<?xml version="1.0" encoding="UTF-8" ?><feed xmlns="http://www.w3.org/2005/Atom"><title>Seattle Skeptics on AI</title><link href="https://seattleskeptics.org/"/><updated>2026-09-19T05:56:16+00:00</updated><id>https://seattleskeptics.org/</id><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author><entry><title>Measuring Maintainability: Cognitive Complexity and Coupling Metrics</title><link href="https://seattleskeptics.org/measuring-maintainability-cognitive-complexity-and-coupling-metrics"/><summary>Discover how Cognitive Complexity and coupling metrics like Fan-In/Fan-Out provide a modern approach to measuring software maintainability. Learn why traditional cyclomatic complexity falls short and how to implement these metrics to identify risky code hot spots.</summary><updated>2026-09-19T05:56:16+00:00</updated><published>2026-09-19T05:56:16+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>RAG with Vector Databases: Fixing Hallucinations with Embeddings and HNSW</title><link href="https://seattleskeptics.org/rag-with-vector-databases-fixing-hallucinations-with-embeddings-and-hnsw"/><summary>Discover how RAG with vector databases fixes LLM hallucinations. Learn about embeddings, HNSW indexing, and filtering for accurate AI retrieval.</summary><updated>2026-09-18T05:54:12+00:00</updated><published>2026-09-18T05:54:12+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Cross-Attention in Encoder-Decoder Transformers: How LLMs Condition on Context</title><link href="https://seattleskeptics.org/cross-attention-in-encoder-decoder-transformers-how-llms-condition-on-context"/><summary>Discover how cross-attention enables encoder-decoder transformers to condition outputs on input context. Learn the mechanics, differences from self-attention, and applications in translation and multimodal AI.</summary><updated>2026-09-17T06:03:44+00:00</updated><published>2026-09-17T06:03:44+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Multimodal Evolution in Generative AI: 3D, Haptics, and Sensor Fusion</title><link href="https://seattleskeptics.org/multimodal-evolution-in-generative-ai-3d-haptics-and-sensor-fusion"/><summary>Explore the shift from late fusion to unified multimodal AI. Learn how 3D generation, haptic feedback, and sensor fusion are transforming industries. Discover why unified tokenization is key to efficient, multi-sensory AI systems.</summary><updated>2026-09-16T06:01:19+00:00</updated><published>2026-09-16T06:01:19+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Training Data Disclosures for Generative AI: AB 2013 Compliance Guide</title><link href="https://seattleskeptics.org/training-data-disclosures-for-generative-ai-ab-2013-compliance-guide"/><summary>California's AB 2013 mandates training data disclosures for generative AI. Learn the 12 required categories, compliance strategies, and how to balance transparency with trade secret protection.</summary><updated>2026-09-15T06:07:15+00:00</updated><published>2026-09-15T06:07:15+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Federated Learning for Generative AI: How to Collaborate Without Sharing Data</title><link href="https://seattleskeptics.org/federated-learning-for-generative-ai-how-to-collaborate-without-sharing-data"/><summary>Discover how federated learning enables privacy-preserving collaboration for Generative AI. Learn how to train models across distributed data sources without sharing raw data, ensuring compliance and security.</summary><updated>2026-09-14T05:56:36+00:00</updated><published>2026-09-14T05:56:36+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Safety-Aware Decoding: LLM Guardrails at Inference Time</title><link href="https://seattleskeptics.org/safety-aware-decoding-llm-guardrails-at-inference-time"/><summary>Discover how safety-aware decoding protects LLMs at inference time. Learn about SafeDecoding, SSD, and ShieldHead techniques that block jailbreaks with minimal latency.</summary><updated>2026-09-13T05:54:43+00:00</updated><published>2026-09-13T05:54:43+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Choosing Model Families for Scalable LLM Programs: Practical Guidance</title><link href="https://seattleskeptics.org/choosing-model-families-for-scalable-llm-programs-practical-guidance"/><summary>Struggling to pick the right LLM? Learn how to choose between GPT, Claude, Gemini, and Llama based on cost, scale, and specific use cases. Practical guidance for building scalable AI programs in 2026.