What technologies powered HS Trader?

HS Trader 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 HS Trader?

Yes. If you need similar fintech / trading / web app work, explore our Mobile App Design & Development service or contact the Mumbai studio to brief a comparable engagement.

Who was HS Trader built for?

HS Trader was delivered for HS Trader (2026) with ZiyadX as product design · trading ui · front-end.

Fintech / Trading / Web App

HSTrader

Q: What results did HS Trader achieve?

HS Trader outcomes included Time-to-Order (-39%), Daily Actives (+94%), Live Data UI (60fps), Trader CSAT (4.8). HS Trader now gives operators a single cockpit for the session | and the design system is extending cleanly into derivatives and commodities modules.

Client

HS Trader

Role

Product Design · Trading UI · Front-End

Year

2026

Context

Overview

A focused trading interface for active market operators | fast execution, readable positions, and dashboards tuned for split-second decisions without visual noise.

The Challenge

Traders were juggling multiple terminals and browser tabs. Latency, cluttered layouts, and inconsistent state colour made every session feel riskier than it needed to be.

Goals

01Surface positions and P&L at a glance
02Streamline order entry without modal friction
03Keep performance stable under live data load
04Build a UI system that scales to new asset classes

Act II | Process

ResearchtoBuild

Fig. 01 | Research Plate

Research

Observed sixteen active traders across desktop sessions. Catalogued hesitation points | order confirmation, margin visibility, and position sizing | and redesigned each as a single-screen decision.

Fig. 02 | Design System

Design

Data-first typography with monospaced numerics and state colour reserved for risk. Every panel answers one question: what do I hold, what can I lose, what can I do next?

Fig. 03 | Build Surface

Development

WebSocket-driven updates with optimistic order states, virtualised position tables, and component-level performance budgets to hold sixty FPS during market open.

Fig. 01 | Research Plate

Research

Observed sixteen active traders across desktop sessions. Catalogued hesitation points | order confirmation, margin visibility, and position sizing | and redesigned each as a single-screen decision.

Fig. 02 | Design System

Design

Data-first typography with monospaced numerics and state colour reserved for risk. Every panel answers one question: what do I hold, what can I lose, what can I do next?

Fig. 03 | Build Surface

Development

WebSocket-driven updates with optimistic order states, virtualised position tables, and component-level performance budgets to hold sixty FPS during market open.

Act III | Proof

ShippedWork

F/01

Live portfolio and positions dashboard

F/02

One-screen order entry and confirmation

F/03

Watchlists with custom alerts

F/04

Trade history and P&L breakdown

F/05

Mobile glance views for open risk

StackReactTypeScriptTailwind CSSWebSocketPostgreSQL

Fig. 04 | Solution in Context

We removed the tab chaos and put execution where traders expect it. Session confidence rose because the interface finally matched the speed of the market.

Act IV | Impact

Results

Primary Metric

-39%

Time-to-Order

+94%

Daily Actives

60fps

Live Data UI

4.8

Trader CSAT

Key Learnings

Trading UIs are judged on milliseconds and millimetres. One pixel of misaligned state colour erodes more trust than a missing feature.

Act V | Exit

Conclusion

HS Trader now gives operators a single cockpit for the session | and the design system is extending cleanly into derivatives and commodities modules.

Next Project | 19 / 20Corporate / Brand / Web

HSTrader