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Open-source data integration for
modern telecom environments

Connect BSS, OSS, network, cloud, and analytics systems within a scalable data integration architecture.

Globberry combines proven open-source technologies with telecom-specific adapters and implementation expertise to support real-time data processing, system modernization, and enterprise-wide data governance.

Move beyond fragmented telecom integrations

Legacy ETL tools and point-to-point connections become increasingly difficult to manage as CSPs introduce cloud platforms, APIs, microservices, IoT services, and 5G infrastructure.

Globberry Data Integration and Governance provides a flexible integration layer for moving, transforming, and orchestrating data across telecom environments.

The solution helps CSPs:

Connect legacy and modern BSS/OSS systems

Process high-volume data in real time

Manage APIs and integration services

Support public, private, and hybrid cloud environments

Reduce dependence on proprietary integration platforms

Maintain visibility across complex dataflows

Three connected levels
of data processing

A scalable telecom data architecture must manage data at three levels.

Data Streams Management

Move and process large volumes of records in real time.

Publish and subscribe to event streams

Store records reliably

Process data as events occur

Scale for high-volume telecom workloads

Data Flows Management

Control how data moves between applications and platforms.

Route and transform data

Visualize end-to-end dataflows

Connect legacy and cloud-native systems

Monitor integration processes

Data Flows Orchestration

Coordinate APIs, services, and integration logic across the organization.

Manage APIs

Support ESB, microservice, and streaming integration

Orchestrate services and business processes

Enable low-code integration where appropriate

All three levels are designed to scale together, preventing individual components from becoming integration bottlenecks.

Open-source
architecture built
for telecom scale

Globberry uses pre-integrated open-source components with clearly separated responsibilities.

Apache Kafka

For high-volume data streaming, durable event storage, and real-time processing.

Apache NiFi

For visual dataflow management, routing, transformation, and mediation.

WSO2 Enterprise Integrator and API Manager

For service orchestration, hybrid integration, and API lifecycle management.

The components complement rather than duplicate each other, creating a modular architecture that can evolve with the CSP’s infrastructure.

Built around telecom
requirements

Open-source technology provides the foundation. Globberry adds the telecom-specific capabilities needed for production deployment.

Our offering includes:

BSS and OSS integration

Integration with network and analytics platforms

Cloud and hybrid-environment integration

ASN.1 adapters

API design and management

Performance and scalability planning

CDR processing and mediation

Dataflow architecture and implementation

Custom adapters for existing systems

Support for CDR and legacy telecom data

Globberry provides ASN.1 adapters for processing traditional CDR file formats across modern integration platforms.

This enables CSPs to:

Decode and transform telecom records

Route CDRs to billing, storage, and analytics systems

Connect file-based processes with real-time data pipelines

Modernize data processing without immediately replacing legacy platforms

Why Globberry?

Telecom expertise

Our team understands the architecture, data formats, and operational requirements of telecom environments.

Open-source foundation

Avoid unnecessary dependency on closed integration suites and restrictive licensing models.

Flexible modernization

Connect existing platforms with new cloud, API, streaming, and analytics environments.

Scalable architecture

Build around current workloads while preparing for growing data volumes, IoT, and 5G services.

Lower ownership costs

Use proven open-source components while retaining control over deployment, customization, and future development.