Tips, techniques, and guides to improve your typing skills
WPM and accuracy only tell part of the story. In 2026, the best typing tests will also track keystrokes per character (KSPC), error-cost per error, and rollover/burst dynamics to expose wasted motion and show how fast typists differ. Here’s why these metrics matter and a practical blueprint to instrument them in a web-based typing test.
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Voice input has leapt forward in 2025 thanks to on‑device AI. We compare modern voice tools—Gboard’s Gemini Nano Writing Tools, Windows 11’s new on‑device fluid dictation in Voice Access, and Apple’s inline predictive text and on‑device Dictation—against touch typing, using metrics like net WPM, edit rate, latency, and privacy. The bottom line: voice is blisteringly fast for first drafts in the right conditions, but keyboards still dominate precision edits and noisy environments.
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CAPTCHAs alone can’t keep modern typing leaderboards clean. This article outlines a privacy‑first anti‑cheat blueprint that passively flags bot‑like timing patterns with state‑of‑the‑art keystroke‑verification models, then escalates to lightweight human checks—tailored for both desktop and mobile—and explains how to tune thresholds, guard privacy, and communicate fairness to users.
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Microsoft’s new Copilot key is the first major change to the Windows keyboard since 1994—and it’s already changing how we type, prompt, and stay in flow. This article shows how one‑tap AI affects real‑world workflows for writers, developers, and remote workers, introduces a ‘prompt WPM’ metric, and explains mid‑2025 changes to how the key behaves on managed Windows 11 PCs.
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Ultra‑high polling started as a gaming flex—but does it move the needle for writers and programmers? We explain polling vs. scan rate, outline a repeatable way to measure real typing latency, and compare 1,000 Hz with 8,000 Hz (plus today’s fastest wireless) to see what actually matters at your desk.
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Hall‑effect keyboards with rapid trigger and 8 kHz polling exploded in 2025, promising ultra‑low latency and adjustable actuation. We lay out (and invite you to replicate) a within‑subjects typing study that tunes actuation to 0.1–0.3 mm per user and measures WPM, KSPC, and errors over 30–60 minutes—then translate lab design into practical tuning tips for writers and coders.
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