Comprehensive Maritime Solutions

API Management & Universal Connectivity

Design, build, and manage secure API connections to any third-party provider, shipboard systems, or cloud platform, ensuring interoperability across all data sources.

Support for REST, SOAP, and custom protocols, with robust data serialization/deserialization (JSON, XML, CSV) and unified schema mapping for maximum compatibility.

Advanced Data Handling & Checking

Automated validation and consistency checks across structured and semi-structured datasets, with instant anomaly and error flagging to ensure your analytics are always reliable.

Custom data cleaning pipelines and real-time data quality dashboards.

Database Design, Management & Upsert Automation

Architect efficient SQL and PostgreSQL database schemas, including normalization, keys, indexing strategies, and referential integrity for optimal performance and scalability.

Automated data insertion and "upsert" (update or insert) logic, minimizing duplication and ensuring real-time master dataset accuracy, with advanced conflict-resolution automation for PostgreSQL (ON CONFLICT) and SQL Server (MERGE statement).

Scheduled jobs for batch and streaming data workflows.

Maintenance & Backup

Proactive database maintenance routines, including automatic backups, restore testing, and archiving. Support for seamless PostgreSQL and SQL Server backup/restore and failover operations to ensure business continuity.

Health monitoring with instant alerts for system anomalies, storage issues, or backup failures.

Table/Key Design Excellence

Industry best practices in designing tables, indexes, foreign key constraints, and query optimization to handle high-frequency vessel and sensor data without bottlenecks.

Clear documentation of all interfaces and database structures.

Digital Twins for Real-Time Insights

Build virtual replicas of vessels and subsystems that aggregate sensor data, simulate operational states, and predict optimal performance in real time.

Digital twins enable proactive maintenance, diagnostics, and operational scenario planning, reducing downtime and extending vessel life.

ISO 19030 Compliant Hull & Propeller Monitoring

Solutions align with ISO 19030, the maritime standard for measuring and analyzing changes in hull and propeller performance through reliable, transparent data collection.

Implement automatic monitoring of hull fouling, speed loss at constant power, and the impact of cleaning/maintenance cycles, delivering evidence-based maintenance triggers.

Main Engine and Auxiliaries Performance Tracking

Capture and analyze real-time sensor feeds from main engines and auxiliary machinery.

Report deviations from expected efficiency, detect early signs of wear or malfunction using digital twin analysis and smart alerting.

Estimation of Weather Effects

Integrate weather datasets and route forecasts to quantify the impact of wind, waves, and currents on propulsion, power requirements, and fuel consumption.

Use AI-driven models to estimate performance uncertainty and recommend operational adjustments under varying meteorological conditions.

AI Modelling for Predictive Analytics

Deploy machine learning models to forecast vessel behavior, fuel consumption, and maintenance needs based on accumulated operational and environmental data.

Hull & Propeller Analytics

Build data-driven profiles of hull roughness, propeller efficiency, and speed-power curves to quantify speed loss and additional fuel requirements from fouling or damage.

Visualize key maintenance indicators for hull and propeller condition to support technical teams and management.

Standard and Ad-Hoc Reporting

Generate scheduled reports automatically for operational, compliance, and technical KPIs, with customizable templates for daily, weekly, or voyage-based summaries.

Support ad-hoc reporting with self-service analytics tools, enabling technical teams and management to extract custom datasets and create bespoke reports instantly.

Seamless export options to popular formats (PDF, Excel, CSV) for regulatory audit and performance review.

Highlighting Key Areas of Interest

Reports automatically spotlight critical metrics and areas needing attention, using built-in logic or AI to flag deviations, emerging trends, or underperforming assets.

Visualizations like heatmaps, outlier charts, and anomaly tables direct the user's focus to high-impact operational events.

Alerting on Abnormal Behavior

Intelligent alerting modules detect, analyze, and notify users of abnormal vessel behavior in near real-time (e.g. speed deviations, route changes, drifting, out-of-range sensor data), minimizing human monitoring workload.

Operators can configure thresholds and alert methods (in-app notifications, emails, system-to-system triggers) for instant response to priority incidents.

Advanced algorithms run continuously to uncover historical behavior patterns and trigger lessons-learned or preventive maintenance actions.

Intelligent Knowledge Base

Develop a unified knowledge base that consolidates technical manuals, class certificates, regulatory requirements, and operating procedures into one searchable, structured repository.

Use Retrieval-Augmented Generation (RAG) technology to make documents context-aware and instantly retrievable through natural-language queries. The system delivers precise, cited responses, ensuring accuracy and compliance readiness.

Enable crews and office teams to find procedures instantly — from "ballast water treatment steps" to "engine maintenance routines" — without manual searching.

AI Assistants and Agents

Integrate conversational AI assistants capable of answering operational or compliance questions in natural language, supporting both onboard and shore-based users.

