Network administrator

The network administrator contributes to the IT efficiency of organizational activities by designing, administering, maintaining and evolving local or wide area computer networks in accordance with the needs of the organization system analyst salary.

LEVEL OF EDUCATION

DEC in networking

SALARY

Between $ 61,194 and $ 91,790 depending on experience

FIELD

Information Technology and Electronic Business

PERSONALITY TRAITS

Conceive, invent and create

Sense of precision

Analyze, deduce and understand

Programming and electronics

Comfortable with abstract language

Description of tasks

Provides technical support to network users.

As a high-level professional, offers solutions to improve or optimize processes, programs and work methods and contributes to the resolution of complex problems, requiring a comprehensive and in-depth analysis and understanding of the whole variables.

Collaborates with various internal and external stakeholders and contributes to the transfer of knowledge through the functional supervision and coaching of less experienced employees of the team.

Working with AWS Cloud

Course information: amazon web services careers

It's no secret that recently more and more companies are moving their capacities from conventional data centers to the cloud. The most popular and widespread (in our country and abroad) cloud service is Amazon Web Services (AWS). Amazon Web Services (AWS) are secure cloud services that provide computing power, access to storage, databases, content delivery services, and more to scale and grow your business over the Internet.

AWS simplifies the process of securely storing data, building and scaling infrastructure, makes it easy to create replicas and backups, set up monitoring and notifications, deploy a full server stack with one click, and more.

Training to work with Amazon takes place in Russian and is based on the cloud service Amazon Web Services, gives an understanding of the reasons why cloud services have become so popular and what advantages they bring.

Our Amazon Web Services (AWS) course will give you a green start on developing affordable, cost-effective, fault-tolerant systems on Amazon Web Services (AWS) - the cloud. You will learn a lot about AWS technology and how to deploy applications based on it using basic architectural principles .

The online course provides an understanding of Amazon Web Services (AWS) capabilities, services provided, virtual resource costs, and more. During your training with Amazon, you will learn the principles of building complex architectures with high availability and resiliency on AWS.

The sixth stage covers most of the topics required to pass the AWS Certified Solutions Architect - Associate Level exam.

Taking advantage of the training on our courses, you will gain excellent skills in working with cloud technologies and will be able to work in the modern IT specialty Cloud Engineer.

Data center protection from external and internal threats.

More than 90% of threats to IT networks are external threats, harm caused by hackers, various criminal groups and also public sector enterprises seeking to gain access to information of this or that organization through attacks.

Cisco security solutions protect IT infrastructure, installed software even from advanced organized attacks, constant complex external threats ciso engineer.

This is also achieved using the functionality of threat analysis, passive control of operating system signs, analytics aimed at context and reputation.

The Cisco IPS Sensor 4500 Series Intrusion Prevention System offers hardware-accelerated inspection, real-world performance, high-density network port density and energy efficiency in an expandable chassis module designed to grow and protect your investment.

The Cisco IPS 4500's compact footprint and low power consumption are ideal for data centers that often have very high space requirements.

The Cisco ASA CX Firewall is designed for departmental data center deployment. This facilitates identification, differentiation of access based on the principle of context-sensitive protection, and accounting for access from the subdivision's network to external servers.

Ensuring transparency of the network and data flows.

For customers, a high level of quality control of a virtual-dedicated environment is as important as control over a physically dedicated information environment, if not more important.

Security solutions from Cisco make it easier and easier to organize compliance reporting, make the elements of network security transparent, taking into account the nature of the type of enterprise activity in the operation of the IT network.

The centralized solution for comprehensive management of security systems Cisco Security Manager 4.3 is designed for permanent compliance with security policies, serves to resolve emerging issues and provides general reporting on the object of management.

Cisco Security Manager 4.3 manages the IT infrastructure of Cisco devices and applications for security, making data flows transparent at the point of management while ensuring that critical network services are used at the same time.

Also, the solution for managing Cisco Security Manager through a set of automation tools significantly increases operational efficiency, manages the lifecycle of the Cisco ASA 5500 series multifunctional security products , Cisco IPS Sensor 4500 series intrusion prevention systems, Cisco AnyConnect Secure Mobility Client and Cisco routers with built-in security features. networks.

Cisco VNMC (Virtual Network Management Center) - a centralized management console for virtual networks serves to control the security policies of the cloud-based ITU Cisco ASA 1000V and the virtual security gateway Cisco Virtual Security Gateway.

Virtual Network Management Center is required to create comprehensive security for cloud and virtual environments.

