iAthan SIP Software
we are a proud to offer iAthan SIP Software program that helps you know it’s time to pray. It is a one-time program that is downloaded to your device and will remind all company employees at prayer time by calling the Tray
iAthan SIP Software is a unique Islamic program that helps you to improve the management of your organization or company, iAthan SIP Software helps you to remember prayer times and perform them whenever you sit down to perform your work and know the times of the five obligatory prayers. Phones on the network within the institution or company via voice call to remind you that the time for prayer has come to perform it. All you have to do is adjust the settings for one time and the program will automatically call to prayer at every prayer time you choose. iAthan SIP Software contains all countries of the world and their cities, the time in each city, and the time differences in all these countries
Auto Paging Software for UC
iAthan SIP Software that makes communication even easier than dialing a phone is here. We are proud to introduce iAthan SIP Software, our software that integrates Athan calculation and SIP paging capabilities
5 Easy Steps to Start iAthan SIP Software Programme
InstalliAthan SIP Software
Adjust PBX settings
Create Sip Extension
Choose the muezzin
Add your auto paging actions
There are many obstacles to determining the correct prayer times, especially if you run a company or have a full-time job.
We are proud to introduce iAthan SIP Software, our software that integrates athan calculation and sip paging capabilities. Before iAthan SIP Software, there was nothing like it on the market. Athan is the Islamic “call to worship” and Muslims are required to pray at 5 specific times every day. These times used to be calculated based on the sun’s position, Nowadays Technology becoming a part of people’s life around the world and Muslims are among them , which facilitated our lives so much.
“Most of well knows UC vendors support open sip under ‘Third-party endpoint license’.”
iAthan SIP Software built based on Sip Protocol which opens interoperability with many unified communication systems. And it registers to IP/PBX as a soft phone extension.
Thanks to our innovative software, now you can easily set reminders for accurate prayer times based on your location. The program automatically calculates the correct time for you. When it is Athan time, it will transmit a voice message over the facility audio system or the speakers on individual devices.
Public Address System
“The SIP bridge enabling businesses to extend their existing public announcement speaker system while upgrading from digital/POTs systems into SIP-based voice communication solutions.” iAthan SIP Software working smoothly which makes them an ideal solution for various sectors (i.e. Schools, Hospitals, Hotels, Malls, showrooms, workshops, and factories.)
iAthan SIP Software can perform auto paging and also other functions such as manual paging and timer paging
iAthan SIP Software Features
- Paging recurrence capabilities (i.e. a certain day of the week.)
- Paging on auto-calculated Athan time
- Capable of paging certain Prayers each day
- Alert option before or after Athan time
- Option for the onetime skip of scheduled Athan page
- Plays any Athan file or any notification message
- Compatible with any device that is Sip capable


Screen Mirror Receiver
Mirror your iPhone, iPad screen to this page
The screen mirroring has finished
To start over, refresh the qrcodoe above or reload the page.
- Step 1: Make sure your devices are connected to the same network
- Step 2: Scan the QR code from our app to establish the connection
- Step 3: Tap the "Start" button from our app to begin screen mirror
Can't mirroring your screen? Checklist!
- Have you connected your devices to the same network?
- Have you scanned the QR code to setup the connection?
All screen recording is only transmitted via your own Wi-Fi network and not over the internet. Meanwhile, screen recording is only temporarily processed and transmitted, and does not require any of your device or browser local storage, thus is space free.


We Help to Implement Your Ideas into Automation
Smart Data is a renown bulk SMS provider offering services at affordable prices With a reliable and effective platform.
Bulk SMS services plays an important role in different industries as they use Bulk SMS to communicate with their existing and prospective customers and many more uses.
Nearly every tour and travel company use BULK SMS marketing to keep their customers informed and updated about their latest services and offers to deliver
messages to the mass audiences.
In a service industry Sending bulk SMS is one of the quick and economic sources of communication to remain in touch with customers for different industries.
Our bulk SMS portal is a web-based platform, and it enables our customers to
work safely and easily from their comfort zones.
Our SMS portal offers Group Bulk SMS messaging that enables you to send a single message to all your targeted audience with just a single click upon Creating a Group.
Different institutions have different needs. Our platform is enabled to provide customized messages to cater for specified needs of the client.
We allow the customers to register a sender’s ID with the mobile operator network. This ensures content authenticity but also promotes your Brand
To enjoy our BULK SMS services all that is required is;
• A signed copy of the Bulk SMS Contract (It can either be hand delivered or scanned)
• Get a Free Account from us on sms.smartd.co.ke
• Purchase SMS Credit Units
• Have an Internet Connection on a PC/Laptop or on a hand-held device
• Register a Sender’s ID
• Have a database of contacts
• Content/Text of the message to be sent


Click here for the Schedule
Wireless Industry Day will be a full day seminar co-located with IMS2013 showcasing emerging wireless technologies in the Pacific Northwest. From components to systems, the seminar will provide practical, application-oriented information to Symposium attendees as well as to the growing wireless community in the Pacific Northwest. Wireless Industry Day at IMS2013 provides a unique opportunity for the regional community and Symposium attendees to network, share their expertise, and learn about this rapidly growing market.
**REGISTRATION IS REQUIRED, FEES APPLY**
Wireless Industry Day Speakers and Topics:
NEW SPEAKER ADDED!
Abstract: Imagine a future where all wireless applications deploy confidently on every wireless operating system and device. Envision developers creating just one version of an app; and devices playing all video formats, thanks to a more harmonious network architecture. As consumers devour more gigs on mobile devices over LTE networks, conversations about the potential of an emerging IP Multimedia Subsystem (IMS) Core to fundamentally alter the wireless landscape are growing. Is it too much hype? Learn more about Verizon’s take on IMS at wireless industry day.
By Professor Yahya Rahmat-Samii, IEEE Fellow, University of California, Los Angeles
Abstract: The collective works of many scientists and engineers were captured in Maxwell, Hertz, Marconi and Shannon’s pioneering contributions to modern communications technologies. This has resulted in a widespread awareness of the critical role wireless services play in today’s communications-centered marketplace. Among many components critical in optimizing the efficient performance of modern communication devices, antennas play paramount role. In this presentation the following topics will be touched upon: (a) The age of personal and space communications, (b) modern electromagnetic numerical and evolutionary optimization techniques in antenna system designs, (c) personal communications antennas including human interactions and reconfigurable designs, (d) medical applications including wearable, RFID, implantable and ingestible systems, and (e) recent developments in meta-materials in electromagnetics system applications. Representative examples will be shown and future trends will be highlighted.
By Dr. Julio Navarro, Senior Technical Fellow, The Boeing Company, Seattle, WA
Abstract: The aerospace industry and many companies in the Northwest continue to adapt to the continuous technological advances, trends and challenges shaping the markets. One key area which has nearly limitless potential is in wireless technology. Due to a wide diversity in devices, device content, varying standards and various methods of delivery – choosing the correct approach for the application is a significant challenge. The wrong path not only delays one’s progress and expends valuable resources but also places us at a disadvantage with our competitors. This talk will discuss some on-going challenges which drive the bottom line of the aerospace industry and its suppliers.
Abstract: One of the toughest issues facing portable medical devices, especially as they make their way from the hospital to the home, is power consumption. Power needs for the wireless connections constrain architecture and limit applications to those capable of the battery needs of the technology. That is all about to change with the introduction of Bluetooth low energy technology specified in Bluetooth v4.0 that is making its way to designers and consumers today. Recent announcements by Microsoft and Apple supporting this new technology show its wide ranging deployment in standard computing and communications platforms. The stage is set to deploy truly low power wireless medical applications that have relied on custom components and platforms until now. This presentation discusses the available standardized wireless technologies available today and the potential applications. Further discussion introduces Bluetooth low energy and compares and contrasts its strengths and weaknesses in the typical medical application scenarios.
Prospects and Challenges for GHz to THz Technologies/Architectures for Future Wireless Communications
By Dr. Debabani Choudhury, IEEE Fellow, Senior Technologist, Intel Labs, Hillsboro, OR and Mr. Harry Skinner, Senior Principal Engineer, Intel Labs, Hillsboro, OR
Abstract: Proliferation of diverse wireless communication services as well as anytime, anywhere connectivity are becoming a norm in our day to day life. Communications using Machine-To-Machine (M2M), Peer-To-Peer (P2P) approaches are set to be the major growth areas and require high co-ordination between different wireless nodes. There is a major consensus that new wireless services based on new ways of using wireless technologies will grow exponentially in next few years. The need for high bandwidth wireless applications has also fuelled research into mobile communication systems capable of high data rate throughputs at short ranges. Researchers worldwide are working on various architectures including different variations of MIMO, MU-MIMO approaches to enhance the data rate. MM-wave and THz research communities are also projecting technologies for addressing the needs for ultra-high-data rate applications. Although some of the approaches look very interesting, implementation challenges remain for real usage cases. This presentation will discuss opportunities and challenges for some of the key technological advances and approaches at GHz to THz frequencies that are now emerging as possible components for wireless solutions of the future.
Radiated Performance Assessment of Wireless Communications Devices - An Operator’s Perspective
By Mr. Scott Prather, Lead Product Development Engineer, AT&T, Redmond, WA
Abstract: Wireless telecommunications have come a long way from the days of voice-only handsets. Today’s universe of wireless devices spans a diverse range of products; from handsets, smartphones, notebooks and tablet computers to medical monitoring devices and remote telemetry equipment. Looking forward, the applications for wireless technology seem almost unlimited. Since the wireless airlink is essential to the operation of these devices, it’s extremely important that their radiated performance meet certain minimum requirements in order to ensure a satisfactory customer experience while maintaining network capacity. However, because of the diversity of these devices, the assessment of radiated performance is not always straightforward and may require special considerations and techniques. This presentation addresses the radiated performance aspects of today’s wireless devices from a mobile network operator’s perspective. It focuses on the unique challenges associated with establishing radiated performance test requirements that allow for product design flexibility while ensuring that devices will meet customer expectations and maintain high network capacity.
Evaluating Over-The-Air Performance of MIMO Wireless Devices
By Dr. Michael Foegelle, Director of Technology Development, ETS-Lindgren, Cedar Park, TX
Abstract: Modern wireless devices utilize multiple antenna technologies including MIMO to improve the overall performance and available communication bandwidth in the same wireless spectrum. Traditional techniques for evaluating over-the-air radiated performance of wireless devices are not suitable for testing these technologies or evaluating the performance gain offered by the additional antennas. Instead, emerging techniques for testing these technologies rely on generating simulated multi-path environments that can replicate the interaction that the device under test would typically see in a real world environment. However, there are a range of different techniques vying for a standardized approach for industry certification of MIMO devices, each with its own pros and cons. This presentation will demonstrate the differences in a number of these concepts and provide a range of measured results showing the variation between good and bad wireless devices.


