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PROJECT CLEARWATER » APPLICATION NOTES Proxy Transparency. The SIP processing elements in Clearwater, namely Bono and Sprout, are both transaction-stateful proxies in the sense defined in RFC3261.. As PROJECT CLEARWATER » CALL FLOWSSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » SPRINT HELM HAMMERHAND RELEASE Sprint Helm Hammerhand Release. The release for Project Clearwater sprint “Helm Hammerhand” has been cut. The code for this release is tagged as release-125 in GitHub. This release includes a change to the way the PROJECT-CLEARWATER-MIB is generated. It is now built from MIB fragments in the clearwater-snmp-handlers repository. PROJECT CLEARWATER » IMS COMPONENTS Clearwater consists of a number of IMS components: The Clearwater team are currently focusing their efforts on the Clearwater IMS Core pieces – the I-CSCF, S-CSCF and BGCF – with the aim of making these suitable for deployment to support live IMS deployments – such as in VoLTE networks. The remainder of the pieces are provided to show PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODELSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » TECHNICAL The Clearwater distribution includes a stress test node that can be deployed to generate a SIP calling load on a Clearwater system. PROJECT CLEARWATER » COMMUNITY Mailing List. Project Clearwater has a mailing list for developers and users to discuss all areas of work associated with this initiative. We welcome your contributions and encourage you to sign-up by clicking on the link below. The lists are publicly archived for future reference. PROJECT CLEARWATER » PERFORMANCE By exercising a set of stress test nodes against a Clearwater deployment in a particular type of Cloud environment and on particular types of virtual machine instances, it’s possible to establish the upper limits of performance and capacity for each of the four software elements that make up a Clearwater system. We have conductedsubstantial
PROJECT CLEARWATER » APPLICATION NOTES Proxy Transparency. The SIP processing elements in Clearwater, namely Bono and Sprout, are both transaction-stateful proxies in the sense defined in RFC3261.. As PROJECT CLEARWATER » CALL FLOWSSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » SPRINT HELM HAMMERHAND RELEASE Sprint Helm Hammerhand Release. The release for Project Clearwater sprint “Helm Hammerhand” has been cut. The code for this release is tagged as release-125 in GitHub. This release includes a change to the way the PROJECT-CLEARWATER-MIB is generated. It is now built from MIB fragments in the clearwater-snmp-handlers repository. PROJECT CLEARWATER » IMS COMPONENTS Clearwater consists of a number of IMS components: The Clearwater team are currently focusing their efforts on the Clearwater IMS Core pieces – the I-CSCF, S-CSCF and BGCF – with the aim of making these suitable for deployment to support live IMS deployments – such as in VoLTE networks. The remainder of the pieces are provided to show PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODELSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » LATEST NEWS Sprint Kíli release note. We have cut the latest Project Clearwater Release: “Kíli”. The code for this release has been tagged as release-127 in GitHub. This release includes the following bug fixes: Crest build failure due to cryptography 2..0 release, and setup.py ignoring pinned dependencies clearwater-config-manager may not be PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » SNMP ALARM AGENT SNMP Traps. Clearwater uses traps to communicate that a process is in an abnormal state (or that the process has been cleared from this state and is now behaving as normal). Traps also contain other variables that can be used for diagnosis. Contained within the trap that the Alarm Agent sends to the SNMP Manager are four variablebindings that
PROJECT CLEARWATER » SPROUTLET CONFIGURATION This blog post discusses the recent changes to Sproutlet configuration. We recently (in release 94) introduced some backwards-incompatible changes to how the Sproutlets are configured; this post covers why we did this, and what changes users need to make.. Firstly, what are Sproutlets? Sprout is Clearwater’s SIProuter component.
PROJECT CLEARWATER » INTRODUCING CHRONOS As we’ve discussed previously, the team has spent much of the last few months working on our Rf billing solution, Ralf. The specification for the IMS Rf interface that Ralf exposes requires that Ralf generates messages regularly to indicate that a billable call is stillactive.
PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODEL This is the third post in a three-part series on the IMS data model – see here and here for the other entries.. Changing a user’s data. In the first and second blog posts in this series, we looked at the subscriber data model in IMS, the ways you can associate identities together, and the ways CSCFs and application servers learn about those identities. PROJECT CLEARWATER » PLIVO Plivo is an open-source framework for voice applications. A couple of weeks ago, Mike and I thought it would be interesting (and useful!) to get it up and running as an Application Server on Clearwater’s ISC interface. It only took a couple of hours to get Plivo installed and configured against Clearwater and I’ve written this up on the wiki.. Mike has written a couple of sample PROJECT CLEARWATER » SPRINT ILÚVATAR RELEASE The release for Project Clearwater sprint “Ilúvatar” has been cut. The code for this release is tagged as release-126 in GitHub. This release includes the following bug fixes: Monit RAM thresholds for Ralf and Homestead are much too high. Sprout’s “Connection refused” errors don’t state the connection endpoint. PROJECT CLEARWATER » CLEARWATER ON WINDOWS AZURE Although much of Clearwater’s development happens on Amazon EC2, it’s always been designed to be cloud-agnostic.. A few weeks ago, I attended Angelhack London, where Microsoft was promoting their Windows Azure cloud platform. Given their very generous free trial, I decided to try spinning up Clearwater on it one evening, and it was prettystraight-forward.
PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » TECHNICAL The Clearwater distribution includes a stress test node that can be deployed to generate a SIP calling load on a Clearwater system. PROJECT CLEARWATER » COMMUNITY Mailing List. Project Clearwater has a mailing list for developers and users to discuss all areas of work associated with this initiative. We welcome your contributions and encourage you to sign-up by clicking on the link below. The lists are publicly archived for future reference. PROJECT CLEARWATER » PERFORMANCE By exercising a set of stress test nodes against a Clearwater deployment in a particular type of Cloud environment and on particular types of virtual machine instances, it’s possible to establish the upper limits of performance and capacity for each of the four software elements that make up a Clearwater system. We have conductedsubstantial
PROJECT CLEARWATER » APPLICATION NOTES Proxy Transparency. The SIP processing elements in Clearwater, namely Bono and Sprout, are both transaction-stateful proxies in the sense defined in RFC3261.. As PROJECT CLEARWATER » CALL FLOWSSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » SPRINT HELM HAMMERHAND RELEASE Sprint Helm Hammerhand Release. The release for Project Clearwater sprint “Helm Hammerhand” has been cut. The code for this release is tagged as release-125 in GitHub. This release includes a change to the way the PROJECT-CLEARWATER-MIB is generated. It is now built from MIB fragments in the clearwater-snmp-handlers repository. PROJECT CLEARWATER » IMS COMPONENTS Clearwater consists of a number of IMS components: The Clearwater team are currently focusing their efforts on the Clearwater IMS Core pieces – the I-CSCF, S-CSCF and BGCF – with the aim of making these suitable for deployment to support live IMS deployments – such as in VoLTE networks. The remainder of the pieces are provided to show PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODELSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » TECHNICAL The Clearwater distribution includes a stress test node that can be deployed to generate a SIP calling load on a Clearwater system. PROJECT CLEARWATER » COMMUNITY Mailing List. Project Clearwater has a mailing list for developers and users to discuss all areas of work associated with this initiative. We welcome your contributions and encourage you to sign-up by clicking on the link below. The lists are publicly archived for future reference. PROJECT CLEARWATER » PERFORMANCE By exercising a set of stress test nodes against a Clearwater deployment in a particular type of Cloud environment and on particular types of virtual machine instances, it’s possible to establish the upper limits of performance and capacity for each of the four software elements that make up a Clearwater system. We have conductedsubstantial
