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Computer network, CISCO courses
Category overview
If you are interested or enjoy working with Windows Server, we have a rich offer of courses for both beginners and advanced administrators. For example:
Windows Server System Installation and Administration - š training is for administrators who will work with MS Windows Server on a daily basis and will install, configure, manage and provide technical support for the MS Windows Server operating system.
Windows SERVER system security - training for administrators who will manage, install, configure MS Windows Server , perform administration and technical support of the MS Windows Server operating system.
Active Directory - Intensive - Windows Server Management + Active Directory training is for administrators with experience in They work with the server and want to supplement the information in the form of intensive training.
Exchange SERVER installation and administration - This course is intended for MS Windows Server administrators. who want to use the MS Exchange e-mail system on a computer network.
You will find training syllabi for each individual course .
The advantage of database training in Macrosoft s.r.o. there are usually smaller groups of trainees. Experienced lecturers are a guarantee of thorough adoption of the curriculum with emphasis on the needs of clients. Of course, there is also room during the training for questions that interest clients in practice.
Among other benefits that our clients appreciated are comfortable, bright and spacious training rooms, as well as refreshments during breaks. Upon completion of the course, which takes place in a relaxed atmosphere, each participant will receive a Macrosoft training graduate certificate. Macrosoft certifications are widely accepted by employers, including large organizations and companies.
Contents
Active courses: 9
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Cisco CCNA Computer Networks
Price incl. VAT
2 496.90 €
Current VAT 23%
Duration
Day: 6 days · Evening: 12 days
Course overview
The Cisco CCNA Computer Networks training is intended for applicants interested in computer networks and their future administrators. A course graduate will gain general knowledge about how the Internet and networks in a corporate environment work. In addition to acquiring the necessary theory, they will also gain practical skills with the design and operation of computer networks, as well as solving common technical problems. The graduate will also go through the area of routing in IP networks with a focus on static and dynamic routing technologies in IP networks; it is intended for computer network administrators built primarily on Cisco routers.
Minimum input knowledge
Advanced knowledge of working with a computer.
Output knowledge
A graduate of the Cisco CCNA Computer Networks course will gain theoretical knowledge about network technologies and practical skills with their configuration in the Microsoft Windows operating system environment. In addition, they will also acquire knowledge regarding the design of computer networks, not only in a corporate environment. They will gain theoretical knowledge about routing technologies in IP networks and practical skills with their configuration in the Cisco IOS operating system environment. They will also gain knowledge in the area of LAN and VLAN network switching.
Training syllabus
General View of the World of Current Computer Networks - Global Internet Network and Options for Connecting to the Internet
Classification and Characteristics of Computer Networks by Type, Specification of Used Transmission Media and Protocols
- Local Area Network (LAN) Metropolitan Area Network (MAN) Wide Area Network (WAN) Virtual Private Network (VPN)
ISO OSI and TCP/IP Models
Active Network Elements - Basic Building Blocks of Computer Networks and Description of Their Activity
- hub bridge switch router
Data Link Layer Protocols of ISO OSI Theoretically
- Ethernet Fast Ethernet Gigabit Ethernet
Network Layer Protocols of ISO OSI Theoretically and Practically
- Internet Protocol (IP) Internet Control Message Protocol (ICMP)
Transport Layer Protocols of ISO OSI Theoretically and Practically
- Transmission Control Protocol (TCP) User Datagram Protocol (UDP)
Application Layer Protocols of ISO OSI Theoretically and Practically
- Local Area Network (LAN) Wide Area Network (WAN)
Theoretical Introduction to Routing in IP Networks
Familiarization with the Router and Cisco IOS Command Line
CDP (Cisco Discovery Protocol) Protocol Practically
Static Routing Theoretically and Practically
- static routes with next-hop address static routes with output interface static routes with next-hop address and output interface summary static routes default static route floating static routes
Theoretical Introduction to Switching in LAN Networks
- hierarchical network model (Access, Distribution, Core layer of LAN network) Ethernet, Fast Ethernet, Gigabit Ethernet technologies - repetition design of a switch network in a corporate environment
Virtual LAN (VLAN) Networks and 802.1Q Trunking
STP (Spanning Tree Protocol) Protocol
Routing Between VLANs
- traditional Inter-VLAN routing Router-on-a-Stick
Switch Security, Port Security
Redundancy in LAN, HSRP (Hot Standby Router Protocol) Protocol
EtherChannel
Price incl. VAT
430.50 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
You will learn how a local computer network works and understand how the internet works. You will use the theoretical basics of computer networks to create a design of a secure local computer network (LAN). A basic overview in the area of networks is the entry gate into the world of networking.
