On 15 January 2026, in the presence of a high-level international delegation, WeCarbon and Quincus, a shipping and logistics technology company, signed a strategic cooperation agreement. WeCarbon Founder Eric Ma and Quincus CEO Jonathan Savoir attended the signing ceremony and signed the agreement, marking the full launch of the two companies' cooperation on AI-driven low-carbon shipping and logistics.
Founded in 2014 and headquartered in Singapore, Quincus is a logistics and supply chain technology unicorn with operations and R&D teams across Europe and Asia-Pacific. Built around a SaaS model and powered by artificial intelligence and data analytics, it provides end-to-end digital logistics management solutions for e-commerce, retail, manufacturing and third-party logistics companies. Its products cover transportation management (TMS), order and fulfilment optimisation, warehouse and distribution coordination, predictive analytics and automated decision support, with strong technical capabilities in complex cross-regional shipping and multi-carrier coordination.
Centred on "AI + low-carbon shipping and logistics", WeCarbon and Quincus will work closely together on ESG and carbon management, AI agent applications, workflow automation and digital workers for the supply chain. The two companies will jointly develop technical solutions, run pilot projects and scale up deployment, providing the corresponding technical and service support, and turning their shared commitment to tackling climate change into technology, joint projects and tangible impact.
Photo: WeCarbon and Quincus sign the strategic cooperation agreement
This cross-sector collaboration combines WeCarbon's experience in climate technology and ESG with Quincus's strengths in logistics and supply chain. Using artificial intelligence and advanced technologies, the partners will deliver efficient, precise low-carbon solutions for the shipping and logistics industry, supporting the green transition of global supply chains and improving their resilience and operational efficiency.