PROJECT CLEARWATER » APPLICATION NOTES Proxy Transparency. The SIP processing elements in Clearwater, namely Bono and Sprout, are both transaction-stateful proxies in the sense defined in RFC3261.. As PROJECT CLEARWATER » CALL FLOWSSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » SPRINT HELM HAMMERHAND RELEASE Sprint Helm Hammerhand Release. The release for Project Clearwater sprint “Helm Hammerhand” has been cut. The code for this release is tagged as release-125 in GitHub. This release includes a change to the way the PROJECT-CLEARWATER-MIB is generated. It is now built from MIB fragments in the clearwater-snmp-handlers repository. PROJECT CLEARWATER » IMS COMPONENTS Clearwater consists of a number of IMS components: The Clearwater team are currently focusing their efforts on the Clearwater IMS Core pieces – the I-CSCF, S-CSCF and BGCF – with the aim of making these suitable for deployment to support live IMS deployments – such as in VoLTE networks. The remainder of the pieces are provided to show PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODELSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » LATEST NEWS Sprint Kíli release note. We have cut the latest Project Clearwater Release: “Kíli”. The code for this release has been tagged as release-127 in GitHub. This release includes the following bug fixes: Crest build failure due to cryptography 2..0 release, and setup.py ignoring pinned dependencies clearwater-config-manager may not be PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » SNMP ALARM AGENT SNMP Traps. Clearwater uses traps to communicate that a process is in an abnormal state (or that the process has been cleared from this state and is now behaving as normal). Traps also contain other variables that can be used for diagnosis. Contained within the trap that the Alarm Agent sends to the SNMP Manager are four variablebindings that
PROJECT CLEARWATER » SPROUTLET CONFIGURATION This blog post discusses the recent changes to Sproutlet configuration. We recently (in release 94) introduced some backwards-incompatible changes to how the Sproutlets are configured; this post covers why we did this, and what changes users need to make.. Firstly, what are Sproutlets? Sprout is Clearwater’s SIProuter component.
PROJECT CLEARWATER » INTRODUCING CHRONOS As we’ve discussed previously, the team has spent much of the last few months working on our Rf billing solution, Ralf. The specification for the IMS Rf interface that Ralf exposes requires that Ralf generates messages regularly to indicate that a billable call is stillactive.
PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODEL This is the third post in a three-part series on the IMS data model – see here and here for the other entries.. Changing a user’s data. In the first and second blog posts in this series, we looked at the subscriber data model in IMS, the ways you can associate identities together, and the ways CSCFs and application servers learn about those identities. PROJECT CLEARWATER » PLIVO Plivo is an open-source framework for voice applications. A couple of weeks ago, Mike and I thought it would be interesting (and useful!) to get it up and running as an Application Server on Clearwater’s ISC interface. It only took a couple of hours to get Plivo installed and configured against Clearwater and I’ve written this up on the wiki.. Mike has written a couple of sample PROJECT CLEARWATER » SPRINT ILÚVATAR RELEASE The release for Project Clearwater sprint “Ilúvatar” has been cut. The code for this release is tagged as release-126 in GitHub. This release includes the following bug fixes: Monit RAM thresholds for Ralf and Homestead are much too high. Sprout’s “Connection refused” errors don’t state the connection endpoint. PROJECT CLEARWATER » CLEARWATER ON WINDOWS AZURE Although much of Clearwater’s development happens on Amazon EC2, it’s always been designed to be cloud-agnostic.. A few weeks ago, I attended Angelhack London, where Microsoft was promoting their Windows Azure cloud platform. Given their very generous free trial, I decided to try spinning up Clearwater on it one evening, and it was prettystraight-forward.
PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » TECHNICAL The Clearwater distribution includes a stress test node that can be deployed to generate a SIP calling load on a Clearwater system. PROJECT CLEARWATER » COMMUNITY Mailing List. Project Clearwater has a mailing list for developers and users to discuss all areas of work associated with this initiative. We welcome your contributions and encourage you to sign-up by clicking on the link below. The lists are publicly archived for future reference. PROJECT CLEARWATER » PERFORMANCE By exercising a set of stress test nodes against a Clearwater deployment in a particular type of Cloud environment and on particular types of virtual machine instances, it’s possible to establish the upper limits of performance and capacity for each of the four software elements that make up a Clearwater system. We have conductedsubstantial
PROJECT CLEARWATER » APPLICATION NOTES Proxy Transparency. The SIP processing elements in Clearwater, namely Bono and Sprout, are both transaction-stateful proxies in the sense defined in RFC3261.. As PROJECT CLEARWATER » CALL FLOWSSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » SPRINT HELM HAMMERHAND RELEASE Sprint Helm Hammerhand Release. The release for Project Clearwater sprint “Helm Hammerhand” has been cut. The code for this release is tagged as release-125 in GitHub. This release includes a change to the way the PROJECT-CLEARWATER-MIB is generated. It is now built from MIB fragments in the clearwater-snmp-handlers repository. PROJECT CLEARWATER » IMS COMPONENTSPROJECT CLEARWATER MISSOURICLEARWATER PROJECT OFFICEMSD CLEARWATER PROJECTPROJECT CLEAN WATER SAN DIEGOHEP CLEARWATER FLIMAGINE CLEARWATER Clearwater consists of a number of IMS components: The Clearwater team are currently focusing their efforts on the Clearwater IMS Core pieces – the I-CSCF, S-CSCF and BGCF – with the aim of making these suitable for deployment to support live IMS deployments – such as in VoLTE networks. The remainder of the pieces are provided to show PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODELSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » TECHNICAL The Clearwater distribution includes a stress test node that can be deployed to generate a SIP calling load on a Clearwater system. PROJECT CLEARWATER » COMMUNITY Mailing List. Project Clearwater has a mailing list for developers and users to discuss all areas of work associated with this initiative. We welcome your contributions and encourage you to sign-up by clicking on the link below. The lists are publicly archived for future reference. PROJECT CLEARWATER » PERFORMANCE By exercising a set of stress test nodes against a Clearwater deployment in a particular type of Cloud environment and on particular types of virtual machine instances, it’s possible to establish the upper limits of performance and capacity for each of the four software elements that make up a Clearwater system. We have conductedsubstantial
PROJECT CLEARWATER » APPLICATION NOTES Proxy Transparency. The SIP processing elements in Clearwater, namely Bono and Sprout, are both transaction-stateful proxies in the sense defined in RFC3261.. As PROJECT CLEARWATER » CALL FLOWSSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » SPRINT HELM HAMMERHAND RELEASE Sprint Helm Hammerhand Release. The release for Project Clearwater sprint “Helm Hammerhand” has been cut. The code for this release is tagged as release-125 in GitHub. This release includes a change to the way the PROJECT-CLEARWATER-MIB is generated. It is now built from MIB fragments in the clearwater-snmp-handlers repository. PROJECT CLEARWATER » IMS COMPONENTSPROJECT CLEARWATER MISSOURICLEARWATER PROJECT OFFICEMSD CLEARWATER PROJECTPROJECT CLEAN WATER SAN DIEGOHEP CLEARWATER FLIMAGINE CLEARWATER Clearwater consists of a number of IMS components: The Clearwater team are currently focusing their efforts on the Clearwater IMS Core pieces – the I-CSCF, S-CSCF and BGCF – with the aim of making these suitable for deployment to support live IMS deployments – such as in VoLTE networks. The remainder of the pieces are provided to show PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODELSEE MORE ON PROJECTCLEARWATER.ORG PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » PROJECT CLEARWATER ECOSYSTEM Introduction. The Project Clearwater Ecosystem pulls together partners from the world of IMS, Network Function Virtualization, and Systems Integrators, offering out of the box interoperability and expertise to fast track solutions built on Project Clearwater throughout the entire planning, design, implementation and deployment process. PROJECT CLEARWATER » LATEST NEWS Sprint Kíli release note. We have cut the latest Project Clearwater Release: “Kíli”. The code for this release has been tagged as release-127 in GitHub. This release includes the following bug fixes: Crest build failure due to cryptography 2..0 release, and setup.py ignoring pinned dependencies clearwater-config-manager may not be PROJECT CLEARWATER » CLEARWATER ON DOCKER Clearwater was designed from the ground up to run in the cloud. Traditionally, this has meant running under virtualization. However, more recently, there has been a lot of excitement around containers.. Virtual machines run on top a hypervisor such as VMware ESXi or KVM, which isolates each virtual machine from the others.The hypervisor makes each virtual machine think its running on bare PROJECT CLEARWATER » SNMP ALARM AGENT SNMP Traps. Clearwater uses traps to communicate that a process is in an abnormal state (or that the process has been cleared from this state and is now behaving as normal). Traps also contain other variables that can be used for diagnosis. Contained within the trap that the Alarm Agent sends to the SNMP Manager are four variablebindings that
PROJECT CLEARWATER » SPROUTLET CONFIGURATION This blog post discusses the recent changes to Sproutlet configuration. We recently (in release 94) introduced some backwards-incompatible changes to how the Sproutlets are configured; this post covers why we did this, and what changes users need to make.. Firstly, what are Sproutlets? Sprout is Clearwater’s SIProuter component.
