NYX - LATE NIGHT CLUBBING #074 (FRIDAY) w/: Surprise Guest
San Francisco · Age policy not listed
San Francisco, CA, USA
- Age range
- Not established
- Girl-to-guy mix
- Not establishedRatio unverified
- The vibe
- Dancing and conversation · high-intensity dancefloor
late-night dancing · tech-house listeners
Crowd estimates, not attendee counts. Actual crowds vary.
Confirm start time, age policy, lineup, and availability with the organizer before heading out.
The feel of the night
The disclosed signals suggest a dance-focused after-hours party built around tech-house grooves, repetition, and steady club energy. The surprise billing, same-day location reveal, and 2 AM doors make it feel more underground and spontaneous than a conventional headline show. Crowd composition, dress code, venue conditions, production quality, and artist style cannot be determined from the supplied data, so those qualities are estimates rather than facts.
AI estimate · 57% confidence · Not a firsthand review
Your night if you're into…
- late-night dancing
- tech-house listeners
- after-hours clubbing
- people comfortable with a location revealed on the event day
- fans of surprise lineups
Maybe skip if…
- you need confirmed artist details before attending
- you prefer early events
- you require a known venue or predictable amenities
- you want a strongly melodic or vocal-led show
- you are uncomfortable sharing a phone number to receive the location
On the lineup
What we know, and what we don't
The listing comes from EDMtrain. Music and atmosphere descriptions are estimates based on the available event information. They can be wrong.
- No age policy is listed.
- The surprise guest is unidentified, so the exact musical style is unconfirmed beyond the event genre tag.
- The venue address, capacity, layout, accessibility, and amenities are undisclosed.
- No production details are provided for lighting, visuals, or sound.
- No ticketing, dress-code, crowd-demographic, or set-time details are included.
- The tech-house classification comes from the normalized source data and is not independently verified.