kiroi.org

KIROI - Artificial Intelligence Return on Invest
The AI strategy for decision-makers and managers

Business excellence for decision-makers & managers by and with Sanjay Sauldie

KIROI - Artificial Intelligence Return on Invest: The AI strategy for decision-makers and managers

KIROI - Artificial Intelligence Return on Invest: The AI strategy for decision-makers and managers

Start » Mastering Data Intelligence: From Big Data to Smart Data
16 April 2025

Mastering Data Intelligence: From Big Data to Smart Data

4.3
(442)

Imagine your company is sitting on a mountain of information, yet no one knows what treasures are hidden within it. This is precisely where the journey from mere collection to true understanding begins. Mastering Data Intelligence: From Big Data to Smart Data means today distilling concrete recommendations for action from the flood of numbers and facts. It's no longer just about quantity, but about quality and relevance. In a world where billions of data sets are created daily, the ability to intelligently evaluate them determines success or failure. This article shows you in a practical way how organisations can make this change and which concrete steps can help.

Understanding the fundamental transformation

Many companies have been collecting information for years without using it systematically. They store customer data, transaction histories, and production values in various systems. However, the mere existence of these data quantities does not provide added value. Only intelligent linking and evaluation create real benefits. For example, a medium-sized retailer has till data from a hundred branches. In addition, they have warehouse data and supplier ratings. Without systematic analysis, this information remains isolated islands.

The challenge lies in recognising relevant patterns. A logistics company continuously uses GPS data from its vehicle fleet. Simultaneously, it records weather data and traffic information in real-time. Only the combination of these sources enables precise route optimisation. The situation is similar in the healthcare sector, where patient records are linked with laboratory values. Insurance companies also connect claims histories with demographic characteristics. These linkages form the basis for well-founded decisions.

However, the transformation requires more than just technical solutions. Employees need to understand why certain analyses are being carried out. Leaders need the competence to interpret results correctly. This is where transruption coaching comes in as professional support for transformation projects. Experience shows that technical implementations often fail. The reason often lies in the lack of understanding among those involved.

From data collection to data intelligence

The first step is an honest assessment of existing resources. What information is already available and to what quality? In this analysis, a manufacturing company discovered significant redundancies. The same customer data existed in four different systems with different formats. An energy supplier found that consumption data was only partially recorded completely. A financial service provider recognised massive inconsistencies in its product databases.

Following the inventory, concrete objectives and questions are defined. What do you want to achieve through better analyses? An automotive supplier wanted to reduce scrap rates in production. A telecommunications provider aimed to minimise customer churn. A retail company focused on optimising its product range. Such clear objectives guide all further activities.

Best practice with a KIROI customer

An internationally operating machine manufacturer faced a classic data intelligence challenge. The company had sensor data from over two thousand installed machines worldwide. While this data was collected, it had never been systematically analysed. Together with the transruptions coaching team, the company first analysed the existing data streams. It emerged that many sensors were providing redundant information. Other important parameters, however, were not being captured at all. As part of the project, the team developed a new data architecture with clear priorities. The employees then implemented a dashboard for real-time monitoring of critical indicators. After six months, the company was able to reduce unplanned machine downtime by thirty per cent. Maintenance costs simultaneously fell by fifteen per cent through predictive maintenance. The training of service technicians in the use of the new analysis tools was particularly valuable. They now report that they can recognise problems earlier and resolve them more effectively.

Practical implementation in various fields

The application possibilities of intelligent data analysis extend across all economic sectors. In retail, till receipt data analysis allows for the optimisation of product placement. A supermarket operator, through market basket analysis, identified surprising product combinations [1]. Customers who bought certain baby products also frequently purchased energy drinks. This insight led to new placement strategies with a measurable increase in sales.

In the manufacturing sector, the use of data is revolutionising quality control for the long term. A pharmaceutical company analyses production parameters in real time for each batch, enabling it to detect deviations before faulty products are produced. A food producer uses temperature and humidity data to optimise storage conditions. An electronics manufacturer correlates test data with later failure rates of its devices.

The financial sector benefits particularly from advanced analytical methods. Credit decisions today are based on multi-layered models with hundreds of variables. A banking house improved its risk assessment by integrating alternative data sources [2]. Anonymised payment patterns and account movement profiles were incorporated into the assessment. An insurer uses telematics data for individual tariff design in motor vehicle insurance.