PROJECT CLEARWATER » INTRODUCING CHRONOS As we’ve discussed previously, the team has spent much of the last few months working on our Rf billing solution, Ralf. The specification for the IMS Rf interface that Ralf exposes requires that Ralf generates messages regularly to indicate that a billable call is stillactive.
PROJECT CLEARWATER » SECRETS OF THE IMS DATA MODEL This is the third post in a three-part series on the IMS data model – see here and here for the other entries.. Changing a user’s data. In the first and second blog posts in this series, we looked at the subscriber data model in IMS, the ways you can associate identities together, and the ways CSCFs and application servers learn about those identities. PROJECT CLEARWATER » PLIVO Plivo is an open-source framework for voice applications. A couple of weeks ago, Mike and I thought it would be interesting (and useful!) to get it up and running as an Application Server on Clearwater’s ISC interface. It only took a couple of hours to get Plivo installed and configured against Clearwater and I’ve written this up on the wiki.. Mike has written a couple of sample PROJECT CLEARWATER » SPRINT ILÚVATAR RELEASE The release for Project Clearwater sprint “Ilúvatar” has been cut. The code for this release is tagged as release-126 in GitHub. This release includes the following bug fixes: Monit RAM thresholds for Ralf and Homestead are much too high. Sprout’s “Connection refused” errors don’t state the connection endpoint. PROJECT CLEARWATER » CLEARWATER ON WINDOWS AZURE Although much of Clearwater’s development happens on Amazon EC2, it’s always been designed to be cloud-agnostic.. A few weeks ago, I attended Angelhack London, where Microsoft was promoting their Windows Azure cloud platform. Given their very generous free trial, I decided to try spinning up Clearwater on it one evening, and it was prettystraight-forward.
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WELCOME TO PROJECT CLEARWATER - IMS IN THE CLOUD Clearwater is an open source implementation of IMS (the IP Multimedia Subsystem) designed from the ground up for massively scalable deployment in the Cloud to provide voice, video and messaging services to millions of users. Clearwater combines the economics of over-the-top style service platforms with the standards compliance expected of telco-grade communications network solutions, and its Cloud-oriented design makes it extremely well suited for deployment in a Network Functions Virtualization (NFV) environment.ABOUT CLEARWATER
Project Clearwater is an open source implementation of the IP Multimedia Subsystem for cloud computing environments.Learn More
LATEST NEWS
Catch up with all the latest Project Clearwater news and developments direct from some of the key contributors.Learn More
TECHNICAL
Clearwater leverages design patterns for building massively scalable web applications, adapting them to fit the constraints of SIP and IMS.Learn More
CLICK HERE FOR INSTRUCTIONS GET STARTED WITH CLEARWATERRECENT ACTIVITY
* Quiesce – Stop/starting in a cloud native worldOctober 24, 2018
* HSS-based P-CSCF restorationJuly
23, 2018
* Mailing List SupportJune 6, 2018
* Sprint Zamîn release noteApril
10, 2018
* Sprint Ulmo release noteDecember
20, 2017
* Project Clearwater over RINAOctober 23, 2017
* Sprint Nazgûl release noteSeptember 13, 2017
* Sprint Kíli release noteAugust
1, 2017
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