Cybersecurity wall

A room-scale image built through AI seeds, desktop composition, physical printing, scanning, and AI-assisted enlargement.

23 ft: Source-stated width
8 ft: Source-stated height
184 ft²: Calculated image area
2025: Public post year

01 / recordSource-stated facts

A 23 × 8-foot image in a cybersecurity setting

The public @sicxz post identifies the work as a 23-foot-wide by 8-foot-high wall at EWU Catalyst, in the cybersecurity department. Instagram displays the post date as September 2, 2025 in Pacific time.

The source gives both an installed scale and an unusually specific production chain, making the work legible as an image and as a sequence of transformations.

View source post (new tab) ↗

02 / processDisclosed chain

Seed → compose → print → scan → enlarge

The caption describes a hybrid workflow in which generative assistance is one part of a longer graphic-design process. The physical print-and-scan stages sit between desktop composition and final enlargement.

01 / AI seedMidJourney image seedsSource-stated
02 / composeAdobe PhotoshopSource-stated
03 / physicalSmall-format printsSource-stated
04 / recaptureHigh-resolution scansSource-stated
05 / AI enlargeTopaz Labs Gigapixel + ON1 Resize AISource-stated

03 / media

Public installation image

Observed media / Instagram permalink

Public installation photograph documenting the cybersecurity wall at architectural scale. — **Observed media 01.** The first public image attached to the @sicxz post documents the wall at architectural scale. The durable citation remains the post permalink (new tab) ↗.

04 / readingEvidence boundary

What the process makes visible

Observed media

The public image presents a continuous image field at wall scale, read in relation to the surrounding room rather than as a small framed object.

Source-stated process

The caption discloses generative seeds, Photoshop composition, small prints, high-resolution scans, and two AI-assisted enlargement tools.

Inference

The print-and-scan interlude can be read as a material translation layer: the final wall carries not only generated and composited imagery, but also the optical and physical consequences of moving out of and back into the computer.