Minimum input knowledge
basic knowledge of working with a computer and the internet, determination to learn something new about how networks work
Output knowledge
Overview of the use of network elements, protocols and design options in a small LAN network. Basics of how the internet works. The graduate will be able to solve common network problems in a company network.
Training syllabus
Principles of Computer Networks
- Division and characteristics of a computer network Reference model RM OSI, TCP/IP Devices in a network: hub, bridge, switch, router, firewall, WiFi AP, ... Types of computer network connection Delays and packet losses, TTL data, protection against errors Connecting networks with and without connection, packet fragmentation and defragmentation Collision domains, packet collisions Switching at the first, second and third layer of RM OSI Addressing in a network - IPv4, IPv6 addresses, terms IP address, MAC address, mask, subnet, broadcast, public and static IP address Principles of NAT technology, when it is used, why it is currently needed.
Network Layer Protocols of ISO OSI Theoretically and Practically
- Internet Protocol (IP) Internet Control Message Protocol (ICMP)
Transport Layer Protocols of ISO OSI Theoretically and Practically
- Transmission Control Protocol (TCP) User Datagram Protocol (UDP)
Application Layer Protocols of ISO OSI Theoretically and Practically
- Hypertext Transfer Protocol (HTTP) Hypertext Transfer Protocol Secure (HTTPS) Domain Name System (DNS) Address Resolution Protocol (ARP) Dynamic Host Configuration Protocol (DHCP) File Transfer Protocol (FTP) Secure Shell (SSH)
Daily Tasks of a Network Administrator
- Security aspects in a computer network, types of some attacks and their prevention Practical examples of configuring demonstration interfaces of network components (router, switch, WiFi AP, firewall) Design of your own small computer network
Price incl. VAT
799.50 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
The Cisco CCNA I - Introduction to Computer Networks training is intended for people interested in computer networks and for their future administrators. A graduate of the Cisco CCNA I - Introduction to Computer Networks course will gain general knowledge of how the Internet and networks in a corporate environment work. In addition to acquiring the necessary theory, they will also gain practical skills in designing and operating computer networks, as well as solving common technical problems.
Minimum input knowledge
Advanced computer skills.
Output knowledge
A graduate of the Cisco CCNA I - Introduction to Computer Networks course will gain theoretical knowledge of network technologies and practical skills in configuring them in the Microsoft Windows operating system environment. In addition to the above, they will also acquire knowledge of computer network design not only in a corporate environment.
Training syllabus
General View of the World of Current Computer Networks - the Global Internet Network and Options for Connecting to the Internet
Division and Characteristics of Computer Networks by Type, Specification of Used Transmission Media and Protocols
- Local Area Network (LAN) Metropolitan Area Network (MAN) Wide Area Network (WAN) Virtual Private Network (VPN)
ISO OSI and TCP/IP Models
Active Network Elements - Basic Building Blocks of Computer Networks and Description of Their Operation
- hub - hub bridge - bridge switch - switch router - router
Data Link Layer Protocols of ISO OSI in Theory
- Ethernet Fast Ethernet Gigabit Ethernet
Network Layer Protocols of ISO OSI in Theory and Practice
- Internet Protocol (IP) Internet Control Message Protocol (ICMP)
Transport Layer Protocols of ISO OSI in Theory and Practice
- Transmission Control Protocol (TCP) User Datagram Protocol (UDP)
Application Layer Protocols of ISO OSI in Theory and Practice
- Hypertext Transfer Protocol (HTTP) Hypertext Transfer Protocol Secure (HTTPS) Domain Name System (DNS) Address Resolution Protocol (ARP) Dynamic Host Configuration Protocol (DHCP) File Transfer Protocol (FTP) Secure Shell (SSH)
Conversion Between Number Systems - Binary and Decimal
Addressing in the IPv4 Protocol (Subnetting and VLSM)
Design of a Small Computer Network - Practical Tips and Tricks for Designing Your Own Network
Price incl. VAT
799.50 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
The Cisco CCNA II - Routing in IP Networks training, focused on static and dynamic routing technologies in IP networks, is intended for administrators of computer networks built primarily on Cisco routers. It is also suitable as part of preparation for the Cisco Certified Network Associate (CCNA) industry certification exam. A course graduate will gain not only basic theoretical knowledge of packet routing in IP networks. They will also acquire practical skills in configuring routers and specific technologies in the command-line environment of the Cisco IOS operating system.
