Canonical, commercial sponsor of the Ubuntu project and provider of support services for Ubuntu deployments in the enterprise, has launched Ubuntu version 15.10. New with 15.10, Canonical is debuting its newly launched Ubuntu OpenStack cloud deployer and management tool – OpenStack Autopilot, a solution to deploy scale and manage Ubuntu OpenStack clouds without the complexity and costs associated with major cloud projects.
The new service, launched alongside Ubuntu 15.10, has been created to allow businesses to build and manage Ubuntu OpenStack clouds quickly, easily without the need for expensive, hard to find OpenStack cloud architects.
Autopilot has been built using the insight, experience and tools that reside within the OpenStack Interoperability Lab (OIL), an Interoperability Lab in which hundreds of OpenStack clouds are built per day using technologies from over 35 Canonical partners. The reference architecture used has been developed over the last 4 years based on Canonical experiences.
Ubuntu OpenStack Liberty
Ubuntu 15.10 would bring a host of other incremental improvements and benefits for business users and Ubuntu developers-alike. Key features of the new version include:
OpenStack Liberty has been built around three key themes of Manageability, Scalability and Extensibility:
- Common library adoption
- Improved configuration management
- More granular Neutron security settings with RBAC support
- Initial version of Nova Cells V2 implementation to improve of single region large scale OpenStack clouds
- Neutron, Nova and Cinder scale improvements
- Support for OpenStack as the integration engine with ‘Big tent’ model of ancillary project identification
- Support for containers with debut of LXD nova driver to enable workloads to be deployed as LXC containers
- First release of Magnum with support for integration of Kubernetes, Swarm and Mesos
Ubuntu OpenStack Liberty is included in 15.10 and available for Ubuntu 14.04 LTS via the Ubuntu Cloud Archive.
LXD, the machine container hypervisor, is now included by default within every Ubuntu server. That means every Ubuntu Server can now host hundreds of other Linux guest containers. LXD would provide all of the key features expected of a modern hypervisor – image management, snapshots, live migration, Fan overlay networking, IPv4 and IPv6 support, and an industry leading security profile.
Beyond the usual hypervisor features, LXD also provides an open, RESTful API, the network endpoint that any tool can use to start, stop, clone, and live migrate those containers. The first consumer of that RESTful API is the nova-compute-lxd driver – now available as a Tech Preview in Ubuntu OpenStack Liberty – which uses the LXD hypervisor to provision operating system container instances in an OpenStack private cloud, and integrates with the rest of OpenStack’s core projects (Neutron, Swift, and Ceph).
MAAS is Ubuntu’s Metal-as-a-Service platform, capable of installing onto physical hardware any Linux or Windows operating system, and of scaling to data centers of thousands of machines. MAAS has a command line interface, a beautiful web user interface, and like LXD, a RESTful API. New for 15.10, the MAAS web interface has been redesigned, and is fully responsive in any browser on any PC or mobile device.
Ubuntu Server 15.10 ships with a v4.2 based Linux kernel, enabling the latest server hardware and peripherals available from IBM, HP, Dell, and Intel. The 15.10 kernel delivers new features inherited from upstream such as ACPI support for ARM, LSM (Linux Security Module) Stacking, and the new thermal Power Allocator governor.
We also see notable Ubuntu specific achievements with fan networking for network address space expansion capability and also the introduction of a DPDK (Data Plane Development Kit) tech preview for faster packet processing in network-heavy applications.
High performance networking
New in 15.10 for telcos and enterprises with heavy networking requirements, there’s the introduction of a DPDK (Data Plane Development Kit) tech preview for faster packet processing in network-heavy applications. DPDK is a set of libraries and drivers for fast packet processing and with a great many high volume OpenStack deployments happening within telecoms companies, DPDK enables virtual network functions to deliver the high performance network throughput required in core network services.
Telcos and cloud hosting service providers utilizing Ubuntu for OpenStack and public cloud include global enterprises such as AT&T, Comcast, Cisco WebEx, Deutsche Telekom, Ericsson, China Telecom, Korea Telecom, NEC, NTT, Numergy and Time Warner Cable.