CompTIA Cloud+ Training and Certification

CompTIA Cloud+ Training

Nux Software Solutions delivers top-tier CompTIA Security+ training in Coimbatore, empowering you to excel in the cybersecurity field. Our program offers:

  • Industry-expert instructors with extensive real-world experience
  • State-of-the-art lab infrastructure accessible 24/7
  • Hands-on, practical learning approach
  • Flexible training options for professionals and corporations
  • Innovative learning methods and delivery models
  • Cost-effective programs tailored to your career goals

Why Choose CompTIA Security+ Certification?

CompTIA Security+ is a globally recognized certification that sets you apart in the cybersecurity industry:

  • Performance-based assessment ensures real-world readiness
  • Trusted by employers worldwide for identifying skilled cybersecurity professionals
  • Regularly updated to reflect current industry demands and emerging threats
  • Validates core skills in network security, compliance, and operational security

Our Training Approach

At Nux Software Solutions, we prioritize your success:

  • Comprehensive curriculum covering all CompTIA Security+ exam objectives
  • Blend of theoretical knowledge and practical application
  • Simulated exam environments to boost your confidence
  • Personalized attention to address individual learning needs

Invest in your future with our CompTIA Security+ training. Gain the skills and confidence to excel in the rapidly evolving field of cybersecurity and take your career to new heights.

Ready to secure your future? Contact Nux Software Solutions today to enroll in the best CompTIA Security+ training in Coimbatore!

CompTIA Cloud+ Syllabus

Modules

Compare and contrast cloud services.

1. SaaS (according to NIST), 2.IaaS (according to NIST), 3.PaaS (according to NIST), 4. CaaS, 5.XaaS, 6. DaaS, 7. BPaaS, 8. Accountability and responsibility based on service models,

Compare and contrast cloud delivery models and services.

Explain object storage concepts.

Explain the differences between hypervisor types.

Install, configure and manage virtual machines and devices.

Given a scenario, perform virtual resource migration.

Explain the benefits of virtualization in a cloud environment.

Compare and contrast virtual components used to construct a cloud environment.

Compare and contrast various storage technologies.

Explain storage configuration concepts.

1. Private, 2. Public, 3. Hybrid, 4. Community, 5. On-premise vs. off-premise hosting, 6. Accountability and responsibility based on delivery models, 7. Security differences between models, Multi-tenancy issues, Data segregation, Network isolation, Check laws and regulations, 8. Functionality and performance validation based on chosen delivery model, 9. Orchestration platforms,

ZFS
Execute storage provisioning.

1. Object ID, 2. Metadata, 3. Data/blob, 4. Extended metadata, 5. Policies, 6. Replicas, 7. Access control,

Given a scenario, implement appropriate network configurations.

1. Elasticity, 2. On-demand self-service/just-in-time service, 3. Pay-as-you-grow, 4. Chargeback, 5. Ubiquitous access, 6. Metering resource pooling, 7. Multi-tenancy, 8. Cloud bursting, 9. Rapid deployment, 10. Automation

Explain the importance of network optimization.

Given a scenario, troubleshoot basic network connectivity issues.

Explain common network protocols, ports and topologies.

Explain common hardware resources and features used to enable virtual environments.

1. Type I and Type II, Bare metal vs. OS dependent, Performance and overhead considerations, Hypervisor-specific system requirements, 2. Proprietary vs. open source, 3. Consumer vs. enterprise use, Workstation vs. infrastructure,

Resource Management
Given a scenario, appropriately allocate physical (host) resources using best practices.

Given a scenario, appropriately allocate virtual (guest) resources using best practices.

Given a scenario, use appropriate tools for remote access.

Explain network security concepts, tools and best practices.

1. Creating, importing and exporting template and virtual machines, 2. Install guest tools, Drives, Management tools, 3. Snapshots and cloning, 4. Image backups vs. file backups, 5. Virtual NIC, Virtual network, IP address, Default gateway, Netmask, Bridging, 6. Virtual disks, Limits, SCSI/ATA ID, 7. Virtual switches, VLAN, Interface configuration, 8. VLAN, Assign IDs, Bind interfaces, 9. VSAN, Assign IDs,

Explain storage security concepts, methods and best practices.

Compare and contrast different encryption technologies and methods.

Encryption for data in transit and encryption for data at rest Implement guest and host hardening techniques.

1. Establish requirements, 2. Maintenance scheduling, 3. Reasons, Performance issues, Testing, Upgrading, Utilization, 4. Storage migration, Virtual vs. physica, 5. Online vs. offline migrations, 6. Physical to Virtual (P2V), 7. Virtual to Virtual (V2V), 8. Virtual to Physical (V2P),

Systems Management
Explain policies and procedures as they relate to a cloud environment.

1. Shared resources, 2. Elasticity, Time to service/mean time to implement, Resource pooling, Scalable, Available, Portable, 3. Network and application isolation, 4. Infrastructure consolidation, 5. Virtual datacenter creation,

Given a scenario, diagnose, remediate and optimize physical host performance.

