHub.


Cloudflare is excited to announce a new partnership for transactional workloads with Fauna, a data API for modern applications. Together, Cloudflare and Fauna enable developers to build more powerful stateful applications that scale dynamically and maintain strong consistency without any additional configuration.

Fauna is a flexible, developer-friendly, global transactional database delivered as a secure, global, cloud API — no database operations required. With Fauna, developers can simplify code and ship faster by replacing their database infrastructure with a data API that combines the flexibility of relational and document-centric querying with the power of custom business logic, and the ease of GraphQL at the edge.

Fauna is a simple yet scalable backend for applications built on Cloudflare’s services such as Workers and Pages. By leveraging a web-native (HTTP-based) invocation model with support for modern security protocols, Fauna eliminates the connection limits introduced by traditional databases and can be integrated directly with serverless functions and applications running at the edge.

Fauna complements Cloudflare KV and Durable Objects by providing a global, queryable, strongly consistent persistence layer for the mission-critical data required to build modern web and mobile applications. It’s underlying globally distributed storage engine is fast, consistent, and reliable. Developers can rely on Fauna’s unique global transactional capabilities to ensure that mission-critical business data is always strongly consistent with minimal latency.

Fauna, a serverless offering, is easy to get started with for free, and lets developers experience freedom from database operations at any scale. Fauna is available through GraphQL or drivers that work with Workers in several popular programming languages.

If you’re interested in learning how to use Fauna with Cloudflare Workers, please visit this step-by-step tutorial for a hands-on experience! If you are interested in learning more about using Cloudflare Workers and Fauna together, please register here.

The integration of Cloudflare workers with Fauna allows our joint customers to simply and cost effectively bring both data and logic to the edge. Fauna was developed from the ground up as a globally distributed, serverless database and when combined with Cloudflare Workers serverless compute fabric provides developers with a simple, yet powerful abstraction over the complexities of distributed infrastructure.- Evan Weaver, Co-founder/CTO, Fauna

Case study for Cloudflare Workers + Fauna: MeetKai, An AI-Powered Voice Assistant

Let’s take a look at a current customer of Fauna and Cloudflare who benefits from Fauna’s ability to offer globally-distributed transactional data access at low latency.

MeetKai

MeetKai is an AI-powered voice assistant that makes a consumer’s life easier through conversation, personalization & curation. Deployed by enterprises with Monthly Active Users in the hundred million plus range, MeetKai uses Fauna and Cloudflare together to deliver a responsive, global experience.

Cloudflare Workers act as the proxy to all downstream requests. Doing so enables MeetKai to perform much smarter load balancing at the edge, using the Worker rather than some other competing solutions. When combined with Fauna, this serverless-first approach delivers scale and performance at predictable costs, while reducing time to market. By pushing data to the edge with Fauna, MeetKai are able to inject personalization information before a request ever hits the backend! Learn more about how MeetKai uses Cloudflare Workers and Fauna in this technical case study.

Combining Cloudflare Workers with Fauna allows us to bring both data and logic to the edge, enabling us to deliver a differentiated search engine while still meeting high operations requirements in latency and uptime -- all at a fraction of the cost and complexity of non-serverless solutions.- James Kaplan, Founder/CEO MeetKai

Connecting to existing databases

In addition to our partners, Cloudflare Workers can work with any database that accepts connections over HTTP.

In particular, we’ve documented connections to both DynamoDB and AWS Aurora, supporting either Postgres or MySQL. These connections let you access already existing databases directly from Cloudflare’s edge, making it easy to build new applications on top of existing data.

Connect a Worker to DynamoDB

Connect a Worker to AWS Aurora

In addition, we’ll be adding more tutorials to document how to connect to other databases that work with Workers, like Google’s Cloud Firestore.

Advancing state at the edge

The Workers platform has built a new paradigm for developers for serverless. Across our own Durable Objects and Workers KV, our partner databases, and connections to existing providers, we’re bringing that same paradigm shift to state at the edge. As we continue to build out our database partnerships and data platform, we want to hear from you! Send your ideas and feedback to the Workers Product team to let us know what databases and features you’d most like to see us build.

Developer WeekDevelopersCloudflare WorkersPartnersEdge DatabaseServerless