Ingegneria
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Using the Gini Coefficient to Plan Edge Capacity
Discover how Fastly uses the Gini coefficient, a metric usually reserved for economics, to model edge traffic inequality, improve cache efficiency, and plan capacity.
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The Fastly C++ SDK is Now Generally Available
Fastly's C++ SDK for Compute is now generally available, bringing native edge performance, WebAssembly security, and access to the vast C++ ecosystem.
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Deploying Fastly's Next-Gen WAF with Google Cloud Service Extensions to Help Secure Traffic at Scale
Discover how Fastly's Next-Gen WAF and Google Cloud Service Extensions deliver real-time threat protection, scalable security, and low-latency performance.
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We Built the Proxy Behind Firefox's New Built-In VPN — Here's How It Works
Discover how Fastly built the proxy powering Firefox's new built-in VPN, using HTTP CONNECT, QUIC, and MASQUE for scalable web privacy.
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Python SDK Beta: come il linguaggio dell'IA diventa più veloce e sicuro con Fastly
Grazie alla versione beta dell'SDK Python di Fastly, potrai utilizzare il tuo codice Python e i tuoi agenti IA anche sull'edge. Ottieni il massimo in termini di velocità, sicurezza e compatibilità standard con CPython.
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Fornisci agli agenti IA il Markdown che vogliono davvero
I crawler IA preferiscono Markdown a HTML. Scopri come usare Fastly Compute per fornire Markdown pulito e in cache agli agenti di IA senza modificare l'origine.
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How to Configure Local Logging for an On-Prem Next-Gen WAF Agent
Learn how to configure local logging for Fastly NGWAF on-prem agents using Docker, environment variables, and real-time log tailing.
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Riduci i costi con software efficienti
Nuovi prezzi di Fastly Compute: paga solo per richieste & vCPU. Un codice efficiente riduce la bolletta e l'impronta di carbonio. Acquisto autonomo disponibile con ampi piani gratuiti.
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Il tuo agente di coding IA è appena migliorato su Fastly
Rendi migliore il tuo agente di coding IA con Fastly. Usa le competenze open source di Fastly Agent Toolkit per la corretta distribuzione di VCL, CLI e Compute.
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What's New in the Fastly Extension for Raycast
Manage Fastly Compute data stores (KV, Config, Secret), ACLs, and view audit logs with 5 powerful new commands in the Fastly Raycast extension.
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Ingress NGINX Controller for Kubernetes Retires – Where to Go From Here
The Ingress NGINX Controller for Kubernetes is retiring in March 2026. Learn your migration options to the Gateway API or HAProxy to maintain security and long-term architecture.
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Building an AI Gateway on Fastly Compute
Route multi-provider LLM requests at the edge. Build a low-latency, policy-driven AI Gateway on Fastly Compute for fast, cost-efficient AI apps.
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Your Fastly VCL deserves an IDE: bringing full VCL language support to Visual Studio Code
Editing Fastly VCL just levelled up. Discover the VS Code extension that adds navigation, refactors, inlay hints, and powerful developer tooling.
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Reliable Deployments for Large Kubernetes Fleet
Struggling to scale GitOps? Discover how Fastly moved beyond standard Kubernetes tools to build a custom ArgoCD orchestration layer for safe, global multi-cluster rollouts.
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Agenti di IA su Fastly Compute: come funziona e perché è sicuro
Scopri come eseguire agenti IA su Fastly Compute, sfruttando l'edge per una bassa latenza e le sandbox WebAssembly per velocità e sicurezza di livello enterprise.
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Beyond CRUD: Advanced Features of Fastly’s KV Store
Go beyond CRUD with Fastly’s KV Store. Use metadata, generation markers and TTL to build faster, safer edge applications.
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CDN vs Caching: qual è la differenza?
CDN e caching possono essere confusi l'uno con l'altro. Scopri le differenze tra CDN e caching per decidere quale utilizzare per ottenere prestazioni web ottimali.
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Smarter Data Migration: Move Less, Save More with Fastly
Move only the active data you need with Fastly's On-Demand Migration for Object Storage. Cut expensive egress fees & simplify management with the new UI.
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Unparalleled Performance: Bring Your C++ Logic to the Edge
Bring your C++ logic to the edge with the Beta Fastly Compute SDK. Achieve unparalleled, near-native performance, low-latency, and enhanced security via WebAssembly (Wasm).
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Deploy for Performance: Fastly’s Principles of Infrastructure Diversity and Soft Control
Discover Fastly's core resilience principles: Infrastructure Diversity prevents outages, and Soft Influence optimizes traffic for peak performance.
