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BIG-IP Primary Software Modules

BIG-IP Local Traffic Manager (LTM) - Central to F5's complete traffic proxy functionality, LTM gives the platform for creating digital servers, performance, service, protocol, authentication, and protection profiles to define and shape your application site visitors. Most other modules inside the BIG-IP family use LTM as a foundation for enhanced offerings.
BIG-IP DNS - Formerly Global Traffic Manager, BIG-IP DNS affords similar protection and cargo balancing capabilities that LTM gives but at a global/multi-site scale. BIG-IP DNS gives offerings to distribute and steady DNS traffic advertising your software namespaces.

BIG-IP Access Policy Manager (APM) - Provides federation, SSO, software get entry to policies, and secure web tunneling. Allow granular get admission to to your numerous applications, virtualized laptop environments, or just go complete VPN tunnel.

Secure Web Gateway Services (SWG) - Paired with APM, SWG permits get right of entry to policy control for net usage. You can allow, block, affirm and log traffic with APM's access guidelines permitting flexibility around your applicable internet and public web utility use. You know.... Contractors and interns shouldn't use Facebook however you're no longer going to be responsible why the CFO cannot access their cat pics.

BIG-IP Application Security Manager (ASM) - This is F5's net application firewall (WAF) answer. Traditional firewalls and layer 3 safety don't apprehend the complexities of many internet applications. ASM allows you to tailor ideal and anticipated application conduct on a consistent with utility basis . Zero day, DoS, and click on fraud all depend on conventional protection device's lack of ability to guard unique utility needs; ASM fills the distance between traditional firewall and tailor-made granular application protection.

BIG-IP Advanced Firewall Manager (AFM) - AFM is designed to reduce the hardware and extra hops required when ADC's are paired with conventional firewalls. Operating at L3/L4, AFM helps shield site visitors destined for your facts center. Paired with ASM, you could implement protection offerings at L3 - L7 for a complete ADC and Security solution in one container or digital environment.

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How much does a Civil Engineer earn?

The civil engineer is a professional with a higher degree who works in the field of construction of houses, buildings, roads, ports, dams, bridges, platforms, shopping centers, tunnels, and viaducts.

He is responsible for projects, analysis, management, execution, inspection and monitoring of all stages of work.

Their work may also involve feasibility studies, soil characteristics, foundations, ventilation and insulation at the construction site, as well as the administration of building resources.

Civil Engineer Professional Minimum Wage
According to Law 4,950-A / 66, of 1966, which regulates the remuneration of professionals graduated in Engineering, Chemistry, Architecture, Agronomy and Veterinary, the salary scale of the professional of the civil engineer is linked to the value of the current minimum wage and the working day professional, regardless of where they work.

what is civil engineering salary

Civil engineering is among the highest paid professions in Brazil, with starting salaries above R $ 4,000.00. Even before graduating, civil engineering students can earn good salaries. According to Catho, a civil engineering intern earns an average of R $ 1,253 and a civil engineering trainee earns an average of R $ 3,995.
Also according to Catho, the national average salary for civil engineers is R $ 7,737. A works manager has an average salary of R $ 9,456 and the director of a work, R $ 22,996.

According to the salary survey of the National Employment Site (Sine), the national average ranges from R $ 4,374 to R $ 18,048, depending on factors such as the professional's experience and the size of the contracting company.

The AI-Powered Service Desk Will Transform Your Business in More Ways Than You Think

Conversational AI can resolve this problem with the aid of automating numerous IT workflows, enabling the service desk to satisfy and exceed personnel’ expectations, and bringing the beleaguered IT branch into the 21st century. In fact, we're already seeing the move toward this direction — consistent with Forrester, automation is about to cast off 20% of all service desk interactions in 2020.


Solving for the employee experience

Using synthetic intelligence to streamline techniques can increase place of work productivity via over 40%, in step with Accenture. While using artificial intelligence to convert a commercial enterprise cease-to-end may appear to be a hard goal, the simple steps undertaken to get there are honestly pretty smooth to implement. For instance, greater than 60% of service requests or queries raised can be resolved by means of the service desk before everything contact through an intelligent virtual agent. By automating L1 tickets consisting of user provisioning, password resets, occasion log tracking and so on, organizations can provide employees with on the spot get admission to to clear up their very own queries. This, in turn, consequences in stepped forward general response time, decreased worker downtime, and higher worker satisfaction.

Service Desk Analyst  Solving for the carrier desk agent experience

The common provider desk spends over 68% of its price range on staffing costs and handiest approximately 10% on technology, in step with a MetricNet survey. A commonplace misconception associated with imposing conversational AI for provider desk is that it might lessen the need for help staff. The truth, however, is that it frees up agents’ time for more enriching, better cost tasks, and additionally reduces agent turnover – which turned into as high as 40% in 2018, consistent with HDI. Agents can once in a while discover themselves overwhelmed with the aid of a barrage of comparable tickets in conditions which includes a network outage, which often results in a unexpected spike inside the quantity of tickets raised. Such incidents can be equally irritating for both employees in addition to carrier desk agents. By allowing the digital agent to absorb the pressure of resolving these simple, repetitive issues, the organisation is capable of optimize their human agents’ time, in the long run contributing significantly to the organisation’s bottom-line.


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Network Softwarization For IACS Security Applications

This work had as main objective to explore the emerging paradigms of software defined networks (Software-Defined Networks, SDN) and virtualization of network functions (Network Function Virtualization, NFV) for the creation of advanced security services that can be applied to systems automation and industrial control (Industrial and Automation Control Systems, IACS). In this context, an SDN / NFV platform was designed and developed to provision and manage virtualized versions of the security tools used in IACS - respecting the very specialized requirements that these scenarios present, in terms of security, resilience, latency, ease of management and protection of physical processes under control.

To demonstrate the advantages of the proposed approach, four virtualized security tools were also developed: honeypots; data diodes; intrusion detection systems; and logical segmentation of networks - in addition to mechanisms for managing events generated by the SDN controller. The work was developed at the University of Coimbra, with the experimental validation of the solution carried out on the security testbeds of Israel Electric Corporation.

In IACS networks, data and control plans are strongly coupled in each network device, requiring the physical provisioning of multiple dedicated equipment for monitoring. The devices are developed by different manufacturers, with proprietary protocols and different configuration interfaces. In the long run, they require specialized training and are susceptible to configuration errors that ultimately translate into vulnerabilities. The reverse situation (turnkey solutions) forces the infrastructure to depend on a single manufacturer, limiting the potential for integration and innovation.

It is also customary to use in-line monitoring devices with the rest of the network equipment. As active devices, they raise the problem of physical positioning in the network topology and introduce latency in communication, violating its main requirements. Passive monitoring solutions (eg mirror ports), although also useful in this area, reveal little flexibility and scalability: it is common for only a single physical port to be defined as a mirror, with each switch configured individually. It is therefore essential to explore alternative network architectures, considering the distributed nature of current IACS systems and their monitoring needs.

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