Information Technology Security Solutions

Where you place the camera lens is important. The distance of the camera from its subject should be carefully considered, making sure the right areas are in focus and clearly visible. If you mount a camera to a wall or structure, make sure it's mounted properly so the camera won't shake and distort the picture. Outdoor cameras can deter criminals from ever attempting a break-in, Security Connection and they can cover large areas, but a camera placed outside should have an appropriate weatherproof casing to protect it from the elements. Tough casings can also prevent tampering or vandalism.

You should also determine whether or not you'll want to record your surveillance. If you're simply making sure your children are safe while playing or monitoring who comes to the front door, a direct video feed with no recorder should be sufficient. But if you wish to see what's happening in a particular area over long periods of time, you should connect a recording system that's compatible with your security cameras. Some people use VCRs to record video, while others run the whole system via a computer and save information digitally.

 To avoid wasting video, some surveillance systems have motion detectors that only begin recording once the device picks up movement within the area.

As you can see, there are many video surveillance options available. Choosing the right one for your personal needs is a matter of knowing how you want it to work for you.

Information Technology Security Solutions

A computer virus which has hit City Power has resulted in a blackout to its internet technology system, leaving scores of Johannesburg residents unable to purchase electricity, as their kilowatts approach 0.00.

The power utility’s spokesperson Isaac Mangena said the virus had attacked its database and other software, Information Technology Security Solutions impacting on most of its applications and networks.

The virus has also prevented those who had already bought their electricity from uploading it to their meter boxes.

The City Power website is also affected by the virus.

"It may also affect our response to some outages, as the system to order and dispatch material is affected. City Power IT team has been working since early morning 01:00 to fix this problem," Mangena said.

He said they hoped to have the glitch fixed by midday on Thursday.

On Wednesday, the utility announced that it was experiencing capacity constraints due to the cold weather in Johannesburg.

Mangena said cold weather conditions could result in unplanned outages, as the electrical system experienced overloading when demand increased.

He said plans were in place to deal with unplanned outages. The key focus of the plan was to attend to those areas that experienced repeated unplanned outages on the same day or week, he said.

"We have also increased the number of technicians in areas that are prone to repeated unplanned power outages.

What Is A Telecommunications And Explain

We read a lot to stay up-to-date on the latest information. Here are 10 telecommunications blogs we follow to stay current with telephony news, trends, tips, and best practices:

1. FierceTelecom

If you aren’t familiar with the FierceMarkets family of news sites, they are an excellent independent source of industry information. FierceTelecom, like its sister sites FierceWireless, FierceTechExec, and FierceCable, provides up-to-date reports on its niche, the telecommunications market. This is a reliable online news magazine reporting on the latest deals, technologies, and companies that are shaping telecommunications. For example, a recent story reports on AT&T’s acquisition of Vyatta from Brocade and its role in helping AT&T offer more software-driven services, such as virtual networking and distributed services.

2. SearchTelecom

Competing with FierceMarkets sites is the TechTarget family of news sites. SearchTelecom is not only a good news source, but it’s a great source of background information and analysis on telecom topics. It’s well-organized and is a good way to get more in-depth information on topics, such as unified communications cloud adoption.

Telecom Strategy

The GSM (Global System for Mobile Communication) is originated from Europe and it was based on TDMA ( time division multiple access). The IS-95 was the CDMA (code division multiple access) technology. The CDMA System has a very large capacity and is somehow better than GSM. As the security of data is more in CDMA as compared to GSM.  But as we know, every technology comes with flaws, it can be minor or even major. So even 2G mobile communication systems also had some shortcomings, which were that 2G supports only voice services and low speed data services.

So to overcome these flaws, finally 3G came into picture. The main target of third generation mobile communication is to implement broadband multimedia communication and high- speed data services to subscribers. The main technologies of 3G are UMTS WCDMA, CDMA 2000. 3G was developed to achieve high spectral efficiency and high quality of service with complete security and reliability. 3G is named as IMT 2000. This technology is providing  remarkable  services to subscribers. But to satisfy the growing demands of users, now 4G is developed.

