Predicting Fluctuations in Global Shipment Volumes

How PI.EXCHANGE’s AI & Analytics Engine helped a inter-modal maritime logistics provider shift to an anticipatory strategy based on accurate demand forecasting to achieve greater operational efficiency

The logistics industry has access to an increasing volume of data, their challenge is that the conventional methods to extract business intelligence have required large investment in internal resources, expertise and infrastructure in order to synthesize all of the data and enable data-driven decision-making.

Working with an Inter-modal maritime logistics company, PI.EXCHANGE Platform presented a resource efficient solution to extract business intelligence from data. The company sought to predict the itinerary of their competitors vessels, to better understand the short term fluctuations in global shipment volumes. However,  their current processes, reflective of the industry at large were labor intensive, required specialized staff and domain knowledge. PI.EXCHANGE’s AI & Analytics Engine was able to efficiently assist the company in forecast demand, forecast demand provided actionable insight to:

  • Understand extra capacity needed in order to meeting unexpected demand;
  • Reduce kilometers spent re-positioning assets;
  • Increase cargo capacity utilization; and
  • Increase asset utilization for asset owners.

Improvements via the AI & Analytics Engine in short-range forecasting demand included an increase in accuracy of competitors port itinerary prediction from 20% to 90% and significant saving in both time and resources normally required to extract business intelligence from data. Subsequently the company increased operational efficiency for less expenditure. For logistics providers profit margins can rise when those unnecessary costs are eliminated and demand forecasting is accurate, and in a highly competitive market, this provided a significant competitive edge.

Industry Challenge

As an increasing population demand for goods increases, the logistics industry is under pressure to enhance efficiencies and effectiveness in the delivery of logistical services.

However, the rather traditional maritime logistics industry has been slow to evolve and innovate, presenting an opportunity for providers willing to do so, to build a competitive edge. Logistics companies at present generate a large amount of data internally and have access to even more publicly available. Though, the challenge remains that the internal resources, expertise and infrastructure to synthesize all of this information and enable data-driven decision-making continues to represent a significant barrier.

With the help of predictive optimization, logistics companies can shift to an anticipatory strategy based on accurate demand forecasting, and thereby achieve far greater operational efficiency in a slow to innovate but highly competitive industry.

PI.EXCHANGE provides a solution to the conventional methods and its inherent problems through a resource efficient AI & Analytics Engine, ultimate removing the barriers to accessing business intelligence.

Maritime transport is arguably the single leading logistic operation in the transportation of goods. The global value of goods transported according to HSBC’s Trade Flow Report (2017) is expected to develop to a value of US$68.5 trillion by 2050.

Those that can gain a competitive edge through their data stand to represent a larger slice of this highly competitive market.

 

How PI.EXCHANGE AI & Analytics Engine Provided Actionable Business Intelligence

STEP 1:  Data Wrangling Feature

Through PI.EXCHANGE smart data wrangling feature the itinerary of each of the vessels from their attributes was computed. The itinerary is made up of:

  • The next four ports visits by the vessel from the time of observation; 
  • And contains the time spent at each port.

This feature is AI driven and unique to PI.EXCHANGE.

STEP 2:  Model Recommendation & Selection

Machine learning was subsequently used to construct models to best predict the upcoming itinerary of each vessel. By recommending the model with AI, significant time was saved not having to brute force an optimal model fit for the data. The Model Recommender ranks our expertly-crafted model templates by their Predictive Performance, Training Time, and Prediction Time metrics, models can then be tested for performance.

Step 3: Uploading the data

With a few clicks of a button the best model can be deployed. The top two predictions from the respective models predicted the next port itinerary with 90% accuracy and days at port with an 85% accuracy. Deployment can be performed on the cloud or to an on-premise server.

Step 4: Outputs

Once deployed,  the models corresponding API endpoint is available immediately for use. To increase the accessibly of the predictions PI.EXCHANGE also provides an Excel plugin and web-apps that access the Platform to allow easy consumption of the outputs.

Step 5: End-to-end life-cycle management

PI.EXCHANGE Platform catalogues all models created and of the models deployed automatically and continuously monitors performance. Due to fast moving nature of the shipping business this feature is highly valued so the team can consistently make smarter faster business decisions. If performance deteriorates, PI.EXCHANGE is able to train new models within minutes. 
Asset 1@3x

 

Results

Without the AI & Analytics Engine the process to determine the itinerary of vessels was labor intensive and required individuals with significant experience and domain knowledge sifting through large and often un-sanitized data-sets. Improvements via the AI & Analytics Engine included an increase in accuracy of prediction from 20% to 90%, a reduction of internal processing from 5+ days to less than 1 and an automatic and continuous view of model health, this assisted in:

  • Optimizing operations to significantly reduce costs;
  • Increase in employee efficiency;
  • Optimal Fleet re-positioning; and
  • Selling extra logistics assets.

 

 

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