Cyber Security Services

Unfortunately, for those worried about security, it's impossible to be in two places at once. We can't make a trip to the grocery store and expect to know exactly what's going on in every nook and cranny of our homes. We can install locks and alarm systems (which, incidentally, Information Technology Security  have driven down the number of burglaries over the years), but nothing is fail safe.

If you want to be able to actually see what happens while you're away, security cameras may calm your nerves. Video surveillance allows you to monitor or record activity in and around an area for many different reasons. For example, parents might want to watch over a sleeping child and lessen the risk of a dangerous fall from the crib. But a security camera system around the house can see people who approach the front door and maybe even catch a criminal in the act of breaking in.

­There's a wide variety of security cameras available. Some are large and out in the open, and might serve simply to deter criminals from even approaching a home, while others are tiny and meant to stay hidden from view. If you're considering setting up some type of video surveillance system in or around your home, there are a lot of questions to ask yourself before getting started.

Security IT

Before you actually invest in a security camera system, you need to think about what you'll be watching and what you need in order to watch it. 

The number of cameras you want is probably the first question that should come to mind. Are you focusing on one room in the house, or do you need to keep an eye on several different parts of the house? Will you need to monitor outdoor activity as well as indoor? If you're simply watching over one room, you'll probably need just one camera, but including more areas requires a bigger camera system.

Security cameras are either wired or wireless, and which setup you'll need depends on where you'll want to put the cameras and how visible you want them to be. Wired cameras might be trickier to install, and stray wires can hamper your attempts to be discreet. 

They do, however, have a typically higher-quality picture than wireless cameras, Security IT since their signals aren't travelling through the air.

Wireless cameras have more flexibility, but broadcasts from other devices such as wireless Internet, cordless phones and baby monitors -- can interrupt a wireless camera's signal. Also, keep in mind that if you decide on a wireless system, there's a possibility your video feeds could be intercepted by others. Having someone else monitor your activity around the house or finding out whether or not you're at home defeats the purpose of having security cameras. If you're worried about your personal security, you can check with the manufacturer to see whether or not they encrypt their wireless system.

Global Telecommunications Companies

In the late 1980s and early 1990s, I grew fascinated by the rapid evolution of personal computing and telecommunications and particularly their ability to virtually shrink time and distance. This is a society-altering trend that improves the quality of lives for millions as well as the environment by reducing transportation demand. 

In a world of digital communications, knowledge workers can interact with employers, colleagues and clients regardless of location. However, in much of the United States, the so-called "last mile" telecommunications infrastructure that brings advanced digital services to homes and small businesses is incomplete, inadequate and overly reliant on copper wire designed for a bygone era of analog "plain old telephone" service. 

Former U.S. Federal Communications Commission Chairman Julius Genachowski has described the build out of modern, digital telecommunications infrastructure to serve nearly all Americans no matter where they make their homes and businesses as the "critical infrastructure challenge of our generation." This blog is dedicated to the exploration of strategies and methods to meet this challenge.

Wireless Telecommunications Industry Analysis

AI in the telecom industry encompasses a myriad of focus areas. Customer service and network optimization are at the top of that list. Throughout this year, some of the biggest implementations of AI will be in these spaces (this seems redundant). In fact, according to IDC 63 percent of telecom companies are investing in AI systems this year.

Predictive analytics is one of the most promising capabilities of AI technology, especially for the telecom community. AI-based analytics provide telecom companies with the ability to use data and machine learning software to predict future industry trends and potential infrastructure snags, and to continuously assess their service for bugs or potential pitfalls.

Additionally, AI-based chat-bots and virtual assistants will transform the way businesses handle customer service. They can automate conversations and successfully mimic human speech, while drawing data and insights to provide personalized and positive experiences. Tech leader Mark Hurd believes that 85 percent of interactions with customers will be automated by 2020.

Diversified Ecosystems

Much like ecosystems function in nature, industrial ecosystems are a network of cross-industry organizations that work together to create a stronger, more advanced industry. The telecom industry will see a move toward creating those lucrative ecosystems.

According to a recent Accenture report, ecosystems will unlock $100 trillion in value during the next 10 years by unlocking competitive agility. Telecom companies have the highest potential to come together and form such alliances. Industry leaders agree, with 83 percent citing ecosystems as an important piece of their disruption strategy.

The introduction of IoT networks, backed with 5G capabilities, will make this even easier and will allow companies to seamlessly collaborate to advance these technologies across their networks.