4G is named as LTE. The fourth generation cellular systems need to meet the requirements set out by ITU as a part of IMT Advanced. It has worldwide roaming capability. It provides extremely high data rate services.

Trends In Telecom

Communications providers are facing some great challenges and opportunities in cloud computing. They can potentially use the cloud to deliver higher quality, more flexible and more scalable enterprise IT services at lower cost than on-premise solutions. On the consumer side, trends in telecom there’s a big opportunity for communications providers to offer more cloud-based services that can be accessed, updated, and purchased from anywhere. For example, the clunky, ugly, and outdated set top boxes (STBs) that have plagued our living rooms since the 70s might finally be on the way out. Both Charter and Comcast are either offering or exploring cable and DVR services that live in the cloud, eliminating the need for the STB. This reduces costs for the cable providers by eliminating the need for on-site installations and manufacturing and engineering new STBs every three years. Not to mention that cloud accessibility may help lure back some cord-cutters that long ago retreated to Roku.

Carrier-Grade WiFi

Remember how we said the communications industry will be going big in IoT? Well, that’s not going to happen if constant broadband connectivity is not available.

When it comes to wireless connectivity over short distances, WiFi is hard to beat. Theoretically, it’s faster than the leading alternative, 4G LTE, and can handle bandwidth-hogging services like mobile video for a fraction of the cost. But in practice, today’s WiFi hotspots are notoriously slow and fickle. That’s about to change.

Telecommunication Trends

What Does a Telecommunications Network Engineer Do?
Telecommunications network engineers design, implement, and manage the various telecommunication networks used in an organization. These networks include data networks, such as the Internet, voice networks, such as conference calling technology, and video communication, such as video conference calls. Businesses often rely on more than one way of connecting with employees and clients to maximize efficiency, so telecommunications network engineers must handle all of these technologies. They are also responsible for troubleshooting any issues that may arise. With many businesses operating on a tight schedule, telecommunications network engineers must be well-versed in the technology so that any breakdowns may be remedied immediately to avoid delaying the organization's day-to-day operations. The engineers work with clients to plan which networks need to be laid out. For example, if an organization deals primarily with locals and operates mainly on the Internet, the engineers would create a network plan that focuses on Internet communications. However, if an organization is large and operates on a global scale, telecommunications network engineers would plan to also integrate video and phone conferencing technology in addition to the Internet in order to increase the efficiency of meetings between the organization's global branches.

What Kind of Training Do I Need to Become a Telecommunications Network Engineer?
There are no formal education requirements for telecommunications network engineers. However, the field is highly competitive, therefore those with an educational background in the field, certification, and working experience are more likely to advance in the job place than those who do not possess any of those qualifications. Prospective telecommunications network engineers should plan on earning a bachelor's degree in engineering with a focus on telecommunications to remain marketable. A bachelor's degree typically takes four years to earn, and courses cover computer language, mathematics, and other related topics. To further increase their value, engineers can earn certification.

Telecommunication Companies In USA

As today’s enterprises deploy more software to the cloud, while integrating software-as-a-service (SaaS) applications into their critical business infrastructure, the need for security and monitoring is obvious. With this need, SSL/TLS Decryption has become the security protocol designed to facilitate data security and privacy for internet communications. Heading into 2020, over 80 percent of internet traffic is being encrypted, including communication between web applications and servers, Telecommunication Companies In USA such as a web browser loading a website, to other communications such as email, messaging, e-commerce, banking, file storage, and voice-over IP (VOIP). Understanding how this affects your network performance and security strategy becomes imperative.

With the amount of today’s encrypted traffic, the importance of traffic inspection, balancing performance bottlenecks between tools, and protecting encrypted traffic is quickly becoming one of the top security architecture challenges.

SSL/TLS Decryption can seem complicated, so we’ll try to break this down and understand why to incorporate this into your security strategy.

