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Native Sparse Attention and DeepSeek Sparse Attention: Long-Context LLMs Without the Quadratic Cost (2026)

Native Sparse Attention and DeepSeek Sparse Attention: Long-Context LLMs Without the Quadratic Cost (2026)

Posted by By MPRAUTO MPRAUTO October 30, 2026Posted inAINo Comments
Sparse Attention LLM Design: Native Sparse Attention and DeepSeek Sparse Attention A 128,000-token prompt looks innocent in an API call. Inside the model it means every new token must be…
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Tensor vs Expert vs Data Parallelism for LLM Inference: MoE Serving Design (2026)

Tensor vs Expert vs Data Parallelism for LLM Inference: MoE Serving Design (2026)

Posted by By MPRAUTO MPRAUTO October 29, 2026Posted inAI2 Comments
Expert Parallelism LLM Inference: Tensor vs Expert vs Data Parallelism for MoE Serving Most teams that move from a dense model to a Mixture-of-Experts (MoE) model keep the parallelism recipe…
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Constrained Decoding for LLMs: Grammar-Guided Generation with XGrammar, Outlines and llguidance

Constrained Decoding for LLMs: Grammar-Guided Generation with XGrammar, Outlines and llguidance

Posted by By MPRAUTO MPRAUTO October 10, 2026Posted inAI1 Comment
Constrained decoding for LLMs explained: token masking, finite-state machines, pushdown grammars, XGrammar, Outlines and llguidance, with overhead.
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Speculative Decoding Explained: EAGLE-3 vs Medusa vs Lookahead for LLM Inference Speedup

Speculative Decoding Explained: EAGLE-3 vs Medusa vs Lookahead for LLM Inference Speedup

Posted by By MPRAUTO MPRAUTO October 4, 2026Posted inAINo Comments
Speculative decoding explained: draft-and-verify math, EAGLE-3 vs Medusa vs lookahead, acceptance rates, vLLM and SGLang support, and when it hurts.
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GPU Memory Physics: DRAM vs SRAM, Kernel Fusion and FlashAttention (Series Part 3)

GPU Memory Physics: DRAM vs SRAM, Kernel Fusion and FlashAttention (Series Part 3)

Posted by By MPRAUTO MPRAUTO October 2, 2026Posted inAI2 Comments
GPU memory physics: DRAM vs SRAM latency and bandwidth, tiling, kernel fusion, and why FlashAttention made LLM inference faster. Series finale.
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llm-d on Kubernetes: Prefill/Decode Disaggregation for LLM Inference

llm-d on Kubernetes: Prefill/Decode Disaggregation for LLM Inference

Posted by By MPRAUTO MPRAUTO September 29, 2026Posted inKubernetes1 Comment
llm-d explained: disaggregated prefill and decode, KV-cache-aware routing and vLLM on Kubernetes, with cost math, an install path and where it beats a plain vLLM deployment.
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SGLang 0.5.18 vs 0.5.15: What Changed and How to Upgrade

SGLang 0.5.18 vs 0.5.15: What Changed and How to Upgrade

Posted by By MPRAUTO MPRAUTO September 24, 2026Posted inTechNo Comments
SGLang 0.5.16-0.5.18 add DSpark speculative decoding, a Rust server and Breakable CUDA Graph. Breaking flags, cache moves and a step-by-step upgrade path.
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OpenVINO 2026.4 vs 2025.4: What Changed for Edge LLMs and NPUs

OpenVINO 2026.4 vs 2025.4: What Changed for Edge LLMs and NPUs

Posted by By MPRAUTO MPRAUTO September 23, 2026Posted inTech1 Comment
OpenVINO 2026.4 vs 2025.4: EAGLE-3 and MTP speculative decoding, MoE disk offload, FP8 in NNCF, NPU changes, and the APIs removed in 2026.
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What a ChatGPT Query Actually Costs in Energy and Water: Every Number, Traced to Source

What a ChatGPT Query Actually Costs in Energy and Water: Every Number, Traced to Source

Posted by By MPRAUTO MPRAUTO September 22, 2026Posted inTechNo Comments
The 500ml and 2.9 Wh figures come from real papers that said something narrower. Here is every published measurement of AI energy and water per query, with its scope.
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MLPerf Edge Agentic Inference: How TensorRT Edge-LLM Beat llama.cpp 6.4x

