Some Salesforce builds are too important to get wrong — and those are the ones yellowkube is built for. The portals exposed to external users, the data that has to stay locked to the right account, the integrations that can’t fail quietly, the AI features that must never surface what someone shouldn’t see. When the architecture decides whether the whole system holds, that’s where we do our best work.

We are a security-first Salesforce consultancy, led by Ian Armstrong, a Salesforce architect with more than 28 years delivering software at the level where mistakes have consequences. We architect and build the complex, high-stakes work: Experience Cloud and LWR sites built with modern Lightning Web Components and React, multi-mechanism sharing models that keep every record scoped to the right account, and Apex engineered to be scalable, tested, and secure by construction rather than patched after an audit. Integration is core to what we do — robust patterns across MuleSoft, REST and event-driven APIs that keep enterprise systems in sync without exposing what shouldn’t be exposed.

We also lead and strengthen delivery teams. Working in agile, we set the standards, establish the patterns, and mentor the engineers — raising the quality of the whole team and leaving it better than we found it. And as AI reshapes what Salesforce development looks like, we help clients adopt it with judgment: using the latest AI-assisted development techniques where they genuinely add value, and bringing the architectural and security experience to know where they don’t. Decades of enterprise experience sit behind every engagement — the result is delivery you can actually trust.

A Salesforce administrator performs various roles, including managing user access, customizing workflows, and ensuring system stability. Key skills include configuration, validation, troubleshooting, and collaboration.

A Salesforce developer designs, develops, and maintains custom applications within the Salesforce platform. They utilize Salesforce Apex, Visualforce, and other tools to create robust and efficient solutions, collaborating with stakeholders and adhering to best practices.

Apex is a proprietary programming language developed by Salesforce for building custom applications within the platform. It offers robust features, including object-oriented programming, error handling, and integration with other Salesforce tools, enabling developers to create efficient and scalable solutions.

LWC (Lightning Web Components) is a framework developed by Salesforce for building high-performance, customizable user interfaces in the Lightning Experience. It enables developers to create reactive, data-driven components using standard web technologies, promoting modularity, reusability, and ease of maintenance.

LWR (Lightning Web Runtime) is a modern, lightweight framework developed by Salesforce for building web applications. It is based on standard web technologies and designed to be fast, secure, and scalable. LWR simplifies the development process by providing a set of pre-built components and tools, allowing developers to create custom applications quickly and efficiently.

MuleSoft is a platform for building and managing APIs and integrating applications, services, and data sources. It provides an intuitive interface and tools for developers to connect and extend enterprise systems, enabling seamless data flow and communication between various platforms. With MuleSoft, organizations can streamline their operations, improve productivity, and accelerate digital transformation.

As AI moves into Salesforce, the security question changes: who can your AI actually see data for? I analyse orgs and AI features to make sure intelligent tools never expose data a user shouldn’t see.

AI has changed how fast Salesforce solutions can be built — but speed without judgment is how insecure, unmaintainable code ends up in production. I build with the latest AI-assisted development techniques and bring 28 years of architectural experience to bear on what they produce: reviewing, hardening, and shaping AI-generated work so you get the pace of modern delivery without inheriting its risks. The tooling writes faster. The architect makes sure it’s right.