</summary><updated>2026-09-12T05:56:23+00:00</updated><published>2026-09-12T05:56:23+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Generative AI Cost Models: Build vs Buy, Token Pricing, and Infrastructure ROI</title><link href="https://seattleskeptics.org/generative-ai-cost-models-build-vs-buy-token-pricing-and-infrastructure-roi"/><summary>Navigate generative AI costs with our guide on build vs buy strategies, token pricing trends, and GPU infrastructure ROI. Learn how to optimize your AI budget in 2026.</summary><updated>2026-09-11T05:53:44+00:00</updated><published>2026-09-11T05:53:44+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Benchmarking Bias in Image Generators: Gender and Race Disparities</title><link href="https://seattleskeptics.org/benchmarking-bias-in-image-generators-gender-and-race-disparities"/><summary>Discover how diffusion models like Stable Diffusion amplify gender and race biases. Learn why AI image generators skew demographics and what businesses must do to mitigate risks.</summary><updated>2026-09-10T05:53:37+00:00</updated><published>2026-09-10T05:53:37+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Long-Context Benchmarks for LLMs: Best Evaluation Suites for 2025</title><link href="https://seattleskeptics.org/long-context-benchmarks-for-llms-best-evaluation-suites-for"/><summary>Discover the best long-context benchmarks for LLMs in 2025. Compare LongBench Pro, InfiniteBench, and HELM to evaluate model performance on 8k to 1M+ token inputs.</summary><updated>2026-09-09T05:55:22+00:00</updated><published>2026-09-09T05:55:22+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Reinforcement Learning from Prompts: How RLfP Boosts LLM Quality</title><link href="https://seattleskeptics.org/reinforcement-learning-from-prompts-how-rlfp-boosts-llm-quality"/><summary>Discover how Reinforcement Learning from Prompts (RLfP) automates prompt engineering to boost LLM accuracy by up to 10%. Learn about PRewrite, PRL, costs, and when to use this advanced technique.</summary><updated>2026-09-08T06:01:40+00:00</updated><published>2026-09-08T06:01:40+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Query Decomposition: How LLMs Solve Complex Questions</title><link href="https://seattleskeptics.org/query-decomposition-how-llms-solve-complex-questions"/><summary>Discover how query decomposition transforms LLM performance on complex questions. Learn why stepwise reasoning beats simple retrieval, the trade-offs in latency, and implementation strategies for enterprise search.</summary><updated>2026-09-07T06:03:00+00:00</updated><published>2026-09-07T06:03:00+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Security Architecture for Generative AI: Threat Models and Defenses</title><link href="https://seattleskeptics.org/security-architecture-for-generative-ai-threat-models-and-defenses"/><summary>Discover how to secure Generative AI systems against unique threats like prompt injection and data poisoning. Learn essential defense-in-depth strategies, access controls, and monitoring techniques to protect your LLM applications.</summary><updated>2026-09-06T05:53:42+00:00</updated><published>2026-09-06T05:53:42+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Combining Pruning and Quantization for Maximum LLM Speedups</title><link href="https://seattleskeptics.org/combining-pruning-and-quantization-for-maximum-llm-speedups"/><summary>Discover how combining pruning and quantization boosts LLM speed. Learn about HWPQ, 2:4 sparsity, and practical tips for maximizing model efficiency without losing accuracy.</summary><updated>2026-09-05T05:51:28+00:00</updated><published>2026-09-05T05:51:28+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>NLP Evaluation Evolution: Moving from BLEU to LLM-as-a-Judge</title><link href="https://seattleskeptics.org/nlp-evaluation-evolution-moving-from-bleu-to-llm-as-a-judge"/><summary>Discover why NLP evaluation shifted from BLEU to LLM-as-a-Judge. Learn how semantic metrics and AI judges provide accurate quality assessment for modern language models.</summary><updated>2026-09-04T06:04:16+00:00</updated><published>2026-09-04T06:04:16+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Vibe Coding Scaffolds: How AI Builds Initial Architectures from Prompts</title><link href="https://seattleskeptics.org/vibe-coding-scaffolds-how-ai-builds-initial-architectures-from-prompts"/><summary>Discover how vibe coding transforms natural language prompts into code architectures. Learn the risks, benefits, and best practices for using AI scaffolds without creating technical debt.