Reveal window passed without announcement · Development status unknown · Last confirmed activity: November 2024
Next generation · In development

VELO—X
Gen 4

No strap. No calibration night.

Gen 4 moves induction off the forehead entirely. Cortical resonance mapping eliminates the electrode placement problem. The device learns your signal in three nights. By night seven, it knows where you are before you do.

Cortical resonance mapping
Closed-loop induction
No strap
72h battery
Passive daywear
BLE 5.4
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Reveal window — passed
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Target: 14 March 2025 · No announcement made
Development log
Prototype v0.4 — resonance mapping stable on 6/8 subjects Nov 2024
Battery life target met (74h passive, 18h active) Oct 2024
Strap-free form factor finalized — in tooling Sep 2024
Closed-loop algorithm v2 — 31% improvement over Gen 3 Aug 2024
Gen 4 announced internally · reveal scheduled Q1 2025 Jul 2024
No entries after November 2024.

What we know about Gen 4

Based on internal updates through November 2024 · Subject to change

Cortical Resonance Mapping

Passive daywear builds a personal cortical resonance profile over the first 72 hours. No calibration session. No electrode gel. Signal quality improves each night.

confirmed in prototype v0.4

Closed-Loop Induction

Gen 4 receives feedback from the resonance map in real time. The cue adapts mid-session rather than relying on a static threshold. The algorithm finds the window, not just the night.

31% improvement over Gen 3 in trials

No Strap

The headband form factor is gone. Gen 4 sits behind the ear, held by cartilage contact. Designed to be worn all day — the device has context before you sleep.

tooling finalized Sep 2024

Passive Daywear Mode

During waking hours, the device monitors baseline physiological signals. By sleep onset, it already knows your stress level, HRV state, and likely REM architecture for the night.

72h battery

Adaptive Signal Library

Gen 4 builds a personal integration map — which dream narrative elements your brain uses to absorb the cue. Over weeks, it exploits the gaps rather than targeting the average.

in development

Open Protocol

The raw signal stream will be available via BLE for third-party research and community extensions. Documented API. No paywalled features.

planned
Development timeline
July 2024
Gen 4 announced internally. Reveal scheduled for Q1 2025. Waitlist opened.
August 2024
Closed-loop algorithm v2 validated in lab conditions. 31% improvement over Gen 3 baseline cue success rate.
September 2024
Strap-free housing finalized. Tooling ordered. First physical prototypes expected November.
October 2024
Battery life target met: 74 hours passive monitoring, 18 hours active induction. Exceeds spec.
November 2024
Prototype v0.4 report: resonance mapping stable on 6 of 8 subjects. Two edge cases under investigation. Reveal window moved to March 2025.
December 2024 — present
No updates. Reveal date passed without announcement. Waitlist emails unanswered. Status unknown.