S-0001 AWS introduces Lambda MicroVMs for isolated execution of user and AI-generated code (Amazon Web Services) 、 S-0002 AWS Lambda MicroVMs (Amazon Web Services) |
S-0003 Runtime sessions in Amazon Bedrock AgentCore (Amazon Web Services) |
S-0004 GKE Agent Sandbox (Google Cloud) 、 S-0005 GKE Pod Snapshots (Google Cloud) |
S-0006 Azure Container Apps dynamic sessions (Microsoft) |
S-0007 Cloudflare Sandboxes (Cloudflare) 、 S-0008 Cloudflare Sandbox lifecycle (Cloudflare) |
S-0151 Your agent needs a computer, not a container — introducing @cloudflare/computer (Cloudflare) 、 S-0152 cloudflare/computer (GitHub repository) (Cloudflare) |
S-0009 Serverlessを支える技術 第4版 (めもおきば) |
S-0010 The Scale to Zero Problem (Fermyon) |
S-0011 The Twelve-Factor App (Adam Wiggins) |
S-0009 Serverlessを支える技術 第4版 (めもおきば) |
S-0145 The Site Reliability Workbook: How SRE Relates to DevOps (Google) 、 S-0146 サーバーレスのまわりの技術2025(ServerlessDays Tokyo 2025) (めもおきば) |
S-0012 Serverless Architectures (MartinFowler.com) |
S-0013 AWS Lambda standardizes billing for INIT Phase (Amazon Web Services) |
S-0014 New – Accelerate Your Lambda Functions with Lambda SnapStart (Amazon Web Services) 、 S-0015 AWS Lambda now supports SnapStart for Python and .NET functions (Amazon Web Services) |
S-0016 Firecracker Snapshotting (Firecracker project) |
S-0017 AWS Lambda SnapStart: Handling uniqueness (Amazon Web Services) 、 S-0018 AWS Lambda SnapStart runtime hooks (Amazon Web Services) 、 S-0019 SnapStart概要 (Amazon Web Services) 、 S-0020 CRaC (OpenJDK) |
S-0019 SnapStart概要 (Amazon Web Services) 、 S-0143 AWS Lambda Pricing (Amazon Web Services) 、 S-0144 Running and using MicroVMs (Amazon Web Services) |
S-0021 Eliminating cold starts with Cloudflare Workers (Cloudflare) |
S-0022 Understanding the Lambda execution environment lifecycle (Amazon Web Services) 、 S-0023 Define Lambda function handler in Node.js (Amazon Web Services) |
S-0024 Configure GPU for Cloud Run services (Google Cloud) 、 S-0025 Amazon SageMaker Serverless Inference (Amazon Web Services) 、 S-0026 Memory snapshots (Modal) |
| 出典なし(私見) |
S-0149 Whisper (GitHub repository) (OpenAI) |
S-0150 General Data Protection Regulation (GDPR), Article 4 (European Union) |
S-0027 Make Cost a Non-functional Requirement (Werner Vogels) |
S-0028 The immutable laws of security (Microsoft) |
S-0029 Meltdown and Spectre (Meltdown and Spectre research teams) |
S-0138 Incident Response Recommendations and Considerations for Cybersecurity Risk Management (NIST) |
S-0030 Docker Engine security (Docker) |
S-0034 Open-sourcing gVisor, a sandboxed container runtime (Google Cloud) |
S-0031 Firecracker – Lightweight Virtualization for Serverless Computing (Amazon Web Services) 、 S-0032 Firecracker: Lightweight Virtualization for Serverless Applications (USENIX) |
S-0033 Kata Containers (Kata Containers) |
S-0035 Mitigating Spectre and Other Security Threats: The Cloudflare Workers Security Model (Cloudflare) |
S-0131 WebAssembly Core Specification: Introduction (W3C WebAssembly Community Group) |
S-0036 WebAssembly System Interface (W3C WebAssembly Community Group WASI Subgroup) |
S-0037 Hyperlight Wasm: Fast, secure, and OS-free (Microsoft) |
S-0038 Confidential Serverless Computing (Patrick Sabanic et al.) |
S-0132 Remote ATtestation procedureS (RATS) Architecture (IETF) |
S-0151 Your agent needs a computer, not a container — introducing @cloudflare/computer (Cloudflare) 、 S-0152 cloudflare/computer (GitHub repository) (Cloudflare) |
S-0039 Safely run AI-generated code in Cloud Run sandboxes (Google Cloud) 、 S-0040 Code execution in Cloud Run (Google Cloud) |
| 出典なし(私見) |
S-0041 Surprising Scalability of Multitenancy (Marc Brooker) |
S-0042 Learn Cool Kanji with Dragon Ball! Lesson #5: Genki-dama (DRAGON BALL OFFICIAL SITE) |
S-0043 AWS Lambda announces new tenant isolation mode (Amazon Web Services) 、 S-0044 AWS Lambda tenant isolation (Amazon Web Services) |
