Most of us would recall the serious public outcry in 2020 regarding the proposed deployment of 5G which unfortunately was launched almost the same time that COVID-19 was first discovered. This made the public not support the technology and also made the different governments undergo specific research on the health implication of 5G. Findings so far have relieved the public as it may have been discovered that there are no major health implications as generally assumed. Hence, countries have begun to deploy 5G in their major cities.
investopedia.com stated in one of its articles that the US, China & South Korea are leading in the overall building and deployment of 5G technology. According to statista.com, 58 countries have deployed 5G technology, and it expects 5G users to reach a billion within a space of 3.5years. This growth should have a corresponding positive reaction in other areas of innovation because 5G technology has been proven to have high efficiency and low latency in communication and transmission of data.
Recently the Nigerian government announced the approval for the deployment of 5G technology in Nigeria. With this announcement, it would mean that Nigerians should prepare for a new shift in technological innovations, advancement, and global competitiveness. This is why we will be looking at some technological innovations that will be encouraged by the deployment of 5G technology.
A major innovation that 5G is coming with is Enhance Mobile Broadband (eMBB). This is an experience of low latency and high speed for mobile internet connectivity. Due to this innovation, there will be a sharp switch from cable television to internet television and video on demand. With 4G, users are already experiencing a level of internet television and video on demand from platforms such as IrokoTV, Netflix, ShowMax, etc, however, due to the cost of data plan, some users still prefer the regular satellite or cable TV. Now because the 5G connectivity should come at a cheaper price and more data transmission capacity, more users will begin to adopt the internet television and video on demand. That said, beyond the already existing internet television and VOD streaming platforms, we should expect more innovative web and mobile streaming platforms where you can watch your football matches, movies, news, etc.
Also, the deployment of 5G Technology will bring about the Internet of Things (IoT) experience. IoT experience is a machine-to-machine communication that is monitored and can be controlled by users. For example, a smart home also known as home automation is an experience made possible by the Internet of Things technology. In a smart home, the bulbs can sense if someone is in the house so as to turn on the light for the person, a connected refrigerator can sense the humidity of the refrigerator to decide when to turn off or turn on the refrigerator so as to reduce the cost of power, Smart TV can sense if someone is actually watching to decide whether to turn it off or on. Another example is IoT in the health sector, which enables certain IoT technology to sense the temperature of a patient, their blood pressure, heartbeat, or even pulse. In fact, it also can help in the area of remote surgery where the surgeon is in a location far away from the patient. Some of these have nothing to do with the internet until when there is a need for remote monitoring and control which include monitoring of patients remotely or controlling home automated appliances or even carrying out a surgery remotely. The speed in 5G will enhance real-time remote monitoring and control of IoT devices. That said, this is another change we should expect as 5G begins to live with us because everything will eventually be connected with everything. So we will have smart cars, smart hospitals, smart cities, smart schools, smart offices, etc. Beyond being able to connect to the internet, the reason they have the smart prefix is because of the ability of machines within the environment to sense, learn, and connect with other machines.
The third innovation that the deployment of 5G will bring is Virtual Reality and Augmented Reality application. This is a reality that happens in the virtual world through your sense organs. For Virtual Reality, all your sense organs are connected to the virtual world, your eyes see the virtual world, your mouth speaks in the virtual world, your ear hears from the virtual world, your hands participate in the virtual world. All these happen through a virtual reality headset/appliance. Augmented reality on the other hand is an experiential reality of the virtual world physically.
Again, because of the speed of 5G technology, you can have the experience of both realities. Some of us may have experienced these in some virtual reality games where you are connected to the virtual world through a headset and you are playing a game. We will begin to see new innovations in virtual reality applications in the area of training and education, where universities will run in the virtual world with virtual classrooms, virtual laboratories, virtual libraries, virtual students, virtual lecturers, etc. This is completely different from online universities. We will also see VR applications in the area of shopping where you will go shopping from the comfort of your home with just the VR headset. We may also see VR applications in real estate where users will own their own building in the virtual world, furnished and equipped with virtual home appliances such as virtual TV, Virtual Laptops, etc.
Whether you are implementing the enhanced mobile broadband feature or implementing the IoT Technology or the VR/AR applications, it is important that we know that most things that we know are about to change. As a country, we can prepare and leverage these opportunities for wealth creation and also become relevant in the next generation by first building the human capital in these areas. Having the right human capital will bring about innovations which in turn will bring about wealth creation that will generally affect the GDP of the nation.


