DCSA Research Lab

Optimizing Bunker Delivery for a More Efficient, Sustainable Future
Bunkering is vital to maritime operations but often slowed by inefficient planning, raising costs, emissions, and idle time. By streamlining bunker planning, vessels can reduce fuel use, speed up turnaround, and cut their carbon footprint.
At DCSA, we’re developing digital solutions to make bunkering smarter, faster, and greener.
Ready to transform bunker operations? [Set up a call with us today]

Authorization is fundamental to data sharing in shipping. Yet today, Letters of Authorization (LOAs) are still handled through manual PDFs with unclear ownership and limited visibility.
DCSA is leading efforts to build a common digital authorization framework that defines how identities are verified, access is granted, and approvals are managed across carriers, shippers, and solution providers.
This foundation will enable secure, transparent, and compliant data exchange, creating trust for the entire ecosystem.

Embedding Sanctions Awareness Into Daily Operations
Sanctions compliance tools exist, but most aren’t built from an operational lens. They flag risks, yet offer little support for people on the ground who keep ships moving.
At DCSA, we’re exploring Sanctions Radar: a framework that brings real-time visibility to those who need it most, at ports, on vessels, and across operations. By integrating compliance directly into daily workflows, we can help the industry act faster, smarter, and with confidence.
Join us in shaping operational sanctions visibility. [Connect with us today.]

Depots handling container maintenance & repair (M&R)  juggle 10+ carrier systems, each with its own portal, photo rules, invoices, and request codes for repair approval. While workers switch between systems, containers sit idle - costing money. The admin and operational burden is massive, causing errors and delays in approvals. This affects depot staff directly, and carrier M&R and finance teams indirectly. DCSA is exploring if we can deliver a standardized dashboard + API layer to streamline submissions, cut admin time, and speed up repair approvals.​

Information on port and terminal capabilities - draft, berth length, crane height, reefer capacity, or recent upgrades, is fragmented and often passed through emails, spreadsheets, or personal networks. 
This makes it slow and unreliable for carriers to validate if a port can handle certain vessel sizes, especially when planning new services or rerouting ships. The issue is most acute in emerging economies, where smaller and mid-sized ports lack consistent channels to broadcast infrastructure changes. A centralized, dynamic port registry would let ports update capabilities in real time and give carriers a single trusted source for network planning, vessel fit assessments, and faster, more data-driven decisions.​