Telecom Market

Information Security Services Do you ever feel a slight pang of anxiety when you leave your house? After locking the door, do you walk away backwards, unwilling to tear your protective gaze away?  Instead of reluctantly easing into your car, do you eventually give up, running back to your house to stand guard over your property? 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, have driven down the number of burglaries over the years), but nothing is failsafe. If you want to be able to actually see what happens while you're away, security cameras may calm your nerves.  Information Security Services   Video surveillance  allows you to monitor or record activity in and around an area for many different reasons. For example, paren

Software Security - Attack 1. VSFTPD forks a new process to handle each client connection. It could have, instead, spawned a thread within the main process to handle each connection, as is done in many servers. IT Security Services How would this alternative design compare to the original It would be less secure because a compromise by a malicious client in one thread could (more easily) access data used by another client's thread, since they share the same address space   2. Which of the following vulnerabilities can VSFTPD's secure string library help protect against? Integer overflow Buffer overflow 3. Encrypting a password database is an example of what category of design principle It is an example of  defense in depth 4.  Promoting privacy  is a goal that follows from which category of secure design principle It is an example of trusting with reluctance because promoting privacy means sharing private information with as few software components as possi

Telecommunications : Technology has pervaded every aspect of modern life. It has largely replaced cash with credit cards that can draw funds electronically from bank accounts, replaced beepers with handheld mobile phones that can not only instantly connect callers, but also act as a tiny web browser and gaming system, and pushed globalization into overdrive through the World Wide Web. The technological boom has not been confined to just personal gadgets. Many businesses are now using networking technology in their offices, implementing wireless networks, video conferences, and other communications technology to increase productivity. As a result, telecommunications network engineers will be in high demand to install and monitor these networks well into the next decade. Employment opportunities for telecommunications network engineers are expected to increase 53 percent, according to CNN Money. The average salary of telecommunications network engineers is $86,200 annually for experi

TELECOMMUNICATION ,  no doubt is one of the fastest growing industries not only in India… but also all around the globe. As cellular phones have replaced outdated wireline systems, therefore there is an explosive growth in the field of   communication that suggests a bright and a stupendous future for engineers in the field of Telecom. As compared to other countries, In India, there are about 920 million telecom subs cribers in which 12 million subscribers are added every month. Whereas in the entire Middle East and Saudi Arabia have around 24 million subscribers. This shows that India is the best option to pursue your career in Telecom industry. Wireless communication has undergone a tremendous enlargement and growth in technology with the potential to provide high speed, high quality information exchange between devices which are anywhere in the world. There is a wide and remarkable history of mobile communication technology. Wireless technology has developed from 1st generatio

The pressures of IoT on top of our insatiable desire for streaming video will absolutely decimate 4G LTE. (Seriously, 3.25 BILLION hours of video is watched every month on  YouTube alone . That’s about 400,000 years, in case you were wondering). And according to Gartner, 20.8 billion devices will be connected to the internet by 2020. That’s a lot of YouTube-ing, Netflix-ing, and IoT-ing, and the fifth generation (sixth, if you’re counting LTE) of wireless is being built to handle it. 5G is projected to be about 10x faster than 4G, with download speeds around 10 GBPS. So how exactly does building all this new infrastructure benefit carriers? Well, all the IoT services they are banking on will not work without it, for one. The consumer revolt that is going to occur when 4G inevitably falls flat would be rather unpleasant as well. Testing of 5G has just begun and it won’t be available until 2020, so hopefully WiFi will help fill in the gaps until then. Integration with Content I

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

While protecting data through decryption is critical for many data sensitive industries, addressing blind spots, performance and network latency from decryption now becomes an issue for your security and monitoring tools. Security tools including next-gen firewalls (NGFW), web application firewalls (WAF), web security gateways, IPS and data-loss prevention systems, all need the proper traffic to function and protect. While most tools may offer decryption capabilities, this “built-in” functionality leads to straining performance and introducing latency.  Telco Industry Trends   Each device running decryption and encryption is processor-intensive, taking away resources from the security tools main function, adding latency and slowing the user experience. These issues also persist in out-of-band and cloud analytics and performance monitoring tools. Hidden packet header and payloads, obscure performance, behavior, and trend data measurement and analysment.

Telecom project manager job description sample I. How to writer your own Telecom project manager job description? 1. List your job functions, responsibilities. 2. Set up procedure (s) for each function, responsibilities. 3. Create tasks list for each procedure. 4. Create list of all tasks for your job. 5. Choose key tasks, duties (from 3-7 tasks) 6. Finish your job description. II. Sample key duties 1. Develops and maintains a detailed project schedule which includes administrative tasks and all sites involved in the project. 2. Participation in R&D Team Meetings. 3. Coordinate meetings, including travel arrangements and expense reports. 4. Maintain Project Managers calendars. 5. Sites include all coverage, control locations including central and secondary dispatch locations, backhaul locations, and generation plants and associated facilities. 6. Ensure coordination of the interfaces of R&D with DRA, Marketing, Medicine and Operations. 7. Prepare and/or edit meeting minutes, p

ou know the ins and outs of your business on an intimate level. But when it comes to your wireless technology, you may be left scratching your head. In a  technical telecom field  — one that needs a skilled professional handling the installation and troubleshooting. This is where a telecom project manager comes onto the scene. This type of field engineer provides complete oversight and management of whatever project you’re attempting, from installing a new network to testing and maintaining an existing one. Professional telecom project management takes the weight off your own shoulders as your manager handles your network needs, keeping you in the know and coordinating team efforts. You’ll receive the constant attention that’s necessary for bringing you online while being freed to keep your focus on the day-to-day operation of your business. ‍ The Functions of a Telecom Project Manager The telecommunications project management role encompasses a range of responsibilities, so yo

