Protect critical, real-time communications for collaboration, unified communications (UC), and contact centers. Oracle Enterprise Session Border Controller (E-SBC) lets you interconnect SIP trunks, on-premises enterprise telephony, UCaaS, CCaaS, and any other SIP service with security, reliability, quality, and scalability and can be deployed in your own network, as well as in major public clouds.
Securing and controlling unified communications from the cloud.
Scalable, best-of-breed security and extensibility for collaboration, telephony, and any SIP service. Deployed on purpose built appliances, in your own network and in public cloud environments including Oracle Cloud Infrastructure.
Streamline operations and accelerate innovation with best-of-breed, vendor-independent security and extensibility for collaboration, telephony, and any SIP service.
Use the E-SBC to protect IP communications from threats including distributed denial-of-service (DDoS) attacks, fraud, and privacy breaches that could result in lost revenue and productivity, compliance violations, and damage to your brand.
Protect communications confidentiality and integrity and ensure the availability of services, systems, and applications.
Block calls to known fraudulent destinations, limit calls to unusual or suspicious destination ranges, and apply policies to users based on time of day and other parameters.
Centralize control of communications for security and interoperability, whether for remote workers and agents, remote locations, or branch offices.
Simplify the configuration of any real-time communications networks and services.
Dramatically accelerate deployment of UC networks and SIP trunking services with an extensive library of application notes.
Resolve a wide range of protocol problems using the E-SBC’s header manipulation capabilities to improve network agility and reliability, delay projects, and reduce costs.
Impairments and failures can occur anywhere in a communications network and can be difficult to isolate and repair. Ensure business continuity with the features provided by the E-SBC.
Monitor and troubleshoot your networks with the E-SBC monitoring and tracing tool, which enables you to quickly visualize complex session information.
Continuously monitor the solution’s health and route sessions from active to standby units with no loss in session state or impact to user experience.
Protect against failure anywhere in the network and optimize performance across multiple SIP trunk services by routing sessions based on observed QoS and balancing loads.
Provide a centralized control layer for security and interoperability between the enterprise, cloud services such as Zoom, Microsoft Teams, and Twilio, PSTN callers, and even remote workers and agents, allowing you to retain visibility and control of communications as they move to the cloud.
Securely interconnect your real-time communications infrastructure, cloud services, and the PSTN.
Protect business-critical, real-time communications during emergencies, unanticipated call bursts, and targeted DoS/DDoS attacks.
Enable PSTN connectivity for Zoom Phone and allow users to maintain current phone numbers.
Integrate with Microsoft Teams Direct Routing and Operator Connect.
This paper by Omdia and Oracle Communications explores the challenges companies face as they move their enterprise communications to the cloud.
IDC and Oracle explore the unified communications market and how deployments of cloud-based services have enabled a formidable shift in the global workforce dynamic.
With more employees working remotely, enterprises must ensure a secure and reliable experience regardless of location, which has resulted in a shift with applications moving to the cloud—especially unified communications tools.
Protect every call, enforce policy-based mitigation, and deliver a 360-degree view into communications traffic.
Simplify complex, multivendor VoIP and UC networks.
Deliver trusted, real-time communications across IP network borders based on different needs for performance and capacity.
Monitor and optimize network infrastructure elements through a centralized platform.