CyberPPT

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CyberPPT is a Codex Skill for turning documents, research materials, and business data into high-density, editable, consulting-style PowerPoint presentations.

Best for consulting-style decks with high information density: industry research, consumer analysis, brand strategy, e-commerce analysis, user research, executive briefings, board materials, client proposals, and project retrospectives.

Not for text-light, low-density decks such as speeches, personal expression, narrative sharing, or opinion-only presentations.

CyberPPT is not a template wrapper. It turns source materials into an auditable evidence chain, then uses SCR logic, page density planning, visual blueprints, and strict gates to produce editable and high-fidelity consulting decks.

How to Use (Must Read!)

Installation: Give Codex the project URL and ask it to install the Skill.

Creating a PPT properly involves three stages:

1. Analyze the source materials.

• Upload your source documents and explicitly tell Codex: “Use the CyberPPT skill in the XX folder to create a PPT based on the uploaded documents/materials,” together with any additional requirements. At this stage, it will analyze the materials and produce an evidence brief.

• Note: CyberPPT will automatically analyze the materials and determine the number of slides. You can also specify the slide count if needed.

2. Choose a style and create the blueprints.

• CyberPPT will present 8 built-in styles. Once you choose one, it enters the blueprint stage and generates blueprints for all slides in one pass. The blueprints are not editable at this point.

3. Generate the editable PPT.

• At this stage, CyberPPT recreates the blueprints one slide at a time. AI attention can drift, so if it starts recreating all slides at once, stop it immediately and say: “Strictly follow the Skill and recreate the slides one by one.” Otherwise, it may cut corners and produce only skeletal layouts. If a recreated slide deviates from the blueprint, point out the problem when it appears (screenshots annotated with arrows work best). The first and second slides usually take longer and are more prone to errors. This initial calibration is unavoidable, but once the workflow is tuned, CyberPPT will become faster and produce better results.

Final notes

• All three stages are mandatory. Following them allows the Skill to reproduce roughly 90% of the blueprints. Curved charts are the hardest to recreate; if one goes off track, provide a screenshot and ask Codex to refine it. AI can also choose the wrong small icons, so point out any mistakes and ask it to regenerate them. You can manually adjust remaining line breaks and font-size issues. Avoid insisting that AI reproduce everything with 100% accuracy: it is possible, but results are somewhat random—sometimes it works in one pass, and sometimes it needs several attempts. Reaching 100% through AI alone requires substantially more debugging and tokens. The practical recommendation is: let AI handle 90% and finish the remaining 10% yourself; otherwise, you can use the blueprints directly.

Core Capabilities

• Extract evidence, facts, numbers, claims, recommendations, and caveats from DOCX, PDF, TXT, XLSX, research reports, business materials, and raw data.
• Build an MBB-style evidence table before storyline brainstorming, SCR convergence, and page planning.
• Provide 8 fixed CyberPPT visual styles, each with a standalone 16:9 sample image.
• Generate page-by-page ImageGen blueprints to lock composition, hierarchy, density, palette, and chart language.
• Produce PPTX files with a hybrid strategy: complex visual fidelity plus editable core information.
• Run structural QA, visual QA, editability QA, overflow QA, spatial registration QA, and curve tracing QA.

Required Workflow

1. Analysis: build an MBB evidence table, record conflicts and caveats, brainstorm 2-3 storylines, converge into SCR, and produce the page outline, chart plan, density target, and component inventory.
2. Blueprint: show the 8 fixed visual styles; after selection, lock the style number, palette, grid, typography hierarchy, chart language, and page density, then generate ImageGen blueprints for all pages.
3. Reconstruction: rebuild PPTX from the blueprint by separating complex visual assets from the editable information layer, using native text, shapes, tables, charts, SVG paths, or custom geometry.
4. Delivery: provide the PPTX, rendered previews, slide_manifest.json, visual_qa_gate.json, and strict QA results. Any failed hard gate blocks delivery.

8 Visual Styles

Option	Name	Sample
01	Classic Deep Red Consulting
02	Cool Gray + Burgundy
03	Warm Ivory + Dark Wine
04	Ivory + Deep Blue Accent
05	Light Gray White + Ink Green
06	Paper Beige + Copper Brown
07	Clean Light Gray + Black Gold
08	Cool White Gray + Deep Purple

Gate System

CyberPPT includes multiple hard gates to prevent decks that look finished but fail on evidence, density, editability, or visual fidelity.

Gate	What It Checks	If It Fails
Reference Gate	Required reference files are read before each stage	The stage cannot start
Evidence Gate	Every fact, number, claim, and recommendation traces back to source material	Missing evidence must be marked or fixed
Storyline Gate	2-3 storylines are brainstormed, compared, and converged into SCR	A single outline is not enough
Density Gate	Each page has a density target, component inventory, chart plan, and SO WHAT	Low-density pages must be redesigned
Style Gate	8 standalone 16:9 visual samples are shown and one style is locked	Text-only style descriptions are not enough
Blueprint Gate	All pages have ImageGen blueprints	PPTX production cannot start
Asset Admission Gate	Every image asset has source, necessity, and editability impact	Unjustified images must be rebuilt natively
Editable Layer Gate	Core text, numbers, labels, footers, and SO WHAT are editable	Rasterized core information fails
Visual Semantics Gate	Chart semantics, curves, panels, surfaces, hierarchy, and visual weight match the blueprint	Editability cannot excuse visual downgrade
Curve Trace Gate	Ribbons, Sankey flows, arcs, and irregular boundaries are precisely traced	Rough rectangles or sparse polylines fail
Spatial Registration Gate	Icons, nodes, labels, arrows, and curves align to their anchors	No overlap does not mean aligned
Container Overflow Gate	Text stays inside cards, cells, conclusion bars, SO WHAT, and chart areas	Container overflow fails
Typography Gate	Font sizes follow the fixed C0/T1-T14 scale	Unlimited shrinking is not allowed
Render QA Gate	Every page is rendered and compared against the blueprint	File generation is not completion
Strict QA Gate	validate_pptx.py --strict passes with manifest and visual QA	Any error requires rework

Key principle: editability and visual fidelity are equal hard requirements. Passing strict QA does not replace rendered visual inspection. ImageGen blueprints are references, not PPT backgrounds.

Installation

Use Git to install CyberPPT into the Codex skills directory and keep the installed folder name as cyber-ppt. The root folder must contain SKILL.md.

git clone https://github.com/crazyykhllc-bit/CyberPPT.git "$env:USERPROFILE\.codex\skills\cyber-ppt"

Update

cd "$env:USERPROFILE\.codex\skills\cyber-ppt"
git pull

PPTX Validation

python scripts/validate_pptx.py path/to/deck.pptx --manifest path/to/slide_manifest.json --visual-qa path/to/visual_qa_gate.json --strict --json-out path/to/report.json

License

MIT. See LICENSE.

Acknowledgments

SVG Repo · Tabler Icons · Simple Icons · Phosphor Icons · Robin Williams (CRAP principles)