Haxtick is a programmable USB device that generates realistic human keyboard and mouse activity. Plug it in — it runs.
From unboxing to first keystroke — flash, configure, and go in under 30 minutes.
Modern remote work stacks were designed around the assumption that presence equals constant mouse movement. For developers, analysts, and creative workers, that assumption fails constantly.
Dashboards, remote tools, and collaboration platforms log you out after a few minutes of inactivity — even mid-task. Reading documentation, reviewing output, or thinking through a problem doesn't register as activity.
Typing the same evaluation notes, templates, and responses across tools multiple times a day is low-value overhead. It keeps your hands busy without engaging your brain — the worst kind of work.
Script-based automation and virtual input drivers require elevated OS permissions, appear in process lists, and can conflict with platform restrictions. A software approach introduces exactly the kind of footprint you're trying to avoid.
No compilation, no complex configuration. Flash, configure, plug in, press a button.
Install CircuitPython on any RP2040 board and copy code.py and boot.py. The board immediately becomes a USB HID device — no compilation, no IDE.
CircuitPython · ~5 minOpen Haxtick Configurator on Windows. Auto-detect the CIRCUITPY drive, write your text blocks, tune behavior settings, and save directly to the device's flash.
config.json on-deviceConnect Haxtick to the target machine. It registers as a standard Logitech keyboard and mouse — no driver prompt, no software install, no admin rights required.
HID class · plug and playPress the on-board button once. The NeoPixel turns green and the device begins cycling through keyboard sessions, mouse routes, and idle windows. Press again to stop.
Hardware button · LED feedbackThe firmware implements real human behavioral patterns — not random delays, but timing models derived from actual typing rhythm and cursor movement research.
Characters are typed with 80–300 ms randomized delays. 8% typo probability (configurable) inserts a wrong character, pauses 50–120 ms, backspaces and corrects — exactly like a real typist catching a mistake.
Mouse sessions follow 8–13 randomized segments with sinusoidal easing and ±60 px lateral variation. Each session distributes 1–3 clicks randomly across segments. No linear movements, no robotic trajectories.
Three session types — keyboard (60%), mouse-only (40%), and idle — alternate in a randomized loop. Over any 10-minute window, activity density mirrors real human work patterns rather than constant input.
Load up to 30 custom text blocks into the device via the desktop app. These are typed verbatim (with human patterns) during keyboard sessions — evaluation notes, templates, responses, anything.
One button press starts or stops all activity. 250 ms hardware debounce prevents accidental toggles. A 5-second startup grace period prevents triggering on plug-in. The NeoPixel LED confirms state at a glance.
The RP2040 has no network hardware. The firmware has no network stack. All configuration is stored as a plain JSON file on the device's flash. Nothing is transmitted, logged, or phoned home.
Haxtick started as a personal tool for AI trainers. It turned out that the same problem — presence detection that penalizes cognitive over mechanical work — affects many disciplines.
AI trainers and data labelers spend substantial time reading, analyzing, and composing nuanced feedback — not typing continuously. Load evaluation templates as text blocks and let Haxtick handle the mechanical output while you focus on the cognitive work.
Video editors and 3D artists often have workstations busy with renders or uploads for hours. Time tracking and collaboration tools see the machine as idle. Haxtick keeps sessions active during export queues without requiring you to babysit the cursor.
NOC analysts, DevOps engineers, and on-call engineers watch dashboards for extended periods where significant time is spent observing rather than interacting. Prevent auto-logouts from monitoring platforms without interrupting your actual observation.
Long-running builds, test suites, and deployment pipelines leave your machine sitting idle in collaboration tools. Stay registered as active in Slack, Jira, and other platforms while waiting on pipeline completion.
Researchers, technical reviewers, and documentation writers spend significant time reading rather than producing keystrokes. Prevent session timeouts during extended analysis blocks without disrupting your reading flow.
Freelancers on time-tracking platforms need sessions to remain active across the full billable block, even during tasks that involve thinking more than typing. Haxtick maintains presence state without requiring constant mechanical input.
Full hardware, firmware, and behavioral specifications for engineers evaluating the platform.
Questions about setup, compatibility, legal use, and how the device works.
This is a technical tool. How you use it is your responsibility. Ensure you comply with your employment agreements, platform terms, and local laws.
Flash the firmware, configure your text blocks, and have a working device in under 30 minutes. Pre-assembled units with 3D-printed enclosures are available on request.
Questions about licensing, bulk orders, or custom profiles? info@haxtick.com