Duration: 30 Hrs

Outcome: Program helps to develop understanding with Linux Based Operating Systems like RedHat, Ubuntu, Kali, Fedora, Android.

• Understand and use essential tools for handling files, directories, command-line environments, and documentation
• Operate running systems, including booting into different run levels, identifying processes, starting and stopping virtual machines, and controlling services
• Create and configure file systems and file system attributes, such as permissions, encryption.

Audience: Those who want to enter into Open Source World and trying to build the career in System Security, Support & Administration, and Automation etc.

Prerequisite:  No prerequisite required

Contents:

1. Install Linux GraphicallyUsing essential tools for handling files, directories, command-line
2. Manage Files from the Command Lines
3. Creating, viewing and editing text files
4. Managing local Linux Users and Groups
5. Operate and manage running systems, including booting into different run levels, identifying processes, managing virtual  machines and controlling services.
6. Create and configure file systems and thier attributes, such as permissions, encryption, access control lists, and network file systems.
7. Monitoring and Managing Linux Processes
8. Controlling services and daemons
9. Configuring and securing OpenSSH service
10. Analysing and Storing logs
11. Managing Red Hat Enterprise Linux Networking
12. Create and Configure local storage using partitions and logical volumes
13. Create and Manage users and groups, including use of a centralized directory for authentication.
14. Configure and Manage security, including basic firewall and SELinux configuration.
15. Deploy, configure, and maintain systems, including software installation, update, and core services.
16. Archiving and copying files between systems-tar/gzip/bzip2
17. Installing and Updating Software Packages-rpm and yum
18. Accessing Linux file systems

Outcome: It shows to your future employers that you’ve quite a grip on Linux Systems administration and apart from that you acquire the following skills

• Configure local storage using partitions and logical volumes
• Manage and configure file systems and Advanced file system attributes, such as access control lists, and network file systems
• Deploy, configure, and maintain systems, including software installation, update, and core services
• Manage users and groups, including use of a centralized directory for authentication
• Manage security, including basic firewall and SELinux configuration

Audience: Those who are looking to build career in the field of System Administration and Support, DevOps, Cloud, Information Security, Automation, Network Administration.

Prerequisite:  No Prerequisite Require.

Contents:

RH134(RHCSA-System Administration II)

1.  Automating Installation with Kickstart
2. Using regular expression with Grep
3. reading and Editing files with vim
4. Scheduling Future Linux task-Cron,Anacron,at
5. Managing priority of Linux Tasks-nice
6. Controlling access to files with ACL-Access Control Lists
7. Managing SELinux Security
8. Connecting to Network-defined Users and Groups-LDAP and Kerberos Server
9. Adding Disks, Partitions and File Syatemsto a LInux Systems
10. Managing LVM Logical Volume Management storage
11. Accessing Network Storage with Network File System-NFS
12. Accessing Network Storage with SAMBA
13. Controlling and Troubleshooting the Red Hat Enterprise Linux Boot Process
14. Limiting Networking Communication with firewalld

Duration: 90 Hrs

Outcome:  The knowledge acquired as a Red Hat Certified Engineer will enable you to use the expertise and the troubleshooting skills on complex problems for the benefit of SEAQ’s customers.

• Capable enough to work as a System Administrator, field open for Cloud Infrastructures, security.
• Configuring static routes, packet filtering, and network address translation
• Setting kernel runtime parameters
• Configuring an Internet Small Computer System Interface (iSCSI) initiator
• Producing and delivering reports on system utilization
• Using shell scripting to automate system maintenance tasks
• Configuring system logging, including remote logging
• Configuring a system to provide networking services, including HTTP/HTTPS, File Transfer Protocol (FTP), network file system (NFS), server message block (SMB), Simple Mail Transfer Protocol (SMTP), secure shell (SSH) and Network Time Protocol (NTP)

Audience: Those who are looking for Edge in System Security & Administration, Migration Engineer, Information Systems Audit, Penetration Testing, Infrastructure Security.

Prerequisite:  RHCSA Certification required

Contents:

RH254(RHCE-Red Hat Certified Engineer)

1.  Controlling Services and Daemons-systemctl
2. Managing IPv4 Networking
3. Managing IPv6 Networking
4. Configuring Link Aggregation and Bridging
5. Network port security
6. Managing DNS for servers
7. Configuring Email Transmission-POSTFIX
8. Providing remote block storage-iSCSI
9. Configuring MariaDB Databases
10. Providing Apache HTTP/HTTPS Web services
11. Bash shell scripting basics
12. Introduction to Docker and Containers

Duration: 30 Hrs

Outcome: It shows to your future employers that you’ve quite a grip in Server Hardening and Security. System Hardening takes security and diligence to another level.