Minimum input knowledge
Completion of the Cisco CCNA I - Introduction to Computer Networks course
Output knowledge
A graduate of the Cisco CCNA II - Routing in IP Networks training will gain theoretical knowledge of routing technologies in IP networks and practical skills in configuring them in the Cisco IOS operating system environment. In addition to the above, they will also acquire general knowledge of router network design not only in a corporate environment.
Training syllabus
Overview of Computer Network Technologies - Review
- Local Area Network (LAN) Wide Area Network (WAN)
ISO OSI and TCP/IP Models - Review
Addressing in the IPv4 Protocol (Subnetting and VLSM) - Review
Theoretical Introduction to Routing in IP Networks
Getting Familiar with the Router and the Cisco IOS Command Line
CDP (Cisco Discovery Protocol) Protocol in Practice
Static Routing in Theory and Practice
- static routes with a next-hop address static routes with an outgoing interface static routes with a next-hop address and an outgoing interface summary static routes default static route floating static routes
Dynamic Routing Protocols in Theory
- distance vector protocols link-state protocols
RIPv2 (Routing Information Protocol) Protocol in Theory and Practice
Cisco EIGRP (Enhanced Interior Gateway Routing Protocol) Protocol in Theory and Practice
OSPF (Open Shortest Path First) Protocol in Theory and Practice
Price incl. VAT
900.36 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
The Cisco CCNA III - Switching in LAN Networks training, focused on switching technologies in LAN networks, is intended for administrators of computer networks built primarily on Cisco switches. It is also suitable as part of preparation for the Cisco Certified Network Associate (CCNA) industry certification exam. A course graduate will gain not only basic theoretical knowledge of frame switching in LAN networks. They will also acquire practical skills in configuring switches and specific technologies in the command-line environment of the Cisco IOS operating system.
Minimum input knowledge
Completion of the Cisco CCNA I - Introduction to Computer Networks and Cisco CCNA II - Routing in IP Networks courses
Output knowledge
A graduate of the Cisco CCNA III - Switching in LAN Networks course will gain theoretical knowledge of switching technologies in LAN networks and practical skills in configuring them in the Cisco IOS operating system environment. In addition to the above, they will also acquire general knowledge of switch network design not only in a corporate environment.
Training syllabus
Theoretical Introduction to Switching in LAN Networks
- hierarchical network model (Access, Distribution, Core layer of the LAN network) Ethernet, Fast Ethernet, Gigabit Ethernet technologies - review design of a switch network in a corporate environment
Virtual LAN (VLAN) Networks and 802.1Q Trunking
STP (Spanning Tree Protocol) Protocol
Inter-VLAN Routing
- traditional Inter-VLAN routing Router-on-a-Stick
Switch Security, Port Security
Redundancy in LAN, HSRP (Hot Standby Router Protocol) Protocol
EtherChannel
Price incl. VAT
676.50 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
This advanced course is focused on extended concepts of CISCO WAN networks, protocols for remote connections, tunneling and network security. The course combines theoretical knowledge with practical configuration tasks and solving real problems that network administrators encounter in everyday practice.
Minimum input knowledge
Solid knowledge of networking basics (TCP/IP, VLAN, basic routing protocols) Experience with configuring network devices (switches, routers) Basic knowledge of the command line and network diagnostics Completion of a basic Cisco CCNA course or equivalent knowledge is an advantage
Output knowledge
After completing the course, you will be able to design, configure and manage WAN networks, implement security mechanisms and effectively solve advanced network problems in a corporate environment.