The Cisco VNMC solution is highly scalable and transparent to Cisco Security Manager, making it easy to manage network objects based on security policies.

The Virtual Network Management Center console facilitates smooth, operational deployment based on dynamic management and security policies using security profiles and templates.

Cisco's VNMC solution provides a high level of virtual network management flexibility with an XML API that interoperates with other third-party network management tools.

With the Virtual Network Management Center, you can and separately manage security policies, server hardware, applications, and networks.

Highly efficient integrated network and data center security based on Cisco solutions.

The Cisco SecureX Architecture solution is a network architecture that provides context-based security and implements security policies that are uniform throughout the enterprise at a high level, consolidating security policies, simplifying the rapid availability of various services across the entire information system of the organization, including ensuring the protection of intelligent global resources integrated into the IT infrastructure.

The Cisco SecureX Architecture supports the core business objectives of the enterprise through streamlined workspace management that extends beyond a secure data center.

This feature of the Cisco SecureX architecture is the basis of the approach to solving the security of an enterprise IT infrastructure.

As a result, you get an automated transparent network protection system as a whole.

This transparency of the security system for the end user is especially important for companies whose field of activity is information technology.

Key features of Cisco data center security solutions:

Proven and tested security functionality that does not affect or impact critical applications in any way.

High performance scalable firewall.

Flexible deployment in complex distributed IT networks.

Cisco solutions are highly capable of supporting other zoned and edge deployable architectures that provide connectivity between users and virtual machines.

Security policies and management of networks of all sizes and in different types of environments: virtual, cloud or physical.

Implementation of security policies in the IT structure transparent for users thanks to the latest solutions Virtual Path (vPath), OTV, VM-Fex, LISP.

Easy scalability of virtual and multi-context IT infrastructure design.

Seamlessly integrate new, well-tested Cisco security solutions into a Cisco Unified Data Center architecture with a generic design.

CCNA Routing and Switching

The CCNA Routing and Switching program fully covers networking from the basics to complex applications and services, and provides opportunities for hands-on experience and professional development.

In each course, Networking Academy ™ students will learn basic technology concepts through an interactive environment and apply that knowledge through a series of hands-on and modeling exercises that reinforce their skills. CCNA Routing and Switching provides comprehensive information on the principles of networking technologies and the skills required, from describing network applications to the protocols and services that are provided to these applications by the lower layers of the network. Students will start with basic networking and will gradually move to more complex corporate and theoretical networking models later in the course of this curriculum.

The CCNA Routing and Switching program includes the following aspects: ccnp switching

Students learn the fundamentals of routing and switching and advanced technologies to prepare for the Cisco CCENT and CCNA certification exams, graduate programs in networking, and getting started in information and communications technology.

The principles of networking are described in a language that is accessible to learners at all levels, and the accompanying interactive exercises enhance understanding.

The course focuses on critical thinking, problem solving, collaboration, and the practical application of skills.

Multimedia learning tools, including videos, games, and quizzes, use a variety of learning styles to help you speed up learning progress and reinforcement.

Simulation-based hands-on labs and training exercises using Cisco® Packet Tracer software help students develop critical thinking and problem-solving skills.

Built-in grading tools provide immediate feedback to assess knowledge and acquired skills.

CCNA1. Introduction to networking

Study of the network. Network technologies today, local and global networks, network components ..

Setting up a network operating system. Cisco IOS Operating System Maintenance, Command Structure, Basic Configuration ..

Network protocols and communications. Networking protocols, coding, formatting and encapsulation of data, network interaction models.

Network access. Physical layer protocols, data transmission media, link layer protocols, media access control.

Ethernet. Ethernet technology, Ethernet frame structure, MAC addresses, ARP protocol.

Network layer.  Network layer protocols, IPv4 and IPv6, packet forwarding, routing basics.

Transport layer. Transport layer protocols, TCP and UDP.

IP addressing. Structure of IP addresses, ICMP protocol.

Dividing IP networks into subnets. Subnet masks, CIDR and VLSM technologies, network address planning.

Application layer . Application layer protocols

It's a network . Small network devices and protocols, security, ping, tracert, and show commands, configuration file backup and restore

CCNA2. Basics of Routing and Switching

An introduction to switched networks. Local area network design, frame forwarding, broadcast domains and collision domains.

Basic switching configuration. Basic switch configuration, switch security.

VLANs. VLANs, VLAN trunks, DTP, VLAN security.

Routing concept. Basic router configuration, router functions, determination of the shortest path, routing table analysis, connected networks, static and dynamic routes.

