With this age of portable technology, wireless access makes your computer devices truly portable. When you find yourself on the go, you can either consume your wireless data minutes or readily available wireless device, known as a wireless hotspot.
What is WiFi Hotspot
A WiFi hotspot is often a geographic location that has been provided to give users the ability to use their devices overseas. These hotspots became popular more than a decade ago at eating establishments including cafes and therefore are now found anywhere people congregate (malls, airports, hotels, etc.).
A Wifi Hotspot Is often a Geographic location Which has been Provided To Give Users The Ability To Use Their Devices Out of the house.
In some cities, hotspots are available in public building or public parks. This may cause access convenient, if you realise a good hotspot that provides which you strong enough connection.
Theoretically, finding a 5g unlimited data is as simple as searching the web, since a fast search should identify places that have WiFi. Furthermore, your wireless provider or your internet provider might have locations around your city.
Free WiFi Hotspot
There are many techniques for getting free WiFi. You are complimentary WiFi that accompany a few other service, for instance a club membership or even a hotel reservation. Naturally, this isn’t necessarily free for the reason that you are supposed to pay for another thing. Furthermore, these providers may limit bandwidth per user, that may slow down your access.
Another way to get free WiFi is to piggy back away some else’s unsecured network. This can be less costly, needless to say, and also highly inconsistent because you happen to be counting on the router’s owner to keep the access available. A lot of people will secure their WiFi networks sooner or later and will also be searching for another “free” provider.
The alternative to a free WiFi Hotspot is a commercial site. The commercial sites could be create having a plastic card access or even a password permission. A few of these sites also limit access to a little cadre of relevant pages.
Portable WiFi Hotspot
In case you are interested in having a hotspot offered by any location, you can use a portable WiFi hotspot. Rather than find a hotspot, the portable WiFi hotspot brings the web to you personally. The unit includes a mobile router within it and can be accustomed to connect several devices simultaneously without downloading any additional software towards the devices.
Instead of Look for a Hotspot, The Portable Wifi Hotspot Brings The world wide web To You
However, once you are adding another device that may must be carried along with you and charged (lowering the ease of being portable). Furthermore, your internet connection may run a little slower than you happen to be utilized to. Nonetheless, portable WiFi will assure accessible vital in places where public hotspots are not consistently accessible.
WiFi Hotspot Device
You can buy a mobile hotspot device that’s compatible with most WiFi-ready devices. These devices are priced as little as $20 for a basic device. They may be 4G LTE so that you will not sacrifice speed on the move. The hotspot may be used on devices within Thirty to forty feet of the hotspot. Based on the mobile hotspot that you select, you may well be able to utilize multiple portable devices with similar hotspot.
To help make the hotspot work, needless to say, you might need a wireless plan. You may have access with your wireless plan, but, no matter what, it doesn’t come cheap. Data plan rates will apply and you will be charged for overages.
If you are using a WiFi hotspot, you’ll need to be aware of security. Hotspot providers understand that their customers would like to get service immediately, so they really may sacrifice security for service.
Encryption is often a critical for wireless security. Without them, hackers can capture important computer data. However, the data may not be encrypted because it flows from the hotspot WiFi in your computer. Something are dummy hotspot sites, where hackers mimic a public hotspot and go ahead and take information from unsuspecting users.
For details about m2100 hotspot see our net page


Despite the fact that 5G was unveiled earlier this month at the India Mobile Congress, everyone is still wondering when 5G in India will be available.
Motorola explains the foundations of establishing 5G in a country as varied as India, the difference between the networks, and the needed 5G bands for smartphones sold in India in a video presented by the company.
What is 5G?
5G technology is the latest wireless communication standard that connects devices and people. This breakthrough in mobile connection 5G technology enables a better user experience as well as the introduction of new services, apps, and experiences that are rapidly linking the world.
5G Journey in India
The topic of 5G networks in India first arrived in 2017, when the government convened a high-level workshop to lay out a roadmap to a 5G India by the year 2020. Following that, in 2018, it encouraged communication technology firms to perform large-scale experiments and develop a framework for 5G Applications in India. The country is expected to be a leader in 5G adoption.
With the debut of 5G testbeds in India and the start of work on use case development, there was a stronger emphasis on persuading local telecom equipment suppliers to join in the 5G trail in the country.
The debate of particular 5G India standards has been another essential component of the 5G in India journey. While the TSDSI has pushed telcos to conduct 5G trials, a domestic benchmark augmentation for greater rural coverage, the COA has proposed the global standard for 5G in India.
They are still persuaded that 5Gi will cause interoperability concerns. This continuing controversy is further postponing the rollout of 5G in India. Mobile providers in India are scheduled to perform 5G testing in rural and semi-urban areas, as well as metropolitan ones, during the next six months. Various 5G devices, use cases, and applications will be tested in India, including remote education, telemedicine, drone-based agriculture monitoring, and so on, across several industrial sectors. The first two months will be dedicated to acquiring and installing 5G technology equipment, whether imported or indigenous.
Motorola’s Report On Ground Situation
Motorola India highlighted why an OTA is necessary to enable 5G: 5G requires extensive effort and security procedures to be done before software upgrades are made accessible to the general public. It is critical for your safety to properly evaluate the phone for appropriate SAR levels before issuing an update. This includes the process of testing the service in various towns and areas, obtaining Google’s clearance for the software, and, most crucially, as the radio waves rise, so does the SAR value.
SA 5G utilizes 5G and an evolved packet core to give fast speeds and minimal latency with a built-from-the-ground-up infrastructure. Since SA waves only flow in one direction, they provide greater call quality, faster downloads, and fewer call dropouts than NSA. Overall, SA consumes less power for both the carrier and the phone.
Motorola also commented about the 5G bands that are now operational in India, which include low bands n5, n8, n20, and n28, as well as mid bands such as n3 and n77 that operate in the sub 6 GHz range. Furthermore, mmWave bands like n257 exist, but no smartphone or carrier in the country presently supports these.


Metro Ethernet Network has replaced the wide-area network technology, which was widely used once. The MEN provides point-to-point or multipoint internet connectivity to the users. Now the MEN are operating to support the LAN technology.
The user can implement MEN by the multiple-protocol label switching. This method helps in the quick transfer of data and sharing of information. It uses the short-label path throughout the network in the form of different nodes.
Metro Ethernet uses the cable, radio waves, and fiber to connect. Nowadays, people use Ethernet services for different purposes; it has been used by many businesses, residents, and mobile subscribers.
- Metro Ethernet can connect two sites, but it can also connect multiple sites.
- It can connect residential subscribers and different businesses.
- The business can connect with the various cloud centers.
Types of Metro Ethernet Network
Ethernet Line Service
Ethernet line service helps in maintaining the point-to-point connection between two sites. The user can connect two routers with the same link. So, even if the network has a two-layer, the router remains in the same subnet.
It enables the quick and effortless transfer of data. It is also called virtual network private service.
Ethernet LAN Services
E-LAN is helpful when someone has multiple sites and wants each site to transfer frames to different sites. The E-LAN is full-mesh technology that connects all four sites. Under this service, every site can interchange frames with each other independently. That is, they don’t have to go through the central point.
It is also called virtual private LAN services; all links lie in the same subnet.
Ethernet Tree Services
Sometimes, the business needs to monitor all the data exchanged between the points. Ethernet Tree Services helps the industry to view its entire frame.
All the points are connected to the central site, and no two points can directly exchange information. All the connections are connected with the subnet.
It is also known as spoke topology, point-to-multipoint, or partial mesh.
Features of MEN
- The scalable bandwidth ranges from 10Mpbs to 1 Gpbs.
- It can support the copper or fiber optic interface.
- It uses many transport protocols like SONET, ATMs, and Multiprotocol Label Switching.
- The user can quickly add the additional bandwidth to the MEN.
- It can connect the intranet and extranet sites.
MEN physical attributes
- Speed – the different speed ranges are 10 Mbps, 100 Mbps, 1 Gbps, and 10 Gbps.
- Mode – It indicated the support for full-duplex or half-duplex. It also supports the auto speed negotiations in the Ethernet frames.
- Physical medium – It defines the medium per IEEE 802.3 standards.
- MAC layer – specifies the different MAC layers.
Advantages of MEN
The metro Ethernet is easy to install. It does not involve any complex techniques. Hence, it helps in the cost reduction related to maintaining the network and investment.
The service providers have the responsibilities for the Metro Ethernet Services. They take care of the connection failures; they analyze the performance and determine the fault.
So, the user can use the services hassle-free. The service provider undertakes all the updates and corrections.
It supports an array of services like scheduling, policing, marking, and classification, hence making it easy to use by the business and the service provider.
There are many ranges of bandwidth available in the MEN. The enterprise can use the bandwidth according to their requirement.
Almost every bandwidth has the flexibility so that the user can upgrade or downgrade it as needed.
One of the best advantages is that it is not complex to use, unlike other networks. People can quickly install it and start working on it without wasting time.
They can also add or delete any network without any complexity.
One of the significant disadvantages lies with the wire. Though the protective layer enfolds the wire, it still has a high chance of getting damaged.
Several conditions like high temperature or water spilling can quickly spoil the wire. It gets hurt and even breaks from the simple physical force.
The damage to the wire can quickly halt the working of the connection.
The metro Ethernet is called because it was first used in the metropolitan area network. It has overtaken other networks like LAN and WAN because of its high speed and accuracy.
Now, it is used in many products. Most businesses use this network in their day-to-day operations.


Last activity: 31 Mar 2017 5:33 EDT
Radio Button spacing in grids - 7.1.9
When Radio Buttons (pxRadioButtons) are mapped to a True/False property configured in a grid they appear at runtime as a single radio button on each row.
However, the design time view of the radio buttons showing options 1, 2, and 3 stop you from being able to make the column height or width smaller than this design time representation.
How can the space be sized appropriately for the runtime single radio button display?
Design time for Horizontal and Vertical configuration.