GSM Unlocked cell phone is compatible with carriers like AT&T, T-Mobile, H20, Simple Mobile, Consumer Cellular, Metro PCS, Cricket, GSM, Tracfone GSM, Ting GSM, Project Fi GSM and other prepaid carriers. The unlocked cell phone will NOT work with CDMA Carriers like Verizon, Sprint, Boost Mobile, Virgin mobile, CDMA, Tracfone CDMA, Total Wireless, Ting Wireless CDMA, Project Fi CDMA or U.S Cellular. CDMA carrier requires you to purchase their carrier branded phones only. Even if the listing says Unlocked it will not work with CDMA Carriers. Please contact your service provider to check fully compatibility of the phone & the network they operate on.
|2G||:||GSM 850 / 900 / 1800 / 1900 - SIM 1 & SIM 2
|3G||:||HSDPA 800 / 850 / 900 / 1700(AWS) / 1900 / 2100
|4G LTE||:||LTE band 1(2100), 2(1900), 3(1800), 4(1700/2100), 5(850), 7(2600), 8(900), 12(700), 17(700), 18(800), 19(800), 20(800), 25(1900), 26(850), 28(700), 29(700), 34(2000), 38(2600), 39(1900), 40(2300), 41(2500), 66(1700/2100)
|Release Date||:||2018, May|
|Network Status||:||Factory Unlocked
|SIM||:||Dual SIM (Nano-SIM, dual stand-by)|
|Dimension||:||155.7 x 75.4 x 7.8 mm (6.13 x 2.97 x 0.31 in)|
|Weight||:||177 g (6.24 oz)|
|Size||:||6.28 inches, 98.4 cm2 (~83.8% screen-to-body ratio)|
|Type||:||Optic AMOLED capacitive touchscreen, 16M colors|
|Resolution||:||1080 x 2280 pixels, 19:9 ratio|
|Screen Protection||:||Corning Gorilla Glass 5
- Oxygen OS 5.1.11
|Pixel Density||:||402 ppi density
|Rear Camera||:||Dual 16 MP, f/1.7, 25mm, 1/2.6", 1.22µm, OIS, PDAF|
|Features||:||Dual-LED flash, HDR, panorama|
|Video||:||2160p@30/60fps, 1080p@30/60/240fps, 720p@480fps, Auto HDR|
|Front Camera||:||16 MP, f/2.0, 25mm, 1/3", 1.0µm, Auto-HDR, 1080p (gyro-EIS)
|OS||:||Android 8.1 (Oreo)|
|Chip||:||Qualcomm SDM845 Snapdragon 845|
|CPU||:||Octa-core (4x2.8 GHz Kryo 385 Gold & 4x1.7 GHz Kryo 385 Silver)|
|USB||:||2.0, Type-C 1.0 reversible connector|
|Wi-Fi||:||802.11 a/b/g/n/ac, dual-band, WiFi Direct, DLNA, hotspot|
|Bluetooth||:||5.0, A2DP, LE, aptX HD|
|GPS||:||Yes, with A-GPS, GLONASS, BDS, GALILEO|
|Sensors||:||Fingerprint (rear-mounted), accelerometer, gyro, proximity, compass|
-Active noise cancellation with dedicated mic
- Dirac HD sound
|Capacity||:||Non-removable Li-Po 3300 mAh battery|
The Speed You Need.
Breeze through apps with little to no load times, or shift quickly between gaming, working and browsing. We didn’t design our features to win speed tests. We did it because we want to enable you to do more in less time.
More to see.
Experience our most immersive display ever. Whether you’re reading an article or browsing social media, our 19:9 display lets you see more at once.
Capture in no time.
Nail your shot before it slips away, with a dual camera system built for speed. Take clearer photos with Optical Image Stabilization. Using a 16MP + 20MP dual camera, this is where high resolution meets high speed.
The OnePlus way.
Crafted with precision and care, from the inside of every port to the curvature of every button. Great product design looks beyond the surface. Never Settle.
Guard against rain.
The OnePlus 6 is dust, splash, and water resistant, and was tested under controlled laboratory conditions. Dust, splash, and water resistance are not permanent conditions, normal wear and tear may decrease resistance over time. Do not attempt to charge or use the USB Type-C port of a wet OnePlus device, please refer to the support page for drying instructions. Liquid damage is not covered under warranty.
Do more with less.
To create a fast and smooth experience, OxygenOS only offers meaningful features and smart software optimizations. Great software works for you, instead of making you work for your software.
- Fast Charger Power Adapter
- Fast Charger Type-C Cable


If you could go back in time and tell people that in the near future there would be a handheld device that would allow them to listen to virtually any song, watch virtually any movie or television show and have access to pretty much any book, they would probably think you were crazy.
As it is, we now take all those features of a smartphone for granted. In fact, what once would have been the stuff of science fiction is now commonplace. With technology advancing in leaps and bounds around us, perhaps the one thing that has generated the most buzz involves the marriage of the automobile with the computer: a connected car.
To shed some light - and whet your appetite - for current and future car technology, here are five important things to know about connected cars.
1. Connectivity already exists and is becoming mainstream. Vehicle connectivity is already present on approximately 40 million vehicles around the globe, which come equipped with such features such as in-car WiFi, Bluetooth connectivity, and satellite radio systems. By 2022 over 80 percent of all new vehicles sold are expected to be connected, through 5G and Wi-Fi cloud platforms. Industry estimates suggest this number could quadruple by 2020, and reach 90 to 100 percent of new car sales by 2025.
2. Telematic magic. Telematics allow a vehicle to communicate and share information with other networks helping to enhance everything from in-vehicle operation and efficiency to communicating with other connected vehicles and external infrastructure. In some ways, this type of communication is like having a team of people on the lookout for any maintenance or security issues you have with your car. All you have to do is enjoy your drive. The potential benefits of this data could result in everything from reduced accidents to reduced traffic congestion. The emergence of telematics is expected to become a multi-billion dollar industry.
3. Better maintenance. Year after year, more lights and alerts have shown up on dashboards. These help alert drivers to maintenance issues, but connectivity allows for a truly exacting system of diagnosis and prevention. One of the most advanced solutions, known as the integrated vehicle health management (IVHM) from Honeywell Transportation Systems, uses algorithms and computer models derived from data generated by vehicles already in service as well as highly sensitive sensors to monitor an automobile's system, such as tire pressure, fluids, timing, efficiency and overall operations. IVHM anticipates problems before they occur to better inform car owners when maintenance is needed, which can reduce the cost of unnecessary repairs by up to 50 percent.
4. Securing the vehicle. Today, Bluetooth connectivity represents one of more than a dozen vehicle attack surfaces that can be hacked. Research shows that people's fear of malicious vehicle hacking and breaches of data privacy is a leading concern with future autonomous vehicles. In response, Honeywell Transportation Systems has developed cybersecurity technologies including intrusion detection and protection software to monitor and protect connected vehicles. Based upon the very tools and systems that have been implemented in the aerospace industry and used to protect critical infrastructure such as nuclear power plants and oil refineries, the software uses advanced analytics specifically designed for the automotive industry to detect abnormal behavior in a car's connected network. Operation center will then provide rapid feedback to auto makers to help mitigate potential threats.
5. The electrified powertrain. One of the needs that comes with increased connectivity is more electrical power in the vehicle. Auto makers are developing new 48-volt architectures to replace existing 12-volt systems. The upgraded system supports electric motors, a sophisticated network of sensors and internet-enabled devices. This has the potential to transform the automobile into a mobile office. In addition, the electrification of the powertrain makes for more efficient operations, helping auto makers meet more stringent emission regulations. In time, it is plausible municipalities could use the connectivity of the vehicle to determine access to certain routes in downtown areas or other locations where vehicle emissions are controlled.
Of course, these topics are just the tip of the connected-car iceberg. If you're in the market for a new car, it's likely that in the next few years, you'll experience these features firsthand.


Intelligent Active Cooling System
Z1000Pro adopts intelligent active cooling system with dual-ball silent cooling fan, the temperature is measured intelligently and could be adjusted manually and automatically
WiFi and Bluetooth
Z1000Pro has a built-in 2.4G+5G dual-band 2R2T MIMO WIFI module, the wireless transmission rate is up to 867Mbps. And Z1000Pro has high-gain antennas. It can avoid interference and maintain a stable and high-speed connection even in the harsh network environment.Equipped with Bluetooth BT 4.2 module, Z1000Pro supports connecting with Bluetooth remote control,Bluetooth mouse, Bluetooth speaker and Bluetooth headphone etc.