Perhaps you have already noticed: Since March 2023, Twitter has made its two-factor authentication available to users only against payment. Of course, this announcement caused quite a stir and was not necessarily received positively. At the same time, the SMS is not necessarily secure.
Two-factor authentication – or 2FA for short – is used to protect accounts. Instead of just using the user name and a password as access data, 2FA brings another component into play. This is to prevent accounts from being hacked by unauthorized persons.
As a rule, this also works, because 2FA works exclusively via something personal that hackers cannot simply copy.
In the case of two-factor authentication via SMS, this personal item is the user’s cell phone. So hackers need not only the name and password for access, but also the cell phone so they can receive the SMS.
Unfortunately, hackers are intelligent people who always find ways to circumvent or undermine security systems. This also applies to two-factor authentication via SMS.
Cell phones and smartphones are a popular target for hackers. After all, they usually contain a lot of personal data such as telephone numbers and e-mail addresses of friends, family and acquaintances. A paradise for hackers, so to speak.
If a cell phone is infected with malware, hackers can not only read the data on the cell phone. In the worst case, they can also read all the messages and text messages that arrive on the cell phone. This also applies to text messages within the scope of 2FA.
The reason why the danger is so high is the so-called SS7 protocol. This is the “Signalling System 7”. This protocol was developed in 1975 to connect all telephone networks worldwide. The problem is that in 1975 the Internet did not yet exist, and cell phones as we know them were still a long way off.
So in a way, the SS7 protocol is outdated, but it is still in use. Updates and improvements have been and are being made, but authentication is not possible with the SS7 protocol. This means that hackers can gain access relatively easily and then listen in on conversations or read text messages, for example. The SMS with the authentication code is then easily visible and the security is gone.
Unfortunately, the SS7 protocol itself cannot be influenced and nothing can be done about the vulnerabilities. But you can at least make your own cell phone as secure as possible against hackers. This reduces the probability of an attack.
Of course, it is very important that you protect your cell phone or smartphone from direct access by using a screen lock. This can be a password, but even better is a fingerprint or an eye scan. Something that no one can steal from you.
You should also turn off notifications on the lock screen. What’s the point of using a screen lock if everyone can still read everything as soon as it pops up on top?
It is also important to protect the SIM card with a PIN. If the phone is lost or falls into the wrong hands, the SIM card can be used for all kinds of mischief that you would rather avoid.
Speaking of SIM cards, skilled hackers are able to use a separate SIM card to tap into your phone number and install it on the phone. Then messages and calls won’t go to your SIM card, but to the hackers’. If for some reason your SIM card no longer seems to work, it’s best to have it blocked by your provider. Safe is safe.
Something that is often forgotten, but should really go without saying: Install anti-virus software on your cell phone. What is standard for most people on their home computer is often neglected on their cell phone. This opens the door to hackers.
2FA with SMS is not the most secure method. There are certain vulnerabilities that unfortunately cannot be influenced. However, you can take measures yourself to make your cell phone more secure against unauthorized access.
By the way: There is a very simple solution to the problem with Twitter: An alternative two-factor authentication like the Authenticator from Reiner SCT. This can be used to protect any account, including the one on Twitter. And at no additional cost.


ICOP Technology Inc / VP Sales & Marketing
0006 - Internet-of-Things, Intelligent-System and Windows Embedded
The Internet phenomenon created new opportunities, new markets and new approaches to solve existing problems with better results, covering just about everything around our daily living, which many of us refer to as the Internet-of-Things market (IoT). While the IoT market creates huge opportunity for different type of devices, these devices are functional parts of a larger Intelligent-System with application and business logic to capture data from these devices and interact with them, in order to extract the full benefits from these IoT devices. The IoT marketplace provides new playground for key technology companies, competing to deliver the next wave of products. To develop innovative new products targeting the IoT market, and to survive and thrive in this highly competitive IoT economy, device developers need to adopt new approach and technology platform with competitive advantage to develop new generation of products. This session takes a high level technical overview to the IoT market, Intelligent-Systems and the competitive advantages provide by the Windows Embedded platforms.
Giorno: Microsoft Embedded Conference - 15/02/2014 - Orario: 16:20 - 17:10 - Sala: Sala Principale


