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Rackspace Cloud Training Centers, Institutes & Training Course Classes in Porur- Listings as of April 22, 2018.
As on April 22, 2018, We have total of 5 Rackspace Cloud training institutes in and around also near to Porur area in Chennai with best training centers, institute address, Phone numbers, course fee, working hours and student reviews listed.
(
Address: Office No. D-05, No. 321, IInd Floor, Doshi Gardens, Arcot Road, Vadapalani, Chennai - 600026. 
IIHT (Indian Institute of Hardware Technology) is a No. 1 Hardware & Networking Training Company in India.IIHT has partnered with 13 MNC's of world which includes Microsoft, Cisco, Red hat and etc. IIHT-Vadapalani provides best Rackspace Cloud Training, Rackspace Cloud Training classes & Realtime Training Vadapalani.
Address: No 3, Thiruvalluvar Street Kaviya Garden, Shakthi Nagar, Porur Chennai-600116
TrainingTek provides best Rackspace Cloud Training, Rackspace Cloud Training classes & Realtime Training Porur.
Address: Door No.2/71A, Mount Poonamallee Road, KATTUPAKKAM, Porur, Chennai-600056
SPREADONCONSULTANCY provides best Rackspace Cloud Training, Rackspace Cloud Training classes & Realtime Training Porur.
Address: 14,Ashok Nagar, Chennai-83
FUSIONBREIN TECHNOLOGIES PVT. LTD., provides best Rackspace Cloud Training, Rackspace Cloud Training classes & Realtime Training Ashok Nagar.
(Address: No 7C, Second Floor, Mandy Street,Alandur, Chennai-600088
EduRiver Technologies provides best Rackspace Cloud Training, Rackspace Cloud Training classes & Realtime Training Alandur.
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Related Training Courses for Rackspace Cloud in porur
Rackspace Cloud course Content / syllabus at porur, chennai.
We gathered most widely used Rackspace Cloud course content used by training institutes in porur,chennai. The Rackspace Cloud course syllabus covers basic to advanced level and it may vary based on Rackspace Cloud training classes offered in porur.
I Contributing to openstack
1.The Way of the Stacker: The Path to Influence in the OpenStack Community.
2.Setting up Your OpenStack Development Environment
3.The Contribution Lifecycle: How to land a patch in OpenStack
4.Beginning with Bugs: Where to start.
5.OpenStack Documentation: Where documentation is treated like code.
6.Code Contributions: It’s about more than your code
II Introduction to Rackspace Private cloud
1.Configuration Management: Ansible for deployment
2.Packages vs Source: Deploy from upstream source
3.Project vs Product: OSAD and RPC
4.Containers: LXC tools, service isolation, in-¬‐place upgrades
5.Architecture: HA and networking
6.Health & Troubleshooting: Logging and monitoring
III Openstack Essentials
1.OpenStack Identity Service (Keystone)
2.OpenStack Image Service (Glance)
3.OpenStack Networking Service (Neutron)
4.OpenStack Compute Service (Nova)
5.OpenStack Block Storage (Cinder)
6.OpenStack Object Storage (Swift)
7.OpenStack Dashboard (Horizon)
IV Openstack Neutron
1.Introduction to OSI Model (Open Systems Interconnection)
1.1.Physical Layer
1.2.Data Link Layer
1.3.Network Layer
1.4.Data Encapsulation
1.5.Traffice Isolation
1.6.VLANs
1.7.Tunnels
2.Linux Networking
2.1.Packet flow through Linux Kernel
2.2.Linux Routing Table
2.3.Iptables
2.4.Network Namespaces
2.5.Linux Network Configuration Files
2.6.Linux Networking Tools
2.7.Linux Networking Tools Lab
3.OpenStack-¬‐Software Defined Network
3.1.Abstraction
3.2.Abstraction – Platform
3.3.Network Virtualization
3.4.Virtual Environment
3.5.Physical Hardware
3.6.Problem –Software Defined Networking (SDN)
4.OpenFlow
4.1.OpenFlow Switch
4.2.OpenFlow Controller
4.3.OpenFlow Protocol
4.4.Flow Table Entry
4.5.Flow Forwarding
5.Open vSwitch
5.1.Flow Concepts
5.2.sFlow and Open vSwitch
5.3.sFlow Data
5.4.sFlow Open vSwitch Agent
5.5.Open vSwitch Lab
6.Neutron
6.1.Network Type
7.Neutron API Extensions
7.1.Provider Networks
7.2.L3 Routing and NAT
7.3.Neutron Security Groups
8.Neutron Plugins
8.1.Open vSwitch Plugin
8.2.Linux Bridge Plugin
8.3.Ryu Plugin
8.4.Cisco Plugin
8.5.Nicira Plugin
8.6.NEC OpenFlow Plugin
8.7.Brocade Plugin
9.Neutron Configuration
9.1.Neutron Configuration Concepts
9.2.Neutron Configruation Lab
10.Packet Flow Through OpenStack
10.1.Physcial Lab
10.2.Packet Flow-¬‐Various Tunnels
10.3.Open vSwitch Port Mirroring
10.4.Configure Open vSwitch Port Mirrors
10.5.Packet Trace Lab
11.Network Architecture
11.1.Physical Networks
11.2.OpenStack Network Traffic
11.3.Neutron Network Design Considerations
11.4.Network Topology
11.5.OpenStack Scaling
11.6.Comparison
11.7.Network Services
11.8.Network Troubleshooting
11.9.Network Monitoring
12.Load Balancing as a Service
12.1.LBaaS
12.2.Neturon Load Balancer commands
12.3.LBaaS Example
12.4.LBaaS Lab
1.The Way of the Stacker: The Path to Influence in the OpenStack Community.