Keep Up With Your Demand for Internet
We are all familiar with the frustration that comes when the little buffering circle pops up, interrupting our show. With more people online than ever before working from home, taking classes online or streaming on entertainment platforms, internet bandwidth has been getting stretched thin.
Here are a few tips to help you get the most out of your Wi-Fi.
Tip #1. Avoid the Microwave
Surprise! Using your microwave actually reduces Wi-Fi signals, unless you have 5G on your wireless router. If you are about to video chat, watch something in high-definition or do anything of major importance avoid using your microwave to keep your signal strong.
Tip #2. Router Placement
Where your router sits in your house can affect how well your Wi-Fi signal carries to your devices. It’s a best practice to place your router away from other devices like cordless phones, TVs, stereos and dimmer switches. It’s smart to avoid putting it behind heavy, thick doors or walls. Ideally, your router should sit on a table or a shelf.
Tip #3. Disconnect Devices
To help relieve the load on your bandwidth, disconnect your devices not actively using the internet. Smartphones and tablets continue to use the internet in the background, by disconnecting them you could help create a stronger connection.
Tip #4. An Ethernet Cable
If your Wi-Fi connection isn’t doing enough, there is always the option to plug an ethernet cable into your device and connect it directly to your router. This can help speed the process up, especially if your router is plugged into the main phone socket in your house.
Tip #5. Use Standard-Definition
Many companies such as YouTube and Netflix have already changed their automatic streaming speeds to accommodate the heavy increase in internet demand. To help spare your own connection, watch things in standard-definition instead of HD.
Tip #6. Secure Your Network
This tip is good not only for better bandwidth, but also your safety as well. If you haven’t already set up your wireless internet to have a password, you should. Otherwise, freeloaders can use your Wi-Fi, slowing down your bandwidth. Without a password, it’s harder to control what people are using your internet for.


A. Purpose. The purpose of this section is to comply with an application for a wireless telecommunications collocation facility under California Government Code Section 65850.6, for which a 6409(a) approval is not being requested. This section provides the requirements, standards and regulations for a wireless telecommunications collocation facility for which subsequent collocation is a permitted use pursuant to California law. Only those facilities that fully comply with the eligibility requirements set forth in California Government Code Section 65850.6, or its successor provision, and which strictly adhere to the requirements and regulations set forth in this section shall qualify as a wireless telecommunications collocation facility.
B. Definitions. For the purposes of this section, the following terms are defined as follows:
1. “Collocation facility” means the placement or installation of wireless facilities, including antennas, and related equipment, on, or immediately adjacent to, a wireless telecommunications collocation facility.
2. “Wireless telecommunications facility” means equipment and network components such as towers, utility poles, transmitters, base stations, and emergency power systems that are integral to providing wireless telecommunications services.
C. Procedures. An application for a wireless telecommunications collocation facility under California Government Code Section 65850.6 shall be processed in the same manner as an application for 6409(a) approval is processed, except that where the process requires justification for the 6409(a) approval, the applicant shall instead provide the justification for a wireless telecommunications collocation facility under California Government Code Section 65850.6.
D. Requirements. All requirements, regulations, and standards set forth in this chapter for a wireless telecommunications facility shall apply to a wireless telecommunications collocation facility; provided, however, the following shall also apply to a wireless telecommunications collocation facility:
a. The wireless telecommunications collocation facility as it will be initially built; and
2. Any collocation shall use screening methods substantially similar to those used on the existing wireless telecommunications facilities unless other optional screening methods are specified in the conditions of approval.
3. A wireless telecommunications collocation facility permit shall not be approved unless an environmental impact report, negative declaration, or mitigated negative declaration was prepared and approved for the wireless telecommunications collocation facility under the California Environmental Quality Act (“CEQA”), California Public Resources Code Section 21000 et seq.
E. Permitted Use. Notwithstanding any other provision of this chapter, a subsequent collocation on a wireless telecommunications collocation facility shall be a permitted use only if all of the following requirements are satisfied:
a. Was approved after January 1, 2007, by discretionary permit;
b. Was approved subject to an environmental impact report, negative declaration, or mitigated negative declaration; and
c. Otherwise complies with the requirements of California Government Code Section 65850.6(b), or its successor provision, for addition of a collocation facility to a wireless telecommunications collocation facility, including, but not limited to, compliance with all performance and maintenance requirements, regulations and standards in this chapter and the conditions of approval in the wireless telecommunications collocation facility permit; and
2. The collocations were specifically considered when the relevant environmental document was prepared for the wireless telecommunications collocation facility.
3. Before collocation, the applicant seeking collocation shall obtain all other applicable nondiscretionary permits, as required pursuant to the SMC.
F. New or Amended Permit. Except as otherwise provided above, approval of a new or amended permit shall be required when the facility is modified other than by collocation in accordance with this section, or the proposed collocation:
1. Increases the height of the existing permitted telecommunications tower or otherwise changes the bulk, size, location, or any other physical attributes of the existing permitted wireless telecommunications collocation facility unless specifically permitted under the conditions of approval applicable to such wireless telecommunications collocation facility; or
G. Appeals. Notwithstanding any provision of the SMC to the contrary, including but not limited to Chapter 17.455 SMC and any other section of this chapter, any applicant may appeal a decision by the Planning Director. The appeal must be filed within 10 days from the Planning Director’s decision. The appeal must state in plain terms the grounds for reversal and the facts that support those grounds. The City Manager shall serve as the appellate authority for all appeals of all actions of the Planning Director taken pursuant to this section. The City shall provide notice for an administrative hearing by the City Manager. The City Manager shall limit its review to whether the project should be approved or denied in accordance with the provisions in this section. The decision of the City Manager shall be final and not subject to any further administrative appeals. (Ord. 1123 § 3 (Exh. A § 4), 2019)


The magicbox multitouch app displays information of random objects contact-free. For this purpose objects are equipped with RFID tags and linked to the corresponding contents in the database*. As soon as the prepared object enters the reception area of the magicbox, the media will be displayed regardless whether it is a text, pictures, music or videos. An ideal presentation solution for fairs, salesrooms and other points of interest (POI).
* For the magicbox app an RFID reader (antenna) and RFID tags must be purchased separately. The RFID reader can be incorporated in any hardware.
- Contact-free communication between app and object
- Multimedia contents and information
- Easy integration of RFID Chips


To succeed in today’s digital world, your business needs the right network consulting services. This means innovative technologies and the right people to design, install, customize and support your software led business processes, so you can respond to markets and opportunities in real-time. Infrastructure support and networking consulting services make a difference including network installation, cable rewiring services, and server room cleaning.
At MCS, we provide specialized knowledge and custom IT network consulting & network maintenance for businesses. We take a holistic approach to designing, implementing and managing your networking solutions. We work with you to understand your needs and proactively prepare your business for the challenges when expanding in today’s connected world.


Sponsor and Collaborator: Siemens India
Time Frame: May 2015 — Apr2016
Smart cities are an upcoming area of growth in the region and provide a large gamut of technical challenges in the area of wide area distributed sensing and processing. A significant part of these challenges can be addressed by leveraging upcoming technologies in the fog computing area where edge devices not only collect data and provide control signals but perform local optimizations based on global optimization requirements. However, to implement rapid growth of smart campus/city requires applications. These applications may be on different devices, software, middleware etc. As a result, this heterogeneity is a huge challenge at present to integrate to available system, collect data etc. Hence, one needs to develop a platform agnostic to above complex heterogeneous environment.
This provides an opportunity for both Siemens and IIIT Bangalore to create an open platform to share data and expose relevant APIs using which smart applications can be built by anyone.


All routers are configured with a web browser and also have a web- based interface. As you know while some routers can be typically intercepts domain name server queries and it can be accessed by their IP address. For accessing to the routers it requires username and password but to satisfy its need you need to have their IP address. Basically, IP address consists of four numbers separated by periods. The IP address uses by home address is start with 192.168. On the other hand IP address of router is 192.168.1.1 or 192.168.2.1.
Once a network has been set up, each and every computing device available on that particular network get familiar with the IP address of the router. Various terminology can easily get in the way to secret handshake
Apple devices refer router as “Router” whereas Windows refers to it as the “Default Gateway“, this term has taken from TCP/IP. Chrome OS refers to the router as “Gateway” and for Android it is necessary to install an app to know the IP address of the router.Roblox Hack Free Robux
Some Wi-Fi tips and tools:
If you are a Windows user you have to first open the command prompt and type “ipconfig”. Using this word you can see the default gateway. On Windows 7 the output will look like this:
First Windows IP Configuration is given, Ethernet adapter Local Area Network Connection, Connection specific DNS suffix:
IPv4 Address. . . . . . . . . . . : 192.168.5.29
Subnet Mask . . . . . . . . . . . : 255.255.255.0
Default Gateway . . . . . . . . : 192.168.5.1
On both iOS 9 (also tested with 9.2) and iOS 8 (tested with 8.1.2 and 8.4.1 as well), at first step go to settings, then click on Wi-Fi, then you have to click on the name of the wireless network that you are connected to. In the DHCP section you can easily find the IP address of the router which is identified as “Router”.
In Snow Leopard to get the IP address of the router by following method, first go to Network preferences, in second step: click on the Advanced button, then on the TCP/IP tab. As with iOS, the router is identified as “Router” and from there you can get the IP address.
In Yosemite, go to terminal command, after that you have to run the command with Go, click on utilities option, click on terminal, then enter: netstat -nr | grep default
You can get output like: Default 192.168.3.1 UGSc 317 2 en0.