That means it:

• Able to applying more restrictive Security/User Security.
• Restrict access to each computer and device.
• Disable the guest account and features.
• Limit idle time and sleep settings.
• Establish data encryption for all incoming and outgoing communications.
• Remove unnecessary software on the server.
• Perform regular security audits and patches.
• Remove undesirable binaries.
• Establish a comprehensive backup and recovery system.
• Install anti-virus software and updates, and firewalls.
• Remove unnecessary file shares.
• Rename system administrator to something not easily detected by a criminal.
• Restrict permissions to files, services, registry entries and end-points.
• Seek help from an IT professional.

Audience: Those who are looking for the future in the field of System Security.

Prerequisite:  Should be certified with RHCSA,RHCE.

Contents:

RH413(Server Hardening)

1. Tracking security updates- CVE and Redhat Errata
2. Managing software updates
3. Creating file systems
4. Implementing Filesystem Encryption
5. Managing Special Permissions
6. Managing additional File Access Cotrols
7. Monitoring for file system changes
8. Managing user accounts
9. Managing Pluggable Authentication Modues (PAM)
10. Securing GRUB Bootloader
11. Controlling Identity Management-IDM
12. Securing Console Access
13. Installing central Authentication
14. Managing central Authentication
15. Configuring rsyslog log file management
16. Configuring Access to Network Service
17. Configuring System Auditing
18. iptables Basics

Duration: 25 Hrs

Outcome: It shows to your future employers that you’ve quite a grip on deploying private cloud infrastructure and apart from that you acquire the following skills

Self-hosted engine

• Deploys Red Hat Virtualization Manager engine as a virtual appliance and reduces hardware requirements.
• Enables built-in high availability for Red Hat Virtualization Manager.

Enhanced disaster recovery

• Fully supports third-party tools that offer backup, restore, and replication.
• Provides configuration support for adding/editing/deleting storage connections, which enables multi-pathing, hardware changes, simpler failover to remote sites, and array-based replication.
• Provides the ability to import storage and associated VMs to an alternative management, allowing for easy, fast failover. Live migration
• Allows running VMs to be moved seamlessly from one host to another within a Red Hat Virtualization cluster.
• Supports VM-level “Do Not Migrate” option and VM-host pinning.

Live migration

• Compression benefits VMs with large memory footprints by transferring compressed memory pages to the target host, minimizing the amount of data that travels during migration.
• Live migration auto convergence temporarily throttles VMs with memory pages that update faster than can be transferred over the network, allowing time to complete and finalize the workload cutover to the destination host.

Storage live migration

• Allows a single VM or multiple, concurrent running VM disks to be moved within the storage infrastructure without interruption to users or the VM.

High availability

• Allows critical VMs to be restarted on another host in the event of hardware failure with three levels of priority, taking into account resiliency policy.
• Controls high-availability VMs at the cluster level through resiliency policies.

Audience: Those who are looking for the future in the field for deploying Cloud Infrastructure.

Prerequisite:  Should have strong knowledge of Linux operating System.

Contents:

RH318(Red hat Certified Virtualization Administrator)

1. Deploy Red Hat Virtualization.

2 .Configure Red Hat Virtualization environments (datacentres, clusters, and storage domains).

3 .Install, manage, and troubleshoot virtual machines (servers and desktops).

4. Create virtual machine snapshots.

5 .Use templates for rapid virtual machine deployment.

6 .Secure Red Hat Virtualization environments with multilevel administrative roles.

7 .Monitor and create custom reports.

8 .Migrate virtual machines and explore high-availability options.

Duration: 40Hrs

Outcome: It shows to your future employers that you’ve quite a grip on deploying public cloud infrastructure. OpenStack comes with practically all of the benefits of cloud computing. That means it:

• OpenStack’s deployment and self-service capabilities offers developers and IT staff with faster and better access to IT resources. Because developers can supply machines rapidly and on-demand, they can significantly reduce development and testing periods and have more freedom to experiment with new ideas.
• Faster deployment of IT resources also means end users and business units no longer have to wait days or weeks to start using the network services and applications they need.
• Although not as scalable as public clouds, OpenStack private clouds still offer a significant degree of scalability. You can still spin up and spin down servers on-demand. So, for example, if one department encounters a surge in demand for computing resources, IT resources may be temporarily redirected from other departments to the one that currently needs it the most.
• OpenStack enables the construction of private, on-premise clouds, it can help in regulatory compliance endeavours. If your cloud is in your own data centre, you’ll have more control of access privileges, security measures, and security policies.