Agents can interpret follow-up questions, summarize long procedures, or provide step-by-step guidance for maintenance or inspection tasks.

Securely manage knowledge access through user roles, ensuring sensitive documentation is shared only with authorized personnel.

Streamlined Procedures and Operational Efficiency

Automate version control, document updates, and revision tracking—keeping all regulatory and technical documentation aligned with the latest standards.

Reduce up to 95% of manual search and filing time, ensuring immediate access to the right procedure when performing critical operations or audits.

Create structured workflows for document validation and compliance submission, minimizing errors and speeding up inspection readiness.

Operational Impact

Crews benefit from real-time access to company procedures and best practices directly from any device or vessel control system.

Office teams enhance decision-making and reduce communication delays by centralizing operational data and enabling context-rich AI analysis.

Streamlining document workflows increases organizational efficiency and ensures faster regulatory, audit, and internal reporting compliance.

Smart Data Filtering

The pipeline incorporates adaptive filtering techniques to remove noise while preserving critical signal information.

Sensor Drift and Stuck Identification

Continuous monitoring identifies anomalies that indicate faulty or drifting sensors, automatically flagging or discarding such measurements.

This prevents skewed model inputs and ensures reliability in vessel monitoring outputs.

Parameter Correlation Analysis

Cross-parameter correlation checks validate relationships expected from physical or engineering principles, supporting sanity and consistency of data.

Correlation results inform feature selection and engineering to improve model robustness and explanatory power.

Advanced Filtering on Calculated Metrics

Derived metrics such as speed-power curves, fuel efficiency indices, or hull performance indicators undergo further filtering to identify outliers or transient events.

This multi-layered approach enhances confidence in analytic inputs.

Sanity Checks with Models

The pipeline integrates model-based checks comparing incoming data against predictive or physical models.

Discrepancies trigger alerts or filtering adjustments to maintain high data integrity before model consumption.

Sea Trials and Model Test Assessment

Conduct comprehensive analyses combining sea trial outcomes with scaled model test data to assess propulsion efficiency and resistance factors.

Address the inherent uncertainties caused by real-world operational variability through advanced statistical and simulation tools.

Use this assessment to refine powering prediction methodologies and improve ship design validation.

Sister Vessel Comparison

Perform side-by-side comparative studies of sister vessels using consistent sea trial and model test data sets.

Identify performance deviations that may signal construction variations, maintenance disparities, or operational condition differences.

Support fleet-wide performance optimization strategies by benchmarking sister ship data.

Deviation Studies from Predicted Performance

Evaluate the causes and magnitude of vessel performance deviations from predictions by sea trials and model tests.

Investigate factors such as fouling, loading conditions, environmental effects, and operational practices that influence actual powering requirements.

Drive continuous improvement in model calibration and ship operation strategies.

Supporting Methodologies

Leverage results from naval architecture models applied to shop tests and sea trials for holistic vessel performance insights.

Gain / Loss Calculation (Time and Consumption)

Automated computation of time and fuel consumption gains or losses on each voyage leg compared to Charter Party specifications, highlighting financial and operational impacts.

Adjust for actual voyage conditions including weather, currents, and loading variations to provide normalized and fair performance assessments.

Leg Reports on Vessel Performance to CP

Detailed leg-by-leg performance reports that quantify adherence to speed, fuel consumption, and arrival estimates stipulated under the Charter Party agreement.

Reports include contextual data such as environmental conditions, voyage events, and any deviations to support transparency and auditing.

Visualization dashboards and exportable reports facilitate communication with charterers and internal stakeholders.

Accurate CP Tables Calculation

Precise Charter Party table calculations incorporating accurate speed vs consumption figures.

Methods aligned with maritime industry best practices ensure defensible and actionable results in commercial or legal contexts.

Data Quality for Regulatory Compliance

Incorporate specialized data quality checks focused on the parameters critical for environmental regulation compliance, ensuring accuracy and integrity in emissions and fuel consumption data.

Detect anomalies, missing values, and inconsistencies related to regulated values to avoid reporting errors or penalties.

IMO DCS and Carbon Intensity Indicator (CII)

Automate the calculation of IMO's Data Collection System (DCS) metrics and Carbon Intensity Indicator (CII), producing detailed reports with graphical visualizations.

Provide cause identification for fluctuations in CII, including operational factors and exclusions, facilitating actionable adjustments to improve environmental performance.

EU ETS and EU Allowances (EUAs)

Generate comprehensive EU Emissions Trading System (ETS) reports, including precise calculation of EU Allowances required for compliance.

Support trend analysis and position tracking with historical EUA usage and projections for future compliance needs.

FuelEU Maritime Reporting

Deliver FuelEU compliance reports that track and balance greenhouse gas emissions related to marine fuel consumption.

Analyze compliance balance and advise on operational or fuel strategy adjustments to minimize surplus emissions cost.