About InfoScope

Technology moves fast.
Understanding should not be a luxury.

50Published briefs
7Technology fields
~11 minAverage read
12k+Words of analysis
Our mission

Explain the mechanism,
not the hype.

Most technology coverage stops at the press release. InfoScope was built on a simple conviction: the interesting part of any system — a transformer, a lithography machine, an autonomous vehicle — is how it actually works, and what trade-offs its designers accepted to make it work.

Every brief we publish follows the same discipline. We start from first principles, walk through the mechanism step by step, name the limitations honestly, and finish with what the evidence actually supports. No sponsored placements, no recycled headlines, no black boxes.

We write for engineers, students, product people, and the quietly curious — anyone who would rather understand a system than be impressed by it.

Mechanism first

Each article is anchored to a concrete system — an architecture, a process, a pipeline — not a market trend.

Radically clear

If a sentence needs jargon to survive, it gets rewritten. Complexity is the reader's budget, not ours to spend.

Independently edited

No advertisers, no affiliate links, no vendor briefings dressed up as analysis. Corrections are public.

Our desks

Four desks, one standard

AI & Computing

Machine learning, large language models, agents, and the computing techniques behind modern AI.

Browse the desk →

Semiconductors & Chips

CPUs, GPUs, NPUs, memory, and the extraordinary process of making chips.

Browse the desk →

Robotics & Automation

Humanoid robots, industrial arms, cobots, and software automation.

Browse the desk →

Mobility & Autonomous Driving

Self-driving systems, smart vehicles, LiDAR, and connected transport.

Browse the desk →

Who writes here

Talk to the desk

A deliberately small team. Every brief carries the name of the writer who researched it and the reviewer who checked it — accountability is not anonymous here.

AL

A. Lindqvist

Editor-in-chief

Twelve years covering semiconductors and machine learning. Sets the review standard and writes the long-range reports.

RM

R. Mehta

Semiconductors desk

Former process engineer. Explains lithography, packaging, and memory without a single hand-waved step.

YT

Y. Tanaka

Robotics & mobility desk

Builds small manipulators on weekends. Covers control theory, perception stacks, and why demos fail.

KD

K. Duarte

Data & standards editor

Keeps the numbers honest: ranges, sources, and the difference between a benchmark and a capability.

How we got here

2024

A single explainer

The site began as one long article about how a GPU schedules work — written because every existing explanation stopped at the acronym.

2025

Seven fields, one format

The library expanded into seven technology fields, each with the same discipline: mechanism first, limitations named, sources linked.

2026

Fifty briefs and a glossary

The collection reached fifty briefs and a public glossary, and comparisons moved from opinion to stated criteria with reversible verdicts.

Today

Reader-funded, ad-free

No advertising, no sponsored placements, no vendor veto. The only obligation is to the reader who wants to understand the system.

Questions we have not answered?
Ask us directly.

Corrections, comparison requests, privacy questions, or permissions — each one lands with a person who reads it.

Contact InfoScope Read the FAQ