Inter-VLAN routing. Inter-vlan routing methods, third-level switches.

Static routing. Types of static routes, setting up static routes, class and classless addressing.

Dynamic routing. Functioning of dynamic routing protocols, types of dynamic protocols, configuring RIP and RIPng protocols.

Single-area OSPF protocol. OSPF Features, OSPFv2 and OSPFv3 Configuration.

Access control lists. ACL assignment, standard and extended ACLs, ACL configuration and packet processing.

DHCP . DHCPv4 server and client configuration

IPv4 network address translation . Characteristics and types of NAT, advantages of using NAT, configuring static and dynamic NAT, PAT.

CCNA3. Scaling networks

An introduction to scaling networks. Hierarchical network design, selection of network devices .

Redundancy of local networks. Spanning tree protocol, purpose, operation and configuration of STP, STP, HSRP, GLBP.

Aggregation of connections . EtherChannel, PAgP and LACP.

Wireless local area networks. 802.11 WLAN topologies, WLAN components, 802.11 frame structure, wireless security.

Single-area OSPF configuration and troubleshooting. OSPF on Multiple Access Networks, Security in OSPF, Troubleshooting OSPF.

OSPF implementation with multiple areas. Configuring OSPF with multiple areas, route types, route summarization.

Implementation of the EIGRP protocol. EIGRP characteristics, EIGRP packet and message types, EIGRP configuration for IPv4 and IPv6, DUAL algorithm, route metrics .

Advanced EIGRP configuration and troubleshooting. Automatic and manual summarization, security, EIGRP troubleshooting.

IOS file and image management and licensing. File management in Cisco IOS, IOS licensing, license management, license check.

CCNA4. Connecting networks

Hierarchical network design. Overview of Hierarchical Network Design, Cisco Enterprise Architecture, Cisco Borderless Network.

Connection to the global network. Overview of WAN technologies, choice of WAN technology.

Point-to-Point connections. PPP, HDLC, PPP setup, PPP PAP and CHAP authentication setup .

Frame Relay. Operation and configuration of Frame Relay.

IPv4 network address translation. Characteristics and types of NAT, advantages of using NAT, configuring static and dynamic NAT, PAT.

Broadband solutions. Teleworking, broadband solutions, broadband technology selection, PPPoE setting.

Securing Site-to-Site Connection. VPN types, Site-to-Site GRE tunnels, IPsec Framework, VPN remote access solutions.

Network monitoring. Description and configuration of Syslog, SNMP and NetFlow.

Troubleshoot network problems. A systematic approach to troubleshooting, symptoms, tools, and methods for troubleshooting network problems

What's in the title and what's in the certification track? - Cisco Systems - 2021

When I read the "Unofficial" announcement of the new CCNP Wireless, I thought that this is just another area where Cisco, at the moment, is constantly at odds. I joke about it because there are so many classes I teach. In this case, use the "no" command against the "clear" command that you used last. In any case, looking at professional level certificates, you will notice CCNP, CCSP, CCVP, CCIP and probably (based on ads) the new CCNP Wireless network cisco voip certification. 

Could this be inconsistent because of how close CCWP (I think it should be called) would be to close the acronym to neutral CWNP provider certification? I guess that's the point at this point, and we'll have to wait to see what the official announcement on CiscoLive brings. I still have my opinion on the sequence of compositions. CCENT is the beginning. Then CCNA. With CCNA you can go directly to CCNP, but to make CCSP, CCVP or soon become a Wireless Professional, you must specialize in CCNA, CCNA Security, Voice CCNA or CCNA Wireless. 

I personally would like to see a certain sequence. Allow the CCNA routing and switching required before CCNP to be set. You can focus more on networking solutions, as it applies to Cisco solutions, as well as unified communications, mobility, and security. If you are unfamiliar, the following link shows the solution on the Cisco website. 

Cisco Network Systems Solutions However, if you take a closer look, you'll find products that are detailed in the Network Systems solution, including routers, switches, network management and iOS software. All of this is important for a CCNP candidate because the track focuses on routers, switches, and IOS software functionality. Another key aspect of the associated specialization is that they not only cover Enterprise-class devices that would be ISR routers and local / fixed LAN switches for CCNP, but they also cover devices designed to deploy small branches. 

With CCNA routing and switching, you can cover fast series switches as well as 500 series routers. All are designed as part of the Smart Business communications system. Again, these are my personal thoughts, but anyway I'm going with the tide. I think the Learning @ Cisco people are doing a great job of bringing the curriculum to market, as complete as it is. I look forward to the official announcement on CiscoLive

What are the differences with a patrimonial civil society?

