How does BSS Magic achieve interoperability with diverse legacy BSS applications without requiring a complete overhaul?
BSS Magic utilizes an AI-powered ontological layer built with deep telco knowledge and TM Forum open standards. This layer acts as a unifying intelligence, connecting to any existing application to create seamless interoperability and breathe new life into legacy systems, rather than necessitating a 'rip-and-replace' approach.
What specific advantages does Totogi's Charging-as-a-Service offer for 5G Standalone networks compared to traditional charging systems?
Totogi's Charging-as-a-Service is the world's first AI-powered charging solution built natively for 5G Standalone. It enables telcos to fully leverage 5G's potential by offering advanced machine-learning models that transform vast charging and network data into automated, end-to-end customer engagement, which traditional systems were not designed to handle effectively.
Can Totogi's solutions help reduce churn and increase ARPU, and if so, by how much?
Yes, Totogi's advanced machine-learning models are designed to transform charging and network data into automated, end-to-end customer engagement through hyper-personalization. This approach is claimed to reduce churn and increase Average Revenue Per User (ARPU) by 10%.
How does Totogi address the challenge of costly disaster recovery for charging systems?
Totogi significantly slashes disaster recovery costs for charging systems, claiming to be 10 times cheaper than traditional methods. It provides an infinitely smarter and faster recovery solution, ready in weeks, ensuring 100% business continuity without the exorbitant expenses typically associated with it.
What is the typical deployment timeframe for new charging systems using Totogi, and how does this compare to industry standards?
Totogi enables the deployment of new charging systems in weeks, not years. This is a significant acceleration compared to the industry standard, and it allows for the migration of legacy billing systems 10 times faster than typical industry benchmarks.