ASTRIIS develops multiparameter surface buoy
ASTRIIS is developing an innovative ocean monitoring systems based on a small autonomous buoy capable of acquiring data from different types of sensors in a marine environment and export that data to be accessible from land. The project has been working on deploying hydrophones and other ocean sensors to support environmental impact assessments, underwater acoustic measurements and characterisation of noise sources, acoustic modelling (noise source, noise propagation, noise maps) and marine mammals’ observation and acoustics (use of hydrophones and C-PODs).
Under the leadership of WavEC Offshore Renewables, the project has been developing a relatively small data acquisition buoy that results from numerous in-situ environmental studies, which need several campaigns to deploy and retrieve sensors. This requires a big effort regarding the logistics to make sure all the data is acquired and would be significantly simplified if the acquisition equipment could be remotely accessed and automatically powered by other device, such as a buoy.
“Currently, there are no available products with a wide range of sensing and capable of exporting data in real time for these purposes” said Inês Machado, Head of the Marine Environment and Licensing Area of WavEC.”
“Despite there are already some solutions available in the market for ocean monitoring and sensing, very few allow real-time access to data” said Luís Amaral, Project Engineer at WavEC. Moreover, these solutions tend to be heavy and require complex logistics for deployment, leading to higher deployment costs.
The ASTRIIS multi-parametric buoy aims to reduce the number of in situ field surveys and costs associated. Additionally, it brings the possibility of accessing data in real-time, and to remotely evaluate data availability and quality.
The buoy will be composed of the following subsystems:
- The Communication and Control System – The data acquisition system is expected to reach TRL7 during the life of ASTRIIS. It receives information from sensors and returns, in real time, data to a datalogger which uploads it to an FTP server. This system is also responsible for monitoring the power system status continuously and manage the energy consumption based on that information. Acquisition rates, modes and communication settings are controlled by this unit, which can shut down or restart sensors and communications whenever necessary. These rates and frequencies are user-defined.
- Power System – Concerning the power system of the buoy, it consists of three photovoltaic panels with a capacity of 17W (18V) and a 60Ah LiFePO4 battery. The panels position and tilt angles take into consideration Portugal’s low inter-annual variability of the solar resource and batteries. It is also designed to work in full mode for more than three days with zero power input.
- Sensors – Acquired data by the sensors will be remotely available. One sensor will measure the temperature of the water and another the salinity. The GPS location of the buoy will also be returned.
Below is the system architecture:
To accommodate the systems described before, a floating structure was developed. The structure of the buoy is constituted by two halves. The bottom halve is round and grants stability to the buoy, and the other, being prismatic, allows the usage of planar photovoltaic panels and the ability to position them in a way that will capture the maximum sunlight.
This solution has been prepared by WavEC since the beginning of the project and it is currently in the testing phase. These tests comprise not only structural tests to find the buoys payload but also the watertightness (since it is crucial that the electronic parts are not in contact with water or moist), communication tests and the assessment of data consistency.


Waites Wireless provides rugged, robust, and easy-to-use condition-monitoring tools to prevent catastrophic unexpected downtime. We pair our hardware with the most advanced analytic software available on the market today. Our revolutionary technology allows you to be up and running in under 5 minutes — at a cost that makes it possible to monitor your entire facility.
How Our System Works
- The Waites Wireless system is a wireless condition monitoring system. Our battery- or line-powered nodes have six sensor connectors, allowing each node to monitor up to 18 channels each. We are continually developing new sensors to add to our existing line of vibration and temperature sensors.
- The Waites vibration sensor is a rugged, stainless steel encased sensor that mounts securely to equipment to monitor full spectrum vibration and temperature on any piece of rotating equipment. It is connected to the wireless node via a 6-foot cable (longer, custom lengths available) with a nickel-plated IP-68 connector for ultimate durability.
- The Waites Wireless node is a battery-powered wireless radio providing 2+ years of ongoing monitoring of up to six points. Readings can be customized to be taken on a specified interval, by time of day, day of week, etc., or triggered on-demand via the Waites Wireless website. The node has a line-of-site range of 4000 feet. If necessary, in the often radio-frequency-unfriendly plant environment, any number of repeaters can be added to the system to extend the range to completely cover your entire facility.
- The Waites Wireless communication hub is designed to make data transmission to the Waites Wireless website as easy and secure as possible. The standard communication hub is powered by a secured, encrypted, always-on cellular data connection. Many installations require no involvement from the plant's IT department. Plug in the communication hub, wait for the two indicator lights to turn on, and voila! your plant is connected! Power up a node, and you are collecting data. Usually you can be up and running within 5 minutes of opening the box.
- The Waites Wireless website is an advanced, expertly developed tool to monitor all aspects of your condition-monitoring operation. Gone are the days of data collectors and data dumps. All readings are delivered to the Waites Wireless website where you can do what you do best: analyze your data to best protect your equipment.


Pakistan: A country with the 6th largest population in the world, has suffered due to bad decisions at the leadership level. With the country now facing a tough task to return a loan of about $50 billion in 2016 with 46% to be paid in USD is facing a default like situation. We take lots of things granted. Banking is no exception. People just know it works and it should work. I believe this...
کرپٹو کرنسی تجزیہ
تازہ ترین خبریں
NewsBTC Pakistan is proud to introduce the bitcoin NFC Wallet Card NFC: To understand the purpose of this card we need to first understand NFC. According to Wikipedia Near field communication (NFC) means near field communication or radio communication over short distances, but has come to be used in most cases for a specific set of protocols that enable two electronic devices, one of which...


LPAR2RRD has build-in alerting feature.
You can define alarms based on performance data for CPU pool, LPAR, VM in your environment.
|ALL servers ||Paging ||MB/sec ||OS agent|
|server ||CPU ||CPU core or % ||HMC|
|CPU POOL ||CPU ||CPU core or % ||HMC|
|LPAR ||CPU ||CPU core or % ||HMC|
|LPAR / VM ||CPU OS ||% ||OS agent|
|LPAR / VM ||Memory used ||% ||OS agent|
|LPAR / VM ||Paging ||MB/sec ||OS agent|
|LPAR / VM ||Paging allocation ||% ||OS agent|
|LPAR / VM ||LAN ||MB/sec ||OS agent|
|LPAR / VM ||SAN ||MB/sec ||OS agent|
|LPAR / VM ||SAN ||IOPS ||OS agent|
|LPAR / VM ||SAN response time ||mili seconds ||OS agent|
|LPAR / VM ||Filesystem usage ||% ||OS agent|
Emailing. You can place direct email address on each directive, use email groups or default email address.
Nagios support. You can configure Nagios to pick up alarms from LPAR2RRD via standard NRPE module.
LPAR2RRD Nagios plug-in installation
External alerting via external shell script. Each alert can invoke defined script with given parameters. You can use it for your integration needs.
SNMP trap: follow this to configure it
Alert plug-ins to other monitoring tools can be developed on demand especially for customers under support contract
Since version 5.00 is all configuration managed through the UI ➡ IBM Power ➡ Alerting
Upgrade to 5.00 converts all already defined alerts into a new format, do not more use procedure below in 5.00+.
To allow HMC data based alerting place this job into lpar2rrd's crontab:
Note: If you use HMC REST API then this is not necessary!
0,10,20,30,40,50 * * * * /home/lpar2rrd/lpar2rrd/load_alert.sh > /home/lpar2rrd/lpar2rrd/load_alert.out 2>&1
Use your company's default email setup on the operating system you run LPAR2RRD.
There is no any specific setup in the tool, it uses setting on the operating system.
In case of problems
Email setup on the Virtual Appliance


Personal Get More Value From Your Internet You can make profit selling internet connectivity to your customers, or simply offer it to them for free to increase their loyalty. Buy a Device Now How it Works Get started with a few steps. Set up your Beefi Account Create Your Own Hotspot Network Share Your Hotspot with Your Community Monitor Your Network Usage & Earnings Cash Out Your WNt in Your Local Currency Refer Others & Earn More Features Designed Just For You We’ve designed these features to help you create and manage your own hotspot network. Stay Connected Enjoy internet connections anywhere in the world with a device that is compatible with all networks. And share your hotspot network with family and friends if you like. Data Allocation Share your network and allow residents and visitors to easily connect to your open hotspot network and manage their data consumption. Flexibility Easily switch between network providers when a primary connection is unstable. Analytics Get a real-time data report of the data consumption of all users connected to your network.


May 16th news, according to foreign media reports, due to the depletion of IPv4 address, Google has begun to test the water IPv6 search, and launched the ipv6.google.com search page.
currently, Internet address resources are very tight. Since IPv4 has 4 billion 300 million IP addresses, but currently only about 19%. By 2012 or 2013, the rest of the remaining 19% will be fully distributed. American Internet number registration management center (ARIN) had previously called for, due to the upcoming depletion of the Internet IP address, the industry must transition to IPv6 as soon as possible. IPv6 uses a 128 bit address length, which can provide an unlimited address.
at present, the mainstream operating system and some large network equipment vendors are beginning to support IPv6. Today, Google also embarked on the road to IPv6, and launched the IPv6 search page ipv6.google.com. For IPv4 users, simply can not access the ipv6.google.com page, because the page supports only IPv6 connection.