Power failure is NOT an option!
Portable solar powered generators are cost-effective power solutions for nearly any application ranging from Recreational to Tactical. They can be used as a stand-alone power sources or tailored to a particular application such as:
Gates and Barriers
Wireless Radios and Video Streaming
Fire and Safety Protection
Public Warning/Mass Notification Systems
Portable solar power is more than just keeping the lights on. The Solar Stik Uninterruptible Power Supply (UPS)-X keeps people alive in the field, keeps communication networks online, and is a reliable energy supply solution adaptable to all situations and continuous power needs.
Real-world situations are dynamica even when a primary power source is working, there can be unexpected power interruptions and fluctuations. The UPS-X is a scalable system that can be configured to:
Secure silent operation periods
Reduce generator fuel consumption
Ensure continuity of power during interruptions
The UPS-X is a rugged solution that enhances power for any operational setting, weather element, or punishing climatic condition.
X-tended Energy Storage
Extending power hours to days not minutes, or seconds. Using proven Advanced Rechargeable Energy Storage (ARES) battery technology, the Solar Stik UPS-X will support ALL operations for the durationâ€”not just the minimum or critical loads for minutes of primary power source outages. The battery chemistry of the Solar Stik UPS-X can be tailored for any application, be it expeditionary or a permanent fixture. The UPS-X architecture is designed for ease of use. Should more energy storage capacity become necessary, ARES modules can be added to the UPS-X while in the field with simple Plug & Play connections.
X-panded Power Management
Power management for the Solar Stik UPS-X is handled through the Portable Remote Operation-Inverter/Charger (PRO-Verter), which manages all incoming and outgoing grid, utility, or generator power, ensuring clean, continuous power to the load. PRO-Verters are made to fit user requirements, and include choices for maximum required power processing, generator type, number and type of AC output connections. Multiple PRO-Verters can be added to increase functionality of a single Solar Stik UPS-X.
X-perience in the Field
Solar Stik has provided modular, scalable portable power systems to meet usersâ€™ critical operation needs for more than 10 years. The UPS-X is the union of experience and ongoing communication with operators in the field to produce a superior uninterruptible power supply solution.
Seamless power 16 ms transfer time
Scalable support any load for any length of time
Expeditionary extremely compact
Transportable by land, sea, and aircraft
Durable and weather resistant
Plug & Play
Contact Kernan Systems for a full listing of solar emergency power options at info@kernansystems or 202.827.9767


The time portal is set to be developed as a physical interface to the platform of “Professor S.” It will create an illusion of direct physical communication, through time and space, with Professor S. and his assistant Jeanette. This will add to the realistic feeling of the story of “Professor S.” and be the first step towards the development of a Web 3.0 platform.
The developed circuits have to be able to successfully communicate with servers and other electronical components. This partially depends on the successful completion of WP5.4. Also, the production costs have to be according to the projected costs. The components, especially micro computers, have to stand up to the conditions in the classroom and rough handling. The plan is to develop components and circuits from scratch in order to keep the costs low. Should the developed components not stand up to the testing conditions, existing products can be incorporated.
Through the hypermedia API, client integration will be made easier through the use of a semantic structure. Successful utilization of the automatic recognition of URI endpoints data structures by the client system is the final control of success. The semantic communication of the affordance of URI endpoints and data structures is in the early stages of development. The risk that is the result of the expenditure of time during the development of this structure shall be minimized through the parallel generation of a traditional API documentation.
Through iterative steps, a prototype of the time portal will be manufactured. The prototype will be utilized at several schools and then redesigned and rebuilt considering user feedback. The result of this process will be a functioning object with electronic components that visibly resembles a time machine/portal. The production version of the time portal will be planned and developed based on the prototype and under consideration of constructional requirements.
Here, the shape of the time portal will be developed, meaning the phyical appearance, the placement of its electronic components and mechanical functions. In order to do so, the perceptional world of children between the ages of 9 and 12 years will be researched in talks with other children, teachers and psychologists. The design will be created to be appealing to teachers and children alike and be easy to incorporate into the class room. This step also includes the search for materials which can be used for manufacturing the prototype.
The development of the prototype includes the selection and the acquisition of suitable electronic and body relevant parts. These components shall then be assembled to a “box” and programmed in a way that it can communicate and process commands through a micro computer. This micro computer will then be programmed in a way that makes an exchange of data with a server possible and also the automatic download and installation of software upgrades.
Here, an Android application will be developed which allows incorporation of different Android devices into the time portal hardware. This will for example allow to use an external Android device as screen for displaying videos and GUIs (for example in the geolocation game WP2.4).
Here, an API will be developed, allowing integration of the time portal hardware into the platform. Thereby, communication of hardware components with the platform of “Professor S.” will be possible and control signals and data can be exchanged with web servers.
In this step, the prototype of the time portal will be tested at five participating schools. All developed functions like data communication with the server, remote control and mechanical elements will be made use of and tested in real class room situations. The feedback of the participating users will be documented and used in the redesign and construction process of the product version.


I remember the first time Smart Communications introduced LTE. I was one of the bloggers who tested this great technology in the island of Boracay. Back then, I was so amazed at what it can do!
I ask myself now, could this get even better? The answer is YES!
Two years after the deployment of Long-Term Evolution (LTE) or 4G technology in the country, Smart just announced that 5G wireless technology LTE-Advanced (LTE-A) is now running in the Philippines' largest and strongest network.
Smart switched on LTE-A at the Smart Jump Center in Mandaluyong City recently, setting the next phase of mobile communication technology beyond 4G LTE standards.
LTE-A, also referred to as ‘5G’ by reports on leading global mobile operators AT&T and T-Mobile, delivers data from between 100 megabits per second (mbps) to 1 gigabit per second (Gbps), or ten times faster than 3G services and more than twice as fast as 4G services.
Co-founder and Chief Wireless Advisor of Smart Orlando B. Vea (first from left) during the tests of 5G LTE-A in Smart last year, where speeds reaching 209.66 mbps were recorded.
By firing up LTE-A technology on its network, Smart joins only a handful of carriers around the world with an LTE-A network, along with leading mobile operators in South Korea, United States, Singapore, Australia, and Hong Kong.
- a 10MB file takes less than a second to download
- YouTube videos no longer have to buffer
- video calls are almost lag-free
- capability to allocate more network resources to users when the need arises.
Smart started testing LTE-A across the country in August last year, delivering results of more than 100Mbps in Makati City, in Boracay, and in Davao City during the Kadayawan festival.


Biocom Technologies introduces the new Biocom 5000 Wireless ECG Recorder. The ECG device is connected to the PC via a standard Bluetooth connection. The patient does not need to be connected to the PC. The ECG signal transfers data from the user to the PC from up to 10 meters or (33 feet). Use it for short term analysis or the continuous monitoring of HRV parameters in your research. Available with the Heart Rhythm Scanner, HRV Live! and Heart Rhythm Scanner Special Edition software.


A milliohmmeter is used to measure very small resistance values. This meter is used to measure electrical bonding of structures, racks, flamesprays, antennas, probes etc.
A standard ohmmeter puts a voltage on a system and measures the current through the circuit to calculate the resistance of the circuit using ohms law.
A megohmmeter puts a high voltage on a circuit to measure high resistances.
If we were to put a relatively high voltage on a circuit that has a very low resistance we would create a large current. (I=U/R, so if we make resistance R very small, the current I will get large).
(A standard ohmmeter connected to a voltmeter to measure the voltage.)
If we take for example a standard ohmmeter with a voltage of 0.6 volts and a resistance of 10 milliohm (0.01 ohm) we have this formula:
I=U/R or I=0.6/0.01 or I=60 amperes. That is a way too high current for a battery to deliver.
Therefore a standard ohmmeter is unable to measure small resistance values. For this purpose we use a milliohmmeter.
The milliohmmeter works by a different principle. This meter doesn't put a voltage on a circuit to measure the current, it puts a current on a citcuit and measures the voltage.
If we are measuring a low resistance circuit and we put a voltage on it, the current goes sky high but if we put a small current on the system, the voltage would be in the millivolt range wich can be measured by a internal voltmeter.
Let's say that we put 10 milliamperes on the same circuit as before wich should be no problem for a battery to deliver.
Now U=I.R or U=0.01x0.01 or U= 0.1 millivolt.
The milliohmmeter uses 4 leads (Kelvin leads) to measure the circuit. This way, the resistance between the current lines and the circuit (cable resistance and transition resistance between clamp and circuit) do not influence the reading as long as they are not large enough to force the meter to reach its maximum voltage to keep the current at its designed level.
The probes wich measure the voltage drop over the resistance still need to have good contact to measure the right value as any resistance in these probes affect the measured voltage drop in the milliohm meter.


Views:0 Author:Site Editor Publish Time: 2021-02-27 Origin:Site
The construction of smart communities is a manifestation of the level of urban wisdom. Functionally speaking, the smart community is based on community residents as the core of service, providing residents with safe, efficient and convenient smart services to meet the needs of residents for survival and development. The electronic newspaper board is the information in the construction of this smart community. Output and display equipment.
Its appearance has changed the information display mode of the traditional newspaper reading column, enriched people's reading experience, and has always played an important role in policy transmission and message dissemination. It can make the transmission of information more intuitive, fast and convenient, and change the past. A single paper-based graphic propaganda method not only conveys the information more vividly, but also helps attract people to come and watch. At the same time, residents can also make inquiries or feedback through touch options, view the information they want, or directly report the situation to the community through a message, which is a powerful tool for community information release and public opinion gathering.
In the future, the construction of smart cities will continue, and the use and development of the electronic newspaper column will continue. Shenzhen XinhaiTV will continue to increase investment in research and development technology, create high-quality electronic newspaper reading column equipment, and strive to become the domestic advanced electronic newspaper reading column manufacturer, let us wait and see.