Audience: Those who are looking for the future in the field for deploying public Cloud Infrastructure.

Prerequisite:  Should have strong knowledge of Linux operating System and private Virtualization.

Contents:

CL110(RED HAT OPENSTACK ADMINISTRATION I)

1.  Launching an Instance
2. Managing Projects and Users
3. Managing Project Quotas
4. Managing Flavors
5. Managing Images
6. Managing Networks
7. Managing Floating IP Addresses
8. Managing Block Storage
9. Managing Security and Access
10. Managing Instances with Horizon
11. Installing OpenStack
12. Managing the Keystone Identity Service
13. Preparing to Launch Instances with the Command-line Interface
14. Managing Instances with the Command-line Interface
15. Managing Block Storage with the Command-line Interface

CL210(RED HAT OPENSTACK ADMINISTRATION II)

1.  Managing the Keystone Identity Service
2. Managing Flavors
3. Managing Networks
4. Managing Floating IP Addresses
5. Managing Security Groups
6. Managing Instances
7. Building a Customized Image
8. Deploying Red Hat OpenStack Platform
9. Adding Additional Compute Nodes
10. Deploying Scalable Stacks

Duration: 45 Hrs

Outcome: Upon Completion of this Course, you will accomplish following:-

• Configure and install the Add-On for High Availability
• Manage and create highly available services
• Work with Gluster to build and sustain a scale-out storage solution
• Build GFS2 file systems
• Work with the Storage Server
• Configure multipathing
• Work with shared storage
• Comprehend the GFS2 file system and employ tools to maintain, troubleshoot, and create it
• Build XFS file systems
• Explore the tools required for maintaining, creating, and troubleshooting the XFS file system

Audience: Senior Linux system administrators and IT professionals who work in Linux enterprise environments and mission-critical RedHat systems.

Prerequisite:RHCE certification is required to take the exam  or to enroll in a version of this course that includes the exam (RH437).

Contents:

• Clusters and storage

Get an overview of storage and cluster technologies.

• Create high-availability clusters.

Review and create the architecture of Pacemaker-based high-availability clusters.

• Nodes and quorum

Review cluster node membership and how quorum is used to control    clusters.

• Fencing

Understand fencing and fencing configuration.

• Resource groups

Create and configure simple resource groups to provide high-availability services to clients.

• Troubleshoot high-availability clusters

Identify and troubleshoot cluster problems.

• Complex resource groups

Control complex resource groups by using constraints.

• Two-node clusters

Identify and work around two-node clusters issues.

• ISCSI initiators

Manage iSCSI initiators for access to shared storage.

• Multipath Storage

Configure redundant storage access.

• Logical volume manager (LVM) clusters

Manage clustered LV.

• Global File System 2

Create symmetric shared file systems.

• Eliminate single points of failure

Eliminate single points of failure to increase service availability.

• Comprehensive review

Set up high-availability services and storage

Duration: 30 Hrs

Outcome: It shows to your future employers that you’ve quite a grip in Server Diagnostic and troubleshooting. Candidates will learn to approach troubleshooting in a structured and scientific manner. This approach will be useful in diagnosing problems related to boot issues, kernel issues, hardware issues, security issues, storage issues, network issues, RPM issues, and third-party application issues.

Other Benefits of doing Certification are:

• Devise a generalized troubleshooting strategy
• Work proactively for prevention of small issues
• Implement different system administration techniques proactively to prevent small issues from spiraling into huge problems
• Diagnose and troubleshoot issues affecting system boot
• Find out hardware issues affecting operability of a system
• Troubleshoot and solve storage issues
• Diagnose and fix problems related to the package management subsystem
• Troubleshoot and debug application and network issues
• Diagnose and fix security issues
• Identify and troubleshoot kernel issues
• Lab practice for skills and knowledge gained in this Red Hat Enterprise Linux Diagnostics and Troubleshooting course

Audience: Those who are looking for the future in the field of System Security, Server Diagnostics, troubleshooting.

Prerequisite:  Should be certified with RHCSA, RHCE and Server Hardening.

Contents:

1. Introduction to troubleshooting

Describe a generalized strategy for troubleshooting.

2. Take proactive steps to prevent small issues

Prevent small issues from becoming large problems by employing proactive system administration
techniques.

3. Troubleshoot boot issues

• Identify and resolve issues that can affect a system’s ability to boot.
• Identify hardware issues
• Identify hardware problems that can affect a system’s ability to operate.

4. Troubleshoot storage issues

Identify and fix issues related to storage.

5. Troubleshoot RPM issues

Identify and fix problems in, and using, the package management subsystem.