Responsible to manage company telecommunication upgrade project thru the full systems life cycle from requirements gathering through implementation of solutions. Telecom project manager candidate will work closely with all stakeholders business owners our telecommunication service provider amp vendors and must demonstrate professional knowledge to ensure that the work products and deliverables are of the highest caliber. The candidate will also apply subject matter expertise to identify develop and implement techniques to improve telecommunication productivity increase efficiencies mitigate risks resolve issues and optimize cost savings and efficiencies of all related telecommunication upgrade. 1 Experience in Cisco HCS “Hosted Collaboration Solution” 2 Call center setup 3 WAN and LAN network operations 4 Network installations amp configurations 5 Aptitude for telecommunications amp conferences technologies 6 Strong interpersonal skills 7 Positive attitude.

Responsibilities:   Approves work schedules for the NOC resources  Assist leadership team in interviewing and hiring NOC personnel  Directs and coordinates activities of personnel  Reviews status reports  Planning, assigning, and directing work  Appraising performance  Rewarding and disciplining employees  Manage mentoring program for NMC supervisor personnel  Addressing complaints and resolving problems with internal as well as external customers  Lead Continuous Service Improvement efforts  Provide after- hours escalation support  Provide shift presence on rotational basis as needed for coverage  Ensure team Change Management compliance

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. it is a room containing visualization of the network or the network can be seen and the necessary software to manage the networks . A NOC is the focal point for the purpose of network troubleshooting, Software distribution and updating, router domain name management, performance monitoring, and coordination with affiliate networks. The main role of NOC Engineers are monitoring every netflow, hop, server and endpoint attached to an MSP's(Monitoring Service Provider) client networks. They also monitor infrastructure health, security and capacity along with making the decisions and adjustments to ensure optimal network performance and organizational productivity. The NOC Engineers are cato

Today’s NOC solutions include rule-based processing of alarms from different sources, namely, nodes or service management systems or network/element management systems. Rules are written such that they convert the domain specific information into a general view of the network at the NOC and additionally they include hardcoded rules that process/correlate alarms for appropriate grouping. Such rule development is time consuming and manually intensive. Continuous changes in the network with new types of network nodes and resulting new types of alarms, also make rule development and maintenance more complex. Further, rule generation/updates need to be done frequently; else the rule database will be incomplete or even inaccurate. Does that mean we stop domain-oriented rule development? This does not mean traditional rule development goes away, rather it will be augmented by domain independent data driven approaches. Additionally, automatic detection of possible correlations among a

We always talk about 24/7 support, but how does it really work?  I got a chance to catch up with Josh Wells, our Technical Support Manager of Connectria’s Managed Hosting Network Operations Center (NOC). He provided me with some great “behind the scenes” information. So what is the NOC? The NOC stands for Network Operations Center , it is our tier 1 & 2 support staff.  We handle all incoming support calls, routing of support tickets through our ticketing system, priority 1 support issues, and escalation of issues that require intervention from our engineering staff.  What do you m onitor? We keep a close eye on server security, performance and everything in between.  Our central monitoring system takes care of the core monitoring needs for our infrastructure, customer servers and devices along with utilization alerts.  We have a number of more customized and purpose built monitoring systems as well which watch things like power, cooling temperatures and support queue leng

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. Troubleshooting and Resolution:  Being a NOC Engineer means they are in charge of resolving all issues concerning their IT services. The NOC Engineer uses standard procedures to troubleshoot and resolve any issues concerning the network. They are always working with other IT teams, customers and vendors to enhance the route performance. Alarm Handling and Escalation:  The NOC engineer’s principle role is troubleshooting all the technical and quality related issues. In some instances, the issues are far too complex to be fixed quickly. This is when the NOC engineer mus

In fact, a blog can be your key to leveraging your network marketing experience, driving traffic to your site, and boosting Search Engine Optimization (SEO) performance. Perhaps you’ve thought about launching a network marketing blog but simply aren’t sure where to start. In this post, we’ll cover everything you need to know about choosing network marketing blog topics and more!  Know Your Intentions Prior to creating any blog, it’s essential to devise a strategy for your blogging efforts. A blog, after all, is a marketing tool at its heart. As a network marketer, you’re already savvy when it comes to advertising goals and strategizing. Now is the chance to take that experience and apply it to your own endeavors. A blog can serve many purposes in the field of network marketing. It can leverage the products that you advocate with the intention of driving conversions. It can also educate your readers, giving them valuable insight into what you and your business are all a

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, cnci 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, while toning is used to help identify a specific cable in a bundle or at the remote end. Some verification testers like Fluke Networks' MicroScanner 2  Cable Verifier include a Time Domain Reflectometer (TDR) feature to help determine the distance to the end of a cable or a trouble spot.