Why should I flash my router? As mentioned, the DD-WRT operating system gives you better control over your wireless connection. Although at advance level, DD-WRT offers a range of high-end functionalities, typical benefits include: VPN installation. If your router runs on DD-WRT, you may install a VPN on it. The private network shields all connected gadgets. Increases WiFi signal. The DD-WRT
For several years I have used dd-wrt firmware on my Linksys router 1900AC v1. I am using the dd-wrt firmware because I need the WOL feature (wake on Lan/Wan) extensiveley. This feature is not available on the Linksys stock firmware for this router. During a recent attampt to flash a newer version o flash Linksys WRT54GL. Ajouter un message à la discussion. Page :  Page 1 sur 1. floydkinp. floydkinp Posté le 01/09/2017 @ 18:25 . Nouvel astucien. Bonjour à tous et toutes. Je vient de commander un routeur Linksys WRT54GL. J'aimerai le flasher ave 15/12/2017 · The Best Wireless Routers That Can Run DD-WRT. It's simple to buy a closed router platform, but rolling your own router using DD-WRT, OpenVPN, and a compatible wireless router tested in this Le premier firmware, le mini, sert au premier flash, lorsqu’on flash le routeur depuis son firmware linksys d’origine. Le second firmware est la version standard de dd-wrt. C’est la version 02/04/2017 · Don’t flash firmware based on youtube or instructions on another non dd-wrt website. Often youtube or other internet instructions are out of date/incorrect! Read and follow the instructions here in the dd-wrt wiki. One thing you REALLY need to look at is the procedure for installing to your router. This is extremely important as there are a lot of subtle variation Although we can only conclude that DD-WRT is more known to people than Tomato, this doesn’t necessarily mean that DD-WRT is a better firmware. Features Which DD-WRT Flaunts and Tomato is Void of: So now we’re down to the core section of this DD-WRT vs. Tomato firmware comparison, we’ve already talked about the features that each of these firmware present individually.
DD-WRT is a Linux-based firmware project developed to enhance the performance and features of wireless Internet routers. Launched in 2005, DD-WRT is one of the most popular alternative router firmwares due to its longevity of existence and support for a large array of devices.
Télécharger le firmware Hotspot Wi-Fi DD-WRT Sélectionnez le modèle de votre routeur sans fil ou de votre point d'accès et télécharger les micrologiciels "Mini (ou usine)" et "complet". Fournisseur Intro to DD-WRT and D-Link DIR 615 E4 router. Latest Firmware update for D-Link DIR 615 E4 was in 2016. There are different custom Open source Firmware available that can add you more security against current vulnerabilities as well as add you some functionality.
I flashed DD-WRT on my R8000, worked great, reboots on it's own every night and goes back to DD-WRT factory defaults, complete with password reset prompt. Reverted to Factory Image which sucks because DD-WRT was significantly faster. Just don't want to setup my router every morning, hope DD developers fix that issue. I will re-flash DD when it
I flashed DD-WRT on my R8000, worked great, reboots on it's own every night and goes back to DD-WRT factory defaults, complete with password reset prompt. Reverted to Factory Image which sucks because DD-WRT was significantly faster. Just don't want to setup my router every morning, hope DD developers fix that issue. I will re-flash DD when it dd-wrt, which I've used extensively, is a rough-and-tumble community. Its boards can be n00b unfriendly, not tolerating those seen as fools well. Its website tends to be stale and its wiki and documentation often contain outdated information. Not all (not many?) pages have up-to-date info to supersede the outdated. OTOH, OpenWRT does seem a more friendly, welcoming and, frankly, helpful FlashRouters is the the leading provider in custom DD-WRT router solutions. Things have changed at the new FlashRouters! LEARN MORE and we'll flash it for you! Includes 3 months of Silver Service ($30 value) too! Get Flashed. Netgear R6700 DD-WRT Flas A DD-WRT router is a type of VPN router (similar to a Tomato router). Unlike the router you might get from your internet service provider (ISP), which has extremely basic functionality, a DD-WRT router lets you access a whole host of advanced features – including the ability to set up a VPN. Using a VPN with a DD-WRT router provides WiFi that encrypts your internet traffic and protects your 20/06/2016 · DD-WRT supports some Atheros-based and Ralink-based chipsets, which means that you can flash DD-WRT on a bigger selection of devices. In fact, manufacturers such as D-Link, TP-Link, and more are available with DD-WRT. Better yet, if you’re interested in wireless repeater modes, DD-WRT has it all over Tomato. DD-WRT offers the use of repeaters Our goal at FlashRouters is to offer the best possible networking experience and service to each and every customer, all while promoting the benefits of using DD-WRT & Tomato open-source firmware. We are here to help users understand and embrace the benefits of cutting edge VPN technology to secure and protect their privacy and personal data.


You press a button the channel on the TV changes, simple.
When a button is pressed the voltage across one of the pins on the chip changes.
The chip wakes and waits for the crystal to settle and allow the internal clock to start running.
The first task is to discern which button has been pressed. The buttons network forms a grid. A 49-button remote will usually use a 7 x 7 layout. 14 connections to the chip.
The chip will set each of one set of seven lines high and see if there is a voltage on one of the other 7. From that an individual button can be isolated.
Each function on a remote control is assigned a number. Sometimes manufacturers choose 1 for channel 1, 2 for channel 2 then 13 for volume up and so forth. The chip will have a list of this numbers for each button stored in a table. Now that the chip has determined which button has been pressed it will fetch the number to send to the TV.
Alongside this number there might also be an additional code. As the remote chips are usually 8 bits there are potentially 256 different numbers that can be sent. However, to keep the numbers consistent across a range of items, different TVs and DVD players there can be a lot more than just 256 different numbers used. So in effect they might allocate functions as A1..A256, B1..B256 ETC.
If everyone used the same numbers, there is going to be a big problem. I.E. you press a button and it turns the TV off but also makes the DVD eject the disc and the air conditioner go into overdrive. So, each manufacturer has their own header number too. 90% of manufacturers opt for a standard 4 number system and a set way of encoding the information. There are however a myriad of alternate ways that are used to send information from the remote to the device.
The chip will be configured to send a code out at a specific frequency. Typically 37khz, but can be 36khz, 40khz or even over 100khz
Once the information has been sent the chip then goes back to looking at the state of the keypad. Is the button still held down? If so, then something has to be sent to let the TV know. If you hold the volume down the TV might keep on raising the level, but if you keep button 1 down for a while you don't want to go to channel 11111111111.
If the button is no longer down the chip goes back into sleep mode to save battery power


