Digital Online Charging System
Embrace the Shift to 5G Charging for Digital Ecosystems with Cloud-Native
Microservices and API-Driven Architecture
A new generation of 5G and innovative digital services is reshaping the CSP environment. To innovate faster and achieve a better customer experience, CSPs are focusing on advanced charging and monetization capabilities that enable a unified customer experience and help them shift from legacy systems and siloed architecture. Tecnotree Digital Online Charging Systems (DOCS) is built around the 3GPP framework, delivering carrier-grade convergent charging capabilities for CSPs who wish to bring disruptive offerings to their telco/non-telco subscribers.
It is a unified monetization system enabling a single point of truth for customer wallet and balance, recharge and payments, customer hierarchy, and quality-of-services (QoS). DOCS is a feature-rich charging platform that supports complex 5G business models, fully compatible with the legacy network and services. It capitalizes on digital opportunities with a charging system that seamlessly enables new-age services and partner collaboration to monetize a variety of possible B2B(2X) opportunities.
FUTURISTIC
Business
BENEFITS
ORGANISED
Faster time-to-market
- Pre-integrated policy-charging
- Quota management functionalities supporting network slicing
- Highly scalable architecture
Supports a variety of value metrics
- Various outcome-based models
- Quality of Service (QoS)
- A huge number of network connections
Supports a variety of value metrics
- Various outcome-based models
- Quality of Service (QoS)
- A huge number of network connections
Robust partnership ecosystem
- Advanced network management capabilities
- Collaboration based on agile and DevOps approach
- Flexibility to easily create new offers for vertical solutions
Multi-vendor resource orchestrations
- End to end network
- Streamlining of operations networks
- Highly efficient planning workflows
Multi-vendor resource orchestrations
- End to end network
- Streamlining of operations networks
- Highly efficient planning workflows