Mastering data intelligence in customer service

Customer relationships benefit particularly from intelligent data use and analysis. A telecommunications provider systematically analyses call patterns and complaint histories. This enables them to identify customers with an increased probability of churn early on. These customers receive proactive contact offers with personalised solution suggestions. An online retailer personalises their entire shop offering based on user behaviour. A tour operator recommends destinations according to previous bookings and reviews.

The challenges in such projects often lie in the organisational sphere. Departments frequently work in isolation and do not share their learnings systematically. Marketing has campaign data, while sales knows closing rates. Only by linking both perspectives is genuine customer understanding possible. This is where transruptions coaching helps to bridge silos.

Best practice with a KIROI customer

A medium-sized retail company with over fifty branches wanted to fundamentally improve its customer communication. Previously, marketing sent standardised newsletters to all registered customers. Open rates were below five percent and conversion rates were correspondingly low. As part of the project, the team first systematically analysed all available customer data. The individuals responsible integrated purchase histories with newsletter interactions and branch visits. The analysis revealed four clearly distinguishable customer groups with different preferences. The marketing team developed specific communication concepts and offers for each group. Implementation was carried out gradually over a period of three months. After the full transition, open rates rose to over twenty percent. The resulting additional revenue already exceeded the project costs in the first quarter. Particularly noteworthy was the improved customer satisfaction, which was reflected in higher ratings. Employees report that they can now respond more specifically to individual wishes.

Technical and Human Success Factors

The technical infrastructure naturally forms the foundation of every successful data initiative. Modern cloud platforms enable the processing of large amounts of data without massive upfront investment. A medium-sized company successfully used Azure services for its initial analysis projects [3]. Another company opted for a hybrid solution with local processing. A third implemented a fully cloud-based architecture with multiple providers.

Human factors are at least as important in such transformations. Employees need training in the use of new tools and methods. Managers must learn to make and communicate data-based decisions. Resistance to change requires empathetic and patient support from experienced experts. This is precisely where experienced coaches provide important impetus for change.

The quality of the methods used is a decisive factor in project success. An energy supplier relied on tried-and-tested statistical procedures for load forecasting. A logistics company used machine learning algorithms for route optimisation of its fleet. A healthcare provider intelligently combined rule-based systems with modern analysis methods. The choice of the right method always depends on the specific application.

Mastering data intelligence requires cultural change

Many clients report initial resistance within the company. Long-serving employees sometimes feel challenged by data-based recommendations. However, experience shows that integration works better than confrontation. Human expertise and analytical insights complement each other optimally when applied correctly. An experienced sales representative often interprets customer data better than any algorithm.

Establishing a data-savvy corporate culture usually takes several years. Successful organisations begin consistently with small pilot projects and measurable successes. They communicate these successes internally, thereby creating acceptance for further initiatives. A mechanical engineering company started with the analysis of maintenance intervals for its equipment. The measurable success convinced sceptical managers sustainably of further analysis projects.

Data protection and ethical aspects deserve special attention in all projects. Customers trust that their information will be handled responsibly. A retailer developed transparent policies for the use of customer data. An insurer implemented strict access controls for sensitive health information. A financial service provider conducted regular audits of its data processing procedures.

My KIROI Analysis

The transformation from pure data collection to true data intelligence presents companies with multifaceted challenges. Technical solutions alone are not sufficient for sustained success in this area. The human component ultimately determines the success or failure of such initiatives. Organisations that consider both aspects equally achieve the best long-term results.

From my consulting experience, I know that cultural change is often underestimated. Employees need time and support to internalise new ways of working. Leaders must lead the way and actively demonstrate data-driven decision-making. This role-modelling cannot be delegated or replaced by tools.

The KIROI methodology systematically supports companies in this complex transformation. It combines technical expertise with organisational understanding and change management competence. The company's individual situation always remains at the centre of this. Experience has shown that blanket solutions are not sustainable in this area.

The future belongs to organisations that can intelligently unlock their information assets. The path to achieving this requires patience, a willingness to invest, and the right guidance. Transruption Coaching offers precisely this support for businesses of all sizes. The experience gained from numerous successful projects flows into every new assignment.

Further links from the text above:

[1] Harvard Business Review – Data Analytics Insights

[2] McKinsey Digital Insights

[3] Microsoft Azure Data Analytics Solutions

For more information and if you have any questions, please contact Contact us or read more blog posts on the topic Artificial intelligence here.

How useful was this post?

Click on a star to rate it!

Average rating 4.3 / 5. Vote count: 442

No votes so far! Be the first to rate this post.

Spread the love

Leave a comment