Intercoms are quite often installed as part of an access control system or with automatic gates. They can be installed with audio only so you can speak to the person requesting entry or as an audio/video unit so you can also see the person requesting entry.
Intercoms can be installed on sites from a house to large apartment blocks.
They can be particularly useful to elderly people or people living alone to screen unwanted callers without having to open the front door.
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April 27-28, 2023
Conference in the framework of the Battery Conference 2023
April 27-28, 2023 Aachen, Germany
Conference in the framework of the Battery Conference 2023
April 27-28, 2023
Conference in the framework of the Battery Conference 2023
On the topic
Vehicle-to-Grid (V2G), Vehicle-to-Home (V2H), bidirectional charging, the car as electricity storage for grid stabilization (control energy), new grid services, CHAdeMO plug
It is becoming increasingly clear that more electrical storage facilities are needed for the energy transition. In particular, eliminating instantaneous reserve due to the increasing reduction of rotating masses in generators requires rapid alternatives. Furthermore, there is currently an enormous increase in storage due to the substantial increase in electric cars (battery vehicles). There, storages per electric car between 40KWh and 150 KWh are standard. What could be more evident than combining these two things? Economically, this makes sense and would save much money because, in this way, the grid expansion and grid reinforcement can be planned differently. Technically, the electric cars must not only be able to absorb energy (charging) but also feed it back into the grid for grid stabilization. One necessity for this is a communication infrastructure that applies to all. In addition, a higher-level management system must be set up to prioritize landing and discharging. With further growth in electromobility, however, intelligent charging will be mandatory because otherwise, the networks will be overloaded. Technically, bidirectional charging is already well advanced. What needs to be added are specifications and incentives from the legislator. In addition, it must be considered that only part of the existing electric cars is connected to the grid. Therefore, there must also be a monetary added value for the electric car owner if your battery is made available for grid stabilization.
There are many uses for the bidirectional charging of electric vehicles. In this context, an owner can gain an advantage through self-use as home storage. However, other possible uses by third parties require appropriate remuneration and guaranteed to charge states, which must be considered in the respective business model.
The Volkswagen Group has announced that all ID models will be able to charge bidirectionally in the future. An OTA update (version 3.0/3.1) is planned for 2022. Vehicles with the 77 kWh battery should be able to charge bidirectionally after the update.
FAQs | 10 questions to the organisers
Could you please give us a basic definition of Vehicle-to-Grid (V2G) and explain how this technology is changing the energy industry?
Vehicle-to-grid describes a system-serving discharge of electric vehicles. For example, the vehicles can deliver energy when there is a shortage of electricity, e.g. because not enough fluctuating renewable generators are producing electricity. Sometimes, however, the term vehicle-to-grid is also used in practice as a collective term for various concepts such as vehicle-to-home, vehicle-to-load and smart charging.
What are the key benefits of V2G for electricity grids and end consumers, especially in the context of renewable energies?
Vehicle-to-grid is particularly relevant when renewable electricity generation is not sufficient to cover the load. This can either be at short notice because, for example, clouds appear or there is an unplanned wind lull. In these cases, there is a need for quick flexibility in the power grid, which the e-cars can provide. But vehicle-to-grid can also play a role in periods of hours to a few days in order to transmit surplus electricity in times when not enough electricity is produced.
Smart charging is particularly interesting for the grids. Vehicles can be controlled in such a way that they reduce their consumption when the power grids are at their limits. Such bottlenecks can occur both in the distribution grid and in the transmission grid.
Which technologies and infrastructures are necessary to successfully implement and operate V2G systems?
Various actors have to work together to achieve this: Customers provide the vehicle, aggregators combine different vehicles and market them on the electricity market, energy suppliers can also help via dynamic electricity prices. The necessary technologies are bidirectional charging stations, bidirectional vehicles, (open) protocols such as ISO 15118-20 and OCPP 2.0, and intelligent IT systems from aggregators.
What advances have been made in V2G technology in recent years and how do these influence market penetration?
With ISO 15118-20 in April 2022, essential foundations were created, because before that only the CHAdeMO standard could charge bidirectionally. In addition, the battery capacity of vehicles is now sufficiently large that a buffer is available for vehicle-to-grid because the full capacity is no longer required for driving. Almost all OEMs, charging infrastructure manufacturers and integrators are currently working intensively on this topic.
How can V2G support the integration of electric vehicles into the overall efficiency of a building or city?
At the level of a building, for example, the grid connection capacity can be reduced because peak loads are served by vehicles or, in the case of smart charging, are at least significantly capped. At the urban level, the expansion of the distribution network can be delayed.
What business models and incentives already exist to encourage car drivers to participate in the V2G network?
There are various models on the market. Dynamic electricity tariffs are well known, where customers pay the intraday auction or day-ahead price for their electricity consumption, for example. More advanced business models optimise on different markets and integrate vehicles with other flexibility sources, such as storage or flexible loads. A number of players are currently active in this area, and you will also meet them at our conference.
What challenges and obstacles still stand in the way of the widespread introduction of V2G systems?
In Germany, the lack of smart meters is particularly important, as without them integration into the electricity markets is almost impossible. In addition, there is the challenge that currently high fees have to be paid for electricity purchased, which exceed possible income from electricity trading. This is referred to as double taxation.
Can you give some examples of successful V2G implementations in different regions or countries?
Previous approaches have often been in the form of projects, which we have already seen at our conference. Implementation in the sense of a commercial product is only just beginning, but we already have a good example here with Renault and Mobility House. Dynamic electricity tariffs, such as those offered by Octopus, Tibber and some others, also play an important role here.
How could governments and energy companies support V2G initiatives and drive the scaling of this technology?
In particular, governments should remove the current obstacles such as the lack of smart meters and double taxation. Beyond that, however, I advocate that the government should only create suitable framework conditions so that the best solutions can be found on the market. Energy companies, on the other hand, should focus on commercialisation so that the market can actually be activated and the corresponding potentials can be raised.
To what extent do you expect V2G to change the way we generate, store and distribute energy in the coming years, and what developments can be expected in the field of V2G technology in the near future?
Vehicle-to-grid and smart charging are a stroke of luck with regard to the energy transition, because potentially huge storage potentials are available here. I believe that, as in other markets, we will see a supply curve where some players can offer a lot of flexibility at low prices and others call for higher prices. Overall, this flexibility allows us to build large amounts of renewable generation.
For bidirectional charging to work, the following groups/companies must enter into agreements: electric car owners, electric car manufacturers, charging infrastructure manufacturers, service providers, electricity grid operators, legislators, and standardization bodies.
Depending on the application, different actors can benefit. In addition, the control unit must be connected to various data sources depending on the application.
To charge the battery from the mains, a rectifier is required to convert the alternating current into a direct current. Furthermore, when charging the battery, the current must be regulated using a charge controller so that the battery is not overcharged. If the car battery is to supply power to the grid, an inverter is required to convert the battery’s direct current into an alternating current. There are bidirectional inverters supporting both functions, i.e., rectifiers for charging and inverter for discharging to the grid.
Electric cars can be connected directly to a 230V household socket for charging. This was often done with the first vehicles when there were no wall boxes. The car is charged directly with an alternating current (AC). In AC charging, the rectifier is therefore built into the vehicle, and it depends on the vehicle manufacturer how the rectifier is dimensioned. The rectifier can charge at a maximum of 2.3 kW on a household outlet. Many electric cars can also be set at a three-phase socket. In this case, the charging power is higher, usually 10 kW, often 20 kW, or even up to 40 kW (63 A per three-phase current phase), and the rectifier in the car must be designed accordingly. When connected to a standard socket, charging is uncontrolled from the outside. Only the charge controller in the car decides whether and how much to charge.
If charging is also to be controlled from the outside, the vehicle must be connected to a charging station (wall box or charging column). This is often the case at higher power levels and public charging stations. The charging station can then tell the charge controller in the car how high the power should be. In AC charging, however, it is only a control unit and cannot change the power flow itself.
Plugs for AC charging in North America and Japan are mainly type 1 plugs. In Europe, the most common plug is type 2, also known as the Mennekes plug. Both plugs have two additional pins where information about the maximum charging power and the charging power to be set at the moment is transferred. However, it only allows data communication from the charging station to the vehicle, not back, and can also not be supplemented with further information.
In DC charging, the rectifier and charge controller are located in the charging station. This means the charging station contains power electronics and can adjust the power flow independently. However, this makes a DC charging station much more complex and expensive than an AC charging station.
Since the size and weight of the rectifier play a much smaller role than in the vehicle itself, it is possible to realize much larger charging capacities of over 100 kW. When and how much charging takes place can then be determined by the charging station.
If the battery in the vehicle is to be used for other purposes, such as bidirectional charging, the charge controller must know when and how much the battery will be charged and discharged. For this purpose, a data connection must be from a control unit to the charge controller. In addition, a control unit must also know how far the battery is currently charged and when the user plans to drive the vehicle and wants a charged battery. For this reason, a connection must exist from the car back to the control unit.
If a charging station is used, it may contain a control unit for bidirectional charging. However, with AC charging using the widely used type 2 plug, there is only an analog data connection from the control unit in the charging station to the charge controller, which, moreover, can only control the charging of the battery. For these reasons, bidirectional charging with AC charging is currently only very rarely available. On the other hand, with DC charging, the power electronics are in the charging station. Furthermore, a data connection to the vehicle could be dispensed with because the charge controller, which determines the direction of the current, is located in the charging station and can be connected to the control unit there. However, the protection electronics in the vehicle must know about the discharging, and the state of charge and end time should also be able to be transmitted from the car to the control unit. Therefore, a data connection in both directions is also necessary for practice for DC charging.
However, a sufficient data connection is only available with the CHAdeMO connector. The CAN bus protocol has been extended for discharging to the grid and allows a data connection from the vehicle to the charging station. In contrast, the CCS plug uses the same data communication as the Type 2 AC plug and is not readily suitable for bidirectional charging. In the future, the CCS system, in conjunction with ISO 15118, will also offer the possibility of regenerative charging.
Today, however, bidirectional charging is only possible with the CHAdeMO plug. There are already the first e-vehicles in Europe that can feed back into the grid.
One elegant way to bypass the tangle of connectors for data transmission is to use a wireless data connection via radio. The new V2X (Vehicle-to-Everything) standard can be used here. This is used for traffic networking and includes communication via radio between vehicles and between cars and infrastructure. The latter can also be used for data transmission between vehicles and charging stations. The first vehicles are already using V2X. Now, a company commercially offers a bidirectional charging station with a CCS connector and implements the necessary data transmission with V2X.
There are several standardization activities in the VDE that concern bidirectional charging. It states: “The DKE/AK 353.0.401 “Bidirectional charging” working group is responsible for aligning the standardization process in the best possible way and for adapting the results in the best possible way for standardization.
Many necessary standardization activities exist for the “bidirectional charging” field of action. For example, the IEC 61851-1 standard contains the basic communication principles for controlling charging processes in electric vehicles. In addition to standards, VDE application rules are decisive for connecting charging facilities such as charging stations or wall boxes.
The electric car’s battery can serve as a substitute for home storage, especially in conjunction with a photovoltaic system (vehicle-to-home, V2H). This is worthwhile if the vehicle is frequently connected to the charging station during the day. It can effectively serve to increase the self-consumption of the photovoltaic system. In the evening, after sunset, some energy in the battery can be used for household purposes. Given the sharp rise in electricity prices, this model is particularly attractive.
In principle, one could even imagine using the vehicle battery for emergency power in the event of a power outage. As with home storage, however, the inverter in the bidirectional charge controller would have to be capable of islanding. Car manufacturers are also working on offers for this.
If grid operators, electricity traders, or operators of virtual power plants want to use the electric car’s storage capacity, the owners’ benefit must become apparent. Business models must consider appropriate remuneration for the power. Likewise, vehicle owners must be guaranteed a minimum amount of energy and, if necessary, complete charging at a specified time. This must be taken into account in the respective business models.
Most applications can only be implemented if many such vehicle storage units are controlled together as swarm storage units. A correspondingly reliable data connection from a central control unit is therefore necessary in most cases.
It must be considered that not all vehicles in such a swarm are always connected to the power grid. Statistical probabilities must be used here. In particular, the use of vehicle fleets of operators can be interesting in this context since the times of use are much better known and predictable.
Electric cars can be used in large numbers in the future to regulate and stabilize the power grid. Since they will exist in large numbers in the future, this would be the most significant benefit to the power grid. So, the charge controllers could supplement the instantaneous reserve, which takes effect at the first moment of load fluctuations and stabilizes the grid frequency. Currently, this is still done by large rotating masses of generators in large power plants. In the future, this function will have to be performed by devices with power electronics.
An operator of a virtual power plant could form swarm storage with electric vehicles as an aggregator and sell the power on the balancing energy market.
Primary control, in particular, is attractive for use with batteries. The power called up is proportional to the deviation of the grid frequency from the setpoint. However, it rarely deviates seriously, so little, if any, power needs to be supplied most of the time. Furthermore, the market for primary control is so attractive that it is already possible to profit from batteries.


