How will this App be built? : Machine Learning

How will this App be built?
Machine Learning (ML) methods and data analytics tools will be used to provide data
useful data to a matching tool that will further provide inputs to a recommender module for the
users. Machine learning APIs like BigML, Google Prediction API, or Amazon Machine
Learning will be utilized in the App to add predictive features (Dorard, 2016). Power BI will be
implemented for business intelligence. Also, a compatible database like SQL is necessary due to
the numerous queries that will be happening instantaneously.
What will the App do?
This is an Artificial Intelligence (AI) based predictor that will enable businesses,
individuals, investors, and SMEs among others to positively collaborate in an effort to find
solutions to the most challenging sustainability problems that exist in their supply chains and in
particular the ones that relate to product life-cycle longevity and waste reduction management
(Smith, 2017).
The App will be trained through AI learning algorithms and draw from the rich repository
of industrial ecology research, case studies, and real-life problem-solving dilemmas. It will then
identify and prioritize the most promising opportunities for collaboration both within and across
the various industry supply chains (Zheng, 2015). The App will then use matching AI algorithms
to facilitate partnership connections that optimize on the opportunities identified. Through the

use of AI and machine learning, the App will continuously learn from the user interactions
becoming even more and more accurate in its future predictions.
What types of the industry will the App be of benefit?
The App stands to benefit most companies as collaboration has become an important
aspect of business today. For instance, Tech companies can collaborate with healthcare providers
to find solutions to unsolved medical problems (Klumpp, 2017). On the other hand, transport and
delivery companies may collaborate with other companies in the same niche to enhance their
delivery rates and efficiency while at the same time cutting on transportation costs through the
use of a share economy approach.
Scopes and any real business example
Retail companies such as Walmart collaborate with its suppliers to solve or enhance
productivity in their dealings. They have developed an inventory that notifies the suppliers about

the status of their inventories and when it’s optimal time to produce and deliver the next
shipment (Klumpp, 2017).
Transport companies such as Uber is already collaborating with food stores and
restaurants to deliver ready meals and food products orders to customers with high efficiency.
What kind of issues will be encountered with this App?
The App will encounter several challenges ranging from internal to external business factors.
Below are some of the problems that the App will face:
a) Serious competition from giant tech companies that have the funding and the resources to
implement the same model on a large-scale level (Murphy, 2018).
b) Technological factor - change is rapid, and the App will fight to keep up with the
changing technological trends.
c) Since the App is based on a start-up company, then funding and resources might be
scarce. Also, the App will have to do a lot of marketing for it to gain its customer base of
the market share.