Biggest Telecommunication Company In The World

With the advent of new age digital technologies, the global scenario has undergone a radical transformation with industry after industry joining the digital bandwagon. Needless to say , the telecom industry has not remained untouched either. Marrying together the right strategy and process design with digital technology has resulted in the emergence of new business models in the telecom sector.

Here Are 6 Ways Telecom Companies Can Leverage Digital Technologies

1. Smart Metering

Smart Meter Systems are electronic measurement devices which operate by transmitting information wirelessly to communicate information for billing customers and operating their electric systems. They are based on a two way communication and data system commonly referred to as Advanced Metering Infrastructure (AMI). The advanced billing requirements of organizations today and the host of benefits that a smart metering system brings along with it such as improved outage restoration and reduced estimated billing and billing errors , have together paved the way for smart meters to emerge as the one stop billing solution across a wide base of consumer segments.

Best Telecommunication Companies

In the late 1980s and early 1990s, I grew fascinated by the rapid evolution of personal computing and telecommunications and particularly their ability to virtually shrink time and distance. This is a society-altering trend that improves the quality of lives for millions as well as the environment by reducing transportation demand. 

In a world of digital communications, knowledge workers can interact with employers, colleagues and clients regardless of location. However, in much of the United States, the so-called "last mile" telecommunications infrastructure that brings advanced digital services to homes and small businesses is incomplete, inadequate and overly reliant on copper wire designed for a bygone era of analog "plain old telephone" service. 

Former U.S. Federal Communications Commission Chairman Julius Genachowski has described the build out of modern, digital telecommunications infrastructure to serve nearly all Americans no matter where they make their homes and businesses as the "critical infrastructure challenge of our generation." This blog is dedicated to the exploration of strategies and methods to meet this challenge.

Telecom Sector

According to Forbes, there are 2.5 million quintillion bytes of the day created each day, and thanks to IoT the pace is only going to accelerate further. We are currently in the revolution towards propelling a future that is solely driven by data. While the world is set to digitize, the infrastructure surrounding our networking systems requires a major overhaul in terms of planning in itself, let alone optimization. It is more important now than ever, to integrate intelligent solutions, to derive conclusive information from the constant waxing and waning that the sales graphs of the competitive network and communication market show.

In the past decade, faster networks were necessitated to fill the gap needs of on-the-go streaming services. The era of 4G wireless broadband played a pivotal role in the way we perceived information. However, corporations are in for a new challenge now. Thanks to IoT, we are moving towards a digital age that needs to accomplish data collection on a massive scale and the electronic devices market relying on such technology is booming exponentially. With 5G poised to launch in the first half of the coming decade, the conundrum regarding investment strategy is quite evident among the network & communication players. 

Outsource Telecom

Service Provisioning systems are systems used to setup products/services for the customer after an order for the services has been created and accepted by the CSP.

Service provisioning activities include specifying the pieces of equipment and parts of the network to fulfill the service, configuring the customer’s routing path, allocation of bandwidth in the transport network, setting up of wiring and transmission, etc.

Some of the systems that constitute provisioning systems are: Circuit Design & Assignment Tools, Activation systems, and Field Service Management systems.

Circuit design refers to specifying whether facilities exist to provide the service and which pieces of the network equipment and routes the service shall utilize.

One of the most widely used systems providing Circuit Design facility is Telcordia TIRKS. Apart from Circuit Design support, it also provides circuit order control, inventory record maintenance, selection and assignment of components from inventory, and preparation and distribution of circuit work orders. The order control module in TIRKS works with a circuit provisioning system and operates in conjunction with other TIRKS components to assign facility and equipment information for circuit orders and design circuits. TIRKS can then provide automated design criteria for certain circuit orders. The circuit design generated in TIRKS is then communicated to field operations or automated activation systems for implementation.

Circuit Design and Assignment tools these days often have graphical tools that allow a user to create services on a network map using mouse clicks and drag-and-drop rather than drawing maps by hand or using an abstract set of equipment identifiers displayed in a table.

Telecommunications project manager

To be successful in this field, you will need to have an essential degree in computer science, IT, network technologies or a related field. A certification will add value to you as a professional.

There are several certifications which are beneficial for present  Telecom Project Managers engaged with ongoing training as well as for other specialists looking to become either full time or a freelancer.

When it comes to taking people and systems together, networking is often required to make all the correct connections and technologies work on time. However, there's a lot more than just connection involved in telecom certifications and the technologies they deal with.

