
Omni Brave Browser
We engineered Omni Brave Browser as a Chromium-based application with deep privacy tooling, smart ad blocking, and centralized governance. The solution ships with an extension framework, remote configuration,…
Explore our diverse range of projects across different categories. From AI-native platforms to custom browsers and full-stack SaaS solutions.

We engineered Omni Brave Browser as a Chromium-based application with deep privacy tooling, smart ad blocking, and centralized governance. The solution ships with an extension framework, remote configuration,…

Matchups needed an internal browser that locked in specific SaaS workflows while supporting isolated sessions. We built a custom Electron shell with sandboxing, automation hooks, and cloud policy…

Rozmeri needed consistent AI prompts across web and browser. We created a modern SaaS frontend with a companion Chrome extension sharing prompts, analytics, and usage controls through a…

Partnering with AOL, we reimagined their browser stack with contemporary Chromium foundations, integrated identity, and modular feature flags to support future services.

For security operations teams we built a fortified browser that locks down session metadata, rotates fingerprints, and pipes live threat intel into the browsing experience.
WorkPulse required a privacy-conscious tracker for distributed teams. We delivered desktop clients with smart activity rules, encrypted sync, and reporting dashboards.
We rebuilt Rover's partner hub as a reactive web app with GraphQL, streaming updates, and modular widgets so teams can customize workflows.
VeraCross required a privacy-aware extension that surfaces SIS data while respecting permissions. We delivered a TypeScript-based extension with real-time updates, offline caching, and district-level theming.
AdsLogins needed stable browser identities with automation APIs. We built a fingerprint rotation engine, anti-detect tooling, and scripts for major ad platforms.

Sociall wanted the flexibility of web while keeping native gestures and offline support. We built a Chromium-based mobile shell with React Native UI, background sync, and rich media…
We partnered with DesignSphere to rethink their analytics dashboard. By rebuilding the design system, we introduced adaptive layouts, behaviour-driven navigation, and accessible colour palettes.
Mercury Retail needed a cohesive digital storefront that matched their in-store experience. We prototyped and iterated through customer journeys, introducing guided discovery and social proof blocks.
NovaBank asked us to make digital banking feel intuitive for all age groups. We simplified task flows, embedded financial literacy nudges, and created transparent feedback at every touchpoint.
QualityWorks needed to stabilise releases across multiple teams. We built a modular automation framework, added visual diffing, and embedded it into their deployment pipeline.

We stress-tested FreightScale at peak holiday load, tuning database indices, implementing back-pressure controls, and instrumenting custom performance dashboards.
MediTrust engaged us to harden their patient portal. We executed red team exercises, secure code reviews, and infrastructure-as-code scanning to create a continuous assurance model.
We documented our approach to building secure, policy-driven browsers, covering build tooling, sandboxing, extension frameworks, and deployment automation.
We distilled lessons from dozens of mobile engagements into a living guide covering architecture, testing, feature flagging, and release management.
We captured our extension delivery frameworks, including state management patterns, background messaging, and Chrome Web Store packaging tips.
Our research team analysed browser roadmaps, emerging standards, and enterprise adoption patterns to forecast the next five years of browser development.
We chronicled our security engagements, outlining threat modelling, secure coding, and cloud hardening patterns that balance speed with safety.
We captured optimisation wins from high-traffic launches, detailing our approach to observability, caching, and differential bundling.