6. Troubleshoot network issues

Identify and resolve network connectivity issues.

7. Troubleshoot application issues

• Debug application issues.
• Deal with security issues
• Identify and fix issues related to security subsystems.

8. Troubleshoot kernel issues

Identify kernel issues and assist Red Hat Support in resolving kernel issues

Duration: 30 Hrs

Outcome:Students will learn how to install, configure, and maintain a cluster of Red Hat Storage servers. The course will also explore highly available common Internet file systems (CIFS) and network file systems (NFS) using CTDB, unified file and object storage, and geo-replication.

Professionals holding this certification have continually helped their companies with successful deployments and migrations.Hiring IT professionals who are certified as RedHat Storage Server allows many organizations to increase their ratio of servers to administrators, enabling them to be more cost effective in building out their infrastructures without needing to bring on additional resources.

A Candidate is able to perform the following tasks:

• Install and configure Red Hat Storage Server.
• Create and manage different volume types.
• Learn about IP failover for NFS and CIFS using CTDB.
• Explore geo-replication,
• Practice unified file and object storage using Swift.

Audience: Those who are looking for the future in the field of Linux system administrators and storage administrators or responsible for, maintaining large storage clusters using Red Hat Storage.

Prerequisite:  Should be certified with RHCSA certification or an equivalent level of knowledge is highly recommended

For candidates who have not earned their RHCSA, confirmation of the needed skills can be obtained by passing the online skills assessment.

Contents:

• Installation
• Install Red Hat Storage Server.
• Basic configuration
• Build a Red Hat Storage server volume.
• Volume types
• Understand different volume types.
• Clients
• Access data on Red Hat Storage server volumes from different client types.
• ACLs and quotas
• Implement quotas and Posix access control lists.
• Extending volumes
• Grow storage volumes online.
• IP failover
• Configure IP failover using CTDB.
• Geo-replication
• Configure geo-replication.
• Unified file and object storage
• Configure Swift object access.
• Troubleshooting
• Perform basic troubleshooting tasks.
• Quick Query

Duration:  5 Months

Outcome: it provides you with a better understanding of important current security principles. It also demonstrates continuous improvement on your part.

That means it:

• Information Security certifications cover a range of disciplines and emerging security trends, from cloud computing to secure software coding to overall security management..
• The Information Security certification shows your ability to build on your knowledge and learn about current security topics.
• Certification validates that a security professional has a specific set of skills and capabilities. For human resources managers, certification provides a screening mechanism to match potential candidates with the skills, knowledge, and experience an organization is looking for in a security professional.
• It helps you get in the door when pursuing a job or promotion and helps you advance toward a rewarding career in security and IT system administration.
• In contrast, security-conscious employees help reduce vulnerabilities. Many organizations value certified employees recognizing that they help them mitigate expensive security threats.
• Certification can help you remain competitive and employable at any stage of your career.
• Certification shows your ability to build on your knowledge and learn about current security topics.
• A certification is a good way to increase your value and stand out in a competitive industry. The value you gain from the certification gives you an edge when weighed against others who have not validated their knowledge. It helps you get in the door when pursuing a job or promotion and helps you advance toward a rewarding career in security and IT system administration.

Audience: Those who are looking for the future in the field Information security, Cyber Security, Ethical Hacking.

Prerequisite:  Not specific but those who are pursuing Engineering, BCA, MCA, B.Sc. IT, M.Sc., B.Com Computer, and who are planning to build their career in the field of System, Security, and Network Administration.

Contents:

There are 3 modules that will be covered are:

1. Red Hat Certified Engineer (including advance topic)
2. Cisco Certified Network Associate(CCNA)
3. LA Certified Information Security Expert

 CCNA Contents:

1. Basic Networking
2. Introduction to Wide Area Networks
3. Internetwork Operating System (IOS)
4. IP Routing (Static & Dynamic)
5. LAN Switching
6. IPv4 & IPv6
7. STP,PVSTP,RSTP
8. Virtual Private Network –VPN
9. Redundancy Protocols
10. Network Monitoring Tools
11. NAT & PAT
12. Cisco Express Forwarding
13. Network Device Security
14. WAN Technologies
15. Troubleshooting

1. LA Certified Information Security Expert Content:

Infrastructure Hacking:

1. Digital Footprint & Information Gathering
2. Network scanning
3. Target Enumeration
4. Cryptography & Steganography
5. Password Cracking
6. OS Login Bypass
7. Malware Illustration
8. Vulnerability Assessment Automation
9. Introduction to Metasploit
10. Hacking Database
11. Exploiting Windows OS by Metasploit
12. Exploiting Linux OS by Metasploit
13. Reverse Engineering
14. Network Sniffing
15. ARP & DNS Poisoning
16. Wireless Hacking [WEP+WPA1/WPA2]
17. DOS & DDOS Attacks
18. Social Engineering
19. Introduction to Bash Scripting
20. Report Generation