Wireless Project Manager Jobs

Communications products/services could range from Voice services to IP and Data services to Hosting and CPE services. Some of the examples of communications products/services are: 

• Voice – Basic telephony, long distance, toll-free, Voice over IP (VoIP), Contact Center, Local Access, etc.
• Internet Protocol (IP) – Internet Access, VPN, Contact Center, VoIP, Remote Access, etc.
• Data – Layer 1 Wide Area Network (WAN) Services such as SONET, Layer 2 WAN services such as ATM, Frame Relay, Private Lines, Layer 2 VPN and Metro Ethernet, etc.
• Hosting – Custom Application Environments, Disaster Recovery, Managed Services such as storage, security and network services, Web Site Hosting, etc.

Order Fulfillment functions are a critical set of activities performed in order to fulfill customer orders for services in a Communications Service Provider (CSP) environment.

The following figure shows a very high-level view of activities performed in a typical CSP environment.

After order entry, validation and submission, orders are decomposed and sent for provisioning. Upon fulfilling the decomposed orders and appropriate testing of the circuits, the orders are put into inventory. The following sub-sections explain the Order Fulfillment related functions and OSS/BSS systems.

2.1.1 Order Management

Order Management systems are complex systems that allow customer or customer service representatives to capture and process new orders, modify existing orders, process customer moves and changes, price quotes and orders, validate orders, etc., while supporting multiple channels such as Web, Order template documents and partner applications as well as multiple lines of businesses.  

Telco Project Manager

Telco Project manager in the telecom space are the people in charge of a specific project or projects within a telecom business. As a project manager, their responsibilities are to plan, budget, manage and document all stages of a certain project. Telecom Project Managers are accountable for coordinating telecommunication systems installation projects for multiple businesses across the various platforms.

The Telecommunications Project Manager works closely with higher management to ensure that the scope and path of each project are as per schedule, along with other departments for support. Project managers might work by themselves, or be in charge of a team to get the job done.

Any business needs a proper system in a place which would help to achieve the business goals. Similarly, in the telecommunication projects, the manager plays a vital role in the successful completion of the work within the specified timelines with their output. There are different phases put in place by the experts.

Like any other field, Telecommunications project manager also follows the guidelines of project management and they are initiation, planning, execution, monitoring/controlling, and close out.

Telco Project Manager

Telecom Project Manager Jobs In Egypt And Career In EcoTel Vacancies In Cairo 2016
Employer     EcoTel
Job Title     Telecom Project Manager
Vacancy Deadline(mm/dd/yy)    2/29/2016
 Languages     English, Very Good
Country     Egypt
City     Cairo
Job Category    Telecommunications, Communication Engineering, Electrical Engineering
Job Type    Full Time
Job Level     Managerial
     1. Insure, control and monitor the proper resources and services required for project implementation. 2. Direct and manage project continuous development 3. Define project scope, goals and deliverables that support business goals in collaboration with senior management and stakeholders. 4. Develop full-scale project plans and associated communications documents. 5. Effectively communicate project expectations to team members and stakeholders in a timely and clear fashion. 6. Liaise with project stakeholders on an ongoing basis. 7. Estimate the resources and participants needed to achieve project goals. 8. Draft and submit budget proposals, and recommend subsequent budget changes where necessary. 9. Where required, negotiate with other department managers for the acquisition of required personnel from within the company. 10. Determine and assess need for additional staff and/or consultants and make the appropriate recruitment if necessary during project cycle. 11. Set and continually manage project expectations with team members and other stakeholders. 12. Delegate tasks and responsibilities to appropriate personnel. 13. Identify and resolve issues and conflicts within the project team. 14. Identify and manage project dependencies and critical path. 15. Plan and schedule project timelines and milestones using appropriate tools. 16. Track project milestones and deliverables.

Network Operations Manager

The Network Operations Center (NOC) Manager is responsible for the daily performance of the Center and is an experienced manager in the disciplines of Incident and Crisis Management and outage recovery.    The Manager oversees the daily operations of the NOC team through the designated NOC Supervisors and ensures that company and customer commitments are tracked and maintained and ensures a high level of customer satisfaction.  The candidate must be a process-driven Incident Manager, striving for continuous service improvement, and metrics driven outcomes. The candidate is familiar with a variety of the field’s concepts, best practices, and procedures and relies on extensive experience and judgment to plan and accomplish goals.  The candidate must possess the ability to identify defects in operating processes along with problem-solving skills and have an aptitude for time management leading the effort in keeping said processes current and up to date.  A wide degree of creativity and latitude is expected.  The Manager reports to the Director of Network Operations.

