/02 TECH CORE
The stack behind the things I ship.
Not a wall of logos. This page shows what each tool is used for, where it fits in the workflow, and how design, engineering and AI connect into one operating system.
FRAMER
TYPESCRIPT
REACT
AI / LLM SYSTEMS
FIREBASE / DATA
PRODUCT DESIGN
FRAMER
TYPESCRIPT
CORE MATRIX // DAILY DRIVERS
Tools grouped by responsibility.
HOVER TO INSPECT
01 / BUILD
Framer Native
Primary environment for premium visual products, marketplace templates and plugin workflows.
USAGE
96%
02 / LOGIC
React / TypeScript
Used selectively where native tooling stops: product logic, isolated code components and advanced interactions.
USAGE
82%
03 / AI
LLM Systems
Prompt systems, AI-assisted workflows, multimodal analysis, content tooling and utility-first agents.
USAGE
90%
04 / SYSTEMS
Automation
Processes, data flows, repeatable operations and automation where manual work creates unnecessary friction.
USAGE
78%
SECONDARY STACK / SUPPORT LAYER
The rest of the working environment.
Flutter
Cross-platform app interfaces and product experiments.
Firebase
Authentication, realtime data and application infrastructure.
Node / APIs
Server-side logic, integrations and backend utility layers.
Design Systems
Reusable patterns, variables, components and interaction rules.
Accessibility
WCAG-aware UI decisions, audits and production checks.
Git / Shipping
Versioned delivery, QA, iteration and release discipline.
STACK SIGNAL
Native first. Code when justified.
The strongest implementation is not the one with the most code. It is the one that stays editable, performant and understandable.
CORE
DEFAULT // NATIVE
ESCALATE TO // CODE
BUILD PIPELINE
From messy idea to working system.
The stack is only useful if it produces a repeatable process. This is the preferred path from discovery to shipped product.
01 / DISCOVER
Define the actual problem.
Clarify user pain, scope, constraints and what success should look like.
02 / SYSTEM
Choose the smallest useful architecture.
Native tools first, reusable patterns second, code only for missing behavior.
03 / PROTOTYPE
Make the interaction real early.
Prototype motion, responsive behavior, state changes and content hierarchy.
04 / BUILD
Translate design into editable product.
Components, variables, CMS, states and code components only where necessary.
05 / VERIFY & SHIP
Pixel-check, test and release.
Responsive QA, performance, accessibility, interaction polish and final delivery.
IMPLEMENTATION PHILOSOPHY
The code should stay smaller than the product.
01
const
architecture
= {
02
nativeFirst
:
true
,
03
editable
:
true
,
04
responsive
:
true
,
05
performanceBudget
:
“strict”
,
06
codeComponent
:
“only-if-needed”
,
07
verification
:
“visual + functional”
08
}
09
// Build systems people can still understand tomorrow.
PERFORMANCE
Keep effects cheap.
Canvas before heavy WebGL when the visual requirement is simple.
ACCESSIBILITY
Motion with restraint.
Readable contrast, focus states and reduced-motion awareness.
SYSTEMS
Reusable by default.
Components, variants and tokens before duplicated local styling.
QA
Verify visually.
Never assume implementation matches the reference because the DOM exists.
CURRENT EXPERIMENTS
What is entering the stack next.
EXPERIMENTAL // NON-CORE
EXP-01
Agentic interfaces
Interfaces where system state, autonomy and user control remain visible rather than magical.
EXP-02
Local-first systems
Tools that work immediately, minimize cloud dependency and preserve user control.
EXP-03
Spatial product UI
Depth, translucent surfaces and motion used as hierarchy -- not as decoration.
NEXT NODE // /03 DEPLOYMENTS
The stack only matters when it ships something useful.
Continue into selected products, systems and experiments built with this operating stack.
(C) 2026 D J DARPAN // MONOPROFILE
SPATIAL PARTICLE FIELD ACTIVE
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