MLPerf Edge Agentic Inference: How TensorRT Edge-LLM Beat llama.cpp 6.4x

Posted by By MPRAUTO MPRAUTO September 22, 2026Posted inTechNo Comments
MLPerf Inference v6.1 added an Edge Agentic benchmark. NVFP4, FP8 KV cache, 96% cache reuse and tree MTP explain the 6.4x gap over the llama.cpp reference.
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  • Kustomize vs Helm in GitOps: Overlays, Patches, Templating and When to Use Each with Argo CD and Flux (2026)
  • Additive Manufacturing Digital Thread: From CAD to Build Files, Process Parameters and Part Qualification Records (2026)
  • Event-Time Alignment in Digital Twins: Out-of-Order Sensor Data, Watermarks and Late-Arriving Events (2026)
  • FIDO Device Onboard (FDO): Zero-Touch IoT Device Onboarding, Ownership Vouchers and Rendezvous Servers (2026)
  • ISA-18.2 Alarm Management: Rationalization, Alarm Floods and KPI Targets for Process Plants (2026)
  • ISO 13849 Performance Levels Explained: Category, MTTFd, DC and PL Calculation for Machine Safety Functions (2026)
  • Loan Origination System Architecture: Decision Engines, Document Intake, Policy Rules and Audit Trails (2026)
  • SoftPOS and Tap to Pay Architecture: Contactless EMV on Commodity Phones, PCI MPoC and Attestation (2026)
  • Container Image Lazy Pulling and Cold Starts: SOCI, Nydus, eStargz and Image Streaming Compared (2026)
  • LLM Token Economics: Cost per Token, Unit Economics and Gross Margin of AI Features (2026)
  • AI Agent Identity and Delegated Authorization: OAuth Token Exchange, On-Behalf-Of Flows and Workload Identity for Agents (2026)
  • LLM Inference SLOs: TTFT, TPOT, Goodput and Capacity Planning for Production Serving (2026)
  • Module Type Package (MTP) and Modular Production: VDI 2658, POL Orchestration and OPC UA Process Modules (2026)
  • Sandboxing AI Agent Code Execution: Firecracker microVMs, gVisor, WebAssembly and Container Isolation Compared (2026)
  • Kafka KRaft in Production: Migrating Off ZooKeeper — A Hands-On Guide (2026)
  • RWA Tokenization Architecture: Issuance to Settlement
  • Iceberg vs Delta vs Hudi for Lakehouses: 2026 ADR
  • Building an MQTT-to-Kafka Bridge with Kafka Connect: Production Tutorial
  • Azure Time Series Databases: Data Explorer & Cosmos DB Architecture (2026)
  • Product Carbon Footprint Data Exchange: ISO 14067, PACT Network and PCF Roll-Ups Through the BOM (2026)
  • Design-to-Cost and Should-Cost Modeling in PLM: Parametric Costing, BOM Cost Rollups and Supplier Quote Analysis (2026)
  • Prompt Management and Versioning for LLM Apps: Registries, Eval Gates, Rollouts and Rollback (2026)
  • Digital Twin Consortium Reference Architecture: Capabilities Periodic Table, Maturity and How It Maps to Real Platforms (2026)
  • Industrial DataOps Architecture: Contextualization, Data Models and Pipelines Between OT and the Enterprise (2026)
  • Embedded Finance and Banking-as-a-Service Architecture: Sponsor Bank Ledgers, Program Management and Compliance Boundaries (2026)
  • Tokenized Deposits vs Stablecoins vs CBDC: Bank Money on Programmable Rails, Architecture and Settlement (2026)
  • Software Catalog and Service Scorecards: Ownership Metadata, Backstage catalog-info and Engineering Standards at Scale (2026)
  • Postgres Analytics Offload: pg_duckdb vs CDC to ClickHouse vs HTAP Extensions for Reporting Queries (2026)
  • AI Model Licenses Explained: Apache 2.0, MIT, Llama Community, OpenRAIL and What Commercial Use Really Allows (2026)
  • Kubernetes Native Sidecar Containers: Lifecycle, Startup Ordering and Job Shutdown Explained (2026)
  • OPC UA Robotics Companion Specification (OPC 40010): Robot Information Model, Skills and Integration (2026)
  • Digital Twin Verification and Validation: ASME V&V 40, Credibility Evidence and Model Fidelity Levels (2026)
  • PLM Graph Database Impact Analysis: Where-Used, Change Propagation and Neo4j vs Relational BOM Queries (2026)
  • Passkeys for Payments: FIDO2, WebAuthn and Secure Payment Confirmation in Checkout Flows (2026)
  • Data Versioning for ML: lakeFS vs DVC vs Delta Lake Time Travel for Reproducible Training (2026)
  • LLM API Prompt Caching Economics: Explicit vs Implicit Caching, TTLs and Break-Even Math Across Providers (2026)
  • The June 2026 Open-Weight Model Flood, Explained
  • Samsungs All-AI Factories by 2030: An Analysis
  • Intel-Foxconn Rack-Scale AI Infrastructure: 2026 Analysis

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