FROM DESIGN TO DECISION
DATA ENGINEERING & AI
Eliminate Your Blind Spots to Get Better Answers
predict with confidence what will happen next so that you can make smarter decisions based on solid logical reasons for your business operations and maintenance
AUTONOMOUS PILOT ASSISTANCE SYSTEM
A SHIP BASED INTELLIGENT ANTI-COLLISION DECISION MAKING SUPPORT SYSTEM UTILIZING TRIAL MANOEVRES
The human error in ship operations is one of the most important factors leading to accidents. The international maritime organization cites human error is the casual fact in 80% of ship accidents. In the meantime, ship owners are constantly increasing the size and speed of new ships, which is reducing the manoeuvrability of the ship and makes it prone to more unfortunate situations.
Brainbox, provides an intelligent model for collision avoidance by carefully considering actions required on-the-fly decision making scheme, identifying when to take action, appreciation of anti-collision behaviour and assessing when to take action.
ADVANCED DECISON SUPPORT
FOR MARINE OPERATIONS
BRAINBOX HELPS YOU TO MAKE CRITICAL DECISONS AT SEA BY COMBINING DATA & MODELS
At sea a crew may often be a new or temporary team. Officers may have never met before, and there is no time for any team development before starting a voyage. Despite internationally agreed standards, crew members who are often from different cultural backgrounds, probably has different levels of experience, different levels of education, and have undergone different training. All this affects social conduct and communication. It is therefore important that now we adopt to technology which can provide autonomous decision by combining internal and external parameters.
We have developed an onboard intelligent decision system to support the dire needs of various marine operators in meeting the challenges posed, while ensuring safety at sea.
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.
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
STRUCTURAL STABILITY MONITORING
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,
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
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
What is Physics based Artificial Intelligence
Physics based artificial intelligence can be applied together where there is application of mechanics. Such as industries where many machineries are used, for military purpose, for missiles, rockets, robotics etc.
As an example, recently we have delivered autonomous fatigue life monitoring of a naval vessel hull structure by combining physics and machine learning. We are the first to use quantum computing to a physics problem. By employing quantum-compatible machine learning technique to extract rare Higgs boson signal from copious noise data (tin cry) emitting from structure, to determine its health.
Why Brainbox AI?
A flexible and scalable AI platform integrating physics and machine learning for one-to-many analytics
EASY-TO-USE ARTIFICIAL INTELLIGENCE PLATFORM
Intuitive, cost effective and scalable with integrated governing and influencing physics models for scientific results which is believable and actionable at once
COMPREHENSIVE PRESCRIPTIVE ANALYTICS CAPABILITY
Use of extensive inbuilt library of physics based meta models, neural fuzzy inference engine in a single platform
Brainbox Prescriptive Analytics Capabilities
Brainbox prescriptive analytics solutions provide heavy industrial organizations with a way to digitize, analyze data and transform results into recommended actions instantaneously.
Brainbox AI has the capability of reading mind of the machine, predicts the behaviour and starts providing actual insight.
It may even be able to predict the end-of-life.
LINEAR & LOGISTICAL RGRESSIONS
Brainbox uses linear regression technique to predict the value of a variable, based on the value of another variable.
Its like decoding grid output loss from degraded inclination of a wind-turbine
AND Logistical regression for predictive models extending to applications in machine learning
PHYSICS AWARE MODELS
Brainbox validates and evaluates performance of machine and structures by considering inherent forces incurred because of governing parameters and impacts due to influencing parameters. So that every output is validated and verified for logical decisioning through a scientific approach.
ARE YOU LOOKING FOR SOMETHING MORE?
Brainbox is a platform, and it can be used to resolve numerous different type of complex problems and address new areas.
We at Tardid love to do that, we are ready to discuss with you to understand your specific issues and train Brainbox to fit your need