Hardware

As enterprise AI costs soar, developers are increasingly turning to locally hosted open-source models for coding tasks. Discover the pros, cons, and hardware considerations for running your own LLM architecture.

Frustrated by recent quota restrictions and model downgrades in Google Antigravity, developers are exploring budget-friendly IDE alternatives. Discover recommended tools like Cursor, Windsurf, and locally hosted models to maintain productivity without excessive costs.

Exploring the loss of passion in computing and practical strategies to rediscover the joy of building, tinkering, and maintaining technical agency.

Discover innovative non-AI projects, including a free USCIS form-filler, a private compensation survey platform, and a revolutionary log search engine, offering practical solutions and pushing technical boundaries.

Exploring cost-effective ways to use LLMs for student and personal projects. This guide analyzes the trade-offs between using managed APIs and self-hosting models locally with tools like Ollama.

Discover practical, low-cost ways to set up a distraction-free phone for your kids. This guide covers using VoIP with an Analog Telephone Adapter (ATA), cellular gateways, and other simple solutions to provide a phone line without the addictive nature of a smartphone.

Explore the fundamental shifts in datacenter design for AI workloads, from on-site power generation and advanced networking to the specific hardware configurations driving the revolution.

Is a Linux laptop still worth the effort when M-series MacBooks offer incredible performance and battery life? This analysis explores the pros, cons, and key trade-offs for developers and power users.

A deep dive into the real-world industrial applications of AR and VR, from manufacturing quality control to remote work. Discover which use cases are providing real value and what hardware and business challenges are holding back widespread adoption.

Feeling overwhelmed by AI news? Explore a wealth of exciting non-AI technologies from accessible 3D printing and FPGAs to advancements in robotics, biotech, and SDR.