Web Application Hacking

1. Understanding Architecture of Web Application and Database
2. Understanding HTTP Protocol & Issue with SSL/TLS
3. Understanding HTTP Methods
4. Understanding Content Security Policy & HTP Headers
5. Identifying the attack surface policy [Information Gathering – Nikto]
6. Hacking Using Google
7. OWASP TOP 10
8. Introduction to Vulnerable Web Applications
9. Vulnerability Scanning Using Owasp Zap
10. SQL Injection
11. Cross-Site Scripting
12. Cross-Site Request Forgery
13. XXE Attacks
14. OS Code Injection
15. Local/Remote File Inclusion
16. Cryptographic Weakness
17. Insecure File Uploads
18. Introduction to WAF
19. Evading WAF
20. Report Generation

Duration: 25Hrs

Outcome: It shows to your future employers that you’ve quite a grip on deployingcloud infrastructure as a service. AWS comes with practically all of the benefits of Infrastructure as a service.

That means it:

Benefits of AWS certification for individuals:

Certification is a matter of demonstrating your skills and establishing your credibility. Achieving credentials could open doors to get heavily involved in AWS-related projects, or present to clients as a credible subject-matter expert. Of course, if you’re job-hunting, just having ‘AWS Certified’ on your CV won’t get you hired, but it could help you get you past various gatekeepers and into an interview room. Businesses don’t always have an easy way of testing the competencies of a job applicant. Also, they may be sifting through tonnes of CVs, so having the certification certainly gets you the wanted attention.

Benefits of AWS certification for employers:

Having AWS-certified employees helps to identify skilled team members and reduce the risks when implementing projects on AWS. Having AWS-certified employees can also help you to build your business, as it is one of the criteria for the higher tiers of membership in AWS Partner Network (APN). Being a member of the APN gives access to a wide variety of benefits, including training subsidies, AWS usage credits, marketing support and much more.

Audience: Those who are looking for the future in the field for deploying public Cloud Infrastructure as services.

Prerequisite: 

• Basic Knowledge of cloud Computing
• Hands on experience with Networking / System Administration Excellent
• experience of HTTP/s, DNS, IP
• understanding of SQL & No-SQL
• Work experience & deep understanding of multi-tier architecture.
• Basic knowledge of NAT

 Contents:

1. Introduction
   • Introduction of Cloud & AWS
   • Introduction of cloud computing
   • AWS history & dashboard
   • AWS Overview, Architecture Discussion
2. Identity Access Management
   • Identity Access Management
   • IAM Overview and Policies
   • IAM Users, Groups, and Roles
   • Access / Secret key
   • MFA
   • Report
3. Elastic Cloud Computing
   • Amazon EC2 Overview
   • Amazon Machine Image(AMI)
   • Introduction to EC2 Instance Types
   • Security Group
   • Elastic , Public & private IP
   • Overview of Amazon EBS
   • EBS & Snapshot
   • Elastic Load Balancing (ELB)
   • Auto Scaling
   • Databases
   • Relation Database System
   • DB engine & Instance details
   • Security, Option & parameter group
   • BYOL- Bring Your Own Licensed
   • VPC & subnet group
   • Monitoring Resourcing
4. Route 53
   • Route 53
   • DNS records
   • Policy
   • Route Table
   • Internet Gateway & NAT Instance / Gateway
   • DHCP Option-set , Endpoint
   • Using Security Groups and Network ACLs
   • Hardware Access VPN with VPC
5. Virtual Private Cloud
   • Amazon Virtual Private Cloud (VPC)
   • Amazon VPC and Subnets
   • Storage and Content delivery
   • Simple Storage Service ( S3 )
   • S3 Object Storage and Buckets
   • Security on bucket
   • Web Hosting , Logging & event
   • Glacier
   • Versioning & Lifecycle
   • Cross region replication
   • Transfer Acceleration
   • Cloud Front
   • CDN benefit and requirement
   • Cloud Front configuration with static content
   • Analytic reports
6. Management Tools
   • Cloud Watch
   • Matrices
   • Alarm & notification
   • Log & billing Monitoring
   • Other AWS monitoring
7. Brief information & discussion
   • SNS / SES /SQF /SWF
   • DynamoDB
   • Snowball
   • Direct Connect
   • Storage Gateway
   • Directory Service
   • Workspaces
8. Exam Preparation
9. AWS white paper
10. Sample question

Duration: 45 Hrs
Outcome: Upon Completion of this Course, you will accomplish following:

• Install OpenShift Container Platform clusters.
• Configure and manage OpenShift masters and nodes.
• Secure OpenShift.
• Control access to resources on OpenShift.
• Deploy applications on OpenShift using Source-to-Image (S2I).
• Configure and manage OpenShift pods, services, routes, secrets, and other resources.

