// 01
Document First · Always
The FoundationModel
The PDF is not a deliverable. It is the architecture everything else is built from.

Every engagement starts with a domain statement and a failure mode declaration. From those two inputs, the framework document is built first — always. The live build, the simulator, the embeddable widget: none of them are built on top of a brief. They are built on top of a verified framework document. That sequence is what makes the turnaround credible rather than reckless.

01
Framework Document — PDF
Domain scoped. Failure modes mapped. Axioms registered. Invalidation conditions declared. CEV-audited before delivery. This is the foundation — the specification everything else is built from. No build starts without it.
24–48h
All engagements
Required
02
HTML Build
Interactive implementation of the framework — live in a browser, no backend required. The framework document is the spec; the HTML build is the expression of it. Responsive, styled to AION design system, deployable anywhere.
+24–48h
Added feature
Optional
03
Zero-Dependency Build
Self-contained — no frameworks, no npm, no runtime dependencies. Pure HTML, CSS, JavaScript. Runs offline. Embeds anywhere. Survives indefinitely without maintenance. The Roller Coaster simulator is a zero-dependency build.
+24h
Added feature
Optional
04
GitHub Repo + Live Deploy
Full repository with versioned source, deploy configuration, and a live URL via GitHub Pages. Architect has full ownership from day one. The repo is yours — not a hosted service that disappears when the engagement ends.
+24h
Added feature
Optional
05
Embeddable Widget
Self-contained component that drops into any existing site — a single script tag or iframe, no conflicts with existing styles or scripts. Designed for client-facing deployment without touching the host site's architecture.
+24h
Added feature
Optional
What the speed number means — and does not mean
  • 24–48 hours is the honest turnaround on the framework document — not on a rough draft and not on a fully live product
  • The speed is possible because the methodology is tight. The scoping conversation is the compression point — the clearer the domain and failure modes, the faster the build
  • AI-assisted development is the honest description of how the builds are produced. AION Verified means the output was red-teamed and audited regardless of how the code was generated
  • A prototype that has not been red-teamed does not carry the badge. The badge is the guarantee, not the speed
  • Complexity that cannot be contained in a clean framework document in 48 hours is a scope problem, not a time problem — and that is identified in the scoping conversation, not discovered in delivery
// 02
The Badge Standard
AIONVerified
Red-teamed and audited before the badge is issued. No exceptions.

The AION Verified badge is not issued on delivery. It is issued after the prototype has passed three gates — in sequence, all mandatory. A prototype that fails any gate does not receive the badge. It receives a findings report and a revised scope. The badge is the evidence that all three gates passed. Not the claim — the evidence.

AION Verified — Three Gates
Gate 01
CEV Audit
Every formula, every computation, every output range verified against edge cases and boundary conditions. The same arithmetic audit applied to every AION framework. A calculation that produces wrong output under valid inputs fails this gate — regardless of whether it has been noticed in use.
Zero unresolved CEV findings
Gate 02
Red Team
Adversarial testing against the declared failure modes from the scoping conversation. The red team is not trying to break the interface — it is trying to break the logic. Outputs are tested for plausibility at extreme inputs, internal consistency, and alignment with the underlying framework specification.
All failure modes tested and documented
Gate 03
Framework Alignment
The live build is verified against the framework document it was built from. No undocumented behavior. No outputs the specification does not account for. The build is an expression of the document — not a separate thing that happens to look related to it.
Build matches specification exactly
// 03
What Gets Built
PrototypeTypes
Jack of all trades. Honest about where the limits are.

Every prototype type listed here has been built and delivered under the AION methodology. The methodology is domain-agnostic — the type of prototype changes, the verification standard does not. Where a type is not in scope, that is stated plainly below rather than discovered in the delivery conversation.

⚙️
Physics Simulators
Citation-backed physical models rendered as interactive, zero-dependency builds. Every constant sourced. Every formula named. Red-teamed against physical edge cases before the badge is issued.
Roller coaster dynamics · Structural load · Fluid behavior · Orbital mechanics · Thermodynamic systems
Decision Frameworks
Scoring tools, evaluation systems, and structured decision architectures built from the AION framework methodology. Protocol I registered formulas. Invalidation conditions declared. Outputs that can report when they are unreliable.
Certainty scoring · Epistemic audit tools · Risk classification · Evaluation rubrics · Compliance checkers
💡
Interactive Explainers
Educational tools that make complex systems navigable — controls that expose the underlying mechanics, real-time feedback, layered complexity from surface to depth. Built for audiences who need to understand what they are working with, not just use it.
Concept walkthroughs · Training tools · Parameter explorers · Domain onboarding · Methodology demonstrations
Out of Primary Scope
Data visualization dashboards and complex data pipeline tools require deeper engineering investment than this engagement covers cleanly. They can be scoped separately — but they are not in the standard rapid prototyping offering. If your request is primarily a dashboard, that conversation starts differently.
// 04
Three Tiers · Document to Full Deploy
EngagementTiers
Every tier starts with the same framework document. Features are additive.

