WHILE UNCERTAINTY IS THE NEW NORM IN SHIPPING

THEN SEIZE THE OPPORTUNITY TO LEAD THE TRANSFORMATION

HIGH-TECH SAIL THROUGH

Despite of all state-of-the art innovation in the shipping industry - the technology to support maintenance engineers is still struck in the 20th century.

BRAINBOX Uses deep learning and super advanced analytical technology to provide predictive alerts and human type decisioning.

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We plant new and integrate the existing sensors seamlessly. We capture every information and provide you alerts in advance, be it about fuel starvation, damage to internal components or structural failure.

AUTONOMOUS HULL MANAGEMENT

The Design of Large Systems like Ships, requires a Significant Amount of Analysis, evaluation & Demonstration in Order to Incorporate All of the Tradeoffs for a Capable and Balanced System. One of the Areas Assessed Heavily is Total Ship Reliability & Sustainability.

Brainbox focusses on the prediction of the total Ship Hull reliability and its relationship to failure and statistics

With Brainbox now predict Hydrodynamic Performance – Flow Rates – Loading Patterns – Scantlings – Buckling – Corrosion Effects, Thickness Degradation, Cracks & Propagations, Faults

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• Achieve 5x ROI on engineering & operational workflow

• Optimize maintenance ROI and save millions in future repair costs

• Reduced downtime and Dry-docking periods

• Maintenance Prioritization

• Gain a deeper understanding of operational safety margins

• Achieve an optimal mitigation strategy

• Use your resources in a more targeted and precise manner.

ENGINE PERFORMANCE OPTIMIZATION

BRAINBOX Uses State-of-the-Art Novel AI Technology to Ensure Reliable and Efficient Propulsion and Engine Performance

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The System engine performance and optimization system has brought the predictive maintenance a great leap forward. With the smart sensors and ingenious physics-based models ensures every conditions are measured and assed continuously for,

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• Fuel Injection and Combustion Process

• Liner and Piston Behaviour

• Valves and Turbochargers

• BMS for slow and medium speed - fixed and controllable pitch propellers

• Continuous monitoring of cylinder pressure

• Torque monitoring

• Monitoring of Lube and provide alerts when its about to exhaust

• Model-Driven analysis for practical advice and reasons

• Provide Remaining Useful Life and

• Analysis for Life Extension and Operation Optimization 

GEARBOX & SHAFT FAILURES

With BRAINBOX Now You can Determine the Cause of Failure like Misuse or Abuse, Assembly Errors, Improper Maintenance or Unforeseen Operating Conditions 

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Gearboxes are complex machines and their reliability is crucial Condition monitoring systems are useful tools for estimating defects, but their performance relies upon the training procedures, which often requires a very expensive experimental setup.

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BRAINBOX introduces a numerical approach to predict the effects of the component failures or the entitle gearbox assembly under several working conditions. for example, in perspective of bearing damage results when there is an increase in operating temperature, lubricant contamination or vibration. Brainbox emphasize more on vibrations and uses an efficient vibration monitoring technique to detect and identify bearings involved and provide more insight on the damage. 

AI BASED STRUCTURAL INTEGRITY

Prevent Structural Failures, Next Best Actions for Optimal Asset Utilization or Decommissioning

Brainbox AI based strength and fatigue assessment through a well-defined long-term program. The methodology is primarily to identify compartment wise critical risks and provide scientific decisioning on vessel Residual-Lifespan and Time to Fail.  

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• Sustainability of the structure and member elements

• Increased health awareness leading to decreased docking time

• KPIs based owner's requirement

• Measurement and Assessment done in hours

• Usage and life extension analysis

• Guidance on future usage conditions

• Maintenance prioritizations

STRUCTURAL STABILITY ASSESSMENT

Dynamic Stability Analysis of Land & Marine Structures 

Brainbox provides an autonomous decision support for stability of structures, including plastic and elastic structures, static and dynamic response, linear and non-liner behavior, energy approach, dynamic aspects creep stability and fracture or damage induced stability, 

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• Continuously monitors failures associated with excessive load, heel or trim, catastrophic loss of buoyance

• Reduces threat and increases safety of navigation

• Now docking becomes safe and simple

• Offshore Windfarms can optimize operations and increase grid output by 18% to 20% 

• Offshore platform owners get the benefits of reduced planned maintenance, deep sea diving's and increased operational envelope

BRAINBOX FOR MARINE OPERATIONS

Advanced Decision Support for Marine Operations

At sea may often be new or temporary. Officers may have never met before and there is not time for any team development before starting a voyage.

Brainbox helps you to make critical decisions at Sea by combining Data and Models