</summary><updated>2026-09-03T05:52:02+00:00</updated><published>2026-09-03T05:52:02+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>State-of-the-Art Transformer Variants for LLMs in 2025</title><link href="https://seattleskeptics.org/state-of-the-art-transformer-variants-for-llms-in"/><summary>Discover the top transformer variants for LLMs in 2025. Learn how FlashAttention-3, Mamba, and MoE architectures boost speed and context length.</summary><updated>2026-09-02T05:58:41+00:00</updated><published>2026-09-02T05:58:41+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Why Opinionated AI Stacks Beat Flexible Ones</title><link href="https://seattleskeptics.org/why-opinionated-ai-stacks-beat-flexible-ones"/><summary>Discover why opinionated AI stacks outperform flexible ones in speed and retention. Learn how constrained frameworks reduce decision fatigue and boost productivity.</summary><updated>2026-09-01T06:02:41+00:00</updated><published>2026-09-01T06:02:41+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Benchmarking Your Org Against Vibe Coding Leaders: A 2026 Guide</title><link href="https://seattleskeptics.org/benchmarking-your-org-against-vibe-coding-leaders-a-2026-guide"/><summary>Stop guessing if your AI adoption is working. This guide provides concrete 2026 benchmarks for vibe coding, covering cycle-time reductions, tool accuracy, and governance strategies to help you measure your org against industry leaders.</summary><updated>2026-08-30T06:00:18+00:00</updated><published>2026-08-30T06:00:18+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Fairness in Multilingual LLMs: Why English-Centric Alignment Fails</title><link href="https://seattleskeptics.org/fairness-in-multilingual-llms-why-english-centric-alignment-fails"/><summary>Discover why English-centric alignment fails in multilingual LLMs. Learn how bias shifts across languages and how to audit your models for true global fairness.</summary><updated>2026-08-29T05:54:52+00:00</updated><published>2026-08-29T05:54:52+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Contrastive Prompting: How to Reduce LLM Hallucinations Without Retraining</title><link href="https://seattleskeptics.org/contrastive-prompting-how-to-reduce-llm-hallucinations-without-retraining"/><summary>Learn how contrastive prompting reduces LLM hallucinations without retraining. Compare Delta, ALCD, and DoLA methods, see performance metrics, and get implementation tips for enterprise AI.</summary><updated>2026-08-28T06:09:12+00:00</updated><published>2026-08-28T06:09:12+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Role, Rules, and Context: Structuring Prompts for Enterprise LLM Use</title><link href="https://seattleskeptics.org/role-rules-and-context-structuring-prompts-for-enterprise-llm-use"/><summary>Learn how to structure enterprise LLM prompts using role, rules, and context. Discover advanced techniques like chain-of-thought reasoning and iterative refinement for reliable, scalable AI outputs.</summary><updated>2026-08-27T05:58:11+00:00</updated><published>2026-08-27T05:58:11+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Pre-Norm vs Post-Norm Transformers: Stability Guide for LLMs</title><link href="https://seattleskeptics.org/pre-norm-vs-post-norm-transformers-stability-guide-for-llms"/><summary>Discover why Pre-Norm is the standard for stable LLM training. We compare gradient flow, activation risks, and implementation tips for deep Transformer architectures.</summary><updated>2026-08-26T06:00:51+00:00</updated><published>2026-08-26T06:00:51+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Tokenization in Generative AI: BPE, WordPiece &amp; Beyond</title><link href="https://seattleskeptics.org/tokenization-in-generative-ai-bpe-wordpiece-beyond"/><summary>Discover how tokenization shapes generative AI performance. We compare BPE, WordPiece, and emerging strategies to help you optimize costs and accuracy.</summary><updated>2026-08-25T06:00:23+00:00</updated><published>2026-08-25T06:00:23+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>PII Detection and Redaction Pipelines for LLM Inputs and Outputs</title><link href="https://seattleskeptics.org/pii-detection-and-redaction-pipelines-for-llm-inputs-and-outputs"/><summary>Learn how to build robust PII detection and redaction pipelines for LLMs. We cover hybrid NER/regex methods, Microsoft Presidio, and compliance strategies to protect user data in production AI deployments.