Instrument #03 · cognitive challenge

Working Memory Challenge

How many things can your brain juggle before it crashes?

Estimated duration30 minutes · 25 steps
Interaction mechanicsN-back sequence recall + Dual-task interference
Result output3-Axis SWI Dossier & Master ID Token

What Your Calibration Includes & Privacy Standard

Immediate Signal Preview (Included)

Upon completing all 25 interactive steps, you immediately receive your primary SWI Archetype code, 3-axis percentage coordinates (Sequential Retention, Interference Resistance, Update Speed), telemetry confidence score, and an exportable .SVG Master ID stamp.

Full Multi-Axis Dossier & Operating Manual

For deeper exploration, you may optionally unlock the extended SWI Dossier—containing multi-paragraph behavioral synthesis, high-friction blind spots under stress, and a tailored personal operating manual.

Privacy & Non-Diagnostic Ethics

No account or email is required to begin. Mid-test progress is saved locally in your browser, and individual item selections on sensitive reflections are not permanently stored on our server unless you explicitly opt in at completion.

Instrument Briefing & FAQ

What does Working Memory Challenge measure?

Working Memory Challenge maps your pattern across three core axes: Sequential Retention, Interference Resistance, and Update Speed, using interactive scenario and visual calibration tasks.

Is Working Memory Challenge a clinical diagnosis?

No. Working Memory Challenge is a structured self-reflection and behavioral pattern instrument designed for personal insight, not medical or clinical diagnosis.

How is my SWI signal calculated?

Your responses across all 5 diagnostic phases—including visual matrices, continuum sliders, and scenario trade-offs—are synthesized into a 3-axis coordinate profile and an interlocking SWI archetype.

Complementary telemetry

#01 · cognitive challenge03 min

Quick IQ Check

Are you actually smarter than average? Find out through rapid visual logic, sequence deduction, and cognitive agility probes.

SVG matrix progression + timed relational deduction