I recently learned about a fascinating technology that is commonly used in modern apps, Websocket. Websocket is a fascinating technology that enables real-time, full-duplex communication between a client and a server. Unlike the traditional HTTP protocol, which follows a request-response pattern, it provides a persistent, bidirectional channel for instant data transfer.
This means that with Websocket, both the client and server can send data to each other at any time, making it an ideal choice for applications requiring low latency and real-time updates, think of social feeds/messaging apps and multiplayer games as examples.
In the context of Integration Development, you may come across some systems that only communicate through Websocket, this is where the Azure Web Pubsub steps in to bridge the gap, a fully managed service by Azure that supports native and serverless WebSocket.
The solution’s requirements are quite simple:
- Monitoring Azure SQL database changes.
- Publishing change messages via WebSocket.
- Adopting a consumption-based pricing model, ensuring costs align with actual usage.
It’s important that we first understand the key concepts in Web PubSub:
1. Hub: A hub is a logical concept for a set of client connections. Usually, you use one hub for one purpose, for example, a chat hub, or a notification hub. When a client connection connects, it connects to a hub, and during its lifetime it belongs to that hub. Once a client connection connects to the hub, the hub exists. Different applications can share one Azure Web PubSub service by using different hub names.
2.User: Connections to Web PubSub can belong to one user. A user might have multiple connections, for example when a single user is connected across multiple devices or multiple browser tabs.
While Azure Logic Apps don’t have a built-in action that supports WebSocket, we can work around this by using Web PubSub’s REST API, and using Entra App Registration (formerly known as Azure AD) for authorization.
Let’s look at the breakdown of the solution:
1. Azure SQL Database: An Azure SQL Database instance with change tracking enabled on both database and table level, note that you will also need to have a “rowversion” column for the Logic Apps trigger to work.
2. Azure Web PubSub: For demonstration purposes, a Web PubSub is configured on the Free tier, with a designated Hub named “SQLUsers.”
3. Azure Logic Apps: A logic app triggered by SQL Server Trigger, subscribing to a table in Azure SQL, it obtains Microsoft Entra token for authentication and sends the message to a specific User in the Web PubSub.
Overview of the Logic Apps:
4. The Subscribing Systems: Destination systems or applications that establish WebSocket connections to subscribe to Azure Web PubSub can vary and may include services running on Azure App Service or Azure VM. The systems will need to first obtain an access URL to be able to connect via WebSocket.
Testing the Solution
Let’s see this solution in action.
1.Head over to Azure Web PubSub Service, and select “Quick Try” under the overview tab, this should take you to a test console.
2.Under the “Keys” settings and generate a new access URL that connects to Hub “SQLUsers” as User ID “12345” then copy the “Client Access URL”.
3.Paste the Client Access URL on the test console and click Connect
4.Trigger the logic app by updating a row in SQL, ensure that run is successful and a message is sent to PubSub.
5.Head back to PubSub testing console and ensure that the test message sent by Logic Apps is received in the console.
Hope this post has given you some idea on how to build a low-code solution with Websocket using Logic Apps, it’s worth noting that connecting to Azure Web PubSub can be achieved through its SDK, offering an alternative to calling the PubSub’s REST API.


You betcha! I switched to Vonage and tonight I hooked up all the equipment BY MYSELF and made my first phone call.
It was a relief to press the red button on the phone and hear a dial tone and an even greater relief that Kathy T. was still up at 10 PM and not angry I called her. She was my first Vonage call. No delays, no static and I'll recoup the cost of the equipment in only two months. After that I'll have a savings of about 20/month. It would have been more had I not set up a phone number for the area code my family lives in so they could call me without incurring long distance charges. And I haven't even factored in the cost of making long distance calls!


