The engine behind
autonomous testing

Maps the entire menu tree in a single sweep, confirming every screen is reachable and exitable, with no dead ends and every Back and Cancel working.

Example Opens Settings, visits every sub-page down to the deepest tab, and confirms each one has a way back out.

Reaches into any setting, whether a toggle, slider or dropdown, flips it, then confirms the change applies, survives scene changes and restarts, and resets cleanly to default.

Example Sets resolution to 4K, restarts the game, and checks it is still 4K on relaunch.

Reads every label, tooltip, dialog and error string on contact, verifying each renders correctly in every state: selected, hovered, disabled and locked.

Example Hovers a greyed-out button and confirms its tooltip explains why it is locked.

Walks the first-time-user flow cold, from the very first screen through to playable, exactly as a brand new player meets it.

Example Runs the tutorial from a fresh save and confirms every prompt fires in the right order.

Navigates to a requested destination, then chains menus and in-world movement to reach a feature and prove it works from end to end.

Example Finds the armory, equips a weapon, and confirms it shows up in the loadout and on the HUD.

Learns an action in one game and carries it into the next, with no retraining needed. This is the meta-talent beneath the rest: it is how Trailblazer picks up a brand new game’s quests and controls and simply plays.

Example Masters aiming and firing in one shooter, then drops into a different shooter and shoots accurately from the first minute.

Advances through level, stage and chapter, confirming XP, rank, checkpoints and progress markers all climb correctly as they are earned.

Example Clears a stage and checks the XP bar, level number and checkpoint flag all update.

Makes sure progress sticks. Gates open the moment their condition is met and stay open, and saving or reloading restores quest stage, position and unlocks intact across sessions.

Example Saves mid-quest, quits to desktop, relaunches, and confirms the quest resumes exactly where it left off.

Plays the whole game in one continuous run, from the opening to the credits, along the route a real player would take. Its job is to catch the worst bug of all: a soft-lock on the main path that leaves the player permanently stuck and unable to finish.

Example Hits a story gate that never opens, flags it as a launch-blocking soft-lock, and reports where the run died.

Replays a recorded session exactly, same path and same inputs, and reaches the very same end state.

Example Re-runs a captured ten-minute session and lands on the identical final screen.

Tracks down a reported bug from its repro steps and confirms whether it still fires, then re-runs it many times to learn whether it strikes every time or only sometimes, and at what rate. Re-runs a claimed fix to confirm the bug is dead.

Example Reproduces a crash 100 times, finds it hits 12% of runs, then verifies the patch drops it to zero.

Runs the same test across the full range of devices and configs, covering resolution, aspect ratio, OS, GPU tier and input method, and flags anything that passes on one but breaks on another.

Example Runs a menu test on 20 device profiles and catches a button that falls off-screen at 21:9.

Runs the same test across two or more builds and compares the results, catching anything that worked in the previous build but breaks in the new one, plus any drift from the known-good reference build.

Example Passes a save flow on build 41 but fails it on build 42, pinpointing a fresh regression.

Takes a bug another hero found and pins it down precisely. It scopes the bug across the full device and build grid, then walks back through the build history to find the exact build that introduced it.

Example Confirms a bug appears only on low-end Android at 16:9, then traces it to the build where it first showed up.

Reads the game’s pulse frame by frame, measuring frame time, FPS, startup and load times, CPU and GPU work, memory and VRAM, draw calls and garbage collection, from outside the build or through deeper engine sight.

Example Shows a frame-time spike, GPU-thread cost, rising VRAM and the exact level-load duration together on one timeline.

Marks every hitch, crash and hang at the instant it strikes, pinning its severity to the timeline and preserving the surrounding video, system state and world position as evidence.

Example A 186 ms stutter hits in the city plaza, so the surrounding clip is saved and the exact hotspot is marked on the tour.

Guards every new build without supervision, recording and replaying tours, running every scenario, preset and machine combination, and holding hours-long soaks, while rejecting diverged or contaminated runs and repeating them clean.

Example A build lands overnight, so the full matrix runs, a CPU-contaminated attempt is rejected and re-run, and results are refreshed before morning.

Studies each route’s natural noise and accepted baseline, then raises a confidence-scored alert when a build breaks budget, slows down, stutters more, leaks memory, regresses on min-spec or begins a slow creep.

Example Detects a small frame-time loss accumulating across six builds and raises it before the slow creep becomes a launch-day crisis.

Names the guilty build and the system behind it, tracing top engine-marker deltas, thread timings and spatial hotspots, bisecting the suspect changelist window, and forging a case file the dashboard, CI and issue tracker can act on.

Example Names a level at +3.1 ms, marks the heavy zone, traces the break to a specific build and hands the team a ready-to-file case.