The camera we use for weather images is a very simple security type IP camera. It is a called a "bullet camera" because of it's shape. Being an IP camera is has its own processor and memory inside. It is a little computer. Although these cameras can be used in many ways, for the weather images we use a few basic functions. The cameras takes still images every 5 minutes and uses ftp (file transfer protocol) to upload these images to a server. This happens around the clock continuously until something happens to the internet, cabling or the camera itself.
To get your images online you will need 4 things:
2. PoE Injector (Power over Ethernet)
3. short ethernet cable
4. long ethernet cable
The PoE injector is a little box that injects the power to supply the camera into the ethernet cable. This way it is only one ethernet cable that is required to be connected to the camera. The other socket on the camera is a 12V input. This is not used when we use the PoE Injector. The short ethernet cable goes between the router and the PoE Injector. The long ethernet cable goes from the PoE Injector to the camera. The long cable is provided so the camera can be mounted as high as possible to get the best view of the sky and the surrounding area.
A good weather image of an aerodrome or landing area is important. The image should be mostly sky, or at least 50% sky. The horizon should show true on the image which means the camera should be mounted level. It is also important to include any significant terrain in the image so pilots can estimate low cloud heights against. If a windsock can be included this is always a bonus. Every site is different and it is the local pilots that will know the best image and mounting point for the camera. The camera needs to plug in to the router so this will limit where it can be mounted. The cable can be up to 100m long but it is best to keep this well below this length. The cameras can show a good image during bright daylight and also during low light conditions. The on board IR light has been disabled as this attracts bugs and shows and IR (black & white) image. Because of this the camera will show nicely outdoor lit features like runway lights, signs or a lit street.
These still images are great for many things. It is always good to get some interesting ground features in the image e.g. a carpark or an aircraft parking area. The images are broadcast on Ozrunways and can be put on your website. They are a great marketing tool. People log in to see these images if they have an interest in the location, becuase they are going there soon or want to visit one day. An aerodrome operator might want to have a look if an aircraft or car that usually parks in a spot has returned, or if it is raining and the grass is being watered. It is important to keep a high standard and pick a good location. The camera should be high enough so it doesn't get knocked, but not too high that its difficult to get to if there are spider webs that need removing. It is important that the connection to the camera, which is just a plug in ethernet cable, is protected from the weather. Normally a camera will be mounted on the outside wall of a bulding and the connection will be on the inside, in a roof or above a ceiling. If water gets into this connection the camera will eventually fail.
If you follow all these instructions you should have your images online in no time. The camera has been preconfigured specifically for you. As soon as it's plugged in it will try to talk to the router and aquire and IP adress and a connection to the internet. It will immediatly start uploading images to your account on the Skycam Network. The first picture may not show up well as the camera needs to take a little time for the optics to adjust, after that it just looks after itself. Additional cameras can be ordered for different views. The cameras have a 70 degree field of view. It is quite common for these webcams to be installed in pairs or even four cameras. They don't need to be connected to the same router as they are independant devices. They just need to be connected to a router.


29 1 s 128 MB
A computer connected to the internet is identified by an IP address. The most common way of displaying an IP address is the dotted quad method: four eight-bit (0-255 in base ten) numbers separated by periods.
Someone has given you a possible IP address, but the periods have been removed, leaving only a string of digits. IP Converter with a method possible Addresses that takes a String ambiguous IP containing the digits and prints a String containing all the possible IP addresses that can be formed from those digits by inserting three periods to form a dotted quad.
The numbers in each of the four positions can have any integer value between zero and 255, inclusive. However, a number may not have leading zeroes. For example, the digits 1902426 can form 126.96.36.199, 188.8.131.52, 184.108.40.206, and other IP addresses. However, it cannot form 19.02.4.26.
First line, a number of test cases T( T <= 50)
Next line, ambiguous IP will contain between 1 and 50 characters.
Each character of ambiguous IP will be between '0' and '9', inclusive.
Print value lexicographically, the elements of the all possible IP addresses, using their string ordering (the period character precedes all digit characters).
if you cannot find possible IP addresses, print the IMPOSSIBLE.
End of each test case, print the newline.
4 1902426 000 11111111 3082390871771742784899852251737850570843857369760
220.127.116.11 18.104.22.168 22.214.171.124 126.96.36.199 188.8.131.52 184.108.40.206 220.127.116.11 IMPOSSIBLE 18.104.22.168 22.214.171.124 126.96.36.199 188.8.131.52 184.108.40.206 220.127.116.11 18.104.22.168 22.214.171.124 126.96.36.199 188.8.131.52 184.108.40.206 220.127.116.11 18.104.22.168 22.214.171.124 126.96.36.199 188.8.131.52 184.108.40.206 220.127.116.11 18.104.22.168 IMPOSSIBLE


Student Work - Digital Media
Application of Visual Interaction Technology in the Process of New Media Information Dissemination
The purpose of this research is to summarize the application of visual interaction technology in the dissemination of information by the media. The rapid development of information technology has caused great changes in the way of information dissemination and realized the integration of vision and new media. It is under this technological background that new media interaction technology has been formed and developed. The development of the new media field has experienced a process from linear advancement to the convergence and integration of digital technology platforms, and the development results of this convergence have also greatly promoted the transformation of people’s lifestyles. This article starts with the connotation and characteristics of new media interactive technology, analyzes the current common new media interactive art communication methods, and discusses the future development trend of new media interactive technology.


Free Battery Testing
Fujitsu Rechargeable AAA 2Pk High Capacity Low Self Discharge/500 Recharges
Ready to Use, Up to 500 Recharges. High Capacity.
|Cordless Telephone, Walkman, Discman, Digital Camera. All devices that can use alkaline batteries of the same size.
Manufactured in Japan by FDK Twicell Co, Ltd, the sole manufacturer of NiMH LSD batteries in Japan.
Featuring Twicell's world's first invention of Low Self Discharge (LSD) NiMH technology: high capacity NiMH batteries with superior charge retention makes Fujitsu LSD batteries ideal for virtually all situations where alkaline or lithium AA / AAA size batteries are currently used.
Up to 5 times more powerful than equivalent size alkaline batteries when used in high power consumption devices. Ideal for battery powered toys and digital cameras.
25% increase in capacity over the standard LSD NiMH models. AA size typical 2550mAh (minimum 2450mAh), AAA size typical 950mAh (minimum 900mAh)
Factory pre-charged with solar energy and ready to use straight from the pack.
Recharges up to 500 times! You'll use hundreds of alkaline batteries just to match the overall life and performance of Fujitsu LSD batteries.
Up to 85% charge remaining after 1 year. Low self discharge means Fujitsu batteries are still ready for use even after long periods of storage.
Environmentally friendly - Fujitsu LSD batteries and packaging are completely recyclable.
Made in Japan.
Rechargeable on most standard & fast chargers designed for NiMH batteries.


kill - send a signal to a process
kill [-n] process
Signal number to send
Named signal to send
# Send signal 15 to process 35
kill -9 40
# Send signal 9 to process 40
kill -2 0
# Send signal 2 to whole terminal process group
kill -HUP -123
# Send a hangup to process group 123
A signal is sent to a given process.
By default signal 15 (SIGTERM) is sent.
Process 0 means all the processes in the sender's process group.
A process group can be signalled by the negative value of the process
Signals may be numerical, or the name of the signal without SIG.


The video chat service from Google - Duo, which was earlier limited to just Android and iOS apps, is now available to the Web users too! This means you can make voice and video calls from your web browser without needing to download the Google Duo app. Google Duo debuted at Google I/O 2016. It was released later that same year alongside Google Allo. While Allo is dedicated to instant messaging, Duo is dedicated to voice and video calls. If you want to know more, here's our beginner's guide to Google Duo. Duo video calling on the web supports browsers like Chrome, Firefox, and Safari – but Microsoft's Edge browser on Windows isn't supported. The interface is fairly simple; it shows recent contacts listed at the top, full list of all contacts placed below. Google Duo on the web supports browser notifications for incoming calls. While users on other browsers seem to be having issues accessing the Duo for the web, it seems to be perfectly working for Chrome users accessin
Latest Technology News,Laptop&PC Reviews,Mobile Gadgets,how to,help me,free browsing cheat,hack,tricks,blogging,do it for me, HOW TOS etc.