Training syllabus
WAN Network Concepts
Point-to-Point Protocol(PPP) & Point-to-Point Protocol over Ethernet(PPPoE)
- configuration and troubleshooting of PPPoE
Introduction to Tunneling(VPN, GRE, IPSec)
- configuration and troubleshooting of GRE tunnel
Introduction to eBGP
- configuration and troubleshooting of eBGP
Access Lists
- review of standard access lists configuration and troubleshooting of extended access lists
Quality of Service (QoS)
Network Security and Monitoring
- common attacks on LAN networks and protection against them
Discussion and Further Learning Options After Completing the Training
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Cybersecurity II. - Advanced
Price incl. VAT
442.80 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
This specialized technical course focuses on network security analysis at individual layers of the OSI model. Participants will gain practical knowledge about network attacks, defense mechanisms and implementation of security solutions, especially on Cisco devices. The course combines theoretical knowledge with extensive practical exercises in a laboratory environment.
Minimum input knowledge
The course is intended for network administrators, IT security specialists and system engineers. Knowledge of TCP/IP and other network protocols, experience with Cisco devices is an advantage
Output knowledge
After completing the course, participants will be able to: - Analyze security risks at individual layers of the OSI model - Identify network attacks by type and layer - Implement security mechanisms on switches and routers - Configure and optimize NAT, ACL and other security functions - Perform practical security analyses using Wireshark and other tools - Design network security solutions for an enterprise environment
Training syllabus
Network Models and Attacks
- OSI & TCP/IP Security according to OSI model layers Layer 2 second layer Classification of attack types Mac address flooding VLAN hopping VLAN double tagging DHCP starvation DHCP spoofing ARP spoofing SPANNING tree attack CDP reconnaissance
Designs and Network Security Solutions
- Security method: Port security Security method: DHCP snooping Dynamic ARP inspection PortFast and BPDU Guard
Layer 3 Third Layer
- Basic Cisco IOS firewall: Access lists Standard Extended Recommendations NAT Static NAT Dynamic NAT PAT (NAT overload) How do NAT logic, routing and ACL work on Cisco? Advantages and disadvantages of NAT
Higher-Layer Devices 4-7
- ESA WSA AAA
Exercises
- Basics of working with Wireshark Sniffing CDP Sniffing TELNET Network scanning nMAP and other tools
Price incl. VAT
392.37 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
Gain practical experience with computer network settings on MikroTik devices using RouterOS. In addition to the basics of computer networks, you will learn how a local computer network, protocols, addressing and network services work.
Minimum input knowledge
basic knowledge of working with a computer and the internet, determination to learn something new about how networks work
Output knowledge
Overview of the use of network elements, protocols and design options in MikroTik conditions. Basics of how the internet works. The graduate will be able to solve simple settings of MikroTik network devices, use RouterOS and be prepared to deepen knowledge about how networks and network protocols work.
Training syllabus
Basic Network Terms
- Introduction to networks Definition of the term computer network Explanation of the term Internet
Network Classification
- LAN, MAN, WAN VPN Meaning of VPN
Number Systems
- Decimal system Binary system
Network Transmission
- Network speed Data transmission units Bandwidth Throughput Delay
OSI Model
- Description of OSI model layers Peer to peer communication Data encapsulation Network devices
TCP/IP Model
- Application layer Transport layer Internet layer Network access layer Comparison with the OSI model
Basic Internet Communication Protocols and Their Meaning
- TCP protocol UDP protocol IP protocol ARP protocol
IPv4 Addressing Based on Classes
- IP address structure IP addresses
MikroTik as an Operating System and Device
- RouterBoard RouterOS
Configuration Options
- Configuration tools Winbox and Webfig SSH / Telnet
Configuration Through the Command Line (CLI)
- Command syntax Command auto-completion Safe mode
Basic Configuration
- WAN DHCP client LAN IP address and DHCP server NAT User accounts Limiting access to router configuration
Managing RouterOS
- RouterOS license levels RouterOS reinstallation RouterOS reset Configuration backup and restore
Bridging and Switching
- Bridge mode Modes Switch modes Bridge configuration Creating a new bridge Adding interfaces to a bridge
Routing Basics
- Basic terminology Local interface Differences between static and dynamic routing Static routing Meaning of connected routes Configuration of a static route through an interface Creating a default route (gateway)
Management
- ARP Overview of the ARP table
DHCP
- DHCP client DHCP Server
RouterOS Tools
- Ping Traceroute Netwatch
Wi-Fi
- Basic concepts 802.11n Frequencies Compatibility and comparison with older versions 802.11a/b/g
Configuration
- Configuration in Access Point mode Station setup Bridging wireless networks
Wi-Fi Security
- MAC address filtering Encryption methods: WPA, WPA2 MikroTik wireless protocols - NV2, TDMA
Conclusion
- The conclusion of every Macrosoft computer networking course also includes discussion with participants and best practices from professional practice, which help participants apply the acquired knowledge directly in a home or enterprise network built on MikroTik devices.