Minimising the time that you hold the phone to your ear can be achieved in many ways - you don’t have to stop making phone calls.
Wi-Fi has become so popular that it is very difficult to escape its effects. Even if you have no Wi-Fi in your house you may be still covered by your neighbours network - in some homes you can even pickup 8-10 neighbourhood networks.
If you are electro-sensitive this may be a problem, it's all down to the signal strength. As the signals become stronger, more people are noticeably affected. The worst space to be in is very close to the Wi-Fi router as the signal strength here is many times stronger than needed to successfully connect.
For other people's Wi-Fi you don't have many remedial options:
For your own Wi-Fi you have more options:
Luckily Wi-Fi has a relatively short range especially with walls in the way - maybe up to 50m (50 yards) in ideal conditions but often down to 5-10 yards/meters in brick buildings.
To use Wi-Fi sensibly to minimise any risk to your health or wellbeing you should bear the following in mind:
Powerline adapters are cheap devices that send your network data over the house wiring, not requiring significant radio transmission.
Reduced EMF Routers
You can turn down the power output of some Wi-Fi routers such as on the high performance Netgear R6400 or the lower cost Netgear W604. Setting the power to as low as 10% of maximum power will reduce the range considerably but will also reduce your exposure to the EMFs. You can experiment with the power setting to find the best compromise, providing low EMFs with just enough power to provide connecivity where you need it.
There are a wide range of cordless phones on the market around the world, using many different types of radio transmission. They all transmit a radio signal when being used and some transmit all the time!
So, in general it is important to use them carefully, treating the mobile part as you would a mobile phone, and the base station as if it were a mini cell tower - i.e. keep it away from your living area or bedroom.
These devices can be extremely useful but … be aware they can affect your health and sleep patterns, so try living without them for a few days and see if you notice any difference.


DESIGN MIGRATION EXAMPLES
40nm to 28nm Wifi IP Core
Full migration of schematics and layout of a complex WiFi core including complex analog circuitry and on chip radios. This migration was part of a multiple projects to translate communications devices which also included a full Bluetooth core. The cores were translated between two major foundries and allowed the customer to expand their IP portfolio and take advantage of new licensing opportunities.
Source design databases were based on the Cadence Virtuoso™ platform and included Parameterized cells, multi-part paths and fluid guard rings along with netlist driven layout data.
The migrated databases are released to the foundry and entering production.
65nm to 40nm HDMI IP Core
Full migration of the schematic, layout and associated data for an advanced HDMI core from a flagship European electronics company which was used in the suppor of several multimedia SoC projects. IN2FAB's design migration services allowed the IP vendor to rapidly accelerate their produce development in a competitive market and retain their own design engineers for other projects.
The fully migrated design was delivered just seven weeks after the project started and became a key element in the customer's multimedia platform.
65nm to 40nm MIPI IP Core
Migration of schematics and layout for a MIPI DPHY core to support a series of SoC products. The circuits were migrated from an internal foundry based on custom built design kits to a large commercial manufacturer. All elements in the design kit were mapped to the customer foundry's technology and the full design migrated and delivered in six weeks.
Mobile 3G Platform
Migration of twelve analog and mixed signal 3G platform modules from 65nm to 45nm to form the core of a custom celluar chip set. Migration of existing data meant that the modules were available early in the design cycle for the main SoC and secure many design wins with strategic customers. IN2FAB's design migration groups shortened the design cycle for these modules by twelve months compared to a full redesign and freed the customer's engineers to work on new technology.
These modules are integrated in to many larger chip sets and are at the core of millions of cellular devices around the world.
0.18um DC-DC Converter
Migration of the full chip and associated database files from an external foundry to a new 0.18um internal process. Data for layout and schematics were converted and the project also helped develop the process design kit for the new technology for use in subsequent design projects.
The migrated circuit is in full production and used in a wide variety of battery driven and power management applications.
x486 chip migration
Full x486 chip including CPU, cache, north and south bridge, I/O and ESD structures. The entire chip was migrated from a foundry that was closing to a customer foundry to continue production for a large customer base. The complete chip was translated to the new foundry and design rules along with legacy design files and other data.
The entire layout was converted in six weeks and ran the operating system on recipt from the new foundry and is in full production.


UniformPay Verifone terminals require their own ethernet connection to the internet. You may find that you only have one available ethernet port providing internet access to your computer. In this scenario it will be necessary to split that single internet connection.
To split your existing connection, you will need:
- An ethernet switch
- 2 (two) CAT5 ethernet cables
We recommend the Netgear GS105E-200NAS ProSAFE Plus 5 Port Gigabit Switch. It can be purchased on Amazon, or at retailers such as Best Buy, Office Depot/OfficeMax, or Staples.
If you do not already have extra CAT 5 cables, they can also be purchased on Amazon or at retailers such as Best Buy, Office Depot/OfficeMax, or Staples. The brand is not important so long as they are CAT5 and long enough to reach from the switch location to the terminal and the computer.
- Leave the power unplugged for both the switch and the terminal (You may leave the computer on)
- From the back of the computer, unplug the ethernet cable
- Plug it into the #1 port on the switch
- Plug an ethernet cable into the #2 port of the switch and plug the other end into the ethernet port on the computer
- Plug an ethernet cable into port #3 of the switch and connect it to the terminal using the ethernet port closest to the power cord connection
- Plug the power cord for the switch in first. Wait 30 seconds before plugging in the power for the terminal
- The completed setup should look like the diagram below
- If the connections are successful, the Verifone terminal will display an Activation Code


MSP 221 is the EDID&HDCP Manager with high performance, high stability, high-definition. It supports 1 HDMI, 1 VGA input, and 1 DVI (compatible HDMI), 1 VGA output. When input HDMI or VGA signal, MSP 221 will directly powered. It supports EDID automatic identification, and supports the function of read EDID file from the USB port, and EDID file copy input . The EDID&HDCP Manager supports 2560×816 output resolution. Compact structure, and it is very simple to operate.


Beijing State-owned Assets Management Company, which builds and operates some key venues for the upcoming 2022 Winter Olympics, has selected China Unicom to provide the venues with 5G and other new technologies.
The agreement was made official at a signing ceremony on Thursday at the National Stadium. The day coincides with the 11th anniversary of the opening of the Beijing Olympic Games in 2008.
According to Zhi Jun, chairman of Beijing State-owned Assets Management Company, the partnership with China Unicom would help to bring better services for visitors as well as support for the management of Winter Olympic venues, including the National Speed Skating Arena, the National Aquatics Center, and the National Stadium.
Beyond 5G, China Unicom also plans to provide the venues with AI technologies and edge computing, which places compute resources closer to where data is captured to reduce network latency and bandwidth usage of cloud computing.
“As the official telecommunications service provider for the Beijing 2022 Winter Olympics, we will support the much-anticipated event with a secure, smart network that allows superfast internet speed,” said Mai Yanzhou, vice president of China Unicom. “We will also deploy pioneering applications to inject new vitality into the Olympic Games.”


July 16, 2015
Atlantis HyperScale is an easy to consume All-In-One Hyperconverged infrastructure solution. The creation of HyperScale was to give customers and partners a virtual infrastructure with extremely quick time-to-value hyperconverged solution. During the development of HyperScale the Atlantis Computing Engineering and Product teams have done extensive testing and QA on settings and best practices within HyperScale Hyperconverged infrastructure. Included in that is the HyperScale networking configuration.
HyperScale has been configured with 4 physical NICs, on each node, to allow for adequate network bandwidth as well as proper redundancy with your physical network. These NICs include 2x1GB NICs and 2x10GB NICs. VM traffic leverages the 1GB NICs and HyperScale Storage traffic leverages the 10GB NICs. The following description will be based on VMware ESXi deployment.
HyperScale configures vSwitch0 with 2x1GB NICs to support virtual machine and management traffic. vSwitch0 is configured with vmnic0 in active mode and vmnic1 in standby mode. This setup allows for the easiest integration into all of our customer environments. This also supplies adequate bandwidth for VMs and management traffic while also supplying proper redundancy on that vSwitch.
vSwitch0 is configured with a VMkernel Port labeled management_vmkthis is the VMkernel port used to manage that physical ESXi host. vSwitch0 is also configured with a virtual machine port group labeled "HyperScale_Mgmt". This port group is used to connect all virtual machines in the HyperScale infrastructure to the physical network. All HyperScale related VMs have a vNIC connected to this network to allow for access and management of those VMs. Also allows these VMs to communicate to each other.
HyperScale then configures vSwitch1 with 2x10GB NICs to support all storage related network traffic. vSwitch1 is also configured with an active/standby setup. This again allows for the easiest integration into our customers environments. At the same time providing adequate bandwidth and sufficient redundancy to vSwitch1.
vSwitch1 is configured with a VMkernel port labeled storage_vmk. This VMkernel port is used for vMotion and NFS traffic giving it access to the physical host. Next is the Virtual Machine Port Group labeled "HyperScale_Storage". This port group is used for all HyperScale volume related VMs storage related traffic. Each volume related VM will have a vNIC attached to it on this port group in addition to the "HyperScale_Mgmt" port group from vSwitch0. This provides each VMs NFS export access and a mount point to the hosts. This also provides communication between each Volume related VM to allow data to be written properly across each service VM.
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- What does TR stand for in telecommunications?
- What is a telephone used for?
- What is dip in Telecom?
- What is Dr in telecom?
- What does telephone stand for?
- What is the full form of telephone?
- What is the full meaning of OFR?
- What is DN in telecom?
- What does phone mean in the word telephone?
- What are the different types of telephone?
- What are the parts of a telephone?
What does TR stand for in telecommunications?
Technology, Html, Telecommunications.
Technology, Telecommunications, Service..
What is a telephone used for?
The definition of a telephone is a system used to send speech or data over distances using a device called a telephone that functions as the transmitter and receiver. An example of a telephone is a network or system that transmits electrical signals so you can call someone in Japan from your home in New york.
What is dip in Telecom?
2. DIP. Data Interchange Protocol. Technology, Control, Telecommunications.
What is Dr in telecom?
Technology, Server, Telecommunications. DR. Direct Routed.
What does telephone stand for?
True. T. Telephone. T. Trainer (US military aircraft designation; as in T-1 Seastar)
What is the full form of telephone?
A telephone is used to communicate between two or more people at a time. … There have been many articles claiming that the telephone has a full form however to be very honest, there is no full form of the telephone as it is not an acronym.
What is the full meaning of OFR?
Officer of the Federal RepublicOfficer of the Federal Republic (Nigeria) OFR.
What is DN in telecom?
Computing and telecommunications Digital number, the discrete of an analog value sampled by an analog-to-digital converter. Directory number in a phone system. Distinguished Name, an identifier type in the LDAP protocol.
What does phone mean in the word telephone?
First used by Alexander Graham Bell in 1876 to refer to the modern instrument, but previous devices had been given this name, which was borrowed from French téléphone. Ultimately from Ancient Greek τῆλε (têle, “afar”) + φωνή (phōnḗ, “voice, sound”).
What are the different types of telephone?
Types of TelephonesCandleStick-1890’s.Desktop Rotary-1920’s.Touch Tone-1960’s.Wall Touch Tone-1970’s.Cordless Phones-1980’s.First Moblie Phone-1983.iPhone 6-Present Day.
What are the parts of a telephone?
Working components of the telephone As it has since its early years, the telephone instrument is made up of the following functional components: a power source, a switch hook, a dialer, a ringer, a transmitter, a receiver, and an anti-sidetone circuit.