It is difficult to provide a detailed and comprehensive picture of wireless network data performance in the real world. Although providers like AT&T and Verizon offer coverage maps on their web sites, there is no reliable source of end-to-end network performance across different providers and across a range of locations during different times of day.
CSAIL graduate students Victor Costan, Yu-han (Tiffany) Chen, Ravi Netravali, and Jonathan Perry are looking to build a network map by gathering information on wireless network performance through smartphone games, as part of new research underway in Professor Hari Balakrishnan’s Networks and Mobile Systems Group at CSAIL and Wireless@MIT. The games would drive players to certain locations where there is sparse information on network statistics in order to gather data.
From May 17 – May 19, the group will host a location-based, Android “Game-Jam,” a two-day event dedicated to bringing game developers together to build a host of mobile games that will aid in this research. The hosts are looking for game developers with experience in Android or web programming, graphic designers, and audio professionals to participate. The Game-Jam will start at 7:00 p.m. on May 17 at the Patil/Kiva conference room (32-G449) in the Stata Center, and will wrap up May 19 at 9:00 p.m. with prizes and awards. All members of the MIT community and beyond are invited to participate.
- Register by 12 p.m. on Friday, May 17 at: http://gamejam.mit.edu/.
Once the event is completed, the games will be used to gather network performance statistics and build a comprehensive map of how the network behaves across different regions. The information will be useful in not only providing data on how the network operates for mobile phone and Internet providers, but also to provide a reliable source of information for researchers looking to improve wireless and mobile device connectivity.
“People will hopefully be able to get better performance because of this data,” Perry says. “Researchers can use the information for research on improving network reliability and performance, as it will provide data on data transport latency and throughput for cellular and WiFi networks.”
Users of the mobile games will be aware that the games are gathering information on network connectivity to be used in scientific research, but they will not have to expend any effort, beyond playing the game, in order to help gather information on network connectivity.
Participants are encouraged to express their creativity when developing games during the Game-Jam. Examples of different types of games that might be useful in gathering network statistics include games for individual players that set goals for players to achieve and social games that allow groups of players to collaborate or compete to achieve a common goal.


By George Diering, Wilson County Emergency Coordinator
Wilson Amateur Radio Emergency Service, in partnership with the local 9-1-1 center and the Wilson County Emergency Management, is Demonstrating the use of Amateur Radio during emergencies, registering residents for the “Code Red” emergency alert system, and programming weather radios.
The demonstrations are coming up September 22nd during Lowe’s Safety Day, organized by Lowe’s on Forest Hills Drive in Wilson. This event begins at 9am and runs through 5pm. Many local emergency agencies and volunteer emergency agencies will be there to promote different aspects of safety. Local residents may trek through the main parking lot to speak with emergency responders including Health, Human Services, Sheriff, Fire, EMS, 9-1-1, and more. The Amateur Radio group demonstrations will go on throughout the day.
The group will also be available October 13, 2012, during the Black Creek Heritage Day Festival in Black Creek.
Amateur radio operators have proven themselves to be essential volunteer responders in bad weather and other natural emergencies. Hams can go on-the-air and stay on-the-air when ordinary public service communications fail. For many decades, ham radio often has been the only means of communicating from a stricken area to the outside world for hours and sometimes even days. Many of the hams have completed several FEMA courses dealing with emergency operations. There are about 100 hams in Wilson County and over 630,000 in the United States.
Amateur or “Ham” Radio has proven to be a reliable means of communications in emergencies when other systems fail. Ham radio goes back through the 1900s, with a long history of assisting operators in reaching across miles to spread news. The hams of Wilson County work with local emergency departments to carry emergency message traffic across town, across the state, coast-to-coast or around the world.
For more information, visit their website.


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The sharing of physical channels using multiplexing often gives very large reductions in costs. Department of State (President Johnson's October 7, 1966, "Bridge Building" speech was a product of Brzezinski's influence). It is suitable for public telephone networks because it establishes a pathway for data through the network and associates a traffic contract with that pathway. Modern insurgents, such as those in the latest Iraq War, often use intimidating telephone calls, SMSs and the distribution of sophisticated videos of an attack on coalition troops within hours of the operation. He said there were five possibilities for the Soviet Union: successful pluralization, protracted crisis, renewed stagnation, coup (by the KGB or Soviet military), or the explicit collapse of the Communist regime. TAT-8 itself was able to carry 10 times as many telephone calls as the last copper cable laid at that time and today's optic fibre cables are able to carry 25 times as many telephone calls as TAT-8. This increase in data capacity is due to several factors: First, optic fibres are physically much smaller than competing technologies. In the mid-1980s, several sets of communication protocols emerged to fill the gaps between the data-link layer and the application layer of the OSI reference model. Pakistan led to massive fraud, as weapons sent to Karachi were frequently sold on the local market rather than delivered to the Afghan rebels; Karachi soon "became one of the most violent cities in the world". The United States reiterated the Shanghai Communiqué's acknowledgment of the PRC position that there is only one China and that Taiwan is a part of China; Beijing acknowledged that the United States would continue to carry on commercial, cultural, creative writing phd usa and other unofficial contacts with Taiwan. In 1966, Brzezinski was appointed to the Policy Planning Council of the U.S. To achieve stereo playback, an amplitude modulated subcarrier is used for stereo FM, and quadrature amplitude modulation is used for stereo AM or C-QUAM. The Taiwan Relations Act made the necessary changes in U.S. He also predicted that the chance of some form of communism existing in the Soviet Union in 2017 was a little more than 50% and that when the end did come it would be "most likely turbulent". For analog television, homework help after school program there were three standards in use for broadcasting color TV (see a map on adoption here).
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From this example, a problem with digital transmissions can also be seen in that if the noise is great enough it can significantly alter the decoded message. The word telecommunication is a compound of the Greek prefix tele (τηλε), meaning distant, far off, or afar, and the Latin communicare, meaning to share. Zbigniew Brzezinski was born in Warsaw, Poland, on March 28, 1928. His family came from Brzeżany in Galicia in the Tarnopol Voivodeship (administrative region) of then eastern Poland (now in Ukraine). On the one hand, he supported it as an alternative to the Democrats' pacifism. An NSC working group on Afghanistan wrote several reports on the deteriorating situation in 1979, but Carter ignored them until the Soviet intervention destroyed his illusions. A telecommunications network is a collection of transmitters, receivers, and communications channels that send messages to one another. The conventional telephone was invented independently by Alexander Bell and Elisha Gray in 1876. Antonio Meucci invented the first device that allowed the electrical transmission of voice over a line in 1849. Brzezinski wanted to control the revolution and increasingly suggested military action to prevent Ayatollah Khomeini from coming to power, how to do your homework right after school while Vance wanted to come to terms with the new Islamic Republic of Iran. This is because networks on this scale do not require all the features associated with larger networks and are often more cost-effective and efficient without them. Samuel Morse independently developed a version of the electrical telegraph that he unsuccessfully demonstrated on 2 September 1837. His service to the Johnson administration, creative writing types and his fact-finding trip to Vietnam, made him an enemy of the New Left. Many, but not all are marked with e A/R Label. Shariah Commercial Jurisprudence (6 Cr. On November 9, 1979, Brzezinski was woken at 3 am by a phone call with a startling message: The Soviets had just launched 250 nuclear weapons at the United States.
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Sometimes, telecommunication systems are "duplex" (two-way systems) with a single box of electronics working as both the transmitter and a receiver, or a transceiver. In 2008, estimates placed the telecommunication industry's revenue at $4.7 trillion or just under 3 percent of the gross world product (official exchange rate). Several following sections discuss the impact of telecommunication on society. Though he rose to national prominence as a member of the Carter administration, Brzezinski avoided partisan politics and sometimes voted Republican. His eldest son, Ian Brzezinski (b. PRC Vice Premier Deng Xiaoping's January 1979 visit to Washington, D.C., initiated a series of high-level exchanges, which continued until the Tiananmen Square massacre, when they were briefly interrupted. Major foreign policy events during his time in office included the normalization of relations with the People's Republic of China (and the severing of ties with the Republic of China on Taiwan); the signing of the second Strategic Arms Limitation Treaty (SALT II); the brokering of the Camp David Accords; the transition of Iran from an important U.S. Whereas Asynchronous Transfer Mode (ATM) or Multiprotocol Label Switching (MPLS) are typical data-link protocols for larger networks such as WANs; Ethernet and Token Ring are typical data-link protocols for LANs. The other meaning of the term "channel" in telecommunications is seen in the phrase communications channel, which is a subdivision of a transmission medium so that it can be used to send multiple streams of information simultaneously. On the other hand, unless the additive noise disturbance exceeds a certain threshold, the information contained in digital signals will remain intact. Brzezinski and the NSC used these Presidential notes (159 of them) as the basis for NSC actions. The Soviet military invasion of Afghanistan in December 1979 significantly damaged the already tenuous relationship between Vance and Brzezinski. In the Middle Ages, chains of beacons were commonly used on hilltops as a means of relaying a signal. Brzezinski anticipated the Soviet invasion, and, with the support of Saudi Arabia, Pakistan, and the People's Republic of China, he created a strategy to undermine the Soviet presence. As recalled by David Ignatius, "Brzezinski paid a cost in the insular, self-reinforcing world of Washington foreign policy opinion, until it became clear to nearly everyone that he (joined in this Iraq War opposition by Scowcroft) had been right." He later called President George W. The shaping of a signal to convey information is known as modulation.
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On the microeconomic scale, companies have used telecommunications to help build global business empires. The term "channel" has two different meanings. Initially, Carter reduced the NSC staff by one-half, and decreased the number of standing NSC committees from eight to two. Shariah Commercial Jurisprudence (6 Cr. Despite the modest popularity of IBM Token Ring in the 1980s and 1990s, virtually all LANs now use either wired or wireless Ethernet facilities. Johnson from 1966 to 1968 and was President Jimmy Carter's National Security Advisor from 1977 to 1981. Welcome to 2018! I am very excited to have the opportunity to lead this community. The "Bluetooth" system, creative writing course thailand for example, uses phase-shift keying to exchange information between various devices. In addition, there are combinations of phase-shift keying and amplitude-shift keying which is called (in the jargon of the field) "quadrature amplitude modulation" (QAM) that are used in high-capacity digital radio communication systems. Bush and Secretary of State Condoleezza Rice titled "Failure Risks Devastating Consequences." The letter was partly an advice and a warning of the failure of an upcoming U.S.-sponsored Middle East conference scheduled for November 2007 between representatives of Israelis and Palestinians.