S-0045 AWS Lambda MicroVMs core concepts (Amazon Web Services) 、 S-0004 GKE Agent Sandbox (Google Cloud) 、 S-0005 GKE Pod Snapshots (Google Cloud) 、 S-0006 Azure Container Apps dynamic sessions (Microsoft) 、 S-0008 Cloudflare Sandbox lifecycle (Cloudflare) |
S-0046 Announcing improved VPC networking for AWS Lambda functions (Amazon Web Services) |
S-0047 The lethal trifecta for AI agents (Simon Willison) |
S-0048 Agent approvals & security (OpenAI) |
S-0049 Building well-architected serverless applications: Managing application security boundaries – part 1 (Amazon Web Services) 、 S-0050 Building well-architected serverless applications: Managing application security boundaries – part 2 (Amazon Web Services) |
S-0051 Using source function ARN to control function access behavior (Amazon Web Services) 、 S-0052 Use managed identities on a virtual machine to acquire an access token (Microsoft) 、 S-0053 Authenticate workloads to Google Cloud APIs using service accounts (Google Cloud) |
S-0157 Security Hub controls for AWS Identity and Access Management (IAM.3) (AWS) |
S-0054 Zero Trust Architecture (NIST) 、 S-0055 Executive Order on Improving the Nation's Cybersecurity (The White House) |
S-0056 BeyondProd: How Google moved from perimeter-based to cloud-native security (Google Cloud) |
S-0057 OAuth 2.0 Token Exchange (IETF) |
S-0058 Row Security Policies (PostgreSQL Global Development Group) |
S-0059 SET (PostgreSQL Global Development Group) 、 S-0060 PgBouncer features (PgBouncer) |
S-0158 The Agent Access Model (Cloudflare) |
S-0134 JSON Web Token (JWT) (IETF) 、 S-0133 Best Current Practice for OAuth 2.0 Security (IETF) |
S-0130 How Agents Ask for Permission: User Permissions for AI Agents, from Interfaces to Enforcement (Alexandra E. Michael, Franziska Roesner) |
S-0011 The Twelve-Factor App (Adam Wiggins) 、 S-0142 Model Context Protocol specification 2026-07-28 changelog (Model Context Protocol) |
S-0061 Best practices for working with AWS Lambda functions (Amazon Web Services) |
S-0062 Introducing the Aurora Storage Engine (Amazon Web Services) |
S-0063 Cloudburst: Stateful Functions-as-a-Service (VLDB Endowment) |
S-0064 Aurora Serverless v2 auto-pause (Amazon Web Services) |
S-0065 RDS Proxy pinning (Amazon Web Services) |
S-0135 Perform periodic recovery of the data to verify backup integrity and processes (AWS) |
S-0066 Leslie Lamport's writings: Distribution (Leslie Lamport) |
S-0067 Retry behavior (Amazon Web Services) |
S-0068 Metastable Failures in Distributed Systems (ACM SIGOPS) |
S-0069 Exponential Backoff And Jitter (Amazon Web Services) |
S-0070 HTTP Semantics (IETF) |
S-0071 Stripe Idempotent Requests (Stripe) |
S-0072 Idempotency - Powertools for AWS Lambda (Amazon Web Services) |
S-0136 Making retries safe with idempotent APIs (AWS) |
S-0073 Choosing workflow type in Step Functions (Amazon Web Services) |
S-0074 Pattern: Transactional outbox (Chris Richardson) |
S-0075 Sagas (ACM) |
S-0075 Sagas (ACM) |
S-0159 cloudflare/cloudflare-os (Cloudflare) |
S-0120 Learn about state machines in Step Functions (Amazon Web Services) 、 S-0121 Workflows overview (Google Cloud) |
S-0122 Creating a workflow with Workflow Studio in Step Functions (Amazon Web Services) 、 S-0123 Azure serverless - Azure Logic Apps (Microsoft) 、 S-0124 Serverless Workflow 1.0.0 Release (Open Workflow Specification) |
S-0160 n8n — AI Workflow Automation Platform (n8n) 、 S-0161 Dify — The Platform for Production-Ready Agentic Workflows (LangGenius) |
S-0125 Choosing your coordination approach (Amazon Web Services) |
S-0126 CloudEvents (Cloud Native Computing Foundation) |
S-0127 Custom connectors in Azure Logic Apps (Microsoft) |
S-0120 Learn about state machines in Step Functions (Amazon Web Services) |
S-0128 AI Agent Orchestration Patterns (Microsoft) |
S-0076 Microsoft Durable orchestrations (Microsoft) |
S-0162 Durable orchestrator code constraints (Microsoft) |
S-0077 Microsoft agentic durable patterns (Microsoft) |