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The Audio2000'S AWM6305U wireless in-ear monitoring system is a UHF wireless system with 100 adjustable frequencies. The AWM6305U wireless in-ear monitoring system includes one transmitter, two receivers, two stereo ear-phones, and a carrying case. Transmitter: frequency band: UHF band width: 25 MHz oscillation mode: PLL synthesized frequency stability: 0.005% (32 - 122 deg. F) modulation mode: FM stereo modulation output power: . Uhf-band frequencies frequency agile over a 25 MHz bandwidth, with 100 pre-programmed frequencies available. Built-in Limiter circuitry eliminating distortion under excessive input levels. Front panel 1/4-inch stereo monitoring headphone jack. Mono Mode or stereo Mode LCD display low-battery indicator on the receiver Two balanced combo audio inputs and two balanced audio outputs on the transmitter one audio level adjustment knob micro-controller (cpu) controlled 13 - 15VDC power supply
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- $0.00 (Fixed Shipping Cost)


MB7UIV Internet Gateway
MB7UIV was the first APRS Internet gateway to be licensed in the UK. It was owned and operated by Keith, G6NHU.
On 5th June 2010, MB7UIV was retired from service after over ten years of almost continuous operation.
In early July 2011, MB7UIV returned from a new location and with a new SysOp.
Click here for The Martello Tower Group
In January 2011, the PC used for MB7UH was replaced