20 Most Promising Video Surveillance Solution Providers
CIOReview recognizes LABUSA, an emerging leader who is changing the video surveillance market with security and IT system integration
CARPENTERSVILLE, IL — May 2, 2017- LABUSA makes it once again to CIOReview's top Video Surveillance Solution Providers list for its expertise that provides custom tools and professional services for integrating and managing electronic devices and video surveillance products. Offering advance capabilities that include monitoring and recording of audio, video and many other electronic devices.
Over the last few years, LABUSA has recognized the shifting environment of video surveillance market and the growth of more companies trying to position themselves as leaders in the space. The company took the opportunity not just to do business but to help clients maintain the value of their investment and leverage expanded capabilities through integration. LABUSA Integrate Surveillance Solutions (ISS) enables highly specialized functionality for a wide range of services to private and government organizations.
LABUSA ISS is company developed software programming and innovative techniques which enable seamless integration between many commercially available video systems and security devices. The technology can leverage IP-Based camera alongside analog video systems integrated with exiting wired and wireless security devices. Providing a solution that integrates with legacy systems helps companies save on the otherwise costly infrastructure or equipment upgrade.
"We offer clients the ability to expand capabilities, reduce cost, and better control over facility management by integrating the electronic security and information technology infrastructure" says Martin Laster, President of LABUSA. This new wave of techniques for deploying security technology opens a plethora of products and services for businesses wishing to beef up their security technology.
CIOReview constantly endeavors to identify “The Best” in a variety of areas important to tech business. Through nominations and consultations with industry leaders, its editors choose the best in different domains. Surveillance Solution Special Edition is an annual listing of 20 Most Promising Video Surveillance Solution Providers 2017 in the U.S. For more information, visit the website at: http://www.cioreview.com/
LAB Information Technology Incorporated (LABUSA), is a technology solution provider helping businesses and government agencies achieve operational efficiency and protect physical and intellectual assets. Providing information technology and security infrastructure solutions since 1999, the company has delivered specialized expertise that enabled organizations to decrease expenses, increase revenue, and support a more complex demand in the public and private sector. Government and private organizations trust LABUSA to provide cloud software and infrastructure, electronic security systems, and IT professional services. For more information, contact LABSUA at 281-393-8003, email email@example.com, or visit the website www.labusa.com.


I've created a scenario where a domain user runs a program that sends messages to a message receiver program. When the receiver gets a message, it impersonates the sender and then displays the message.
Because I'm going to need an Active Directory domain environment, I've created 3 virtual machines:
- dc.example.com - windows server 2008 R2 domain controller
- example-server.example.com - windows server 2008 R2 app server
- wkstation.example.com - windows 7 workstation
- John@example.com - user account - will be sending messages
- msgSvc@example.com - service account - will be receiving messages
With Windows Server 2008 R2 domains, it's possible to create "managed service accounts", which will set and change your password for you as well as create and update Service Principal Names (SPNs) on your behalf. I didn't do that for this blog post because there's no GUI to create or manage service accounts yet and I didn't want to get into powershell scriptlets. If you're interested, there's a step-by-step guide over here. In this blog post, I refer to msgSvc@example.com as a "service account" even though it is actually just a normal user account. It is definitely not a "managed service account."
The service account we've just created will be the account running the message receiver program on the application server (example-server.example.com). In order for the service account to authenticate itself as the "example" message receiver service, we must set a service principal name (SPN) onto the account. Look at the image below to see how this is done.
Now that we've mapped the service account to the service principal name, we can configure constrained delegation to that service.
setspn -U -A example/example-server.example.com@EXAMPLE.COM msgSvc
On the domain controller (dc.example.com), we open up Active Directory Users and Computers. In the computers folder, we locate example-server and open its properties page. One of the tabs available will be "Delegation". That tab contains radio buttons, including the choice: "Trust the computer for delegation to specified services only". Keep "Use kerberos only" checked, and then click the "Add" button and specify the msgSvc account.
That's it for part 1! I now have an environment, accounts, and settings that will allow constrained delegation for my message passing programs. Tomorrow, I will post Part 2, which will show the code that sends signed and encrypted messages between two mutually authenticated programs. The message receiver will then impersonate the sender and display the message.


Streetsboro PD is currently using Nixle to keep citizens informed of situations in the city such as road closures, missing children and other situations. In order to sign up for Nixle, visit their website at www.Nixle.com. Or, text 44241 to 888777 and sign up for real time alerts from our police department.
What is Nixle?
Founded in 2007, Nixle is a communication system that connects residents with the agencies that serve and protect them. Residents can use Nixle to receive information ranging from critical alerts to community news. Additionally, residents can choose how they receive this information – by SMS (text message), email, over the Web or by mobile application.
Getting accurate local safety information when you need it is a challenge. Your ability to react to critical information depends on the accuracy and the immediacy of the information you receive. Founded in 2007, Nixle now works with over 4600 public safety agencies across the US.
How Does It Work?
By simply sending a text message with your zip code (44241) to 888777, you are instantly registered to receive text messages from the Streetsboro Police Department. Want more control? Create a Nixle account at www.nixle.com and tailor exactly what information you receive and how you want to receive it – via text message, email, mobile application, or web browser.
Can I trust It?
Unlike social media networks such as Twitter and Facebook, Nixle employs a thorough screening process to verify that every agency joining the Nixle service is authentic. Other security measures such as 2-step login verification help to safeguard agency accounts beyond the level of protection provided by other online services. All of this is done to ensure that the messages you receive from Nixle are genuine and reliable.
What Else Does Nixle Provide?
Nixle is not only for emergencies. Stay up to date on other information affecting your community including traffic alerts, safety tips, and local crime information with your Nixle account. Messages always include a priority level so you can immediately judge their urgency upon receipt. Nixle also gives you the flexibility to direct messages based on priority so you can receive urgent information via text message and the rest via email.


Archive | Embedded Hardware and Software RSS for this section
November 1, 2016
The weather hardware starts with FRDM-K22 makes up the processor.
- DHT11 – Temperature and Relative Humidity
- BMP180 – Pressure and Temperature
- CdS light sensor
- Bluetooth SPP – bluetooth serial peer to peer
- Windspeed – pulse input
- Rain Fall – pulse input
You can access the code for this project at github.
You can see some of the data using the rest call below.


Enhancing the Way We Connect
Gone are the days when text messaging was limited to simple, plain text exchanges. With the advent of Rich Communication Services (RCS) messaging, a new era of communication has dawned upon us. RCS messaging offers a range of features that revolutionize the way we connect with our friends, family, and colleagues. In this article, we will explore the benefits of RCS messaging and compare it to traditional SMS.
Embracing Rich Media
One of the standout features of RCS messaging is its ability to support rich media content. Unlike traditional SMS, RCS allows users to send and receive high-quality images, videos, audio files, and even animated GIFs. This opens up a whole new realm of possibilities for expressing ourselves and sharing meaningful experiences with others. Whether it’s capturing and sharing stunning vacation photos or sending a funny video that instantly brightens someone’s day, RCS messaging enables us to communicate in a more engaging and vibrant way.
Gone are the days of one-way communication. RCS messaging introduces interactive and dynamic conversations that go beyond the limitations of traditional SMS. With features like read receipts, typing indicators, and presence information, RCS allows us to know when someone has read our message or is in the process of replying. This real-time feedback brings a more personal touch to our conversations and helps us stay connected in a more meaningful way. Additionally, RCS messaging supports group chats, allowing multiple participants to engage in a seamless and interactive conversation.
RCS messaging offers a seamless integration with our existing messaging apps, eliminating the need for additional third-party applications. This means that we can enjoy all the benefits of RCS messaging without having to download and manage multiple apps. With RCS becoming increasingly integrated into the default messaging app on smartphones, it ensures a more streamlined and hassle-free communication experience for all users. Whether it’s an Android or iOS device, RCS messaging is poised to become the new standard for text messaging.
Enhanced Security and Reliability
When it comes to secure and reliable communication, RCS messaging stands tall. Unlike traditional SMS, RCS messaging employs end-to-end encryption to protect our conversations from prying eyes. This ensures that our private messages remain confidential and secure. Moreover, RCS messaging offers a more reliable delivery mechanism compared to traditional SMS. With features like message delivery reports, we can have peace of mind knowing that our messages are reaching their intended recipients.
The Future of Communication
RCS messaging represents the future of communication, offering a plethora of features that elevate the way we connect with others. From rich media support and interactive conversations to seamless integration and enhanced security, RCS messaging surpasses the limitations of traditional SMS in every aspect. As more and more users embrace RCS messaging, we can expect a dynamic and engaging communication landscape that brings us closer together. So, bid farewell to the plain and mundane world of traditional SMS and step into the vibrant realm of RCS messaging. Looking for a more comprehensive understanding of the topic? Check out this carefully selected external resource. rcs service https://mtalkz.com/rcs-messaging/, delve further into the topic at hand!
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