S-0078 Temporal Workflow Execution limits (Temporal) |
S-0079 Microsoft Durable Task versioning (Microsoft) |
S-0009 Serverlessを支える技術 第4版 (めもおきば) |
S-0080 OpenTelemetry Semantic Conventions 1.43.0 (OpenTelemetry) |
S-0081 Improving ratings: audit in the British University system (Cambridge University Press) |
S-0082 Unobserved Systems Lead to Unknown Costs (Werner Vogels) 、 S-0083 WeTransfer cuts server emissions and grows core business on AWS (Amazon Web Services) |
S-0084 FinOps Framework Overview (FinOps Foundation) 、 S-0085 State of FinOps 2026 Report (FinOps Foundation) |
S-0137 Guide to Computer Security Log Management (NIST) 、 S-0138 Incident Response Recommendations and Considerations for Cybersecurity Risk Management (NIST) |
S-0080 OpenTelemetry Semantic Conventions 1.43.0 (OpenTelemetry) |
S-0086 Chain-of-Thought Is Not Explainability (Oxford Martin AI Governance Initiative) |
S-0087 NIST AI RMF Core (NIST) |
S-0139 De-Identification of Personal Information (NIST) |
S-0088 Model Context Protocol schema reference (Model Context Protocol) 、 S-0089 Model Context Protocol versioning (Model Context Protocol) 、 S-0142 Model Context Protocol specification 2026-07-28 changelog (Model Context Protocol) |
S-0090 backdoor in upstream xz/liblzma leading to ssh server compromise (Andres Freund) |
S-0091 Trivy ecosystem supply chain temporarily compromised (Aqua Security) |
S-0092 CycloneDX ML-BOM (OWASP CycloneDX) 、 S-0093 SPDX 3.0.1 Conformance (SPDX) |
S-0094 SLSA specification (OpenSSF) |
S-0146 サーバーレスのまわりの技術2025(ServerlessDays Tokyo 2025) (めもおきば) |
S-0095 Step Functions versions and aliases (Amazon Web Services) 、 S-0096 Google Workflows create/update (Google Cloud) 、 S-0097 Google Workflows execution revision (Google Cloud) 、 S-0079 Microsoft Durable Task versioning (Microsoft) 、 S-0098 Worker Versioning: Continue-As-New and Worker Controller (Temporal) 、 S-0099 Workers versions and deployments (Cloudflare) |
S-0147 State of AI-assisted Software Development (DORA (Google Cloud)) |
S-0009 Serverlessを支える技術 第4版 (めもおきば) |
S-0148 Team Topologies: Organizing Business and Technology Teams for Fast Flow (IT Revolution) |
S-0100 EU Data Act (European Union) 、 S-0101 AWS full-exit data transfer (Amazon Web Services) 、 S-0102 Google Cloud exit process (Google Cloud) |
S-0088 Model Context Protocol schema reference (Model Context Protocol) 、 S-0089 Model Context Protocol versioning (Model Context Protocol) |
S-0153 celld — Self-hosted, distributed Durable Objects (Deno Land) |
S-0084 FinOps Framework Overview (FinOps Foundation) |
S-0100 EU Data Act (European Union) |
S-0103 AWS European Sovereign Cloud (Amazon Web Services) 、 S-0104 Google Cloud sovereignty portfolio (Google Cloud) 、 S-0105 Microsoft Sovereign Cloud (Microsoft) 、 S-0106 Cloudflare Data Localization Suite (Cloudflare) |
S-0107 AWS KMS External Key Store (Amazon Web Services) 、 S-0108 Google Cloud EKM (Google Cloud) 、 S-0109 Microsoft external key management (Microsoft) |
S-0129 Statement on the US government directive to suspend access to Fable 5 and Mythos 5 (Anthropic) 、 S-0111 Redeploying Fable 5 (Anthropic) |
S-0112 SCI Specification v1.1 (Green Software Foundation) 、 S-0113 ISO/IEC 21031:2024 Software Carbon Intensity specification (ISO) |
S-0114 AWS methodology system boundary (Amazon Web Services) 、 S-0115 Google Cloud Carbon Footprint methodology (Google Cloud) 、 S-0116 Microsoft Azure emissions methodology (Microsoft) |
S-0140 Power Stabilization for AI Training Datacenters (arXiv) 、 S-0141 Measurement of Generative AI Workload Power Profiles for Whole-Facility Data Center Infrastructure Planning (National Laboratory of the Rockies) |
S-0117 IEA, Energy and AI (International Energy Agency) 、 S-0118 Ireland CSO, Data Centres Metered Electricity Consumption 2025 (Central Statistics Office Ireland) 、 S-0119 Ireland CRU data centre connection policy (Commission for Regulation of Utilities) |