</summary><updated>2026-08-24T05:57:48+00:00</updated><published>2026-08-24T05:57:48+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Prompt Robustness: A Practical Guide to Handling Noisy Inputs in LLM Systems</title><link href="https://seattleskeptics.org/prompt-robustness-a-practical-guide-to-handling-noisy-inputs-in-llm-systems"/><summary>Learn how to handle noisy inputs in LLM systems. We compare MOF, RoP, and PromptBench to help you build robust prompts that survive real-world user errors.</summary><updated>2026-08-23T05:59:27+00:00</updated><published>2026-08-23T05:59:27+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Factuality and Faithfulness Metrics for RAG-Enabled Large Language Models: A Practical Guide</title><link href="https://seattleskeptics.org/factuality-and-faithfulness-metrics-for-rag-enabled-large-language-models-a-practical-guide"/><summary>Learn how to distinguish factuality from faithfulness in RAG systems. Explore key metrics like context precision, recall, and LLM-as-a-judge approaches to build reliable AI applications.</summary><updated>2026-08-22T05:56:51+00:00</updated><published>2026-08-22T05:56:51+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Human-in-the-Loop Review for Generative AI: How to Catch Hallucinations Before Users See Them</title><link href="https://seattleskeptics.org/human-in-the-loop-review-for-generative-ai-how-to-catch-hallucinations-before-users-see-them"/><summary>Discover how human-in-the-loop review reduces generative AI errors by 58-73%. Learn practical strategies for cost-effective implementation, avoiding reviewer fatigue, and measuring success in high-stakes environments.</summary><updated>2026-08-21T05:51:40+00:00</updated><published>2026-08-21T05:51:40+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Bias in Generative AI: How Training Data and Algorithm Design Shape Outcomes</title><link href="https://seattleskeptics.org/bias-in-generative-ai-how-training-data-and-algorithm-design-shape-outcomes"/><summary>Discover how training data, selection errors, and algorithm design create bias in generative AI. Learn practical strategies for mitigation and the importance of responsible AI development.</summary><updated>2026-08-20T05:50:03+00:00</updated><published>2026-08-20T05:50:03+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Compression-Aware Prompting: How to Squeeze More Performance from Small LLMs</title><link href="https://seattleskeptics.org/compression-aware-prompting-how-to-squeeze-more-performance-from-small-llms"/><summary>Learn how compression-aware prompting optimizes small LLMs by reducing token bloat. Discover practical strategies for filtering and distillation to boost accuracy and speed in RAG and local inference.</summary><updated>2026-08-19T05:58:10+00:00</updated><published>2026-08-19T05:58:10+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Talent Strategy for Vibe Coding: Roles You Actually Need in 2026</title><link href="https://seattleskeptics.org/talent-strategy-for-vibe-coding-roles-you-actually-need-in"/><summary>Discover the specific roles and skills required for successful vibe coding adoption in 2026. Learn how to build a hybrid team that balances AI speed with human oversight.</summary><updated>2026-08-18T05:57:22+00:00</updated><published>2026-08-18T05:57:22+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Outcome Testing in Vibe Coding: How to Verify Behavior, Not Just Code</title><link href="https://seattleskeptics.org/outcome-testing-in-vibe-coding-how-to-verify-behavior-not-just-code"/><summary>Learn how outcome testing transforms quality assurance in vibe coding. Discover why verifying user behavior and experience matters more than inspecting lines of code in AI-assisted development.</summary><updated>2026-08-17T05:58:47+00:00</updated><published>2026-08-17T05:58:47+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Runtime Protections for Vibe-Coded Services: WAFs, RASP, and Rate Limits</title><link href="https://seattleskeptics.org/runtime-protections-for-vibe-coded-services-wafs-rasp-and-rate-limits"/><summary>Vibe coding speeds up development but introduces security risks. Learn how WAFs, RASP, and rate limiting work together to protect AI-generated services from common vulnerabilities.