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Typing Blog

Tips, techniques, and guides to improve your typing skills

Sign‑to‑Type is live: Designing fair tests for ASL→text input on Gboard

Sign‑to‑Type is live: Designing fair tests for ASL→text input on Gboard

Google DeepMind’s SL2T model now powers real‑time American Sign Language input in Gboard and Live Transcribe on Pixel 11 (August 2026). Here’s how typing-test sites can welcome signers with fair, transparent metrics—like signs‑per‑minute, translation latency, post‑edit cost, and left‑ vs right‑handed parity—plus a quick setup guide and device caveats.

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Off‑Device Typing on 2‑in‑1s: Do Detachable Keyboards Actually Improve Speed, Comfort, and Focus?

Off‑Device Typing on 2‑in‑1s: Do Detachable Keyboards Actually Improve Speed, Comfort, and Focus?

Detachable, wireless‑first laptop keyboards just went mainstream thanks to the Surface Pro Flex Keyboard and Apple’s redesigned iPad Pro Magic Keyboard. Here’s a research‑backed, hands‑on protocol you can try to compare lap‑mounted, desk‑mounted, and fully detached setups for WPM, error rate, posture, latency, and battery life—plus practical tips to dial in comfort and focus.

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Is Voice Typing Fair? A 2026 Accent Audit vs Touch Typing—and How to Build Inclusive Dictation Benchmarks

Is Voice Typing Fair? A 2026 Accent Audit vs Touch Typing—and How to Build Inclusive Dictation Benchmarks

Multiple 2024–2025 studies still show higher word‑error rates for non‑native and regional accents in state‑of‑the‑art ASR. Here’s a friendly, practical plan for a public, opt‑in “accent stress test” that measures WER across leading engines alongside each participant’s keyboard WPM—so we can report per‑accent parity gaps and publish fair, accent‑aware dictation benchmarks.

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Size Class vs Real Work: Do 60%, 75%, and TKL Keyboards Change Edit-Time Efficiency?

Size Class vs Real Work: Do 60%, 75%, and TKL Keyboards Change Edit-Time Efficiency?

Typing-test WPM only tells part of the story. This article looks at real editing workflows—selecting, moving, deleting, pasting, and jumping—and introduces new metrics like Hands-Off-Home-Row Time and Navigation Keystrokes per 100 Words to reveal when 60%, 75%, or TKL layouts help or hurt.

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Stop Guessing You’re a Touch‑Typist: Train Your ‘Look‑Down Rate’ with In‑Browser Eye‑Tracking

Stop Guessing You’re a Touch‑Typist: Train Your ‘Look‑Down Rate’ with In‑Browser Eye‑Tracking

Turn your laptop webcam into a light‑weight eye tracker and measure how often you glance at the keyboard—your personal look‑down rate. This tutorial shows how to prototype it in the browser with WebGazer, why webcam eye‑tracking is accurate enough for training, and how fresh 2026 gaze data links fewer keyboard glances to better typing.

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Snippets, Not Just Suggestions: The 2026 Playbook for Keystroke‑Saving Typists

Snippets, Not Just Suggestions: The 2026 Playbook for Keystroke‑Saving Typists

In 2026, deterministic text expansion has gone cross‑platform and team‑ready, turning snippets into a measurable productivity engine. Here’s how Raycast and Espanso signal real adoption, why snippets beat AI autocomplete when you care about ‘keystrokes saved,’ and a simple, research‑backed way to benchmark the ROI.

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LED‑Coached Typing: Turn Per‑Key RGB Into a Real‑Time Tutor (QMK/ZMK Recipes You Can Ship)

LED‑Coached Typing: Turn Per‑Key RGB Into a Real‑Time Tutor (QMK/ZMK Recipes You Can Ship)

Repurpose your keyboard’s per‑key RGB as a live typing coach. This guide shows how to highlight next‑likely keys, finger zones, and rhythm cues in real time—complete with QMK/ZMK firmware snippets and a browser-side prototype (WebHID/Web Bluetooth) so your typing site can drive LEDs during drills and A/B test LEDs vs on‑screen prompts.

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Braille Typing Tests, Now Real: Designing Six‑Key and 8‑Dot Modes Around Windows 11’s New HID Braille Support

Braille Typing Tests, Now Real: Designing Six‑Key and 8‑Dot Modes Around Windows 11’s New HID Braille Support

Windows 11’s refreshed braille stack—Braille Viewer, tighter Narrator integration, and rollout of HID braille support—finally makes true braille‑input typing tests practical. Here’s how to set up, build, calibrate, and validate six‑key and 8‑dot test modes that measure chords‑per‑minute (CSPM), error cost, and learning curves for blind typists and educators.

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Bring Your Smart Ring to Practice: HRV‑Driven Typing Drills That Adapt to Fatigue in Real Time

Bring Your Smart Ring to Practice: HRV‑Driven Typing Drills That Adapt to Fatigue in Real Time

Turn your smart ring into a coaching signal for typing. By using HRV, resting heart rate, sleep, and skin temperature from rings like Galaxy Ring or Ultrahuman, you can auto‑pace drills, schedule microbreaks, and flag high‑strain sessions—then validate the gains with A/B tests on WPM, errors, and recovery.

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60 Hz E‑Ink Is Here: Do Paper‑Like Screens Actually Extend Typing Endurance?

60 Hz E‑Ink Is Here: Do Paper‑Like Screens Actually Extend Typing Endurance?

E‑ink monitors have finally reached 60 Hz, promising paper‑like comfort with desktop‑class responsiveness. We outline a controlled 60–90‑minute typing endurance study—measuring WPM/accuracy decay and validated eye‑strain markers—to see whether typists actually sustain speed longer on 60 Hz e‑ink than on LCD.

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