Smart speakers like Amazon’s Echo Dot are all the rage these days. While the third generation of this popular device certainly provides superior sound compared to its predecessors, it’s still not quite likely to be what you’re accustomed to getting from a high-end device. In other words, it’s okay for listening to the news or buying stuff online, but less so for listening to your favorite music.
But it turns out that you can quickly and easily connect that device to an external speaker. For everyone using home audio systems in Chicago, it’s a snap to take that smart technology and hook it up with your top-of-the-line speaker system to show off your favorite music in all its glory, while still enjoying the convenience you’ve come to expect from today’s smart speakers.
Plug into an external speaker
One option is to simply use a standard 3.5 mm audio cable that includes male connections on each end. Plug one end of the cable into the speaker’s AUX IN port and the other into the Echo Dot’s AUX OUT connection, which is located near the power cable. Then, when you turn on the speaker, it will relay the sound from the Echo Dot. This is a low tech and reliable solution that’s easy to use.
Another option is to connect wirelessly via Bluetooth. This adds convenience, as you won’t need to have the Echo and the speaker system right next to each other. It also means you won’t have to untangle cables every time you want the two devices to connect.
Once you have the right speaker, put the speaker into pairing mode. Then use the Alexa app on your smartphone or other device, tap the icon for Devices, then choose Echo and Alexa. Choose Pair New Device and then select the speaker. From there you can choose the device name that you want to pair with. Now every time the speaker will show up in the list of devices on the Alexa app and the sound from the Dot will be pumped through the Bluetooth speaker.
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We carry a wide range of products that come from all around the world and we make sure that, when they make it to you, they’re in pristine condition. Whatever you’re looking for, no matter the brand, we’re sure that you’ll find it or something even better while browsing our unique selection of high-end audio equipment in our Morton Grove store. Call us today or stop by our convenient location to see how the team at Quintessence Audio LTD can introduce you to a whole new level of audio perfection. We look forward to working with you soon!
Categorised in: Home Audio Equipment
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DKAT Internet Services began providing technology solutions in the Washington DC / Maryland / Northern Virginia area in 1997.
We’ve since gained customers all over the world.
Our custom software-based solutions have saved corporations time and money.
We take the time to learn everything we can about our customers.
Our hands-on personal approach finds the best ways to use technology to improve efficiency. In some cases, what used to take an employee a month was reduced to 5 seconds and a few clicks of the mouse.
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"Store now decrypt later" technology, also known as "homomorphic encryption," is a technique used to secure data while it's being processed or stored, allowing data to be encrypted without compromising its utility. The basic idea behind this technology is that data can be encrypted in such a way that it can still be operated on without the need to decrypt it first.
In traditional encryption, data is encrypted before it's sent or stored, and it remains encrypted until it's decrypted. However, with homomorphic encryption, data can be encrypted, stored, and processed while still in its encrypted form. This allows the data to be stored securely, while still being able to perform calculations and operations on it without the need to decrypt it first.
Homomorphic encryption has applications in several fields, including healthcare, finance, and government. For example, it can be used to securely store and process medical records while maintaining patient privacy, or to protect sensitive financial data such as credit card numbers and bank account information.
One of the main challenges of homomorphic encryption is that it's computationally expensive, meaning that it requires a lot of processing power and time to perform operations on encrypted data. However, with recent advances in technology, researchers have been able to make significant improvements in the performance of homomorphic encryption, making it a more practical solution for real-world applications.
"Store now decrypt later technology" refers to a method of encrypting data in a way that allows it to be stored securely while remaining unreadable to unauthorized parties, and then decrypted later when access is required. This technology is also known as "deferred decryption" or "lazy decryption."
The idea behind this technology is to provide a more efficient way of storing and accessing encrypted data, particularly in situations where data needs to be accessed frequently. Instead of decrypting the data each time it is accessed, the data can be decrypted once and then stored in its decrypted form for future use.
One example of where this technology is commonly used is in cloud storage services. Cloud storage providers use this technology to store customer data in an encrypted form, which is then decrypted when the customer accesses it. This helps to ensure that the customer's data is protected from unauthorized access, while also making it easier for the customer to access their data quickly and efficiently.
Another example of where this technology is used is in email encryption. Emails can be encrypted using "store now decrypt later technology" to ensure that the contents of the email are secure while in transit and at rest. The email can then be decrypted when the recipient opens the email.
Overall, "store now decrypt later technology" provides a more efficient and secure way of storing and accessing encrypted data, and it is likely to become more prevalent as the need for secure data storage and transmission continues to grow.
Encryption: Encryption is a process of converting plaintext into ciphertext, making it unreadable without the key. Homomorphic encryption is a type of encryption that allows data to be processed in its encrypted form.
Processing encrypted data: With homomorphic encryption, data can be processed without decrypting it first. This means that sensitive data can be processed without being exposed to the risks of data breaches, hacking, and unauthorized access.
Benefits: Homomorphic encryption provides several benefits, including the ability to keep sensitive data encrypted while it's being processed, and the ability to analyze data without revealing sensitive information.
Applications: Homomorphic encryption has many applications, including secure cloud computing, secure data sharing, and secure machine learning. For example, it can be used to analyze medical data without revealing personal information, or to process financial transactions without exposing sensitive financial data.
Performance: One of the main challenges of homomorphic encryption is that it can be computationally expensive, which can make it impractical for certain applications. However, researchers are working to improve the performance of homomorphic encryption algorithms.
Future potential: Homomorphic encryption has the potential to revolutionize the way data is processed and analyzed, by allowing data to be securely processed in the cloud or other third-party environments. However, more research is needed to improve the performance and scalability of homomorphic encryption, and to develop new applications for the technology.
Example and Evidence:
NIST Post-Quantum Cryptography Standardization: The National Institute of Standards and Technology (NIST) has been working on standardizing post-quantum cryptography algorithms since 2016. In 2020, they announced the finalists for the standardization process, which includes algorithms such as lattice-based cryptography, code-based cryptography, and hash-based cryptography.
Google's New Hope: In 2015, Google announced a new encryption algorithm called "New Hope" that is designed to resist attacks from quantum computers. New Hope is a variant of lattice-based cryptography and is believed to be secure against quantum computers. Google has since open-sourced New Hope, making it available for others to use and test.
IBM's Homomorphic Encryption: In 2019, IBM announced that it had successfully created a homomorphic encryption algorithm that is resistant to attacks from quantum computers. Homomorphic encryption allows data to be processed while still encrypted, which can be useful for privacy-preserving computations. IBM's algorithm is based on lattice-based cryptography and is believed to be secure against quantum computers.
Microsoft's Kyber: Microsoft has also been working on post-quantum cryptography algorithms, and in 2018, they announced their own encryption algorithm called "Kyber". Kyber is a lattice-based cryptography algorithm that is designed to be fast and efficient while still being secure against quantum computers.
QKD (Quantum Key Distribution): Quantum key distribution (QKD) is a technology that allows two parties to share a secret key that is secure against eavesdropping, even if the eavesdropper has a quantum computer. QKD uses the principles of quantum mechanics to ensure the security of the key exchange. While QKD is not a post-quantum cryptography algorithm, it is an example of a technology that is designed to be secure against quantum computers.
In conclusion, "Store now decrypt later" technology is a valuable tool for enhancing the security of sensitive data. By encrypting data at rest and delaying decryption until needed, the risk of unauthorized access to the data is greatly reduced. Additionally, this technology can be particularly useful in scenarios where sensitive data needs to be stored for extended periods of time, but only needs to be accessed infrequently.
As a cybersecurity provider, digiALERT can implement "Store now decrypt later" technology for clients who require it, providing an additional layer of protection for their sensitive data. By working with digiALERT, clients can rest assured that their data is being protected by the latest and most advanced security technologies available.