</summary><updated>2026-08-16T05:54:34+00:00</updated><published>2026-08-16T05:54:34+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Prompt-Tuning vs Prefix-Tuning: Which Lightweight LLM Method Fits Your Needs?</title><link href="https://seattleskeptics.org/prompt-tuning-vs-prefix-tuning-which-lightweight-llm-method-fits-your-needs"/><summary>Compare Prompt-Tuning and Prefix-Tuning for LLMs. Learn which PEFT method saves GPU resources while maximizing accuracy for your specific task.</summary><updated>2026-08-15T05:55:27+00:00</updated><published>2026-08-15T05:55:27+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>From BERT to GPT: Understanding the Evolution of Large Language Model Architectures</title><link href="https://seattleskeptics.org/from-bert-to-gpt-understanding-the-evolution-of-large-language-model-architectures"/><summary>Explore the architectural evolution from BERT to GPT. Learn how encoder-only and decoder-only designs shape AI capabilities in understanding versus generating text.</summary><updated>2026-08-14T05:54:50+00:00</updated><published>2026-08-14T05:54:50+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Architecture Decisions That Reduce LLM Bills Without Sacrificing Quality</title><link href="https://seattleskeptics.org/architecture-decisions-that-reduce-llm-bills-without-sacrificing-quality"/><summary>Cut LLM costs by 30-80% without losing quality. Learn proven architectural strategies like model routing, semantic caching, and right-sizing to optimize your AI budget effectively.</summary><updated>2026-08-13T05:59:36+00:00</updated><published>2026-08-13T05:59:36+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>How Sampling Choices Influence LLM Accuracy: A Guide to Reducing Hallucinations</title><link href="https://seattleskeptics.org/how-sampling-choices-influence-llm-accuracy-a-guide-to-reducing-hallucinations"/><summary>Discover how sampling choices like temperature and nucleus sampling directly influence LLM accuracy and hallucination rates. Learn practical strategies to optimize your AI outputs.</summary><updated>2026-08-12T05:50:03+00:00</updated><published>2026-08-12T05:50:03+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Model Parallelism and Pipeline Parallelism: Scaling Large AI Training</title><link href="https://seattleskeptics.org/model-parallelism-and-pipeline-parallelism-scaling-large-ai-training"/><summary>Explore how model parallelism and pipeline parallelism enable training of massive AI models by splitting networks across GPUs. Learn about scheduling strategies, hybrid approaches, and real-world implementation challenges.</summary><updated>2026-08-11T06:16:19+00:00</updated><published>2026-08-11T06:16:19+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Agentic Systems vs Vibe Coding: Choosing the Right Autonomy Level</title><link href="https://seattleskeptics.org/agentic-systems-vs-vibe-coding-choosing-the-right-autonomy-level"/><summary>Compare vibe coding and agentic systems to choose the right AI autonomy level for your software projects. Learn when to use conversational AI vs autonomous agents.</summary><updated>2026-08-10T05:50:04+00:00</updated><published>2026-08-10T05:50:04+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>How to Prompt for Performance Profiling and Optimization Plans: A Developer’s Guide</title><link href="https://seattleskeptics.org/how-to-prompt-for-performance-profiling-and-optimization-plans-a-developer-s-guide"/><summary>Learn how to effectively prompt AI for performance profiling and optimization plans. Discover structured techniques to identify bottlenecks, interpret profiler data, and implement actionable code improvements.</summary><updated>2026-08-09T05:51:22+00:00</updated><published>2026-08-09T05:51:22+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Product Management for Generative AI: Scoping, MVPs, and Metrics Guide</title><link href="https://seattleskeptics.org/product-management-for-generative-ai-scoping-mvps-and-metrics-guide"/><summary>Master product management for generative AI. Learn how to scope non-deterministic features, define reliable MVPs, and track hybrid metrics that prove business value.