2.Setting up Your OpenStack Development Environment
3.The Contribution Lifecycle: How to land a patch in OpenStack
4.Beginning with Bugs: Where to start.
5.OpenStack Documentation: Where documentation is treated like code.
6.Code Contributions: It’s about more than your code
II Introduction to Rackspace Private cloud
1.Configuration Management: Ansible for deployment
2.Packages vs Source: Deploy from upstream source
3.Project vs Product: OSAD and RPC
4.Containers: LXC tools, service isolation, in-¬‐place upgrades
5.Architecture: HA and networking
6.Health & Troubleshooting: Logging and monitoring
III Openstack Essentials
1.OpenStack Identity Service (Keystone)
2.OpenStack Image Service (Glance)
3.OpenStack Networking Service (Neutron)
4.OpenStack Compute Service (Nova)
5.OpenStack Block Storage (Cinder)
6.OpenStack Object Storage (Swift)
7.OpenStack Dashboard (Horizon)
IV Openstack Neutron
1.Introduction to OSI Model (Open Systems Interconnection)
1.1.Physical Layer
1.2.Data Link Layer
1.3.Network Layer
1.4.Data Encapsulation
1.5.Traffice Isolation
1.6.VLANs
1.7.Tunnels
2.Linux Networking
2.1.Packet flow through Linux Kernel
2.2.Linux Routing Table
2.3.Iptables
2.4.Network Namespaces
2.5.Linux Network Configuration Files
2.6.Linux Networking Tools
2.7.Linux Networking Tools Lab
3.OpenStack-¬‐Software Defined Network
3.1.Abstraction
3.2.Abstraction – Platform
3.3.Network Virtualization
3.4.Virtual Environment
3.5.Physical Hardware
3.6.Problem –Software Defined Networking (SDN)
4.OpenFlow
4.1.OpenFlow Switch
4.2.OpenFlow Controller
4.3.OpenFlow Protocol
4.4.Flow Table Entry
4.5.Flow Forwarding
5.Open vSwitch
5.1.Flow Concepts
5.2.sFlow and Open vSwitch
5.3.sFlow Data
5.4.sFlow Open vSwitch Agent
5.5.Open vSwitch Lab
6.Neutron
6.1.Network Type
7.Neutron API Extensions
7.1.Provider Networks
7.2.L3 Routing and NAT
7.3.Neutron Security Groups
8.Neutron Plugins
8.1.Open vSwitch Plugin
8.2.Linux Bridge Plugin
8.3.Ryu Plugin
8.4.Cisco Plugin
8.5.Nicira Plugin
8.6.NEC OpenFlow Plugin
8.7.Brocade Plugin
9.Neutron Configuration
9.1.Neutron Configuration Concepts
9.2.Neutron Configruation Lab
10.Packet Flow Through OpenStack
10.1.Physcial Lab
10.2.Packet Flow-¬‐Various Tunnels
10.3.Open vSwitch Port Mirroring
10.4.Configure Open vSwitch Port Mirrors
10.5.Packet Trace Lab
11.Network Architecture
11.1.Physical Networks
11.2.OpenStack Network Traffic
11.3.Neutron Network Design Considerations
11.4.Network Topology
11.5.OpenStack Scaling
11.6.Comparison
11.7.Network Services
11.8.Network Troubleshooting
11.9.Network Monitoring
12.Load Balancing as a Service
12.1.LBaaS
12.2.Neturon Load Balancer commands
12.3.LBaaS Example
12.4.LBaaS Lab
