Maritime
The maritime industry is embracing digitalization to improve safety, optimize fuel consumption, and streamline global supply chains. Quorium builds intelligent systems that help shipping companies, port authorities, and logistics operators navigate the complexities of modern maritime operations.
Fleet Management & Vessel Performance
We develop fleet management platforms that aggregate real-time data from onboard sensors, AIS transponders, and satellite communication systems. Our dashboards display fuel consumption, engine performance, route optimization, and weather routing recommendations.
Predictive maintenance modules analyze historical engine data and vibration patterns to forecast component failures before they occur, reducing unplanned downtime and repair costs.
Port & Terminal Logistics
Quorium builds terminal operating systems (TOS) and port community systems that orchestrate vessel scheduling, berth allocation, yard management, and gate operations. Our solutions integrate with port equipment and third-party logistics providers to minimize turnaround times.
We implement real-time container tracking, automated gate systems with OCR, and digital twin simulations that help port operators model throughput scenarios and identify bottlenecks.
Regulatory Compliance & Emissions Monitoring
Maritime regulations are tightening around emissions, ballast water management, and crew welfare. We build compliance platforms that automate IMO DCS and EU MRV reporting, track carbon intensity indicator (CII) ratings, and manage the FuelEU Maritime compliance lifecycle.
Our systems integrate with engine sensors and fuel flow meters to provide verifiable emissions data and generate the reports required for port state control inspections and class society audits.
Crew Management & Safety Systems
We develop crew management solutions handling certification tracking, watchkeeping schedules, payroll, and maritime labor convention (MLC) compliance. Safety management systems include incident reporting, drill scheduling, and SMS documentation.
Our platforms support offline-first architectures that sync data when vessels return to coverage, ensuring critical crew and safety information is always available regardless of connectivity.
Our Services for Maritime
Maritime FAQ
We design offline-first architectures using local edge servers on vessels that synchronize with cloud backends via store-and-forward mechanisms when connectivity is available. Data is prioritized by urgency, and our protocols handle intermittent high-latency links efficiently.
Our platforms support IMO DCS, EU MRV, CII rating calculation, FuelEU Maritime, and MARPOL Annex VI reporting. We also handle ballast water record keeping, SIRE inspections, and ISM/ISPS code documentation requirements.
Yes. We integrate with a wide range of onboard systems including engine control units, fuel flow meters, shaft power meters, GPS/AIS receivers, and weather sensors. We support protocols such as NMEA 0183, NMEA 2000, and Modbus, and can work with proprietary APIs from major OEMs.
Yes. We build 3D digital twin simulations of port environments that model vessel traffic, berth utilization, container yard density, and gate flows. These simulations help operators test what-if scenarios and optimize resource allocation before making operational changes.
We follow IMO MSC-FAL.1/Circ.3 guidelines on maritime cyber risk management. Our approach includes network segmentation between IT/OT systems, secure remote access for vendors, intrusion detection for industrial control networks, and crew cyber awareness training portals.