Since 1985, Focusrite has been a name synonymous with no-compromise mic pres following the creation of the ISA 110 for Sir George Martin's Neve console at Air Studios. The legacy of the original ISA 110 lives on today, not only in the ISA range itself, but also in every mic pre we design.
Standing for 'Input Signal Amplifier', the ISA range was born out of the original Focusrite Forte console of the late 80's, and later the Focusrite Studio Console. The core modules from these consoles live on with Focusrite's current range of ISA products, which have in themselves also become recording classics, and the choice of the world's finest producers and engineers. All ISA products use the Lundahl LL1538 input transformer and a custom Zobel network, both of which contribute to their sought-after sound.
EIGHT-CHANNEL A-D CARD FOR ISA 428 MKII AND ISA 828 MKII, INCLUDING DANTE CONNECTIVITY
ISA ADN8 is an optional eight-channel A-D card that provides high-quality analogue-to-digital conversion for the Focusrite ISA 428 MkII and ISA 828 MkII microphone preamps. Featuring Dante, AES3 and ADAT connectivity, the card operates at sample rates up to 24-bit / 192kHz.
The card offers primary and secondary RJ45 Dante output ports, an AES59 DB25 connector for AES3 output, and a pair of TOSLINK connectors for ADAT output. Word Clock I/O on BNC connectors allows synchronisation to multiple digital sources. This also includes syncing the Dante network to house clock, or for syncing external equipment to the Dante network.
Dante outputs on the ISA ADN8 provide ISA 428 MkII and ISA 828 MkII with network connectivity to all Focusrite RedNet devices and Red interfaces, as well as any other Dante-enabled device from hundreds of manufacturers. Metering and settings are accessed through RedNet Control, routing is configured using Dante Controller.
And as with all Focusrite Pro products, wherever you happen to be in the world, you can rely on a three-year warranty if any Focusrite Pro hardware needs repairing or replacing due to a manufacturing fault.
Voor alle info: https://pro.focusrite.com/category/mic-pres/item/isa-adn8


Welcome to the future. Well, it looks like the future…
Surrounded by smart phones and tablets, reading devices and new computer games, this new invention will revolutionize the technology world.
Want to know more? Then follow the steps:
1. Read the text
2. Understand the vocabulary
3. Watch the video
A user perceives a 3 dimensional display that floats approximately 40 centimetres in front of their face… when in fact it’s being projected on the lenses of a pair of wearable glasses.
ITRI’s Golden Tiao says the device uses a depth camera that records a user’s hand movements. These movements are then processed and displayed on the monitors in the glasses.
– The greatest challenge in this technology lies in the head mounted device – the image is displayed right in front of the user’s eyes while the depth camera captures the hand and finger gestures. These two things, the visual display output and the image captured by the cameras, must precisely aligned together to allow the system to work.
The current prototype is capable of dialing a phone and sketching… but Tiao says these functions are just the beginning.
– This wearable device works wherever a user goes because the display device is transparent and it does not block the person from the outside world. A user could be sending messages or navigating the Internet while still interacting with the outside world at any time.
The researchers hope to commercialize “Air Touch” within two years and estimate the initial cost at around $500 USD.
Floats – to be carried along by moving water or air.
Lenses – a clear curved piece of glass or plastic that is used in eyeglasses, cameras, telescopes, etc., to make things look clearer, smaller, or bigger.
Wearable – capable of being worn : suitable to wear.
Monitors – a device that is used for showing, watching, or listening to something: such as a :a device that shows information or images on a screen.
Aligned – to arrange things so that they form a line or are in proper position.
Sketching – a quick, rough drawing that shows the main features of an object or scene.
Estimate – a guess that you make based on the information you have about the size, amount, etc., of something.


