Cloud ETCP

Cloud ETCP

1. Cloud Service types

   • Public cloud: services are rendered over a network that is open for public use Private cloud: cloud infrastructure operated only for one single organization. It can be managed internally or by a third-party, and hosted either internally or externally Hybrid cloud: a composition of two or more distinct cloud infrastructures (private or public) that remain unique entities, but are bound together by standardized or proprietary technology that enables data and application portability, for example cloud bursting for load balancing between clouds
   • Hybrid
     • Apcera
       • Multi Cloud
       • hybrid Cloud
   • Public
   • Private
     • On premise Private
     • Off Premise Private
   • Community

2. Business concerns about using cloud

   • 74% concerned about cloud security/governance
   • 67% don’t have the cloud IT expertise

3. PaaS Platform

   • Continum (Hybrid Cloud OS (HCOS))
     • Container Images
       • eg.Docker
       • Containers: Docker, LXC, Solaris container
     • Policy Driven PaaS
       • Apps
     • Apcera Operating system
       • off Premise
         • Amazon
         • Google
         • SoftLayer IBM
       • On Premise
         • Openstack
         • VMware
   • Concepts
     • Deploy
       • modern & legacy applications and services.
     • Orchestrate
       • lower OPEX
     • Govern
       • Innovation & Security
   • Benifits
     • Increasing agility
       • Increasing agility can be realized through faster application deployment, faster development, simplified life cycle management and simplified hybrid cloud resource management. The benefits include: > more time spent on software development versus software deployment > faster software deployment and go to market > increased levels of innovation and growth opportunities > increased ability of operations to respond to unexpected infrastructure resource requirements to meet business needs > aligned DevOps ways of working across the business > rich APIs and higher levels of programmability add further levels of agility and flexibility. 
       • more time spent on software development versus software deployment
     • Efficiencies and cost savings
       • Efficiencies and cost savings can be realized through reduced opex, and capex, as the deployment and life cycle management of business-critical applications is made more efficient, and the alignment of applications (workloads) to specific cloud infrastructures is realized. The benefits include: > all clouds (public and private) become possible infrastructure resources – true cloud brokering > leverage based on performance, jurisdiction, cost, network, location, or scale > increased levels of automation within operations > lower cost to trial new services – lower cost to fail > next-generation architecture for all workloads, including industry workloads such as network functions and the Internet of Things.
       • reduced opex, and capex
     • Governance and compliance
       • Governance and compliance can be realized through the ability to define and audit policy across all workloads and cloud infrastructures – leveraging the same capability used to increase agility and efficiencies to reduce the actual risk to the business. The benefits include: > compliance across global cloud infrastructures > governance of workloads, users, resources and clouds according to business policy > logging and auditing of all events and state changes.

4. Saas Software

5. Iaas Infrastructure Virtualization

   • Run any type of Software you want
   • OPNFV
   • Cloud Execution Environment (CEE)
     • Compute
       • Hypervisors
         • VM (Hypervisor-Vmware,ESXi and KVM) / Container
         • Bare Metal: VMware, KVM
         • Hosted: Virtual box, VMware workstation
     • Networking
     • Storage
       • Guadetime
       • FABRIX
         • cloud storage, computing, and network delivery for video applications
     • ECM Cloud Manager
       • enables the creation, orchestration, activation, and monitoring of virtual IT services and programmable network resources so that they meet consistent levels of quality.
       • Openstack
         • NOVA : Compute (set up VMs)
         • Neutron : Network connectivity
         • Cinder : Storage
         • Glance : VM disk image
         • Horizon : web based portal
         • Keystone : Authen, Auth
         • KVM, Linux and Open vSwitch
       • HDS Command Center
         •   ›Complete BigData analytical platform, monitoring and recording every aspect of the infrastructure   ›Real-time analytics and off-line data mining. Example: –Storage configuration optimization  –SLA fulfillment monitoring  –Business KPI monitoring and optimization (e.g. total cost/vm)   ›Hardware life-cycle advisor. Integrated ordering capability ›DCIM integration for DC-wide energy optimization.   ›Majority of functionality, with notable exception hardware orchestration and re-configuration, is available for 3PP HW as well.
         • Baremetal-as-a-Service
           •    ›baremetal infrastructure with the same flexibility as virtual infrastructure (IaaS)   
         • HDS and RSA Disaggregated Hardware
   • cloud analytics
     • Sentilla

6. Core principles

   • Accessibility
   • security & integrity
   • governance
   • automation

7. Unknown

   • Atlas
   • Fuel

8. Cloud Tranformation

   • Telecom Cloud
   • IT Cloud
   • Commercial Cloud
   • consulting and systems integration to managed services
   • software-defined networking
   • virtualized network functions

9. Benifits

   • capex and opex savings
   • On-demand infrastructure
   • decreasing time to market
   • Lower total cost of ownership (TCO)