We engineer the data
You engineer the world

We transform offshore and maritime assets into real-time, data-driven operations.

Within a single day enabling predictive insights, reduced downtime, and improved reliability.

30+

Vessels

9 Hrs

Average installation

24/7

Global Support

Our clients & partners
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What's PERFOMAX

PERFOMAX is a next-generation Industry 5.0 platform designed to unlock high-granulation telemetry from industrial machinery onboard the vessels, rigs, terminals, and refineries — enabling smarter, faster, human-led decisions.

Our plug-and-play, non-invasive data acquisition technology enables rapid digitalization of critical assets in less than a day, without disrupting existing infrastructure.

By combining advanced condition monitoring, operational analytics, and AI-assisted insights, PERFOMAX transforms raw machine data into clear, actionable intelligence — delivering transparency, performance, and resilience at scale.

PERFOMAX is a next-generation Industry 5.0 platform designed to unlock high-granulation telemetry from industrial machinery onboard the vessels, rigs, terminals, and refineries — enabling smarter, faster, human-led decisions

Key Advantages

Fast Deployment

Digitalize legacy industrial assets in less than a day using non-invasive, plug-and-play technology.

High-Granularity Data

Replace misleading averages with high-resolution operational data for accurate monitoring and decision-making.

Real-Time Digital Twin

Gain continuous, real-time visibility into asset performance as operations happen.

SMART Asset Monitoring

Enable intelligent condition and operational monitoring powered by AI-assisted insights.

What We Do

What We Do

Data Acquisition

Advanced telemetry capture and processing from industrial machinery with real-time data synchronization.

V/E-FMS

Fuel monitoring system with/without flowmeters for precise consumption tracking and optimization.

Condition Monitoring

Condition monitoring for industrial machinery assets with predictive maintenance capabilities.

Computer Vision

Computer Vision for safety monitoring with AI-powered anomaly detection and real-time alerts.

Digital Engineer

AI employee with advanced engineering knowledge for automated diagnostics and decision support.

Why Us

The Perfomax team combines deep engineering and technology expertise with hands-on operational experience across offshore, oil & gas, and maritime industries. Our background spans vessel operations, industrial systems, and real-world asset management, allowing us to design solutions that work in live operational environments. We bridge the gap between advanced technology and practical execution.

Frequently Asked Questions

Everything you need to know about Perfomax and our solutions

Perfomax is designed for a broad range of commercial vessels, with particular relevance for offshore and merchant fleets. This includes offshore support vessels such as PSVs, AHTS, crew boats, construction and service vessels, as well as merchant vessels such as bulk carriers, tankers, gas carriers, container vessels and other types. The platform is most valuable where operators and owners want better visibility into performance, fuel use, emissions, operational efficiency and vessel-specific behavior under real operating conditions.

No. PerfoMax is highly relevant for offshore operators because offshore fleets work in variable, complex and fuel-intensive conditions, but the same platform can also support merchant fleets as well as other heavy industrial machinery. The difference is in the use case: offshore clients often focus on power use, station keeping, DP-related operating profiles, idle time, asset utilization, while merchant fleets may focus more on voyage efficiency, charter-party performance, fuel consumption, speed optimization, emissions and commercial benchmarking.

Yes, we install a unique data acquisition set tailored for the particular vessel / industrial asset. PERFOMAX is designed to work with existing vessel data wherever possible. In many cases, we can use data already available from onboard systems, noon reports, automation systems, EMS, PMS, voyage data and third-party sources. If additional inputs are needed for a specific use case, they can be assessed case by case. The goal is to reduce implementation friction and make onboarding practical for real fleet operations.

PerfoMax can combine multiple data sources into one operational picture. These may include onboard sensor data, automation and machinery data, AIS, weather and ocean data, manual reports, voyage data, fuel and engine data, and operator-specific datasets. The platform is built to work with real-world indsutrial data environments, where data often comes from different systems and in different levels of quality.

Maritime and offshore energy operations rarely have perfect data, so PERFOMAX is built to manage noisy, incomplete and inconsistent datasets. The platform applies validation logic, anomaly detection, cross-checking between sources and vessel-specific modeling to improve reliability. Instead of depending on one ideal data source, it creates a more usable operational view from the data that is actually available.

A grey-box model combines physical understanding of vessel behavior with data-driven learning. In practice, this means PERFOMAX does not treat the vessel as a black box, but also does not rely only on theoretical assumptions. This is important because marine operations are influenced by weather, draft, trim, hull condition, machinery behavior, load profile and operational context. A grey-box approach helps produce results that are both practical and explainable.

PERFOMAX helps teams move from reactive monitoring to operational decision support. Depending on the fleet and use case, this may include fuel efficiency, power management, emissions visibility, vessel benchmarking, idle-time analysis, waiting-time analysis, operational pattern recognition, underperformance detection, maintenance-related insights and improved planning. The platform is intended to support daily decisions, not just historical reporting.

PERFOMAX helps operators understand what is driving fuel burn and emissions at vessel, voyage and fleet level. Instead of only showing the final emissions number, it helps identify the operational patterns behind it, such as inefficient speed profiles, excessive waiting, suboptimal power use, route conditions or vessel-specific deviations. This makes it easier to monitor emissions, improve energy efficiency and take more targeted action on CII and related compliance or reporting requirements.

Excel is useful for one-off analysis, but it becomes difficult to maintain when fleets grow, data sources multiply and teams need faster decisions. PERFOMAX provides a structured and scalable environment for industrial analytics. It reduces manual work, improves consistency, makes vessel comparisons easier and helps turn fragmented data into repeatable insights. In short, it helps companies move from spreadsheet-based reporting to operational intelligence.

Yes. PRFOMAX can help create a more objective and transparent view of vessel behavior and operating conditions. This can be useful in commercial performance reviews, internal benchmarking, charter-related discussions, technical follow-up and evidence-based conversations around underperformance or operating constraints. The value is not only in the analytics itself, but in improving the quality of decisions and discussions around vessel operations.

Yes. Mixed fleets are common in both offshore and merchant shipping, and PERFOMAX is built with that in mind. The platform does not assume that every vessel behaves the same way. Instead, it uses vessel-specific logic and operating context to build a more meaningful performance picture. This makes it possible to compare vessels fairly and identify what is normal, what is improvable and what requires attention.

PERFOMAX is useful across several functions. Technical teams can use it to understand machinery-related patterns and vessel efficiency. Operations teams can use it for voyage and utilization insights. Commercial teams can use it for performance transparency and customer-facing discussions. Management can use it for fleet-level benchmarking, cost visibility and investment prioritization. The platform is most valuable when it becomes a shared operational layer between ship and shore.

The onboarding timeline depends on data availability, number of vessels and the target use case. In general, the process is structured to begin with the data that already exists and build value quickly, rather than waiting for a perfect long implementation cycle. A pilot can usually be focused on a defined problem first, then expanded across more vessels, teams and workflows. To install data acquisition set on a single vessel on average takes around 8 hours.

The best starting point is usually a high-value operational problem rather than a broad software rollout. For example, an offshore operator may start with fuel and power efficiency on selected vessels, while a merchant client may start with voyage performance and emissions or just an API service to get the data in real-time. Once the first use case is validated, the same platform can then be extended into broader fleet analytics, benchmarking, reporting and decision support.

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