Cellcard, a leading telecom company operating in Cambodia, faced challenges in building a connected business to cater to diverse and dynamic business requirements. Collaborating with NOKIA, Cellcard sought to integrate various existing systems using the WSO2 ESB Middleware platform. VS ONE WORLD played a crucial role in providing the complete application integration solution.
The challenges encompassed:
- Building a Connected Business: Addressing diverse and dynamic business requirements.
- Re-using Organization’s Existing Systems: Integrating various IT solutions from different vendors.
- Balancing Agility and Cost-Effectiveness: Adapting to rapidly changing business requirements while minimizing risk.
Telecom Integration and Middleware Platforms (By Expert One)
VS ONE WORLD’s solution featured:
- Integration Using WSO2 ESB Middleware Platform: Connecting existing systems such as Inventory, Billing, CRM, VASAPP.
- Built-in Analytics and Message Tracing Support: Enhancing communication and data analysis.
Impact on Business Agility and Cost-Effective IT Solutions (By Expert Two)
The implementation resulted in:
- Ease of Adoption: Aligning with rapidly changing business requirements.
- Re-use of Existing Systems: Enhancing efficiency and coherence.
- Separate Maintenance of Applications: Improving manageability.
- Time and Cost Savings: Reducing risk and enhancing profitability.
The collaboration with VS ONE WORLD and NOKIA yielded transformative outcomes:
- Integrated Telecom Solution: Unifying various existing systems and vendor solutions.
- Enhanced Business Agility: Facilitating rapid adaptation to market demands.
- Cost-Effective IT Management: Saving time and reducing risk.
- Improved Communication and Analysis: Through built-in analytics and message tracing.
This case study demonstrates how innovative integration solutions can redefine the telecom industry’s capabilities. By understanding Cellcard’s unique needs and implementing targeted integration solutions, VS ONE WORLD enabled a transformation that sets a standard for modern telecom practices. It emphasizes the importance of building connected businesses, utilizing middleware platforms, enhancing business agility, and providing cost-effective IT solutions. This project serves as a blueprint for how technology can create seamless, adaptable, and responsive experiences in a competitive industry like telecommunications.


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Cu/Mo/Cu(CMC) heat sink, also known as CMC alloy, is a sandwich structured and flat-panel composite material. It uses pure molybdenum as the core material, and is covered with pure copper or dispersion strengthened copper on both sides. Besides, copper molybdenum copper heat sink has adjustable coefficient of thermal expansion, high thermal conductivity, and high thermal stability.
S-CMC is a multi-layered Copper and Molybdenum clad metal, which has an excellent property both low CTE and high thermal conductivity. Its higher thermal conductivity compared to other same kind of materials contributes to highly powered electronic packages.
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Cu/Mo/Cu(CMC) heat sink has similar applications with tungsten copper heat sinks. It can be used as thermal mounting plates, chip carriers for microwave, flanges and frames for RF, laser diode packages, LED packages, BGA packages and GaAs device mounts etc.
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Weakstreams are among the most under-addressed issues in modern digital communication and data transfer systems. While many people are familiar with the frustrations caused by slow internet speeds or unstable connections, weak streams present another layer of complications that can hinder your overall digital experience. This comprehensive guide will explore weak streams, their impact on users, and how they can be addressed effectively. If you need help with this problem, this guide will offer actionable solutions to get you back on track.
What Are Weakstreams?
Weakstreams refer to data streams with poor signal strength, slow data transfer rates, or intermittent connection. These problems can occur in various digital communication settings such as Wi-Fi networks, cellular data connections, and even wired connections like Ethernet. Weakstreams not only lead to slow internet and loading times but can also cause issues like data loss and interruptions during streaming or gaming and can be a severe impediment in professional settings.
- Causes of Weakstreams
Understanding the causes of weak streams is crucial for diagnosing and fixing the issue. Here are some common causes:
- Distance from Router
The further away you are from your Wi-Fi router, the weaker the signal strength.
- Physical Obstructions
Walls, doors, and large furniture can interfere with the signal strength.
- Interference from Other Devices
Other electronic devices can emit frequencies that interfere with your Wi-Fi signal.
- Poor Quality Hardware
Subpar routers, modems, or cables can result in weakstreams
- Network Congestion
Too many devices connected to the same network can slow overall speed.
Impact of Weakstreams
Weakstreams can severely affect your ability to work efficiently, leading to loss of productivity.
- Poor User Experience
Streaming movies, playing online games, or video conferencing becomes a frustrating experience with constant buffering and lag.
- Financial Loss
Weak streams can lead to financial losses for businesses that rely on stable connections for real-time data transfer.
How to Diagnose Weakstreams
- Network Speed Test
Conduct a network speed test to assess your current data transfer rates.
- Signal Strength Test
The apps and built-in system features show your current Wi-Fi signal strength.
- Device Check
Sometimes, the problem may be with something other than your network and the device you are using.
Solutions to Weakstreams
Using a modern, high-quality router can make a world of difference.
- Change Location
Move closer to the router or move the router to a centralized location.
- Network Extensions
Wi-Fi extenders can amplify your existing network, improving the signal strength over a larger area.
- Limit Connected Devices
If too many devices are connected, consider limiting the number of active devices.
- Contact Service Provider
Sometimes, the issue might be on the service provider’s end, and contacting them can help resolve it.
Weakstreams can have a wide-ranging impact on both personal and professional lives. However, understanding the causes and symptoms can lead to effective solutions. From upgrading hardware to optimizing the location of your router, several steps can improve your network’s performance. In extreme cases, professional help from the service provider or a network technician may be necessary.
If you’ve been struggling with weak streams, this guide should equip you with the information and tools to address the issue. Weakstreams are an inconvenience and a significant barrier to seamless digital communication. Don’t let them bog you down—take action and improve your digital life today.
Weakstreams, Data Transfer, Signal Strength, Network Speed Test, Wi-Fi extenders, Router, User Experience, Network Congestion, Productivity, Financial Loss, Hardware, and Service Provider.


