Sippy Softswitch: Empowering Next-Gen Telecommunications

Sippy Switch, developed by Sippy Software Inc., stands out as a robust and versatile VoIP softswitch designed to meet the evolving needs of telecom operators. With a focus on delivering high-quality voice services, Sippy Switch has become a preferred choice for carriers, enterprises, and ITSPs (Internet Telephony Service Providers).

Scalability: Sippy Switch is built to scale seamlessly, accommodating the growing demands of any telecommunication infrastructure. Whether you are a startup or an established carrier, the switch adapts to your requirements.

Billing and Routing: The softswitch excels in providing sophisticated billing and routing capabilities. It supports various billing models, including prepaid and postpaid, and offers dynamic routing for optimal call delivery.

Multi-Tenancy: Service providers can efficiently manage multiple clients or tenants through Sippy Switch's multi-tenancy feature. This ensures a secure and isolated environment for each customer.

Security:Security is paramount in telecommunications, and Sippy Switch prioritizes it with encryption protocols and secure communication channels, safeguarding against potential threats and vulnerabilities.

Real-time Monitoring: Operators can gain valuable insights into their network's performance through real-time monitoring tools. This enables proactive management, issue resolution, and optimization of resources.

Advanced Reporting:Sippy Switch comes equipped with comprehensive reporting tools, allowing providers to analyze call data records (CDRs), track performance metrics, and generate insightful reports for business intelligence.

API Integration:With an open API architecture, Sippy Switch supports seamless integration with third-party systems and applications. This enhances the overall functionality and extends the softswitch's capabilities.

High Availability:Ensuring uninterrupted service is a top priority for Sippy Switch. The softswitch incorporates high availability mechanisms, minimizing downtime and maximizing service reliability.