Price incl. VAT
430.50 €
Current VAT 23%
Duration
Day: 2 days · Evening: 3 days · Weekend: 2 days
Course overview
Expand your skills in the area of Firewall and QoS. Gain an overview of how network security concepts work in MikroTik device conditions. In RouterOS, you will set rules for secure and effective communication and quality of transmission in a computer network. In addition, you will connect your own VPN network, which you will use not only in an enterprise network. Advanced network settings are illustrated on practical examples on real MikroTik devices.
Minimum input knowledge
Knowledge of MikroTik devices and RouterOS at least at the level of the MikroTik I course. As part of repetition, selected aspects of basic computer network concepts will be repeated with regard to security - firewall and quality of services - QoS. Repetition does not replace acquired knowledge; it serves to deepen it.
Output knowledge
Overview of the use of a hardware security gateway Firewall in MikroTik device conditions. Participants will gain knowledge about filtering and communication rules, address translation - Source and Destination NAT, port forwarding, use of VPN remote access technology, settings for increasing the reliability and security of MikroTik devices. The acquired knowledge can also serve as concepts for technologies other than MikroTik.
Training syllabus
Repetition
Introduction to Networks
- Definition of the term computer network Explanation of the term Internet Network classification LAN, MAN, WAN
VPN
- Meaning of VPN
Number Systems
- Decimal system Binary system
Network Speed
- Data transmission units Bandwidth Throughput Delay
OSI Model
- Description of OSI model layers Peer to peer communication Data encapsulation Network devices
TCP/IP Model
- Application layer Transport layer Internet layer Network access layer Comparison with the OSI model
Basic Internet Communication Protocols and Their Meaning
- TCP protocol UDP protocol IP protocol ARP protocol
IPv4 Addressing Based on Classes
- IP address structure IP addresses Security gateway Firewall Definition of terms Firewall Filter QoS Network filter Ethernet datagram and its parts Basic rule construction Input Output and Forward chain Method of executing multiple rules
NAT - Address Translation
- Difference between Source and destination NAT Static Source NAT Source NAT through masquerade Destination NAT through IP or port forwarding Destination NAT through redirect
QoS - Quality of Service, Network Flow Control and Network Operation Optimization in MikroTik Conditions
- Introduction to QoS Meaning and use What queue is
Simple Queue
- Basic parameters Max-limit and limit-at Parameters Target and dst Use of Burst Creating Simple queue with burst
Monitoring Tools
- Interface traffic monitor Torch SNMP
Network Tunnels
- Basic terminology PPP PPPoE Tunneling protocols PPTP
PPP Settings
- Profile setup Range of assigned IP addresses Creating users
PPPoE
- PPPoE client PPPoE server
PPTP VPN
- Client to site Site to site
Conclusion
- The conclusion of the network technologies and network security course also includes discussion with participants and best practices from professional practice.
Did You Not Find the Course Areas You Were Looking For?
- Do you need to consult specific cases from the area of MikroTik, RouterOS and other network technology elements? Write to us and we will prepare a tailor-made training or consultation offer for you! Our lecturers are ready to answer your specific questions.