In general, the following are the necessary certification for a telecom project management:

• PMP (gold standard)
• Certified Project Manager
• Certified Project Management Practitioner
• CompTIA Project+ certification
• Certified Associate in Project Management

Apart from above following are the specialized certification for Telecommunications project manager:

Telco Project Manager Jobs

An effective material management is not only good techniques for planning, monitoring and control of processes, materials and products at the site, office and factory but also is good function to avoid the most frequently occurring problem and the most frequently occurring place or step of problems.

The planning is the first step to do the project material management. It is a blueprint to set up sound basis for project life cycle. Due to data of planning, the activities for processes behind the planning were determined. Thus, planning is major figures to get the success of project. If the actual work does not meet the requirement of the planning for schedule or budget, the project will fail.
The appropriate organization in construction for each project and for the success depends on personal skills of members and their geographical location in the department or on the site. The skills of members in organization are very important to do their tasks.

One more thing, the purchasing in the project must connect between planning for requirement and ordering of demand for material and equipment on the site. The purchasing ensures that materials and equipment are supplied with competitive price, on schedule work and good quality. In purchasing, the relationship with suppliers and performance of suppliers are keys to have the effective material management

For the transportation, the company can save the cost through out the negotiated agreements or special agreement such as special scope of transportation work or special duty of transporters or special for handling and packaging. In addition, the survey for conditions of transportation also has the main role to eliminate the risk in the traffic.

NOC Requirements

What are the skills or foundation that a Software Engineer needs to have to be able to survive in his job or even to keep his job.

These are somethings many IT job seekers don't know !
People somehow get jobs but due to several silly mistakes either they will loose the job or will struggle while trying to meet the expectations of their Team leads and Project Managers.

We are starting an informal online training to cover 'What a Software Engineer does and What skill sets and other sub tasks he is doing on a daily basis' ( we will be covering various details which you may have never heard of before).

Why should you join this training ?
If you are serious about getting and keeping a Software Job then you must go through this training. Even if you already have a job and want to make sure you improve your strengths you can benefit from this training.
All software job seekers who are struggling to get job interviews and are struggling to clear job interviews - this will help you a lot if you can make sure to grasp the teachings with attention.

Noc Operations Center

A NOC or network operations center is a centralized location that provides support to computer networks and infrastructure to find and fix incidents. The provider is typically connected to the internet or the backbone of the internet to provide the best possible bandwidth.

Improving Server Performance with NOC Services

• Monitoring and Reporting on the Network, Around the Clock Service Desk

  The service desk being open 24×7 means that someone is always available to assist businesses in locating issues. Diagnosis of issues in the network can be done through various methods of monitoring.  NOC monitoring allows for alerts around the clock as remote technicians fix the issues. The costs are lower for off-site support than on-site support which saves companies money.
  • Infrastructure Monitoring
    The IT infrastructure is monitored to identify events that cause problems and find ways to resolve them effectively. Its allows companies to stay ahead of the issues and prevent significant matters.
  • Application and Server Monitoring:
    Applications and servers are monitored at all hours of the day and night by highly qualified engineers.

• Management of Incidents and Problems

  Its provides a single contact point for every incident as outlined in the Service Level Agreement. The cause of events is found because incidents are automatically raised and the monitoring team assigns them to the correct team so they are resolved quickly.

NOC Meaning IT

Network Operations Centers – the centralized monitoring and control stations for telecom networks – primarily deal with fault management and performance management to maintain network efficiency and customer satisfaction. The already high degree of automation in Ericsson’s NOCs is being enhanced using machine intelligence technologies – advanced analytics, deep learning, machine reasoning – to drive intelligent network operations that will enable emerging 5G systems to be highly performant while also being easy to use.

Using this approach, we can use automatic identification of amalgamated and enriched conditions instead of looking at individual alarms one at a time. The data-driven capabilities automatically create composite conditions from historical information. In other words, pattern mining techniques are used to perform intelligent grouping of cross-domain alarms. These composite conditions are transposed as ML generated rules which aid in detection of groups of alarms which we call an incident.

Frequent patterns are item sets, subsequences or substructures that appear in a dataset with a certain level of frequency. Frequent pattern mining algorithms range from frequent item set mining, sequential pattern mining, structured pattern mining, correlation mining, associative classification and frequent pattern-based clustering. Finding patterns in data helps with mining associations, correlations and other interesting relationships among the input data. Telecom network data is adapted with extended variants of pattern mining algorithms to produce machine learning generated rules.