 Prerequisite:

• Red Hat prescribes these requirements:
• Be affirmed as a Red Hat Certified System Administrator, or identical Red Hat Enterprise Linux framework organization encounter
• Complete the Introduction to Containers, Kubernetes, and Red Hat OpenShift (DO180)course or have proportionate involvement with holders, Kubernetes, and OpenShift fundamentals.

 Contents:

Introduction to Red Hat OpenShift Container Platform

Review features and architecture of OpenShift Container Platform.

 Install OpenShift Container Platform

Install OpenShift Container Platform and configure a master and node.

 Execute commands

Execute commands using the command line interface.

Build applications

Create, build, and deploy applications to an OpenShift Container Platform instance.

Persistent storage

Provision persistent storage and use it for the internal registry.

Build applications with source-to-image (S2I)

Create and build applications with S2I and templates.

Manage the system

Use OpenShift Container Platform components to manage deployed applications.

Customize OpenShift Container Platform

Customize resources and processes used by OpenShift Container Platform.

Comprehensive review

Practice and demonstrate knowledge and skills learned in the course.

Python, is open source software and has a community-based development model, as do nearly all of Python’s other implementations.

Duration: 25 Hrs

Contents:

Duration: 45 Hrs

Outcome: On course completion, participants will be able to learn:

• Configure security and TLS.
• Use Docker in continuous integration.
• Build, manage, and distribute images.
• Control the Docker daemon
• Use Docker Machine, Swarm, and Compose
• Enable Docker Content Trust
• Set up a registry and understand the Docker Trusted Registry
• Build micro service applications

Audience:

• System Administrators
• Cloud Infrastructure Engineers
• Developers

 Prerequisite:

• Basic System Administrator Skills
• Good to have (Not Mandatory) access to a Linux System to setup Docker to follow along

  Contents:

• Learn basics of Docker and run a basic hello world in Docker
• Discuss containerization and various operations performed on it
• Introduce yourself to the Docker File and Docker Hub and how to create Docker images
• Discuss in detail about the configuration of the Docker daemon
• Learn the various networking mechanisms available in Docker
• Introduce several tools that leverage Docker to ease application deployment, continuous integration, service discovery, and orchestration
• Learn to deploy various Container based Applications on the Cloud
• Control the Docker daemon
• Configure security and TLS
• Run applications on multiple containers across multiple host machines
• Enable Docker Content Trust
• Set up a registry and understand the Docker Trusted Registry
• Use Docker Machine, Swarm, and Compose
• Build micro service applications

Duration:  45 Hrs

Objective:

1. To establish the self-employed Society.
2. To generate the Computer Hardware Professionals.
3. To Train the lower order Technicians.
4. To generate man power at different level to enable the country to face the challenge of world Modern I.T. and Instrumentation.

Audience: The one how is looking for the future in the field of IT services

Prerequisite:  10+2, Any Degree holder

Contents:

1. Basic Electronics & Measuring

• Basic difference between analog and digital Signal
• Application and advantages of digital signal processing
• Testing and Measurement of SMPS
• Why Binary numbers are used
• Binary, Decimal and Hexadecimal number system; Conversion from decimal and hexadecimalto Binary and vice versa
• BCD numbers,ASCII code
• Basic Concept of parity.
• Half wave, Full wave & Bridge rectifiers
• Definition symbols and truth tables of NOT.AND, OR, NAND, NOR, EXOR Gates.
• Simple application in developing combinational logic circuits
• Diode Logic, Transistor Inverter.
• Registers, Counters and Memories

– Buffer Register

– Shift Register

– Synchromesh Counters

– Ring Counters

– ROMs, PROMs and EPROM’s

– ROMs

– Small TTL Memories.

