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Telecom application interface with a TV tower and network infrastructure

Big data in Telecom: User churn prediction

Preserving customer loyalty through predictive analytics and real-time churn prevention, engineered with Modsen AI-augmented delivery model.

4x

lower churn rate

+16%

customer satisfaction

+31%

faster with AI-driven delivery

Telecom application interface with a TV tower and network infrastructure

IT-service type

Custom software development + IT staff augmentation

Business vertical

Telecom

Tech stack

Python, Django, Cassandra, Hadoop, Apache Kafka, TensorFlow, Docker, Kubernetes, Grafana

Partner

A regional mobile network operator serving Eastern and Central Europe for 10+ years.

Partner’s challenges

In the previous fiscal year, the operator lost over 5% of its subscriber base to competitors without a clear operational explanation. The business needed to move from reactive retention to predictive churn prevention, based on real behavior and service signals:

  • Detect churn risk early from usage, billing, and support interactions
  • Understand why customers are likely to leave
  • Trigger personalized retention campaigns in time
  • Enable real-time monitoring and alerts for churn spikes

Solutions proposed by Modsen

Unified data layer aggregating usage, billing, service history, and customer interaction data

Machine learning-based churn scoring with risk categorization

Churn driver analysis to support explainable, next-best retention actions

Customer segmentation and personalized retention campaign targeting

Real-time churn analytics with automated alerts and trend monitoring

Native CRM integration enabling operational execution of retention workflows

Project team

1

Project manager

2

Business analyst

1

Data scientist

2

Data engineers

2

Software engineers

2

UI/UX designers

2

QA engineers

Modsen developers discussing a software development project in front of a monitor
Telecom application interface with interactive maps and data analytics chart
Telecom application interface showing subscriber reports and analytics
Telecom analytics dashboard showing company performance and efficiency metrics
Telecom application interface showing mobile tariff plans and pricing
Telecom application interface showing a list of subscribers

The data shown in this application interface during the case demonstration is not real customer data. All information presented is for demonstration purposes only.

Development process

Faster delivery, lower cost, fewer post-launch defects – that's what happens when AI takes over the repetitive analysis, development, and testing work under Modsen AI-augmented software delivery.

1.

Analysis & Planning

We worked with customer service, marketing, and IT stakeholders to define ML objectives, training data requirements, CRM touchpoints, real-time dashboards, churn alerts, and KPI reporting. AI-assisted analysis helped structure large volumes of requirements and data-related information, while specialists validated the resulting business logic and delivery priorities.

2.

UI/UX design

AI was used to support the early design phase by generating rough interface prototypes and helping quickly test alternative UX ideas. Modsen Design Studio created churn risk dashboards, campaign management views, and real-time reporting screens that made complex predictive insights easier to interpret and act on.

Telecom application interface mockup displayed on a laptop screen
3.

Development

The platform was built iteratively across three main areas:

Data integration: pipelines for diverse sources into a consolidated data environment.

Model training: churn scoring, risk classification, and churn driver analysis.

Feature delivery: dashboards, alerts, segmentation, and campaign enablement.

Less time spent on repetitive implementation, more model shipped – faster, cheaper, with fewer defects surviving to production.

4.

Testing

AI-native QA practices were used to automate and continuously optimize repetitive testing activities, while QA engineers focused on validating critical business logic, edge cases, and end-to-end system behavior.

5.

Client acceptance

End-to-end business scenarios were validated together with key stakeholders, churn prediction results were benchmarked against target KPIs, and the solution was formally approved for production rollout.

6.

Maintenance

After go-live, the platform remained under continuous support, including performance monitoring, issue resolution, iterative improvements, and periodic reviews aligned with changing customer behavior and business needs.

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Planning to leverage predictive analytics in telecom?

Book a free consultation with Modsen to discuss data readiness, ML use cases, and the expected impact on customer behavior insights, operational efficiency, and revenue growth.

Business value delivered

Lower churn in 6 months (4×)

AI-augmented development accelerated delivery of churn prediction and retention features
Faster iterations improved risk scoring and segmentation
Shorter development cycles brought retention capabilities to production sooner

Higher customer satisfaction (+16%)

AI-augmented delivery model accelerated delivery of customer-facing improvements
Faster implementation enabled more relevant offers and retention workflows
Quicker iterations improved response to churn drivers
Person using a telecom mobile application on a smartphone

Annual revenue growth (+31% YoY)

Faster delivery of churn prevention capabilities helped protect recurring revenue
AI-augmented development reduced time and cost of feature implementation
Shorter cycles enabled faster scaling of retention initiatives

Stronger retention operations

AI accelerated CRM-integrated workflows across 100% of retention scenarios
Reduced implementation effort and development costs by ~30–40%
Faster delivery cycles enabled quicker response to market shifts
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