Artificial Intelligence
AI trends, techniques, and real-world implementations
Using AI for Customer Support: What Actually Works in 2026
AI customer support has matured significantly. Here is which tiers to automate, which to assist, and which to keep fully human -- with real implementation steps.
How to Measure Whether AI Tools Are Actually Making Your Team More Productive
Feeling more productive is not data. This guide covers real measurement approaches -- output metrics, time tracking comparisons, quality metrics -- and how to set up a 30-day framework.
AI Image Generation for Non-Designers in 2026
The leading models, prompt techniques, commercial licensing, and honest limitations of AI image generation -- a practical guide for software teams and content creators.
How to Add AI to Your Startup Without Overbuilding
A practical guide for startup founders: use existing AI APIs, identify your highest-value use case, and ship the simplest version first. Avoid the most common AI mistakes.
AI Writing Assistants Compared for Professional Use in 2026
Claude, ChatGPT, Gemini, Jasper, and Copy.ai -- a direct comparison for professional writing. Which wins on long-form, which on marketing copy, and when specialized tools beat general models.
How AI Is Used in Recruiting and What Concerns It Raises
AI recruiting tools reduce time-to-contact and standardize job descriptions, but AI screening requires careful oversight. A complete guide to current applications and real risks.
How Product Managers Work with AI Features
AI features require a different PM playbook. Define success criteria before building, plan your evaluation methodology, and set up feedback loops from day one.
We Replaced 6 SaaS Tools With One: What 6 Months of Real Data Shows
We replaced Slack, Google Meet, TimeCamp, and three other tools with Zlyqor. Here is what the real numbers look like after 6 months.
The Hidden Cost of Tool Switching: What We Measured With Our 4-Person Team
Gloria Mark's 23-minute refocus research applied to our real team. The formula for calculating what tool switching actually costs, with our own numbers.
Toolformer: Teaching LLMs to Use Tools Without Human Annotations
Toolformer learns to call external APIs - calculators, search engines, calendars - by self-supervising on when API calls improve prediction, requiring no human-labeled examples of tool use.
Lost in the Middle: Why LLMs Struggle With Long Contexts
Liu et al. 2023 showed that LLM performance on multi-document QA follows a U-shaped curve - models best recall information at the start and end of context, with severe degradation in the middle.
Constitutional AI: How Anthropic Trains Claude to Be Helpful and Harmless
Constitutional AI replaces human feedback at scale with AI-generated critiques guided by a set of principles, reducing reliance on human annotators while producing safer and more helpful models.
Mixture of Experts: How Mistral, DeepSeek, and Grok Use Sparse Activation
MoE models route each token to only a subset of specialized expert networks, achieving the quality of a large dense model at the compute cost of a much smaller one.
OpenAI o3 and o3-mini: The Next Generation of Reasoning Models
OpenAI o3 scores 87.5% on ARC-AGI and 96.7% on AIME 2024. Here's what compute-optimal inference scaling means and how to use o3-mini cost-effectively.
Self-RAG: Teaching LLMs to Decide When to Retrieve
Self-RAG introduces reflection tokens that let the model decide whether retrieval is needed and evaluate passage relevance and citation support, outperforming standard RAG on factuality benchmarks.
DPO: The RLHF Alternative That Trains LLMs Without a Reward Model
Direct Preference Optimization eliminates the separate reward model and PPO loop from RLHF, deriving an equivalent alignment objective directly from preference data with a simple classification loss.
Runway Gen-3 Alpha: Professional Video Generation for AI Filmmakers
Runway Gen-3 Alpha raises the bar for AI video with dramatically improved temporal consistency, a motion brush tool for selective animation, and Act One for transferring facial performances onto generated characters.
Speculative Decoding: How to Get 3x LLM Speed With a Smaller Draft Model
Speculative decoding uses a small fast model to draft multiple tokens and a large model to verify them in parallel, achieving 1.5-3x speedups without changing output distribution.
Sora: OpenAI's Text-to-Video Model and What It Means for Creators
Sora generates 1080p video up to 60 seconds from text prompts using a diffusion transformer on spacetime patches - and its consistency across frames marks a genuine leap over prior text-to-video approaches.
DeepSeek R1: The Open-Source Reasoning Model That Beat o1
DeepSeek R1 achieves 79.8% on AIME 2024 (vs o1-mini at 63.6%) using pure reinforcement learning without supervised fine-tuning, and it's MIT licensed.
Mamba: The State Space Model That Challenges the Transformer
Mamba introduces selective state space models with linear scaling in sequence length and constant-time inference, offering a genuine alternative to the Transformer for long-sequence tasks.
QLoRA: Fine-Tune a 65B LLM on a Single 48GB GPU
QLoRA combines 4-bit quantization with LoRA to make fine-tuning 65B parameter models accessible on consumer hardware, introducing NF4 quantization and paged optimizers.
LoRA Explained: How 0.1% of Parameters Can Match Full Fine-Tuning
LoRA fine-tunes LLMs by training tiny low-rank decomposition matrices instead of updating billions of weights, cutting VRAM requirements from hundreds of GB to a few GB.
Attention Is All You Need: What the 2017 Paper Actually Says and Why It Still Matters
The Transformer paper by Vaswani et al. replaced recurrent networks with self-attention and became the foundation of every modern LLM. Here is what the original paper actually says.