Content delivery, edge compute, networking and internet performance.
Showing 1–15 of 15 dossiers
Workers KV Instant is built for hot-path flags, not general storage: Cloudflare quotes 1.62ms p99 reads, $0.20 per million reads, $0.10 per write and $100 per MB each month. Private beta limits are strict.
Cloudflare's logs are no longer an Enterprise-only export capability. Small sites can send 25GB a month to internal destinations and another 25GB externally before overage charges, but destination costs and separate Workers/OTel meters still matter.
The interesting part of Fastly’s AI launch is consolidation: model gateway economics, LLM security and agent-to-API authorization now sit in the same request path as the CDN/WAF infrastructure many applications already use.
The GA matters less as a label than as an architecture boundary. New Cloudflare WAN and Magic Transit deployments are now recommended onto a single routing fabric spanning Cloudflare One Client, Tunnel, IPsec, GRE and CNI, while legacy routing lacks several of the newer traffic-steering capabilities.
The change is separate from post-quantum TLS. DNSSEC signatures authenticate DNS records, and ML-DSA-44 makes them dramatically larger — 2,420 bytes per signature — while dual-signing with older algorithms creates a downgrade path unless resolvers enforce the post-quantum chain deliberately.
The interesting change is architectural rather than another storage feature: migration becomes a server-to-server transfer initiated through an S3-compatible PutObject or UploadPart call, with range and multipart support for large objects.
The useful shift is automation at the CDN-to-origin boundary: operators no longer need to manually force post-quantum key exchange, while Cloudflare says its measured HelloRetryRequest rate fell from about 52% to 3.7% across the scanned cohort.
The change makes heavier frameworks and dependency trees deployable to Workers without plan-specific compressed-size ceilings, but it also changes what builders need to measure: the operative limit is now uncompressed Total Upload rather than the gzip number they may have optimized around.
Cloudflare has inverted a long-standing Workers assumption: Node.js compatibility is now on by default for current compatibility dates. That reduces setup friction for many npm packages, but it also means developers need to understand compatibility-date boundaries, partial APIs and explicit opt-out flags.
The interesting part is not another AI scanner. Cloudflare is connecting source-code evidence to what is actually deployed and being attacked at the edge, validating findings outside the model, then preparing both a code patch and, where appropriate, a narrowly scoped WAF mitigation for customer review.
Cloudflare’s first half-year DDoS report records 935 network-layer attacks above 1 Tbps and a 519% Q1-to-Q2 increase, but says 96.62% of attacks stayed below 500 Mbps and 90.60% ended within 10 minutes. The figures are Cloudflare-network telemetry, not a neutral census of the internet.
Cloudflare’s crawler controls now distinguish between refusing AI training and refusing the crawler itself. The new Disallow AI Training option is designed to keep search discoverability while expressing a training opt-out to operators that meet Cloudflare’s Accountable requirements.
Edge Scripts no longer have to sit behind bunny.net’s automatic cache. New pre-cache hooks can execute before cache lookup, while a separate Cache API lets scripts read, write and delete regional cache entries under application control.
Cloudflare’s new MCP controls turn TLS-inspected Gateway traffic into an inventory and policy surface for remote MCP use, while explicitly leaving local stdio, off-network and uninspected traffic outside visibility.
Cloud CDN can now honor CDN-Cache-Control separately from browser-facing Cache-Control. That gives builders a standards-based way to set shared-cache behavior at the edge while preserving different client-side caching rules.
CDNs began with cached files and now sit in front of applications, APIs, security controls and edge compute. That position can improve speed and resilience, but it also concentrates important routing, data and operational decisions in a provider layer.
This page follows changes in content delivery, edge runtimes, networking and web security services. BTN examines geography, limits, standards support, pricing and failure behaviour so builders can judge where an edge feature is genuinely useful. Coverage avoids treating lower latency as an automatic win; the relevant question is whether a change simplifies the whole system or moves complexity into a less visible place.
Standards and interoperability are especially important at this layer because proprietary request, data and deployment APIs can spread throughout an application. BTN follows movement toward portable primitives as well as new provider features. The practical test is whether a team gains useful reach without losing the ability to reason about requests.