「DEFEND 2026 CYBERSECURITY CONFERENCE SECURE SYSTEMS. STRONGER FUTURES. 12–13 NOVEMBER 2026 FORT MASON · SAN FRANCISCO REGISTRATION OPEN · DEFEND26.COM」は FontVibe AI で作成したデータストリームの文字エフェクトです。デジタルレインとターミナルグリーンの光を纏った、Matrix風に流れ落ちるデータストリーム文字。ハッカーとコードの美学です。

Create a finished vertical 2:3 cybersecurity conference poster for DEFEND 2026, with every text string below rendered exactly and legibly, and no additional readable copy. Near-black CRT screen background, strict green-and-black palette. Build the headline from large, slightly condensed, equal-width programming monospace glyphs with uniform stroke weight, slashed zero, distinct 1/l/I shapes, and evenly lit backlit-screen faces. Render the letters in bright terminal green (#00FF41), with strong phosphor glow and crisp edges; no extruded shadows or calligraphic variation. Composition: small centered eyebrow at the top: “CYBERSECURITY CONFERENCE”. Make “DEFEND 2026” the dominant headline across the upper-middle, occupying roughly 70% of the poster width. Place “SECURE SYSTEMS. STRONGER FUTURES.” beneath it in a smaller monospace tier. Add a large, sharply defined shield-shaped network mesh behind and below the headline: construct it from small green terminal characters, fine circuit paths and connected nodes, with the shield silhouette readable against the black screen. Keep the matrix rain densest directly behind and above the main letters; let character density rise at letter edges to create a dissolving edge effect. Place event date, location and registration line as three separate, centered tiers near the bottom: “12–13 NOVEMBER 2026”, “FORT MASON · SAN FRANCISCO”, and “REGISTRATION OPEN · DEFEND26.COM”. Preserve clear spacing between copy lines and strong contrast at poster viewing size. Overlay subtle horizontal CRT scanlines at low opacity and a fine screen-door pixel grid across the entire screen; add a restrained green halo around glyphs, falling character columns, and a dark edge vignette. High-contrast digital screen rendering, precise vector-like typography, ray-traced phosphor bloom, crisp legibility, no warm colors, no clean sans-serif elements, no logos, no extra objects or extra text.