The Network Operations Center Manager exhibits solid leadership skills and ownership of expectations and deliverables required of the NOC.  This candidate should have 1-3 yrs. of proven management experience and a strong background in networking, telecommunications, and cloud-based services support through a 24 x 7 operations environment.  This candidate must be proficient with the Microsoft Office Suite of products and should exhibit experience in being customer orientated with excellent communication and presentation skills.  Must have strong interpersonal and negotiating skills while taking initiative and being both adaptive and creative.  Experience with establishing and maintaining SLA’s and OLA’s are a plus. In addition, this candidate will be responsible for setting up and administering network management tools and will need to understand within components, what needs monitoring and then develop reports, thresholds, and alerts. The goal is to implement proactive and reactive network management tools to achieve network stability and reliability of  99.99%. Conceptually, this person should understand and have a vision for accomplishing this goal.  In summary, the Network Management Center Manager will be responsible for ensuring that the Center and Company commitments are achieved.

What Is Network Operations

A Network Operation Center (NOC) is a spot from which administrator supervises, monitor & maintain the network. Huge companies with a large number of networks  just as a network the service provider have a network operation center, a room containing perceptions of the system or systems that are being checked, workstations at which the definite status of the system can be seen, and the vital programming to deal with the systems.

Huge network service providers are related with network operation center, which highlights a visual portrayal of the systems being observed and workstations, where point by point organize statuses, are checked. Programming is utilized to help deal with the systems. Media communications, transmission and PC systems are controlled through system tasks focuses. Network Operations Center design is also called a Network Management Center.

What is a Data Center and Difference between NOC and Data Center?

The Network Operations Center (NOC) is the focal area where organizations bolster IT systems and correspondences framework, notice and goals IT foundation events, and affirm server farm availability. This can be inside the server farm or outside. Ordinarily, you interface with a broadband Internet association or legitimately to the Internet Backbone to give however much transmission capacity as could reasonably be expected.

Network Operations - Monitoring & Alerting

The Network Operations team, and our associated tools, systems and processes, make up the Network Operations Center (NOC).

The industry term for the Network Operations Center is usually just NOC (pronounced 'knock').  We have two primary functions, the first is to build, manage and maintain the infrastructure that we use to manage our clients infrastructure.  The second is to work with the engineering team on the most complex and involved client projects.

The Network Operations team's responsibilities include:

• Managing multiple monitoring and alerting systems
• Monitoring of thousands of network devices, servers and firewalls
• Responsible for Windows updates and security patches for all client systems
• Security configurations and motoring for client firewalls, VPNs and servers
• Anti-virus and anti-malware systems across all client networks
• Data backup systems and management for all client data
• Managing multiple private cloud platforms
• Round trip email monitoring for client email servers
• Producing reports for management and client review
• Compliance and security audits
• Offsite data backup infrastructure and systems
• Performance monitoring of client database systems

And on and on, you get the point.  Network Operations is the team that provides the back end systems, automation, and management platforms that the rest of the team uses to manage our clients technology. We also help with escalation for the engineering team and assist with more complex client migrations and projects.

System Administrator For Noc Data Center

Systems Administrator
A Systems Administrator is able to help when a problem is escalated by the NOC Techs.  They support problems that are outside the scope of the NOC, becoming the second line of defense when a problem is spotted. When new infrastructure or design is planned by Systems Engineers, it is the System Administrators that execute the plan.  Other work includes routine and non-routine maintenance as well as emergency repairs to keep the infrastructure running smoothly here at Green House Data.  A Systems Administrator will also provide support for large-scale customer implementations. 

Systems Engineer
The Systems Engineers are responsible for the final level of escalated tickets.  They provide support for all levels of data center employees. In addition they are responsible for architecting our infrastructure, products, and large-scale customer implementations. They decide how the design and architecture should be implemented to best solve the problem. However, they must ensure the solution will integrate with existing infrastructure and keep data stable and secure.