</summary><updated>2026-08-08T05:58:41+00:00</updated><published>2026-08-08T05:58:41+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Prompt Length vs Output Quality: Why Shorter Prompts Beat Longer Ones in LLMs</title><link href="https://seattleskeptics.org/prompt-length-vs-output-quality-why-shorter-prompts-beat-longer-ones-in-llms"/><summary>Discover why longer prompts often hurt LLM output quality. Learn the science behind attention bottlenecks, recency bias, and how to optimize prompt length for better accuracy and lower costs.</summary><updated>2026-08-07T06:04:29+00:00</updated><published>2026-08-07T06:04:29+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Prompting Secure Authentication Flows: OAuth, SSO, and MFA</title><link href="https://seattleskeptics.org/prompting-secure-authentication-flows-oauth-sso-and-mfa"/><summary>Learn how to design secure authentication flows using OAuth 2.0, SSO, and MFA. Discover best practices for prompting controls, managing sessions, and balancing security with user experience.</summary><updated>2026-08-06T05:52:55+00:00</updated><published>2026-08-06T05:52:55+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Hardware Acceleration for Multimodal Generative AI: GPUs, NPUs, and Edge Devices</title><link href="https://seattleskeptics.org/hardware-acceleration-for-multimodal-generative-ai-gpus-npus-and-edge-devices"/><summary>Explore how GPUs, NPUs, and edge devices accelerate multimodal generative AI. Learn about hardware constraints, optimization techniques, and the future of unified AI architectures.</summary><updated>2026-08-05T05:56:41+00:00</updated><published>2026-08-05T05:56:41+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Safety by Design in Generative AI: Embedding Protections into Product Architecture</title><link href="https://seattleskeptics.org/safety-by-design-in-generative-ai-embedding-protections-into-product-architecture"/><summary>Explore Safety by Design in Generative AI, a framework by Thorn and NIST that embeds protections into product architecture to prevent harm like CSAM, moving beyond reactive filters to proactive engineering.</summary><updated>2026-08-04T06:50:58+00:00</updated><published>2026-08-04T06:50:58+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Safety by Design in Generative AI: How to Embed Protections into Product Architecture</title><link href="https://seattleskeptics.org/safety-by-design-in-generative-ai-how-to-embed-protections-into-product-architecture"/><summary>Explore Safety by Design in Generative AI, a framework by Thorn and partners like NIST that embeds protections into product architecture. Learn how to prevent CSAM and other harms through proactive development, deployment, and maintenance strategies.</summary><updated>2026-08-04T06:50:58+00:00</updated><published>2026-08-04T06:50:58+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>Marketing Content at Scale with Generative AI: Product Descriptions, Emails, and Social Posts</title><link href="https://seattleskeptics.org/marketing-content-at-scale-with-generative-ai-product-descriptions-emails-and-social-posts"/><summary>Learn how to scale marketing content using generative AI for product descriptions, emails, and social posts. Discover top tools, best practices, and how to maintain brand voice in 2026.</summary><updated>2026-08-03T05:54:40+00:00</updated><published>2026-08-03T05:54:40+00:00</published><category>Enterprise Technology</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>BERT vs GPT: Choosing Between Encoder-Only and Decoder-Only AI Models</title><link href="https://seattleskeptics.org/bert-vs-gpt-choosing-between-encoder-only-and-decoder-only-ai-models"/><summary>Explore the key differences between BERT and GPT architectures. Learn how encoder-only and decoder-only models impact NLP tasks, performance, and implementation costs.</summary><updated>2026-08-02T05:52:42+00:00</updated><published>2026-08-02T05:52:42+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry><entry><title>BERT vs GPT: Understanding Encoder-Only vs Decoder-Only Architectures</title><link href="https://seattleskeptics.org/bert-vs-gpt-understanding-encoder-only-vs-decoder-only-architectures"/><summary>Explore the key differences between BERT and GPT architectures. Learn why encoder-only models excel at understanding while decoder-only models dominate text generation, and how to choose the right one for your NLP project.</summary><updated>2026-08-02T05:52:42+00:00</updated><published>2026-08-02T05:52:42+00:00</published><category>Science &amp; Research</category><author><name>Tamara Weed</name><uri>https://seattleskeptics.org/author/tamara-weed/</uri></author></entry></feed>