Alpesh Kumar
Image
  • Home
  • Blog
Alpesh Kumar
  • Home
  • Blog
Image
  • Home
  • Blog

Author: Alpesh Kumar

Home/Alpesh Kumar/Page 8
Your First Personal AI Agent: A Focused Weekend Build — a warm cream technical schematic shows current-week meeting notes constrained by an agent contract, optionally checked against one read-only source, transformed into a structured priorities draft, and stopped at a human approval boundary before any external action; visual direction: idea: a first personal AI agent produces a reviewable weekly-priorities draft from tightly bounded meeting notes, with no autonomous external action; subject: focused personal AI-agent weekend build; mechanism: current-week notes pass through a clearly labelled contract boundary and one limited read-only lookup into a structured priorities draft, then stop at an explicit human approval gate before any external-action area; composition: landscape editorial explainer card with the exact title large across the upper third and a lower left-to-right paper-like workflow schematic, ending at a prominent approval stamp boundary and a muted crossed-out external-action zone; palette: warm cream background, charcoal typography, oxblood red boundary accents, muted olive green for approved draft, dusty apricot for source notes, slate gray connectors; exclusions: dark navy, neon-blue glow, floating UI cards, network nodes, generic AI circuitry, people, robots, hands, dashboards, physical-machine metaphors, decorative charts, logos, secondary readable text.
AI Agents, Artificial Intelligence

Your First Personal AI Agent: A Focused Weekend Build

Read more
Build an AI Agent Evaluation Flywheel That Improves Prompts — a text-free circular technical schematic shows recorded agent traces being separately evaluated for outcomes and trajectories, classified into recurring failure types, turned into prompt candidates, and checked against development, hold-out, and regression cases before feeding evidence back into the next run. Visual direction: idea: a trace-aware evaluation loop turns recurring agent failures into verified prompt changes; subject: AI agent evaluation flywheel; mechanism: captured tool traces flow through separate outcome and trajectory evaluation, failure taxonomy, prompt variants, and hold-out/regression verification with a safety gate; composition: a single clockwise five-stage circular schematic with evidence records at the top and a verification boundary closing the loop; palette: warm off-white, graphite, deep forest green, muted rust, clay orange, restrained golden yellow; exclusions: dark navy, neon-blue glow, floating UI cards, network nodes, generic AI circuitry, people, robots, logos, readable artwork text.
AI Agents, Artificial Intelligence

Build an AI Agent Evaluation Flywheel That Improves Prompts

Read more
Why Final-Answer Evals Leave AI Agent Failures Invisible — a warm editorial execution-trace schematic contrasts a reassuring green final-response indicator with the visible failed path beneath it: wrong tool selection, a quoted-number parameter mismatch, and a missing update state, all examined by a trajectory evaluator. Visual direction: idea: an apparently successful answer hides a failed execution path; subject: AI-agent trajectory evaluation; mechanism: evaluator compares final claim with recorded tool selection, typed arguments, missing action, and state transitions; composition: left-to-right audit strip beneath a detached green outcome capsule with an inspection bracket; palette: warm ivory, charcoal, muted sage, terracotta, ochre; exclusions: dark navy, neon-blue glow, floating UI cards, network nodes, generic AI circuitry, people, robots, logos, readable artwork text.
AI Agents, Artificial Intelligence, Software Architecture

Why Final-Answer Evals Leave AI Agent Failures Invisible

Read more
Vector Quantisation: How Code Books Compress Similar Data — an illustrated flow of many similar input vectors being matched to a small numbered code book, then represented by one compact index to show lossy shared-dictionary compression.
Machine Learning

Vector Quantisation: How Code Books Compress Similar Data

Read more
1 … 7 8 9 … 17

Recent Posts

  • JSONL Explained: The One-Line Format That Makes Data Pipelines Easier
  • HNSW Vector Search Explained: The Shortcut Graph Behind Fast Retrieval
  • How Jev Works: The Parallel Decision Model That Skips Token-by-Token JSON
  • The Collatz Conjecture: The Simple Rule No One Can Prove
  • Games Made With Astra: 7 AI Game Experiments and Lessons for Developers

Categories

  • AI Agents (14)
  • Artificial Intelligence (30)
  • LangGraph (8)
  • LLM (7)
  • Machine Learning (14)
  • Mathematics (1)
  • NASA (1)
  • Photography (1)
  • Python (7)
  • Self-Hosting (1)
  • Software Architecture (16)
  • System Design (4)

Tags

AI AI Agents AI agent security AI Architecture AI automation AI Coding Agents AI Game Development AI performance AI Security AI System Design Algorithms Anthropic API Design Architecture Artificial Intelligence Astra Bias-Variance Trade-off Classification Claude design Developer Tools Distributed Systems Embeddings Federated Learning Gemma Google AI GPT-6 Astra LangGraph LLM Lumiere Machine Learning Multi-agent Nomic OpenAI Python RAG Real-Time Systems Redis Retrieval-Augmented Generation Software Engineering Sora System Architecture Text-to-Video Underfitting Workflow Automation

©alpeshkumar.com , All rights reserved

We use essential cookies to operate this website and remember your privacy choices. With your permission, we also use analytics and advertising cookies to understand website use and support relevant advertising. You can accept all, reject optional cookies, or manage your choices at any time.

Alpesh Kumar
Powered by  GDPR Cookie Compliance
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.

Strictly Necessary Cookies

Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings.

Additional Cookies

This website uses the following additional cookies:

(List the cookies that you are using on the website here.)

Cookie Policy

More information about our Cookie Policy