Pricing reflects what is being delivered — not the domain, not the client size. The framework document is the constant. The live build, the repository, the zero-dependency deploy are what the tier determines. All tiers include the full verification sequence before the AION Verified badge is issued.

Tier 01 · Framework
Foundation
PDF Framework Document · Verified
$2,500
One-time · 24–48 hour delivery
  • Domain scoping conversation
  • Full framework document — PDF
  • Axiom register + module specification
  • Protocol I formula registry
  • Invalidation conditions declared
  • CEV arithmetic audit
  • Red team findings report
  • AION Verified badge — on pass
  • Convergence certificate — M-NASCENT
24–48 hours from completed domain + failure mode statement.
Intake: LinkedIn DM. Scope confirmed before clock starts.
Tier 02 · Build
Live Build
Framework + Interactive HTML Deploy
$5,000
One-time · 72–96 hour delivery
  • Everything in Foundation tier
  • Interactive HTML build from framework spec
  • Zero-dependency — no npm, no runtime
  • Responsive — mobile and desktop
  • AION design system applied
  • Framework alignment verification
  • GitHub repo — full ownership
  • Live URL via GitHub Pages
  • AION Verified badge on build
72–96 hours from completed brief.
Additional features (embeddable widget, custom domain) quoted on scope.
Tier 03 · Custom
Custom Scope
Complex Builds · Domain-Specific Architecture
Negotiated
Scoped engagement · Timeline declared in brief
  • Everything in Live Build tier
  • Multi-module framework architectures
  • Physics or domain-specific simulation
  • Embeddable widget build
  • Multi-version delivery with delta docs
  • Framework + certification combined
  • STP AION audit trail integration
  • Ongoing convergence tracking
  • Custom red team scope — not standard
Timeline declared in scope document before engagement begins.
Intake: LinkedIn DM only. No RFP required.
// 05
Live Proof · Not a Demo
ReferenceImplementation
Not built to show what is possible. Built to solve a real verification problem.

The Roller Coaster Physics Simulator is the clearest demonstration of what the methodology produces: citation-backed physics, zero dependencies, fully interactive, red-teamed before badge issuance, running live with no maintenance overhead. It was not built as a portfolio piece. It was built because physics simulators used in safety contexts need to be verifiable — and the AION methodology is the verification infrastructure.

Reference Implementation · Physics Simulator
Roller CoasterPhysics Simulator
A real-time roller coaster dynamics simulator built on citation-backed physics equations — not approximations, not tuned constants, not feel-good numbers. Every formula sourced. Every physical constant named. The simulation computes energy conservation, g-force loading, speed through each section, and safe operating limits in real time as you adjust track parameters.

Zero dependencies. No libraries. No npm. No CDN calls. The entire simulator is a single HTML file that runs in any browser, offline, indefinitely, without maintenance.
AION Verified Zero Dependencies Citation-Backed Physics Red-Teamed
Dependencies
0 — stdlib only
Delivery Format
Single HTML file
Physics Standard
Citation-backed
Badge Status
AION Verified ✓
Red Team
Passed — pre-badge
Maintenance
None required
What this build demonstrates
  • The framework document came first — the simulator is an expression of the specification
  • Zero dependencies is a design decision, not a constraint — it makes the output permanently deployable
  • The badge was issued after the red team pass, not before delivery
  • AI-assisted build — AION Verified means the output was audited, not that the code was hand-written
// 06
Documented Outcomes
CaseStudies
Real engagements. Timestamped delivery. Verified outcomes.

Every case study here is a documented engagement — not a hypothetical, not a demo. Real brief. Real timeline. Real verification record. The methodology either held or it didn't. The record says which.

Case Study 01 · March 2026
Roller Coaster
Physics Simulator
Requested
1 week
Delivered
24 hours
Saleem Raja Haja — computer scientist, applied mathematics background, AI governance researcher — needed a physics simulator for college students. Requested one week. Received a red-teamed, citation-backed, zero-dependency live simulator in 24 hours.
AION Verified Zero Dependencies Physics Simulator
Read Case Study
More case studies
in progress
Each engagement is documented when delivery is complete and the verification record is clean.

Start with a domain.Name the failure modes.

That is the entire intake requirement. A clear domain statement and a willingness to specify what the prototype must not do wrong. The scoping conversation takes less than 30 minutes. The framework document follows in 24–48 hours.

All engagements via LinkedIn DM.
No RFP. No brief template. Just the domain and the failure modes.