This work is based on a study of blind source separation techniques in order to estimate coefficients in transmission systems using Alamouti codification with two transmit antennas and one receive antenna. Most of present standards include pilot symbols to estimate the channel in reception. Since these symbols do not deliver user's data, their use decrease transferring quantity and also the system capacity. On the other hand, algorithms of blind separation are less precise when estimating channel coefficients than those supervised, but achieving a higher transferring rate.
In this work we will deal with Alamouti codification system as a typical problem of blind sources separation where the signals transmitted and the channel coefficients must be estimated according to lineal and instantaneous mixtures (observations). Orthogonal structure required by Alamouti codification allows us to solve this problem by decomposing eigenvalues and eigenvectors of matrices calculated from different statistics of the observations. These algorithms could be classified as those using second order statistics and those using higher order statistics.
Algorithms based on second order statistics work with correlation matrix of observations. They are computationally less expensive, but require a lineal precoder in order to balance the power of the signals transmitted. One of our contributions is being able to determine in an empirical way how the power decompensation should be done in order to reduce the proabibility of error in the system.
On the other hand, algorithms dealing with high level statistics are based on diagonalize one or several high level cumulant matrices deriving into a major computational cost in the receiver. As an advantage we must point out that they do not require to include a lineal precoder to do the power decompensation. In this work we will prove that the output of these techniques depends on the level of eigenvalue of the diagonalized matrix spreading. This idea will be used by us in order to achieve the optimal cumulant matrix and also to propose a new algorithm that increases the output in relation to those already proposed by other authors.
Another important contribution of this present study is to propose a detailed comparison between channel estimation techniques in simulated scenarios, considering channels with Rayleigh and Rice distribution, and in real scenarios in ISM of 2.4 GHz band, by using a MIMO testbed developed in Universidade da Coruña.


2 posts • Page 1 of 1
Hi. After some successful tests of the Server from an old Win7 system, I'm trying to move to a Linux system that is much faster. Host and Server both installed fine. Host accesses the printer fine directly over the /dev/ttyUSB0 connection. However, even though Server is running (obviously, I test this when Host isn't connected!) Server does not appear to communicate with the printer at all (e.g., no LED activity on the printer board). I can access Server on that system via a local or remote browser, but no matter what I do there's no evidence of Server even trying to talk to the printer on that USB port (and dmesg confirms it is the correct port). Yet again, Host can talk to that printer perfectly well from the same system on /dev/ttyUSB0. Any ideas? Thanks!


Rivetz and Telefónica join forces to develop innovative new mobile security protocols for blockchain transactions and messaging.
Their solution leverages dual encryption using both the Trusted Execution Environment (TEE) built into billions of smartphones and the advanced encryption SIMs deployed by Telefónica. Dual encryption through the TEE and the SIM provides multiple layers of security to provide world-class hardware-based security for mobile users.
The collaboration will explore how to deliver a new, decentralized model for enhanced security and data controls, improving consumer applications that include secure messaging and cryptocurrency wallets. Rivetz and Telefónica will further explore new business models to simplify and automate backup and recovery and existing user identity information by enabling millions of endpoints to tap into already existing – but unused – mobile hardware security.
“Trusted computing technologies are not an end by themselves, but are an opportunity to improve mobile users’ security, providing a research and innovation framework in the context of cybersecurity,” said Sergio de los Santos, head of the Discovery and Innovation Lab at Telefónica – ElevenPaths.
The global rise of blockchain projects and IoT requires a decentralized cybersecurity model, and this collaboration will combine Telefónica’s advanced network security services through its cybersecurity unit, ElevenPaths, with Rivetz’s trusted computing and blockchain-based solutions to provide state-of-the-art cybersecurity protections.
The partners will leverage isolated roots of trust in the hardware and in the SIM to enable split-key encryption and offer state-of-the-art protection of consumer assets and data. The solution is expected to use both blockchain and trusted computing technology to provide cybersecurity controls and protection to hold multiple cryptocurrencies, assuring the digital assets and processes are protected within a device’s hardware. Rivetz and Telefónica aim to accelerate existing efforts in privacy, data compliance and security, facilitating the revolution in information integrity and assurance driven by enhancing the quality of transactions.
“Blockchain access and secure messaging are core building blocks to automating the user experience when it comes to digital services,” said Steven Sprague, CEO of Rivetz. “We’re honored to partner with Telefónica to explore how to fully leverage the embedded cybersecurity technologies of mobile to deliver next-generation data services and business models to enhance the quality of subscriber relationships.”
The Rivetz technology has been in an active beta test since January 2018, providing a strong foundation for the enhancement of security achieved by the integration of the SIM-protected key management. The enhanced solution will be integrated into Rivetz’s existing application developer solution, which will be available to select partners later this quarter. Application providers will be able to easily integrate this solution, thus increasing data security, transactional quality and value of services delivered to users through their devices. This system will provide provable cybersecurity controls on the blockchain for next-generation data compliance.
The post Rivetz and Telefónica to Create Blockchain-Based Security for the Mobile User appeared first on The Daily Hodl.
Source: Daily HODL
Original Post: Rivetz and Telefónica to Create Blockchain-Based Security for the Mobile User


Edgeworx To Demonstrate Edge Computing Capabilities At Internet Of Things World Asia 2018
Company co-founder and CEO to speak at Eclipse IoT Day conference
SAN JOSE, CALIFORNIA - September 17, 2018- Edgeworx announced today its participation in the Internet of Things (IoT) World Asia conference. The company will be demonstrating its open-source technology, ioFog, which turns any device into a software platform, at booth IoT41. IoT World attendees will learn that, with Edgeworx, they can now build IoT software for the edge, with different use cases, using the same types of tools that they use for the cloud.
Kilton Hopkins, the company's co-founder and chief executive officer, will be part of Eclipse IoT Day, the pre-conference workshop taking place on September 18, at 9 a.m. local time: https://tmt.knect365.com/iot-world-asia/agenda/1.
Edgeworx is an edge computing startup based in Silicon Valley. The technology, ioFog, which is open-sourced under the Eclipse foundation, turns any device into a software platform. Edgeworx provides an open environment with microservices mimicking the cloud to allow revenue-generating applications such as analytics and AI/ML to be easily deployed at the edge with a single touch. A dynamic peer-to-peer mesh network enables users to run applications where the data is generated, without the round trip to the cloud, avoiding costly bandwidth and latency. Edgeworx turns the edge from a vulnerable attack surface into a secure defense surface, whereby having more edge devices actually strengthens security. For more information, visit http://www.edgeworx.io or follow us on Twitter at www.twitter.com/edgeworxio.
# # #


Welcome to East-West Innovation. We solve difficult engineering problems and produce innovative solutions to challenging design requirements. Our knowledgeable staff of engineers are dedicated in providing a complete solution to your design needs, including design consulting services, concept design, systems architecture, analysis and simulation, detailed circuit design, prototype development and productization. Additionally, East-West Innovation offers innovative solutions to reduce IC power consumption and to improve power-grid integrity -- 267-940-4240
Who We Are
East-West Innovation is a team of engineers with a knack for delivering innovative engineering design solutions to the most challenging requirements . Our founders have over half a century of combined industry experience in advanced product development and have produced over 35 U.S. patents in the fields of low-power circuits, communications, electronic systems, signal integrity, circuit design and microelectronics.
Our leadership team has managed and applied unparalleled knowledge and experience in product development for Fortune 100 companies and US government agencies. Our engineering team has decades of design and systems engineering experience in development of advanced Spacecraft Systems, Military Systems, and Commercial Communications Systems including systems engineering architecture, analog sensor, transducers, motor control, power management via analog and digital techniques, low-noise design and mixed-signal method, high-speed digital design and simulation. The EWI team brings a diverse background in technology and extensive product development experience from high-technology start-ups to large-cap international corporations.
Our Core Values
- TECHNICAL and PROFESSIONAL EXCELLENCE: We are committed to delivering first-pass design success, high-quality products with timeliness, meeting or exceeding customers’ expectations. We aim to deliver sound and innovative technical solutions.
- CUSTOMER FOCUS: We seek to understand every detail of our customers' requirements and to be responsive to all of their needs. We strive to exceed all expectations from the customer.
- ETHICS and INTEGRITY: At East-West Innovation, ethics are our foundation. We remain steadfastly committed to our principles. We uphold the highest standards of engineering ethical behavior and professional integrity.