By definition, a patrimonial civil society is a civil society whose corporate purpose is the management and transmission of heritage . This can be in the form of real estate or securities.

The various forms of civil society discussed above have notable differences with what is called a patrimonial civil society or SC Pat.

If a classic SCI allows for example to carry out activities of management of real estate assets, a patrimonial SC makes it possible to extend the corporate object to the management of transferable securities which have a patrimonial character , that is to say , which can be transmitted between associates. The latter can be part of the same family, as in the case of a classic SCI.

Thus, the activities of a patrimonial SC can extend to the following areas : freelance engineering

Sale of real estate with a view to making investments or investments (financial assets, etc.);

Investments in the capital of other companies ;

Transmission of securities and real estate assets within the framework of a succession.

In short, a patrimonial SC is differentiated by the fact that it offers partners the possibility of carrying out other activities in addition to the management of real estate. These activities must however remain in the civil domain . On the other hand, we can say that a SC Pat is similar to a civil holding company .

Procedures and formalities for the creation of a civil society

There are preconditions for the creation of a civil society, and which mainly concern the number of partners , the share capital , the nature of the activities ( corporate purpose ), but also the constitution of funds ( contributions ).

What are the conditions for creating a civil society?

Whatever its legal form (SCI, portfolio SC, property SC, SCCV or even professional SC…), creating a civil society requires a certain number of very specific steps and formalities . Before taking these steps and formalities, discover the various provisions relating to the creation of a civil society:

A civil society is made up of at least two partners ;

The number of partners is not limited , except in the case of a professional civil society whose partners are all physicians, and whose number cannot exceed 8 partners;

The partners can be of different nationalities , and be legal or natural persons ;

A share capital shall consist in the creation of a civil society, but without minimum required;

Each partner must make a contribution which can be either in cash (in money or cash), or in kind (material goods, assets, etc.), or even in industry (knowledge, etc.);

The share capital is divided between the partners in equal shares , and any transfer of shares can only be done with the approval of the majority;

The duration of existence of a civil society cannot exceed 99 years ;

The establishment must have one or more managers who can also be partners;

Each of the managers is representative of the company vis-à-vis third parties or establishments , and if the manager is a legal person, he must have a legal representative to replace him if necessary;

Each partner can decide to withdraw from the structure, partially or totally;

The partners adopt all measures and decisions concerning civil society during general meetings , or following a written vote;

What is Data Engineering?

Using data can help in many things, from personalized marketing campaigns to driving self-driving cars. Data processing specialists are responsible for analyzing the data and using it for various purposes.

However, they need good quality data to perform complex tasks such as predicting business trends. This is where data engineers come in.

Data engineering is the science of collecting and validating information (data) that data scientists can use what does an engineer do.

Role of Data Engineer: -

Data Engineers are the people who create the information infrastructure on which data science projects depend. These professionals are responsible for designing and managing data flows that combine information from various sources into a common pool (such as a data warehouse) from which it can be retrieved for analysis by data scientists and business intelligence analysts. Typically this involves implementing data pipelines based on some form of ETL model (extract, transform, and load) .

To create this information architecture, data engineers rely on a variety of programming and data management tools to implement ETL, manage relational and non-relational databases, and build data warehouses. Let's take a quick look at some of the most popular tools.

Data Engineering Tools: -

Pace Hadoop is the fundamental data engineering foundation for storing and analyzing large amounts of information in a distributed processing environment. Hadoop is not a single unit, but a set of open source tools such as HDFS (Hadoop Distributed File System) and MapReduce distributed processing engine.

Pace Spark is a Hadoop-compatible data processing platform that, unlike MapReduce, can be used for real-time stream processing as well as batch processing. He was almost in 100 times faster than the MapReduce, and seems to displace it in the Hadoop ecosystem. Spark offers APIs for Python, Java, Scala, and R, and can run as a stand-alone platform independent of Hadoop.

Pache Kafka is the most widely used data collection and food intake tool today. Kafka is an easy to configure and use high performance platform that can transfer large amounts of data very quickly to a target such as Hadoop.

Apache Cassandra is widely used to manage large amounts of data with lower latency for users and automatic replication to multiple sites for fault tolerance.

S QL and NoSQL (relational and non-relational databases) are fundamental tools for data engineering applications. Historically, relational databases like DB2 or Oracle have been the standard. But with today's applications increasingly processing huge amounts of unstructured, semi-structured, and even polymorphic data in real time, non-relational databases are now coming into their own.