2. Introduction to Hardware Architecture

• Study of PC-AT/ATX System, Pentium, Core, Core 2 Cord, Core 2 Duo, I3, I5, I7 Processor
• Basics of Processor and CPU
• Block Diagram of Computer and Computer Generation
• Motherboards, Chipset and Controllers, BIOS and the Boot Process, Computer Memory.
• IDE and SATA Devices: Hard Disk Drive and CD/DVDs Drives,SCSI Devices, Floppy Disk, Zip Drive, Backup Drive,
• Expansion Cards- LAN Card, IDE Card , VGA and SVGA Cards, Sound Card, Interface Cards, I/O cards, Video
• Cards, USB Card, Fire-Wire Cards, Internal Ports, Cables and Connector Types.
• Monitors:- CRT, LCD and LED Displays,
• Printers:- Dot-Matrix Printer, Inkjet Printer, Laser Printer
• Scanner:- Photo Scanner, Documents Scanner, Bar Cord Scanner
• Keyboards, Mouse, External Modem, Ports and Connectors, Batteries, Power supply, Pen Drives, SCSI interface
• Devices, Laptop Computers, Digital Advance storage technology.
• Introduction of Network Cable like UTP, STP, Fiber Optics, Hub, Unmanageable Switch, Manageable Switch,
• Router, Modem, Wi-Fi, Access Point, PCI Wireless Card, USB Wireless Device, Print Server, USB Network Sharer,
• Backup Device, Server Hardware

3. Computer Hardware & Peripherals

• Assembling of a Computer
• Assembling of a Laptop
• Peripherals devices like Graphics Card, Sound Card, LAN Card, Wireless LAN Card, SCSI Card, External Drive, FlashCards, Web Camera, CCTV Camera, Mobile Devices, Pen Drive, Firmware Cards, Modem, Plotter, Wireless LAN, Access Point.
• Assembling of Printer (Dot-Matrix and Laser Printer)
• Assembling of Scanner (Photo & Bar Code Scanner)

4. Diagnostic Tools & PC Maintenance

• Troubleshooting and repairing of OS
• Installation and Troubleshooting of Printer (Dot-Matrix and Laser Printer)
• Installation and Troubleshooting of Scanner (Photo & Bar Code Scanner)
• To Repair and Troubleshooting of SMPS, Monitor, Printer and Motherboard
• Introduction, Virus and its types.
• Effect of Virus for Computer System
• Antivirus remover tools
• Antivirus Utilities for Diagnostic, Safety and Preventive Maintenance Tools,
• Concept of Fax and E-mail, PC care and Maintenance, Electrical Power Issues.

5. Operating System Administration, Application Software & Device drivers

• Introduction and Installation of Operating System, System Software and Device Drivers

-Installation of different Operating Systems

– Installation of different device drivers

– Installation of different Application Software

– Biometric Security Device Installation and Configuration

– Tacking Data Backup and System Formatting

– To Install All Types of Connectors and Converters

– User account administration, group management,

• Introduction and installation of Linux

– History of Linux

– Linux distributions

– Features of Linux

– Advantages of Linux Installation of Red Hatand SUSE Linux and Fedora Edition

– System requirements

– Disk partition, Mount points

–Installation method

–creating the boot disk.

• Working with Linux GNOME and KDE

– User Management

– X- windows Desktop environment,

–Using Gnome and KDE Desktopenvironment,

– Linux commands

–Linux files system,

– Directories,

– Vim Editors.

– Linux Shell, feature ofShell, Shell available.

• Linux Services and Network Security

– Command line tool,

–Administering user accounts and groups.

– Network Services.

–Proxies,

– Firewalls.

– NISand Host Security,

– Diskless Terminal,

– Web Server,

– Overview of Clustering,

– File systems,

– IP address,

6. Network Essentials & Management

• Overview of Networking

– Introduction to networks and networking, LAN, VLAN, CAN, MAN, WAN.

– Uses and benefits of Network, Server-client based network, peer to peer networks.

• Network Hardware and Components

– Concept of Server, client, node, segment, host etc.

– Analog and Digital transmission,

– Network Interface Card,

– Crimping tools

– Colour standards for Straight crimping and Cross crimping

– Functions of NIC, Repeaters, Hub, Switches, Routers, Bridges, Router etc.

• Transmission Media and Topologies

– Media types: STP cable, UTP cable, Coaxial cable, Fibre cable, Base band and Broadband transmission,

– Cables and Connectors, Physical and logical topologies,

– Bus, Star, Ring and Mesh topologies

• Protocols and Services

– HTTP, FTP and other Different types of protocols,

– OSI Model

– Media Access Method

– DNS services

– DHCP services

– Web services

– Proxy Services

• TCP/IP and Sub-netting

– Introduction about TCP/IP and Sub-nettings,

– configuring IP address

– Sub-nettings withdifferent Routers and Network,

– TCP/IP Errors and Solutions,

– All Types of Network Troubleshooting Command

-DNS and Internet, Security fundamentals,

– System security,

• Configuring Services

– Printing services,

– Active Directory services,

– DNS services,

– DHCP services,

– RAS, Volumes and Disk management

– Auditing and Resource Access,

– Gateway services,

– Terminal services,

–  Configuring & implementing VPN,

–  Local and Domain security policy,

– Group Policies

• Network Administration

– Installing and Configuring Wire & Wireless Network,

–Network Troubleshooting,

–Installing Manageable devices like Switches, Routers, Wi-Fi Device, Printer, CCTV Camera, IP Camera and Other Network Devices.

