Torqe

Name: Torqe
Address: 98-99 Western Road, Brighton, BN1 2LB, United Kingdom
Telephone: 7769755700
Price range: Under $1,000

Precision Digital Solutions

98-99 Western Road, Brighton, BN1 2LB, United Kingdom

https://torqe.dev

Torqe Overview

Number of Employees: Under 49

Minimal Budget: Under $1,000

Average Hourly Rate: $75/hr

Year Founded: 2025

Torqe is an AI-native technology consultancy that designs, engineers, and deploys bespoke digital solutions for forward-thinking businesses. Founded on the principle that quality engineering outperforms quick fixes, we reject templates, page builders, and off-the-shelf shortcuts in favour of precision-built technology tailored to each client's goals.

Our core disciplines span custom web development, application engineering, AI and automation integration, UI/UX design, digital marketing, and strategic technology consulting. Every engagement begins with deep discovery and ends with production-grade output clean code, modern architecture, and measurable results.

We specialise in serving SMEs, startups, scale-ups, and professional services firms who recognise that their digital infrastructure is a competitive advantage, not a line item. Whether it's a high-performance website engineered to convert, a custom application built for scale, or an automation system that eliminates hours of repetitive work, we build technology that compounds in value over time.

Our tech stack reflects how we think: React, Next.js, Node.js, Python, and cloud-native platforms like Vercel and AWS chosen for performance, maintainability, and long-term flexibility. AI isn't a bolt-on; it's woven into our process and our products, from intelligent automation workflows to machine learning integrations that give our clients a genuine edge.

Based in England with a global delivery model, Torqe operates as a technology partner rather than a vendor. We embed with our clients, understand their business, and engineer solutions that grow with them. No fluff. No jargon. Just precision engineering with mechanical reliability.