One of our Systems Administrators, Tim Cook, summed up the data center very well, “We have the opportunity here to wear a variety of hats. We all work together to make our systems run, to continually develop them for future growth, as well as implementing new product offerings to keep Green House Data a competitive cloud provider.”

Network Operation Center

NOC Engineer

Being a Network Operation Center Engineer, or a NOC engineer means they are an expert in the management and monitoring of a network from any centralized location. A technical NOC team is comprised of skilled IT & NOC engineers. They watch the IT environment, and ensure that the uptime and connectivity of the IT systems are seamless 24/7.

Responsibilities of the NOC Engineer

NOC Engineers resolve any issues related to the servers, networks and telecommunications by consistently troubleshooting and monitoring. The skills required for a NOC, or Network Operations Center include network support, network administration and management, switching and routing, along with Linux. Their responsibilities are extensive, requiring highly skilled individuals.

Core Responsibilities of the NOC Engineer

NOC jobs involve a lot of responsibility, since they’re in charge of strict monitoring of multiple networks and systems. They must maintain uptime for all IT systems. These NOC Engineers consistently monitor network errors, malware, and all issues pertaining to security. Their decisions have to be made quickly, requiring an informed NOC engineer in order to maintain organizational efficiency and an ideal network.
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What Is NOC

The term "NOC" refers to Network Operation center. it is a central location form witch network administration manage, control and monitor one or more networks large enterprise with large networks as well as large network services providers always have a network operation centers. 

Devices and Softwares used in NOC:

• Computing Devices include Servers (preferably Blade and Rack servers).
• Telecommunication Equipment include ISP (Internet Devices), Network devices (Switch, Routers and Firewall), VoIP, etc.
• Satellite Network Environments process large amount of voice and video data, in addition to intelligence, surveillance and reconnaissance information.
• Overview
• NOC Inside automates ITIL® recommended best practices for IT Infrastructure Management that allow customers to establish a NOC in as less as 48 hours.
• The automation tools are installed in customer’s premises and on their servers without any need for remote network connectivity to IBM data centers.
• NOC-Inside is available on a flexible, pay-as-you-go, subscription basis which minimizes upfront capital expenditure and allows leverage of operational expenditure model.
• NOC Inside allows customers to manage their entire IT infrastructure without the need for high cost, technical experts.
• NOC Inside provides automation for agentless IT infrastructure monitoring (networks, systems, applications, middleware and databases), IP traffic analysis, IT Service Desk and IT Asset Management (discovery, hardware & software Inventory)
• NOC Inside provides ready to use reports and dashboards, generates instant SMS or email alerts, escalations and provides an integrated, portal based view of IT Operations in a single console.
• NOC Inside also includes an optional IT advisory service that provides periodic, customized, improvements & recommendations to optimize efficiency of IT operations.

Cable Installer Certification

When it comes to testing a cabling installation, there are essentially three choices--verification, qualification and certification.

While some features overlap between test tools as you move up the hierarchical ladder from verification to certification, each type of testing answers one of the following questions to help you make the right choice.

Is the Cabling Connected Correctly?

Verification testing answers this question. For copper cabling, these simple-to-use, low cost tools perform basic continuity functions such as wire map and toning. Wire mapping will tell you that each pair is connected to the right pins at plugs and jacks with good contacts in the terminations, cable installer certification while toning is used to help identify a specific cable in a bundle or at the remote end.

Some verification testers like Fluke Networks' MicroScanner2 Cable Verifier include a Time Domain Reflectometer (TDR) feature to help determine the distance to the end of a cable or a trouble spot. It can also detect if a switch is connected to the cable under test. 

For fiber, a simple Visual Fault Locator (VFL) can serve as a verification tool as it verifies continuous fiber connections to help find breaks, connectors and splices. It also verifies the proper polarity and orientation of fibers within a multi-fiber connectors.

While verification is ideal for troubleshooting and really the first line of defense in finding cabling problems, most cable testing requires more than simple verification. Hence it is rarely the only method used--unless testing POTS (plain old telephone service) voice-only applications running over simple voice-grade cable like Category 3.

Verification testing alone will not verify the ability of the cabling to support specific applications. And it certainly won't result in the ability to ensure the standards compliance required for a manufacturer warranty.