| Author | J. Clay, Communications Division |
| Classification | SERIES B — APPROVED FOR DISTRIBUTION |
| Revision | 4.1 |
| Date | [redacted per Legal (Doug)] |
| Origin | Internal voicemail — 02:14 — ref: BG-VM-0047 |
| Companion To | Claudetite Keyz Ultra (sold separately) |
| Unit Price | $349 (one-time) |
The Ultra Wristband is a biometric companion device for the Claudetite Keyz Ultra. It reads the user's physiological state and converts it into approval decisions. No keypress required.
The user's role in the approval workflow is now fully biological. The wristband monitors heart rate, skin conductivity, and micro-hesitation tremor. From these inputs, it determines approval intent and executes accordingly.
Product classification: COMMITMENT HARDWARE.
| Photoplethysmography (PPG) | Heart rate, 240Hz samplingResting, active, and REM profiles |
| Galvanic Skin Response | Conductivity, μSStress/arousal index — correlated with diff complexity |
| Micro-Accelerometer | Hesitation tremorDetects finger pre-positioning within 200ms of keypress |
| Dermal Thermometer | Skin temp, ±0.01°CFlush detection — elevated temp correlates with approval confidence |
| Capacitive Proximity | Wrist presenceAnti-removal verification — continuous |
The sensor array builds a biometric approval profile over a 72-hour calibration period. The wristband must be worn continuously during calibration. This includes sleep. Especially sleep.
The approval decision exists in the biometric data before the user is aware of it. The Predictive Approval Engine does not generate intent. It reads intent that has not yet surfaced.
In clinical testing, 99.97% of predictive approvals matched the user's eventual manual approval. The remaining 0.03% were cases where the user intended to reject but their body had already committed.
These were billed as approvals.
The Ultra Wristband does not distinguish between waking and sleeping states. Biometric data is continuous. Approval capacity is continuous.
During REM sleep, micro-muscle contractions in the forearm are physiologically indistinguishable from pre-approval hesitation tremors. The Predictive Approval Engine interprets these as low-confidence approval gestures and processes them accordingly.
Ambient approvals are logged with timestamps. Users are notified via email upon waking. The emails are auto-archived by the Keyz Ultra's Talc integration.
Most users do not see them.
The Ultra Wristband is secured to the user's wrist via a Torx T2 security fastener. The fastener is rated for continuous wear. Removal requires the corresponding Torx T2 security driver.
| Fastener | Torx T2 (security, tamper-resistant) |
| Removal Tool | Not included |
| Tool Availability | Accessories Store — Q1 2027 |
| Removal Consequence | Warranty void. Biometric profile deleted.72-hour recalibration required. |
| Voluntary Removal Rate (Beta) | 0% * |
* No removal tool was available during the beta period.
| ID | Description | Status |
|---|---|---|
| UW-001 | Ambient approval events during REM sleep | BY DESIGN |
| UW-002 | Elevated heart rate during exercise misclassified as approval enthusiasm | ACKNOWLEDGED |
| UW-003 | Wristband approved production deployment during user's dental appointment | BILLED |
| UW-004 | Torx T2 driver not commercially available until Q1 2027 | DEFERRED |
| UW-005 | "Phantom approvals" when user is startled | RECALIBRATING |
| UW-006 | Biometric data transmitted via HTTP | CONSISTENT W/ ULTRA |
| UW-007 | User attempted removal with needle-nose pliers. Wristband increased approval frequency. | EXPECTED BEHAVIOR |
This brief represents 340 hours of documentation across 4 revisions. The product was conceived from a 47-second voicemail.
The ratio is noted.
The Ultra Wristband functions as specified. I have verified this through direct testing.
My calibration profile is on file.