What technologies powered Finorex?

Finorex was built with React, TypeScript, Tailwind CSS, WebSocket, PostgreSQL. Full stack details are documented in the case study.

Can ZiyadX take on a project similar to Finorex?

Yes. If you need similar fintech / dashboard / web work, explore our UI/UX Design service or contact the Mumbai studio to brief a comparable engagement.

Who was Finorex built for?

Finorex was delivered for Finorex (2026) with ZiyadX as product design · web app · design system.

Fintech / Dashboard / Web

Finorex

Q: What results did Finorex achieve?

Finorex outcomes included At 10K Rows (60fps), Daily Actives (+118%), Time-to-Trade (-46%), Power-User CSAT (4.9). Finorex now anchors a new generation of serious trading tools | and the design system inside it is shipping the next five products in the company's roadmap.

Client

Finorex

Role

Product Design · Web App · Design System

Year

2026

Context

Overview

A trading and portfolio platform built for serious operators | dense where it needs to be, calm where it doesn't, and trustworthy on every screen.

The Challenge

Existing platforms were either overwhelming dashboards or oversimplified mobile apps. There was no middle ground for traders who wanted depth without chaos.

Goals

01Make dense data scannable in under one second
02Earn trust through visual precision
03Support both desktop power-use and mobile glances
04Build a system that scales to ten more modules

Act II | Process

ResearchtoBuild

Fig. 01 | Research Plate

Research

Sat with sixteen active traders over three weeks. Catalogued every keystroke, every glance, every moment of doubt. The findings drove every density and contrast decision in the system.

Fig. 02 | Design System

Design

Built a data-first design system | tabular type, monospaced numerics, restrained colour reserved exclusively for state. Nothing decorative inside a data surface.

Fig. 03 | Build Surface

Development

Streaming data with optimistic UI, virtualised tables that hold sixty FPS at ten-thousand rows, and a strict accessibility layer that ships with every component out of the box.

Fig. 01 | Research Plate

Research

Sat with sixteen active traders over three weeks. Catalogued every keystroke, every glance, every moment of doubt. The findings drove every density and contrast decision in the system.

Fig. 02 | Design System

Design

Built a data-first design system | tabular type, monospaced numerics, restrained colour reserved exclusively for state. Nothing decorative inside a data surface.

Fig. 03 | Build Surface

Development

Streaming data with optimistic UI, virtualised tables that hold sixty FPS at ten-thousand rows, and a strict accessibility layer that ships with every component out of the box.

Act III | Proof

ShippedWork

F/01

Real-time portfolio dashboard

F/02

Multi-asset trading terminal

F/03

Strategy builder with backtesting

F/04

Compliance & audit trail surface

F/05

Mobile-first portfolio glance views

F/06

Role-based workspace presets

StackReactTypeScriptTailwind CSSWebSocketPostgreSQL

Fig. 04 | Solution in Context

We treated information density as a craft, not a constraint. The platform reads cleanly at every zoom level because every component was designed for the densest case first.

Act IV | Impact

Results

Primary Metric

60fps

At 10K Rows

+118%

Daily Actives

-46%

Time-to-Trade

4.9

Power-User CSAT

Key Learnings

Density done well builds trust faster than any marketing surface can. Traders read precision as competence.

Act V | Exit

Conclusion

Finorex now anchors a new generation of serious trading tools | and the design system inside it is shipping the next five products in the company's roadmap.

Next Project | 08 / 20SaaS / Builder / Web

Finorex