Cetasol Upgrades iHelm with Cloud Dashboard 2.0 for Real-Time Emissions and Performance Monitoring

Maritime software company Cetasol released Cloud Dashboard 2.0 for its iHelm AI-based solution on October 10, 2025, delivering simplified access to complex vessel performance data, real-time monitoring with vessel replay capabilities, and engine alarm systems for predictive maintenance—directly addressing the maritime industry's challenge that fuel costs account for 30-50% of total operating expenses while emissions regulations demand continuous efficiency improvements. The platform upgrade represents the convergence of multiple maritime imperatives: reducing operational costs, maintaining regulatory compliance with Energy Efficiency Existing Ship Index (EEXI) and Carbon Intensity Indicator (CII) requirements, and preventing costly unplanned downtime through early detection of equipment inefficiencies. Cost and compliance pressure: Fuel represents one of the largest costs for maritime operations, often accounting for 30-50% of total operating expenses. With increasing fuel prices, operational margins shrink significantly, creating urgent need for fuel reduction and early detection of inefficiencies. Simultaneously, emission regulations such as the International Maritime Organization's (IMO) EEXI and CII requirements mean operators must demonstrate continuous improvements in carbon intensity and energy efficiency. Together, these factors create a compelling case for continuous engine performance monitoring: by identifying inefficiencies early, operators can optimize fuel usage, reduce emissions, and avoid regulatory penalties, all while lowering costs substantially. Downtime prevention: Maritime engines operate under extremely demanding conditions, and unnoticed issues can escalate into unplanned breakdowns. For commercial vessels, a single day of downtime can cost tens of thousands of euros in lost operations, not including repair expenses. Cetasol's Cloud Dashboard 2.0 addresses this through enhanced engine alarm features that support predictive maintenance and early detection, directly reducing downtime and unexpected costs. The real-time monitoring page includes vessel view and replay functionality, enabling operators to not only act in the moment but also learn from past voyages, supporting continuous improvement in operational practices and identifying patterns that precede equipment failures. User experience transformation: The new dashboard design aligns with industry needs for simplicity in handling complex data, making insights accessible for both crew members and shore-based management. This democratization of data access ensures that operational improvements can be identified and implemented by personnel at all levels, rather than requiring specialized data analysis expertise. The improved real-time monitoring capabilities provide immediate feedback on fuel consumption, engine performance, and emissions output, allowing mid-voyage adjustments to stay within CII targets and optimize for changing weather conditions, sea states, or routing requirements. Competitive positioning: As EU ETS reporting deadlines pass and FuelEU Maritime enforcement approaches, solutions like Cetasol's iHelm transition from nice-to-have to essential infrastructure. The platform enables shipping companies to meet compliance requirements while simultaneously reducing operational costs—a combination that justifies rapid adoption. The predictive maintenance capabilities address the industry's chronic challenge of balancing equipment reliability with cost control, while the performance insights support data-driven decisions about vessel deployment, maintenance scheduling, and operational optimization. For ship managers and owners, platforms providing real-time visibility into fuel consumption, emissions, and equipment health become critical tools for maintaining competitiveness in an increasingly regulated and cost-sensitive market.
[Cyprus Shipping News]

This story is part of the Maritime AI Digest of 12 October 2025.

More on: Predictive maintenance · Emissions and CII · Ship performance monitoring