ChinaOpticsNet.com is an organization formed by some prominent manufacturers in China Optical Industry to provide high quality and cost effective OEM solution for customized optical system needs. The headquarter of ChinaOpticsNet is located in Changchun, China with regional sales offices in USA, Canada, Japan and Brazil. ChinaOpticsNet committed to provide our customers with the best total value in industrial optical products and OEM design. We have full quality control and quality assurance, outstanding customer support, and value added services through high optical industry technology standards.
ChinaOpticsNet offers one of the most comprehensive ranges of optical products, such as products in Optics (Optical Components), Laser Accessories, Fiber Optics and Accessories, Imaging and Cameras, Light Sources & Illumination, Coating, Optoelectronics and Materials. ChinaOpticsNet has wide supplier connections in Chinese optical industries and world market penetration.
to ChinaOpticsNet's mission are the following goals:
To distribute high quality and cost effective products
serve our customers with today's finest solution in optical industry
achieve our mission via Quality, Integrity, and Commitment to excellence


Case Study: Crimped cable pull-off force
Amphenol is a global interconnect specialist; a world leader in the design, manufacture and supply of high-performance interconnect systems. Among its key markets are military and aerospace, requiring the ultimate in quality and reliability for safety-critical and harsh environment applications. The company already utilised Mecmesin products, however the load capacity of Amphenol’s in-house equipment was such that components with pull-off forces greater than 5 kN had to be sub-contracted out for testing. To enable the tensile strength testing of larger contacts internally at its UK site, a tensometer system capable of measuring higher loads was needed.
Mecmesin supplied a twin column universal testing machine, rated to 50 kN, with three interchangeable loadcells matched to the expected peak forces in a range of Amphenol’s connector product lines. Measurement accuracy is optimised where the recorded value is close to the full-scale capacity of the loadcell. The main test standards followed are MIL-DTL-22520 and DEF-STAN 59-71, where crimp samples are tested to destruction, either as a means of calibrating the manufacturing crimp tools, or to gather data for developing new connector product ranges. Appropriate gripping is vital to secure the joint and allow the crimped contact to be freely pulled from the cable. The MultiTest 50-xt UTM is operated via a clear and easy-to-use touch screen interface, with software control to ensure that the test procedure is performed with reproducibility and repeatability. The motorised test stand guarantees that constant speed is able to be applied, as per the MIL standard. The modern, intuitive, programming ability enables calculations to be performed on the test data, to return essential information regarding the performance of the connector. The screen also gives and clear, immediate, display of the force profile graphs—providing valuable insight into the crimp’s failure modes and behaviour. Investment in the capability to perform high force tensile strength testing of crimp joints in-house has enabled Amphenol to reduce costs and improve testing turnaround, further demonstrating the company’s commitment to engineering and service excellence.
“Purchase of the MultiTest 50-xt has allowed us to extend the range of products we can test in-house and obtain more information about the failure mode of the samples.”
Erica Moore, Test and EHS Manager, Amphenol


u-blox is a global technology leader in positioning and wireless communication in automotive, industrial, and consumer markets. Their smart and reliable solutions, services and products let people, vehicles, and machines determine their precise position and communicate wirelessly over cellular and short-range networks. With a broad portfolio of chips, modules, and secure data services and connectivity, u blox is uniquely positioned to empower its customers to develop innovative and reliable solutions for the Internet of Things, quickly and cost effectively. With headquarters in Thalwil, Switzerland, the company is globally present with offices in Europe, Asia, and the USA.
EU countries: 23
Outside EU: 23
Explore the ESMIG synergy, join us and shape the future of smart energy industry


Charging is one of the main obstacles of fully autonomous systems e.g. drones and electric cars. Our wireless charging technology offers an elegant solution with high-tolerance to misalignment, low-weight and high-power capabilities.
e-scooters & e-bikes
Electric scooters are becoming popular in cities around the world, and therefore charging infrastructure is urgently needed. Compared to cable charging solutions, our wireless power technology is more convenient, robust, weather-proof and safer.
People have to charge multiple devices everyday. Our wireless power technology offers an elegant solution by charging multiple different devices concurrently with a single transmit pad.


Download PDF of detailed CV: LLDGeneralResume
I believe in collaboration as the means to achieve the impossible.
I am driven to figure systems out, make things work better, identify opportunities and enable groups of people to achieve great things. I have repeatedly built organizations and technology, introduced innovative ideas, and led people to see things in a new light. I have worked with the Internet – technologies, institutions, and policy – to help it grow and act as an enabler for many.
Areas of Expertise
|Executive leadership – 20+ years experience in management within corporations and industry institutions
Strategic initiatives – from inception to successful conclusion
|Deep Internet industry expertise and connections – vendors, operators, Internet institutions
Public leadership – leading organizations to public consensus
|Comprehensive understanding of Internet technology, standards and operations
Long time Internet standards (IETF) participant
Published author and invited public speaker
Selected Career Highlights
When I joined the Internet Society, the mission-driven, not-for-profit organization had made significant contributions to leading the Internet community in the early days of “Internet governance” discussions, but was not equipped to provide leadership in addressing the significant technical issues increasingly stifling the Internet’s development.
- As the organization’s first Chief Internet Technology Officer, I built and led a team of experts to create collaborative activities with and for network operators and other Internet technical corporations. These activities included the World IPv6 Day and World IPv6 Launch, which changed the course of IPv6 deployment, globally, and put the Internet Society organization on the map of go-to organizations to foster Internet-supporting technical industry action.
Internet-wide technology problems can’t be solved by any single corporation on its own.
- I have remained active as an independent professional, successfully establishing and running several funded projects to draw in experts from across the networking industry to gain agreement on how to address, in a collaborative fashion, timely topics such as routing security and network measurements
In the early 2000’s, the Internet Engineering Task Force was at a critical juncture of its growth, and was being held back by the ad hoc support for its administration.
- I worked from my role as Chair of the Internet Architecture Board to lead the organization to public consensus to create and operate its own administrative support – taking responsibility for all expenses, contracting and growth of the organization.


The Federal Communications Commission on Thursday said it would ban paid satellite radio service providers from the Uncarrier program, saying the move could have a negative impact on consumers and hamper the efforts of carriers to build a market for affordable wireless services.
Under the program, carriers must offer affordable wireless service to consumers, and pay a fee to their own network operators to cover the costs of providing those services.
The FCC voted 3-2 to ban pay-for-play services in the program last year.
It has repeatedly been criticized by consumer advocates for allowing pay-to-play companies to reap benefits from the program without giving consumers a fair shake.
The decision to ban paid services from the network operator program is the first time the FCC has ruled that paid satellite services are not covered by the program.
It was a surprise move that had not been anticipated by the carriers or their lobbyists.
The move to bar paid services comes as the FCC considers how to implement rules to prevent broadband providers from charging customers more to access their networks.
The FCC has said it will seek to reinstate paid services by 2018, but many experts are skeptical that will happen.
The companies in question include AT&T, Verizon, and Charter Communications, along with several smaller competitors, such as Dish Network and Comcast.
The carriers say they have been fighting against pay-per-play practices for years.
In 2016, AT&am, the country’s second-largest cable company, sued Comcast to stop it from using the network operators program to subsidize its video services.
That suit was settled in 2016.
The telecom industry has said the program has allowed carriers to avoid the cost of providing high-speed internet to their customers and to avoid paying for the equipment and network infrastructure needed to deploy and maintain those networks.
But some consumer advocates say the program benefits only a small segment of the internet market and that it harms consumers by limiting the ability of smaller players to build networks and offer cheaper services.
In recent months, the FCC, which is led by Republican Ajit Pai, has taken a number of steps to reduce competition and support small and midsize internet service providers.


STAY IN CHARGE
If you own an iPhone or iPad, you can stream high-quality sound directly to your BEYOND Z hearing aids.
That means that you can listen to what you want, where you want – without compromising on sound quality.
Have an Android phone? You can stream music to your hearing aids via one of our many DEX accessories.
IN ANY ENVIRONMENT
BEYOND Z is designed to provide you with the most comfortable and natural sound in all listening situations, while also optimising speech understanding.
OUT OF CHARGE? NOT A PROBLEM.
You will seldom run out of power with BEYOND Z, but should you be far from a power outlet, simply swap the rechargeable battery for a regular zinc-air battery.
With the BEYOND app, you can adjust sound settings and listening preferences, use your own pictures and create sound templates for specific listening situations.


LiveRelay Selects Octoshape to Make “Group-Watch” a Reality
Social TV Entertainment Platform Powers Up with Infinite HD-M
Phoenix – January 7, 2014 – LiveRelay, a revolutionary social TV platform, announced today that it has selected Octoshape, an industry leader in cloud-based streaming technology, to serve as the infrastructure beneath its Relay TV social media platform. This platform enables consumers to connect with friends and chat directly through their television.
LiveRelay, which targets socially connected TV viewers in the United States, offers a unique TV viewing experience that includes the ability to channel surf by what friends are watching. While watching the same show in different locations, viewers can talk and text each other through the TV.
“LiveRelay TV is the next big thing in social TV. Viewers can watch with friends as if they are in the same room together without the complexity of a second screen application,” said Kye Cheung, CEO of LiveRelay. “Our powerful technology is dependent upon reliable connections Octoshape provides to our end users. Octoshape is also able to provide the low buffering times we needed to mimic the TV-like experience users are accustomed to.”
Octoshape’s renowned video acceleration network provides a differentiated, patented technology platform that enables the evolution of global, cloud-based broadband TV. The patented routing algorithms combined with the suite of multicast technologies enable operators TV quality while enabling cost effective commercial models for premium content owners to reach millions of subscribers worldwide.
“Providing the content delivery network for LiveRelay’s unique social TV platform gave Octoshape the opportunity to partner yet again with one of the most innovative companies in the OTT IPTV space,” said Michael Koehn Milland, CEO of Octoshape. “By combining live and catch-up TV together with strong social media integration, we believe that LiveRelay has a compelling offer for this fast growing market.”
Octoshape’s technologies are adopted by leading broadcasters, content owners and technology providers in the world enabling them with TV Everywhere and OTT IPTV services at the highest possible quality. The global broadband TV platform outperforms traditional content delivery technologies across all key metrics, including startup time, buffer time; quality and view time.
Streaming media innovator Octoshape provides the enabling technology required to bring TV quality, TV scale and TV economics to the public Internet. The company is writing the next chapter of content delivery for broadband IPTV services. The Octoshape approach is more scalable, flexible and affordable than traditional content delivery (CDN) schemes, while providing feature-rich, high-quality viewing to the largest of audiences.
For more information visit www.octoshape.com
Sr. Director Marketing & Communications
About LiveRelay, Inc.
LiveRelay is an IPTV service platform that puts social media into TV. Our RelayTV platform offers viewers a simple and powerful interface with rich social networking features not available with traditional IPTV offerings. New social TV concept of “group-watch” can increase customer reach and stimulate viewer involvement. For a free demo, call (858) 348-1710.
For more information, visit rtv-wp.localhost
For LiveRelay, Inc.:
Director of Marketing