–Installation and configuring Peer to Peer and Server-Client Network

–Installation and Configuring Active Directory Services

–Installation and Configuring DNS & DHCP Services

–Installation and Configuring FTP, HTTP Services

–Backup and Restoration for ADS, DHCP and User Data

– FAT and NTFS Sharing Permission

– Configuring & Implementing Unmanageable Network Switch

– Configuring & Implementing Manageable Network Switch

– Configuring a Local Security Policies & Domain Security Policies

– Configuring Gateway Service for Internet Connectivity

– Configuring ADSL+2 Router for BSNL Internet Connectivity

– Configuring Wireless Access Point

– Installation and Configuring Wire Network

– Installation and Configuring Wireless Network

– Installation of AD-hoc Wireless Network

– Installation and Configure Different Antivirus Software and Admin Console

– Remote Desktop, Remote Assistance, Telnet, HyperTerminal, Team-Viewer

• WANs and Remote Connectivity

– Public networks,

–Remote connectivity for server and clients,

–Indoor and Outdoor Wireless, WLAN- WIFI and WIMAX, PCI Wireless Card, USB Wireless Card, Wireless Access Point.

– Security of networks like Firewalls.

• Implementing of DNS server
• Implementing of DHCP Server

Creating a Domain account

Duration: 45 Days

Outcome: After completion of the course the student will be able to manage Network for an Organization

Audience: Engineering/’A’ or ‘B’ Level /Bsc/Msc(IT)/MCA, Any Graduate.

Prerequisite:  No required prerequisites for CCNA certification

Contents:

• Understand how different network topologies interact to form a secure IT network
• Explain how a computer network works and how it interacts with networked devices
• Configure, verify and troubleshoot a switch with VLAN & interswitch communications
• Implement an IP addressing scheme and IP Services to meet specific network requirements
• Configure, verify and troubleshoot routing and router operations on current Cisco devices
• Identify network security threats and describe threat mitigation methods & countermeasures
• Describe and perform the appropriate tasks for wireless local area network (WLAN) administration
• Setup and verify WAN links and execute the proper methods for connecting to a wide area network
• Implement & support Network Address Translation (NAT) and Access Control Lists (ACLs) in branch office networks

• Participants who complete the Connecting Networks course will be able to perform the following functions:

• Understand and describe different WAN technologies and their benefits

• Understand and describe the operations and benefits of virtual private networks (VPNs) and tunneling

• Understand, configure, and troubleshoot serial connections

• Understand, configure, and troubleshoot broadband connections

• Understand, configure, and troubleshoot tunneling operations

• Understand, configure, and troubleshoot Network Address Translation (NAT) operations

• Monitor and troubleshoot network operations using syslog, SNMP, and NetFlow

• Understand and describe network architectures:
• Borderless networks
• Data centers and virtualization
• Collaboration technology and solutions

* For more information about CCNA Programs please visit the Cisco CCNA Routing and Switching certification.

Duration: 45 Hrs

Outcome: On course completion, participants will be able to learn:

• Configure security and TLS.
• Use Docker in continuous integration.
• Build, manage, and distribute images.
• Control the Docker daemon
• Use Docker Machine, Swarm, and Compose
• Enable Docker Content Trust
• Set up a registry and understand the Docker Trusted Registry
• Build micro service applications

Audience:

• System Administrators
• Cloud Infrastructure Engineers
• Developers

Prerequisite:

• Basic System Administrator Skills
• Good to have (Not Mandatory) access to a Linux System to setup Docker to follow along

Contents:

• Learn basics of Docker and run a basic hello world in Docker
• Discuss containerization and various operations performed on it
• Introduce yourself to the Docker File and Docker Hub and how to create Docker images
• Discuss in detail about the configuration of the Docker daemon
• Learn the various networking mechanisms available in Docker
• Introduce several tools that leverage Docker to ease application deployment, continuous integration, service discovery, and orchestration
• Learn to deploy various Container based Applications on the Cloud
• Control the Docker daemon
• Configure security and TLS
• Run applications on multiple containers across multiple host machines
• Enable Docker Content Trust
• Set up a registry and understand the Docker Trusted Registry
• Use Docker Machine, Swarm, and Compose
• Build micro service applications