Topo — Supply Chain Operating Platform
Designing and evolving a modular platform that connects data, workflows, and stakeholders across the entire supply chain.
Introduction
Topo is a cloud-based supply chain platform connecting brands, suppliers, and production teams across the entire product lifecycle.
The platform acts as an operational backbone — covering sourcing, product development, production, quality control, and compliance.
At its core, Topo is built around four key pillars — Aggregate, Operate, Collaborate, and Automate — defining how data, workflows, and stakeholders interact within a single system.
My role goes beyond execution, actively shaping and evolving these pillars to drive product direction and innovation.
Objective
Design and evolve a scalable supply chain operating system that enables real-time collaboration, workflow automation, and end-to-end visibility.
The goal was not only to improve usability, but to define how the platform operates structurally — aligning product capabilities with real-world supply chain workflows.
Challenge
Supply chain operations are highly fragmented, involving multiple stakeholders across different systems, geographies, and workflows.
- Disconnected data across sourcing, production, and logistics
- Heavy reliance on manual communication and email
- Lack of visibility across the product lifecycle
- Complex coordination between internal teams and external partners
The challenge was not just simplifying interfaces, but designing a system capable of structuring and connecting this complexity.
Process
The platform was structured around four core pillars:
- Aggregate — unify fragmented data into one system
- Operate — enable efficient workflows for daily operations
- Collaborate — connect all stakeholders across the supply chain
- Automate — reduce manual effort through workflows and AI
These pillars provided a consistent foundation across features, ensuring scalability while supporting different use cases and industries.
My role combines product thinking, creative direction, and execution — aligning system design with real-world operational needs.
Solution
The platform was designed as a modular supply chain operating system:
- Unified data layer supporting end-to-end visibility (Aggregate)
- Structured workflows across sourcing, production, and quality (Operate)
- Real-time collaboration between teams and partners (Collaborate)
- Workflow automation and AI-driven processes (Automate)
The system balances structure and flexibility, allowing organisations to adapt workflows through low-code capabilities.
Outcome
The platform enables organisations to manage complex supply chain operations with greater clarity, efficiency, and scalability.
By centralising workflows and enabling real-time collaboration, users gain better visibility and control across the entire product lifecycle.
This work represents an ongoing evolution — continuously shaping how modern supply chains operate through a combination of design, product thinking, and innovation.
Designing systems is not about reducing complexity — it is about structuring it so people can act with clarity.