Mobile Application Development
Proliferation of mobile phones has opened up new avenues for enterprises. Today, many businesses equip the workforce with smart phone devices, enhancing productivity and deriving efficiency from business processes. The mobile phone serves a new generation driving service delivery and technology consumption to a new level. It has evolved into a new computing platform, bringing in improved technology prospects and effective communication.
In this era of mobile revolution, Lexon Loyde brings the most effective communication and technology patterns along with next generation mobile application development to help business capitalize on this booming technology . With years of experience in mobile networking, we can deliver high performance, low cost applications for many devices and platforms. By utilizing superior quality application development processes and services, we design dynamic applications that specifically suit high-tech smart phones. We employ the best debugging tools, emulators, and codes to ensure continuous performance in all of our high quality mobile applications.
Why Choose Lexon Loyde?
Lexon Loyde, with its expert proficiency and years of experience, offers the best mobile computing services based on diverse technology platforms like Embedded VC++ Software Development, J2ME application development, MFC, Microsoft Compact Framework, and many others. We have demonstrated vivid mobile computing strength by designing and developing different smart architectures like Production Planning, Mobile Computing Framework, Reporting System, and other vital robust platforms.
With a competent team of technology professionals, we execute smart projects for mobile application development, PDA application development, pocket PC, smart phones, PDA design, and cell phone applications. We have also designed and developed mobile computing solutions on different devices like Windows, JAVA enabled, Symbian, Blackberry, and other hand held devices. Lexon Loyde delivers expertise in mobile solutions that work effectively in pseudo online or real time online, supporting direct printing. To make it more convenient for our clients, we work in wired and different types of wireless modes like Infrared, Bluetooth, Wi-Fi, GPRS, and GSM.
Mobile Application Development Solutions for your Business
With mobile application development solutions, Lexon Loyde is highly effective for organizations that have an existing internet application. We offer quick turnaround and redesign existing applications, which are extended into a wireless environment. The mobile solutions at Lexon Loyde are developed capitalizing on cutting edge technology, thus, delivering an innovative wireless application that enhances productivity, cut costs, and generate higher revenues for our clients.
Lexon Loyde has designed and developed mobile applications for diverse business verticals, including SMS management, sales and distribution, surveys and promotion, restaurant management, and other effective solutions for business enterprises.


With iOS 7, Apple introduced two new powerful frameworks — Multipeer Connectivity and iBeacons. Using these two technologies, it is possible to create applications that stay detached from the cloud, but still communicate with each other. With Multipeer Connectivity, nearby applications can discover, connect and exchange data between them without being connected to an external network/WAN. Moreover it works seamlessly over WiFi or Bluetooth on any iOS device with Bluetooth LE capabilities.
Developers have already started leveraging this new feature in their apps. One of the apps that recently made the news is FireChat, which allows you to chat with nearby people using Multipeer Connectivity. The other obvious application of Multipeer Connectivity is in file transfer applications. The most popular among them is Apple’s Airdrop. Yes, you no longer have to email yourself files just to view them on a different device!
From a developer’s point of view, the API is quite straight forward and high level. Its easy to integrate peer-to-peer networking in your application without any prior knowledge/experience about peer-to-peer networks or their protocols. It also has configurable security and reliability levels. The API nicely abstracts the process of discovering and connecting to devices. In practice, a developer doesn’t even need to know if connections are made over WiFi or Bluetooth. Moreover, the Multipeer Connectivity framework is thread safe and applications can create and maintain connections even when in the background.
But there still is one tough nut to crack — applications cannot relaunch themselves after they have been quit. So a chat/file transfer application would require all participating users to first launch the app to be able to communicate with each other. Yes, you could send a push notification when you want to send a file to someone nearby, but that introduces the cloud in the loop and just defeats the purpose of Multipeer Connectivity. And adding an unneeded location background mode to your application solely to keep it from getting killed by the OS is just unethical.
With iBeacons, we can solve this issue elegantly. Beacons are devices that continuously advertise themselves using Bluetooth LE. Any iOS device/Mac with BLE hardware can be turned into a beacon using the Core Bluetooth framework. The Core Location framework has new APIs to detect and range these beacons. This is similar to geographical region monitoring previously added to the Core Location framework, except it uses Bluetooth instead of GPS/WiFi. Applications get notified whenever they enter or exit a beacon region. If the application has been quit or suspended, it is relaunched and notified on entering a beacon region. With iBeacons, an application has the power to launch applications on nearby devices and communicate with them.
So when the user of our file transfer application opens the app to send a file, it starts advertising a beacon region. This simulates a beacon entry event for all nearby apps monitoring this beacon. These apps are then launched by iOS and can form a peer-to-peer network in the background. They can freely exchange data among themselves without any user interaction. Where user interaction is required, local notifications will do the job!
File transfer and chat are the most obvious uses cases of Multipeer Connectivity. But it has many more interesting applications. With iOS 7 Apple also introduced Background App Refresh — a feature that lets applications periodically check for and download new content when in the background. Feed readers/news applications are already using this to keep themselves updated whenever they get a chance. iOS, however, does not guarantee any specific period/slot for background app refresh. This can be made better with yet another feature introduced in iOS 7 — Silent Push Notifications, which allows applications to be remotely notified when new content is available. When an application receives a silent push notification, it can fetch the new content in background and update its user interface, ready for the user!
The Multipeer Connectivity/iBeacon combo can also be used for this. Whenever an application fetches the latest news, it can relay this to other applications on nearby devices. This could be further improvised as a cross-device resource cache, where resources downloaded by one application are shared with applications on nearby devices. Before an application makes a server request for some resource, it can first check if there are any devices nearby that have what its looking for. If they do, it can completely avoid the server call and fetch the content from one of them. This could also work for promotional content — when an application receives some promotional content, it can wake up nearby applications and inform them about it, which in-turn inform their users with a local notification.
Multiplayer gaming and augmented reality applications can also benefit from this. A fitness/running application, for example, can allow its users to compete against each other in real time using beacons and Multipeer Connectivity. Games have been using the peer-to-peer APIs of Game Kit for a while now to create multiplayer gaming sessions with nearby gamers. Multipeer Connectivity, in fact, is based on these APIs previously added to Game Kit.
These are just some of the applications we can think of about these powerful new features of iOS 7. At Leftshift, we find a use for these in almost every new application that we work on. But the fact that this combo requires app users to be physically in the vicinity of each other limits their use. We also found the APIs a bit unreliable, with random connection drops and glitches. But we can certainly expect them to be more robust and reliable in the coming iOS versions. The other thing that surprised us was the lack of support for Multipeer Connectivity on Mac OS X, considering the fact that OS X already has Airdrop for a few years now (first introduced with OS X Lion). We do expect Apple to bring this framework to OS X, which would just make things more interesting.
For iBeacons, Radius Networks has an excellent blog post and accompanying sample code, which investigates how iBeacons work in the background and foreground.
And if you IRC, you can always ping me in #iphonedev/#macdev on freenode. I’m the pretty_function that idles over there.


Emergency? You Can Now Text 9-1-1 From Anywhere in Southwestern Pennsylvania
Previously available only in Allegheny County, the option to text emergency services has now been expanded across the region.
Everyone knows to call 9-1-1 if there’s an emergency, but now, wireless customers across all of southwestern Pennsylvania can text 9-1-1, too.
Allegheny County began using this Text 9-1-1 feature in 2014, but residents and visitors lost that option as soon as they crossed over into neighboring counties. But thanks to the Southwestern Pennsylvania Emergency Response Regional Task Force, those borders are now blurred.
Folks are still encouraged to call when possible, but the option to text helps those with hearing and speech impediments, or those who are in a situation in which it could be dangerous to place a call, communicate effectively with emergency services.
When texting, send a short but detailed text message, including the location of your emergency, your municipality, the reason for your emergency and what type of help is needed — fire, ambulance, police, etc. You may be asked by the operator to answer questions and/or follow instructions.
Use simple words and avoid slang. Also avoid sending photos or videos or including 9-1-1 in a group text, too — these are features the system is currently not equipped to use.
Deactivated phones will not be able to text 9-1-1; a text or data plan is required to use this service. The Text 9-1-1 feature also won’t be available if a phone is roaming, and some carriers are not yet ready to offer this capability. If the service isn’t available, you’ll receive a “bounce back” message urging you to contact 9-1-1 by other means.


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PGP – Pretty Good Privacy – encryption is a secure and confidential way to send messages by email. At our end, we use some of the anonymising technology (such as the Tor network and the Tails operating system) which journalists working on the Edward Snowden revelations used. Follow these instructions and use the Tails operating system to encrypt your message with PGP. Use the built-in Tor browser within Tails to email from a fresh RiseUp email address. If done correctly, your confidentiality is assured.
- HKPF’s latest PGP public key and email address.


