Data Science Consulting

Data Science Consulting

Jasrco Systems offers cutting-edge Data Science Consulting to empower businesses with data-driven insights. Our team of experienced data scientists and analysts collaborates with companies like Doosan to harness the power of data, uncover trends, and make informed decisions.

Whether you're exploring predictive analytics, machine learning, or data visualization, we tailor our solutions to meet the unique business challenges faced by our partners. Unlock the potential of your data with Jasrco Systems.

Key Features:

  • Customized Data Solutions: Tailored data strategies to align with your business goals.
  • Advanced Analytics: Harnessing the latest in predictive analytics and machine learning.
  • Scalable Infrastructure: Building solutions that scale with your business needs.
  • Expert Guidance: Collaboration with experienced data scientists for impactful insights.

Data Science Consulting Case Study

Data Science Case Study

Client: Doosan

Challenge: Doosan sought to enhance its marketing strategy through data-driven insights and predictive analytics.

Solution: Jasrco Systems implemented a comprehensive Data Science Consulting solution, leveraging advanced algorithms to analyze customer behavior, predict trends, and optimize marketing campaigns.

Results: Doosan experienced a 30% increase in customer engagement and a significant improvement in marketing ROI. The data-driven approach provided valuable insights for informed decision-making.

Key Achievements:

  • Increased Customer Engagement: Leveraging data insights for targeted marketing.
  • Improved ROI: Optimization of marketing campaigns based on predictive analytics.
  • Data-Driven Decision Making: Shifting towards informed and strategic decision-making processes.

Use cases in the Financial Markets leveraged by our Customers

  1. Risk analysis management

    Risk management is one of the most critical aspects of the provision of financial services. This discipline is vital to the safety, reliability, and profitability of a company’s day-to-day operations.

    A variety of risks arises from the need to interact with competitors, investors, regulators, customers, and other institutions. They differ in importance and the potential for monetary losses. Accordingly, the first steps in reducing risks within banks are identifying, prioritizing, and monitoring them.

    By analyzing gigantic volumes of information on customers, loans, insurance results, and other market operations, modern algorithms based on machine learning and risk management data science methodologies independently improve risk assessment models, gradually increasing institutions’ responsiveness and profitability.

    Results: Doosan experienced a 30% increase in customer engagement and a significant improvement in marketing ROI. The data-driven approach provided valuable insights for informed decision-making.

    Key Achievements:

    • Increased Customer Engagement: Leveraging data insights for targeted marketing.
    • Improved ROI: Optimization of marketing campaigns based on predictive analytics.
    • Data-Driven Decision Making: Shifting towards informed and strategic decision-making processes.
  2. Customer data management

    By accumulating customer information, you can build a behavioral profile to determine the most appropriate sales promotion methods further. Having comprehensive information about the client and the history of the company’s interaction with them, experts can identify significant trends and predict future behavior with a high degree of accuracy. Moreover, data science helps to automate this process and free up valuable employees’ time to solve more critical and creative tasks.

  3. Fraud detection

    Machine learning algorithms allow timely detection and suppression of fraudulent operations related to bank cards, accounts, transactions, and so on. For example, you can highlight new accounts from which suspiciously expensive purchases are made. Banks are also implementing systems for monitoring abnormal transactions based on behavioral profiles. For example, if a customer suddenly orders a transaction that does not fit into their typical behavior, banking algorithms may request additional confirmation to complete it.

  4. Personalization

    Data Science for banking creates opportunities for organizing effective customer interaction through personalized marketing. By analyzing the array of accumulated information, self-learning algorithms compose individualized offers that will be most interesting for this particular consumer. In turn, the company benefits from expanding the range of offered products and services, as well as increasing sales.

  5. Customer base segmentation

    Segmentation helps you to serve multiple customer groups better. Groups are distinguished based on behavior and other principles, using logistic regression, clustering, etc.

  6. Designation of customer lifetime value

    The ability to assess customer lifetime value (CLV) at the very beginning of the interaction with them allows companies to move from focusing on quarterly profits to the customer relationship management strategy that has already demonstrated increased long-term profitability. Dividing customers into groups based on their CLV allows you to focus efforts on improving the quality of service and increasing overall staff productivity properly.

  7. Real-time analytics

    High quality real-time predictive data analysis allows businesses that use its power to track all changes in the market. Today, banks that do not skimp on the introduction of innovations track transactions, changes in credit ratings, new legislative initiatives, and thousands of other factors affecting market conditions and react almost instantly.

  8. Monitoring customer feedback

    Machine learning algorithms and techniques enable you to analyze customer experiences, creating a foundation to improve the effectiveness of service strategies and product offerings.

  9. Automation of communication with clients and the expansion of communication channels

    Mobile communications, social networks, e-mail, instant messengers – a successful company must communicate with its customers through any channels convenient for them. This is also true for financial institutions. Chatbots, electronic assistants, expert systems – today, a wide variety of automated means of interaction with the consumer allows you to relieve the company’s staff from routine tasks and increase communication efficiency.

    Like any other company, when introducing innovations, financial institutions solve a set of internal tasks: collecting data, attracting specialists, building a technology stack, identifying effective marketing solutions – preparing all those plans and methodologies that will be implemented in the targeted business processes. At the same time, it is difficult to say what will “play” in the case of a particular bank, and what will not justify the costs. How not to fail? t is necessary to design the processes initially in such a fashion so that it is possible to measure results clearly. It is crucial to define cost savings or profit increases relative to what was before the integration of new methods. Anyway, an economic model can be calculated in almost any case.

    On average, data science tools show results in a short time frame (if you do not take into account direct infrastructure expenses). Analyze tools that can improve processes, try them, test hypotheses to see if they work or not. After that, decide upon the viability of launching the project.