1. Virtual network components, Virtual NIC, Virtual HBA, Virtual router, 2. Shared memory, 3. Virtual CPU, 4. Storage virtualization, Shared storage, Clustered storage, NPIV,

Explain common performance concepts as they relate to the host and the guest.

1. Network Attached Storage (NAS), File level access, Shared storage, 2. Direct Attached Storage (DAS), Block level access, Dedicated storage, 3. Storage Area Network (SAN), Block level access, Shared storage, HBAs, LUN masking, Zoning, WWN, Fibre Channel protocols, 4. Different access protocols, FCoE, FC, Ethernet, iSCSI, 5. Protocols and applications, IP, FCP, iSCSI, 6. Management differences,

Implement appropriate testing techniques when deploying cloud services.

1. Disk types, SSD vs. spinning, Interfaces types, Access speed, 2. Tiering, Performance levels of each tier, Policies, 3. RAID levels, RAID 1, RAID 0, RAID 1+0, RAID 0+1, RAID 5, RAID 6, 4. File system types, UFS, EXT, NTFS, FAT, VMFS, ZFS,

Compare and contrast disaster recovery methods and concepts.

1. Creating LUNs, 2. Creating network shares, 3. Zoning and LUN masking, 4. Multipathing, 5. Implications of adding capacity to a NAS and SAN, Impact to operations, Downtime, Best practices,

1. NAT, 2. PAT, 3. Subnetting/supernetting, 4. VLAN and VLAN tagging, 5. Network port configurations, 6. Switching and routing in physical and virtual environments,

Deploy solutions to meet availability requirements.

1. WAN, 2. LAN, 3. MAN, 4. QoS, 5. Bandwidth, 6. Latency, 7. Compression, 8. Caching, 9. Load balancing, 10. Devices on the same subnet,

  • Given a scenario, troubleshoot basic network connectivity issues.

    • 1. Tools, ping, tracert/traceroute, telnet, netstat, nslookup/dig, ipconfig/ifconfig, route, arp, 2. Review documentation and evice configuration settings, 3. Review system logs,

    1. Trunk ports, 2. Port binding/aggregation, 3. Common ports, 80, 21, 22, 25, 53, 443, 68, 4. Common protocols, HTTP, FTP, HTTPS, FTPS, SFTP, SSH, DNS, DHCP, SMTP, 5. Types of networks, Intranet, Extranet, Internet,

  • Given a scenario, implement and use proper resource monitoring techniques.

    • 1. Protocols, SNMP, WMI, IPMI, Syslog service, 2. Alert methods, SMTP, SMS, SNMP, Web services, Syslog, 3. Establish baselines and thresholds, 4. Automated responses to specific events, 5. Examine processes usage/resource usage,

  • Given a scenario, appropriately allocate physical (host) resources using best practices.

    • 1. Memory, 2. CPU, 3. Storage and network allocation, 4. Entitlement/quotas (shares), Hard limit, Soft limit, 5. Reservations, 6. Licensing, 7. Resource pooling, 1. Virtual CPU, 2. Memory, 3. Storage and network allocation, 4. Entitlement/quotas (shares), 5. Hard limit/soft limit, 6. Reservations/licensing, 7. Dynamic resource allocation, 8. Resource pooling, 9. CPU affinity, 10. Physical resource redirection and mapping to virtual resources, Serial, USB, Parallel port mapping, 1. Remote hypervisor access, 2. RDP, 3. SSH, 4. Console port, 5. HTTP,

  • Explain network security concepts, tools and best practices.

    • 1. ACLs, 2. VPNs, 3. IDS/IPS hardware/ software-based firewalls, 4. DMZ, 5. Review/audit logs, 6. Attacks, DDoS, Ping of death, Ping flood, 1. Obfuscation, 2. Access control lists, 3. Zoning, 4. LUN masking, 5. User and host authentication, 6. Review/audit logs, 1. PKI, 2. IPSec, 3. SSL/TLS, 4. Ciphers, AES, 3DES, RSA, DSA, RC4, RC5, 5. Encryption for data in transit and encryption for data at rest, 1. Role-based administration, 2. Mandatory access controls, 3. Discretionary access controls, 4. Multifactor authentication, 5. Single sign-on, 6. Federation, 1. Disabling unneeded ports and services, 2. User credentials, Changing default passwords, 3. Host-based/software firewalls, 4. Antivirus software 5. Patching, 6. Deactivating default accounts

  • Compare and contrast disaster recovery methods and concepts.

    • 1. Redundancy, 2. Failover, 3. Geographical diversity, 4. Failback, 5. Replication, 6. Site mirroring, 7. Hot site, 8. Cold site, 9. Warm site, 10. Backup and recovery, 11. Archiving and off-site storage, 12. Replication types, Synchronous, Asynchronous, 13. RTO, 14. RPO, 15. MTBF, 16. MTTR, 17. Mission-critical requirements, 1. Fault tolerance, High availability, Local clustering/geoclustering, Non-high-availability resources, 2. Multipathing, 3. Load balancing

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