Learn how SMTP works and its role in the email process. For more details visit: https://www.godaddy.com/help/what-are-smtp-relays-345?cvosrc=video.youtube_organic.us_how-to&cvo_creative=tmE9OqjdK7sisc=ythowto
Hi there! In this video, you’ll learn what SMTP is and how it works.
SMTP stands for Simple Mail Transfer Protocol. While POP and IMAP are protocols that allow you to retrieve email from a mail server, SMTP is the protocol that allows you to send email to a mail server. Specifically, the SMTP protocol is used to send email from an email client to your email provider’s mail server, and to send email between two mail servers on the Internet.
When you use a free email provider, your email address uses their domain name and in turn they allow you to use their email servers.
If you use their webmail site to read and send email, they handle the email server settings that direct your incoming and outgoing emails.
However, if you want to use a local email client, like MS Outlook, Apple Mail or Mozilla Thunderbird, you’ll need to enter your email provider’s incoming and outgoing mail server settings when you set up your client.
The Incoming server setting tells the email client where it can retrieve your email from, and the outgoing mail server setting tells the email client where it can send your email to. The outgoing server setting is also known as the SMTP server setting.
Let’s focus on the send mail process and role SMTP servers play in it.
Meet Maggie; her email address is email@example.com . Though Maggie is using Yahoo! as her free email service provider, she likes to use the email client, Microsoft Outlook, for composing, reading and sending her email.
To make sure Outlook can communicate to with Yahoo’s mail servers, she entered Yahoo’s! email server settings when she configured MS Outlook.
Maggie writes an email to her friend Rob using MS Outlook. When she clicks Send, MS Outlook sends Rob’s email address; her email address; and the body of the message to Yahoo’s SMTP server.
Upon receipt, the Yahoo! SMTP server breaks Rob’s email address into two parts: the recipient ID, or what displays in front of the ‘at’ sign, and the domain name or what displays after the ‘at’ sign.
The Yahoo! SMTP server then goes out to the Internet, and through a series of server conversations, locates the SMTP server for the domain name, Gmail.com. The Yahoo! SMTP server passes Maggie’s email to Gmail SMTP server.
Once Maggie’s email arrives at Gmail’s SMTP server, it remains there until Rob, logs into his Gmail account and retrieves the email.
Let’s recap: SMTP is the protocol that allows you to send emails from an email client to a mail server. Once on a sender’s outgoing email server, SMTP uses the domain name in an email address to locate the recipient’s email server, where the email remains until the recipient retrieves it.
#SMTP #WhatIsSMTP #SMTPserver #SMTPrelay


Nokia 107 Dual SIM Price: Rs.2750 (USD.25$) SIM Dual SIM [ads2] Status Coming Soon in PAKISTAN What Key Features Li-Ion 1020 mAh battery (BL-5C) + Flash Light microSD card (supports up to 16GB) Full Phone Specifications: [ads1] Body & Display Measurement 112.9 x 47.5 x 14.9 mm, 70.6 cc (4.44 x 1.87 x 0.59 in) Weight 75.8 grams + Flash light Display Size 1.8 inches (128 x 160 pixels(~114 ppi pixel density)) Display Type TFT, 65K colors Hardware & Software Storage/SD Card microSD card (supports up to 16GB) Internal/RAM Phonebook entries upto 500+ 4MB RAM Battery & Sound Specifications Battery Li-Ion 1020 mAh battery (BL-5C) Battery Timing Stand-by upto 574 hours, talk time: upto 12 hours and 30 min.,music time upto 35 hours Alert Types Vibration; Polyphonic(32) 3.5 mm Jack Yes Loud Speaker Yes Connectivity USB Yes only for charging 2G Yes, GSM: 850 / 900 / 1800 / 1900 Miscellaneous Features Sensors No Browser No Messaging SMS GPS No Radio Yes ,FM Radio[ads2] Available Colors Black,White,Red Misc.Apps MP3 player Digital clock,Calculator, Calendar, Converter Expense manager See More: [ads2] Share this:ShareTweetEmailPrintNokia 107 Dual SIM Full SpecificationMobile -Price in PakistanRs. 2,750/- (27$) SIMs/NetworksDual SIM ,Mini SIM Supported Netowrks: 2G-Dimensions(112.9 x 47.5 x 14.9 mm ) ( 4.44 x 1.87 x 0.59 inches )-Weight75.8 grams (2.67 ounces )-Display Size1.8 inches128 x 160(pixels) ~114 ppi-Display TypeTFT 65K-ColorsBlack, White, Red, -Processor -OSWindows, version:n/a-Memory/StorageRAM:, Internal Memory: ROM, Expansion/Card: supports up to(16 GB) micro SDcard-Sensors-BatteryLi-Ion 1020mAh battery Stand-by: Up to 576 h Talk Time: Up to 12 h 40 min-PhonebookUp to 35 h-JavaYES-Connectivity-2G Network BandsGSM 900 / 1800 - SIM 1 & SIM 2-Misc. FeaturesLoudspeaker, 3.5mm jack-DisclaimerPak Mobile Price update Nokia 107 Dual SIM price / rate in Pakistan according to local shops and dealers of Pakistan.However, we can not give you insurance about price of Nokia 107 Dual SIMMobile because Human error is possible. We advise you please visit local shop for exact cell phone cost or mobile phone rate. Nokia 107 Dual SIM price Pakistan.Nokia 107 Dual SIM Price in Pakistan - Discussion,Opinions and Reviews Share your views about Nokia 107 Dual SIM price or rate and Key features of this MobileYour opinion or review about Nokia Pakistan and helps Mobile Phones or Smartphones users for online shopping in Pakistan.PakMobilePrice helps Pakistani cellphones Users to choose handset or mobile phone according to his needs and required features. Note: 1- Mobile price or rate given above is in Pakistani currency and automatically converted into USA dollars according to international $ rate in Pakistan.2- Mobile price mentioned at the top of this specs page is according to rate in main cities of Pakistan(Islamabad,Lahore, Karachi,Peshawar, Quetta and Muzaffarabad). These rates are not final because fluctuations in prices are there. So, please visit your city local mobile phone market or Nokia dealer shop to get exact price.


WEA Wireless Emergency Alert Cell Broadcast
Note that most if not everyone who possesses a cell phone will get a “Wireless Emergency Alert” (WEA) TEST today after 2:18pm.
Very interesting to see what comes of this new system. Perhaps the President will use it for good.
You never know, right?
Here’s more about this fruity system:
Wireless Emergency Alerts (WEA)
The Wireless Emergency Alerts system is an essential part of America’s emergency preparedness. Since its launch in 2012, the WEA system been used more than 40,000 times to warn the public about dangerous weather, missing children, and other critical situations – all through alerts on compatible cell phones and other mobile devices.
WEA is a public safety system that allows customers who own certain wireless phones and other compatible mobile devices to receive geographically-targeted, text-like messages alerting them of imminent threats to safety in their area.
WEA enables government officials to target emergency alerts to specific geographic areas – lower Manhattan, for example.
WEA was established in 2008 pursuant to the Warning, Alert and Response Network (WARN) Act and became operational in 2012.
Wireless companies volunteer to participate in WEA, which is the result of a unique public/private partnership between the FCC, FEMA and the wireless industry to enhance public safety.
FAQs about WEA
- How does WEA work?
Authorized national, state or local government authorities may send alerts regarding public safety emergencies – such as evacuation orders or shelter-in-place orders due to severe weather, a terrorist threat or chemical spill – using WEA.
The alerts from authenticated public safety officials are sent through FEMA’s Integrated Public Alert and Warning System (IPAWS) to participating wireless carriers, which then push the alerts to mobile devices in the affected area.
- Who receives the alerts?
Alerts are broadcast to coverage areas that best approximate the zone of an emergency. (Beginning November 30, 2019, participating wireless providers must improve geo-targeting of alerts even further.) Mobile devices in the alert zone will receive the alert. This means that if an alert is sent to a zone in New York, all WEA-capable mobile devices in that zone can receive the alert, even if they are roaming or visiting from another state. In other words, a customer visiting from Chicago would receive alerts in New York so long as they have a WEA-enabled mobile device in the alert zone.


Apple has a new patented invention, and it is an advanced device that would be incorporated into a set of earbuds or headsets in order for them to be capable of collecting important data like body temperature and heart rate, among others. The device also appear to have a specific purpose since the patent calls it a sports monitoring system.
According to the U.S. Patent No. 9,497,534, the monitoring system will be helpful in many ways, such as monitoring user activity when a user is exercising or engaging in sports activities. In addition, the device would also come in handy since it’s designed to control other electronic devices.
Based on the official document, Apple has been working on this monitoring system for some time now. The first time that the Cupertino giant applied for a patent of this kind of technology was way back in 2007. The company moved forward by creating a patent continuation in 2008. The tech giant was finally issued the official patent for the invention in February 2014. All of which are referenced in the new patent.
Back in 2008, Apple’s patent application specified that the sports monitoring system would be controlled by head gestures. However, PhoneArena has stated that the company may have realized how this manner of control would be inappropriate given that people would have to shake their heads left and right to control the device. Thus, Apple decided to come up with a revised version, and this time controls for the monitoring system rely on touch and voice commands.
In the illustration provided as part of the document, the earbuds that are featured have wires, so it’s not surprising if one would come up with a conclusion that the monitoring system would be incorporated into the EarPods. But AppleInsider believes this technology could actually be designed for the AirPods, since the wireless headphones already have some features that are detailed in the patent.
Unfortunately, AppleInsider says the integration of the sports monitoring system into the AirPods would be technically difficult. Also, knowing how Apple is already struggling to manufacture the current AirPods devices, it would be unlikely for the monitoring system to be added into the mix anytime soon.