Network Engineer vs Network Administrator

Network Engineer

Roles and Responsibilities

The first part of a network engineer role must do is understand, at a macro level, the structure and network necessities of the entire organization. Armed with this knowledge, the network engineer must then design and maintain any network that supports the company lifecycle and growth opportunities. A network engineer may need to analyze what’s working and what isn’t to find room for improvement – all while working within a preset budget.

Common roles and responsibilities of a network engineer include:

• Designing and implementing both the physical and wireless networks, including those for computer communications and telecommunications
• Maintaining network performance
• Managing the electronic equipment that activates any network pieces
• Troubleshooting network problems
• Researching and integrating new technologies into the network lifecycle
• Interfacing with network administrators to manage or assist problems

Peers and Reporting

A network engineer frequently reports directly to a CTO or CIO. Depending on company hierarchy, a network engineer may oversee network administrators. Alternatively, a network engineer may not oversee any employees, but instead partner with certain roles as projects require it.

Job Requirements

An ideal network engineer will often need, at minimum, a BS or MS in a computer-related field such as computer science, computer engineer, or programming. Some employees prefer an MBA in information systems. Hands-on experience, particularly in IT systems or network administration is always helpful for a candidate.

Candidates applying for a network engineer position should underscore not only their knowledge, but their skills. Analytical skills and attention to detail are both vital skills, as network engineers must review complicated network systems and analyze what’s working and what isn’t – and then suggests and implements solutions.

Network Engineering Job Description

The network engineering description varies with the company’s requirements. Skills and experience are typically required for these network engineer jobs. Different types and positions within network engineering include: network technician, network analyst, wireless network engineer, network security engineer, network administrator, network manager.

Each position has a different network engineering description and engineers who want to apply for these job roles should have special skills and qualifications for the position.

Network Engineers Career Growth

It’s no surprise given the demand for network engineers, that the network engineer salary varies with different factors like a company, job role, job difficulty, experience, and location. The starting network engineer salary goes around $47K to $58K whereas the median network engineer salary goes around $59K to $71K per annum and the highest network engineer salary is around $86K.

Network Engineer vs Network Administrator

People often confuse the terms network engineer and network administrator by using them interchangeably. Since both of the terms belong to the same background but have some differences in their job roles, let’s have a quick look at what distinguishes them from each other.

Client Server Network Examples, Security, Advantages and Disadvantages

The Client server network One of the most powerful computers (servers) A computer networking model that provides various computer network services and all other users of a computer network (clients) access the services that perform the user's functions in the client server architecture computer networking model.

Client server network

Client server In such as a network, there is a central controller called a server. A client server network security is a dedicated computer that controls Client server network resources and serves other computers on the network.

The client receives the requested services from the computer client server network examples.

A Client Server network security performs all major functions such as security and network management.

The clients to server network communicate with each other through a centralized server If Client 1 wants to send data to Client 2, it first sends a request to the server for permission. The server sends a signal to client 1, from which communication can be initiated.

The client server network Examples is also responsible for managing all network resources, such as files, directories, shared devices such as applications and printers.

Customer If any customer wants to use these services, they would like to get permission from the client to server network examples are by sending the request first.
Local Most local area networks depend on client server relationships.

client server network Advantages

1. Centralized backup is possible.

2. The use of dedicated servers improves overall system performance.

3. Security on these networks is good because all shared resource centers are maintained.

4. The use of dedicated servers also increases the speed at which resources are shared.

Client server network disadvantages

1. It requires a dedicated server with large memory and secondary storage. It raises costs.

2. The cost of network operating systems that handle different customers is also high.

3. It requires a dedicated network administrator.

THE IMPORTANCE OF CABLING CERTIFICATION

A network owner may be tempted to roll the dice in tough times and use a manufacturer’s warranty as a security blanket. This approach is understandable because most cable and connector manufacturers offer excellent warranties and they stand behind their products. These manufacturers cannot, though, warranty final installation.

The quality of a cable installation lies mainly in the hands of the installers. noc installation craftsmanship is poor, even excellent products fail. The failures and the attendant hardships are outside the scope of a hardware warranty, so the network owner and the installer must negotiate remediation.

The only way to assure that installer quality meets standards is through certification testing. The only way to guarantee that best practices are followed is by certification testing. Certification gives the network owner protection against unanticipated costs. When the economics winds blow ill, protection is welcome.