N600 Wireless Dual Band Router
The netis WF2471 N600 Wireless Dual Band Router broadcasts and receives both 2.4GHz 300Mbps and 5GHz 300Mbps connections simultaneously. Like two wireless routers in one, this allows users to run day-to-day applications, such as emailing and web browsing over the 2.4GHz band while using bandwidth intensive or latency sensitive applications, such as streaming HD video or playing online games, over the clearer 5GHz band at the same time.
- Simultaneous 2.4GHz 300Mbps and 5GHz 300Mbps connections for 600Mbps of total available bandwidth
- Multi-wireless modes to expand the wireless network: AP, WDS, AP+WDS, Client, Repeater, multiple AP.
- Intelligent QoS assures the quality of applications and multimedia streaming
- 4*5dBi high gain antennas provide better wireless signal coverage and reception
- Wireless diversity technology optimize your wireless connection


Wireless Sensors & Beacons
Rugged, low-power and versatile wireless sensors and beacons that allow you to remotely monitor your tagged assets, equipment or cargo while in transit. These compact sensors and beacons transmit a range of data through an IoT Gateway or simply leverage one of your smart-devices.
Multi-Industry IoT Gateway
The IoT Gateway automatically detect sensors and beacons transmitting their data. The on-site gateway securely transmits data to the cloud via Ethernet, Wi-Fi, or Cellular.
Multi-Industry Asset Tracking & Monitoring Device
Compact, rugged and cost effective tracking and monitoring devices in the market provides unparalleled insight over your assets in the field. Locate and check the status of assets, equipment, cargo, and more - remote from the web or from your smartphone. Manage your assets with ease and focus your time on managing your business, instead of your equipment.
A simple and innovative IoT platform
A platform that allows you to monitor all your assets in one place and use it to make quicker, better-informed decisions from wherever you are. View your data from your desktop and smart device.
We're proud of the relationships we've developed with our customers and partners. We look forward in continuing to develop strong relationships by providing the support that you need whether that is training for you and your company on using your new monitoring solution or just need help installing the system.
We're here to help you make the most out of your investment.


The GREDIA Project prepared a system for access to multimedia data on the Grid, in the context of business applications. GREDIA focuses on media and banking sectors. Here, GridSpace is applied as a core of the Appea platform, which enables users to quickly develop and deploy application scenarios, making use of the available Grid services and data resources. Moreover, GridSpace is capable of interfacing end users and present them with custom user interfaces, adapted to the needs of individual application domains.
Official project website http://www.gredia.eu/


The module allows the power connectivity between devices to be recorded in the asset database. This helps you understand the critical dependence of individual IT assets, or groups of assets, on incoming power feeds, back-up power generators, UPS systems, automatic transfer switches, power distribution boards and rack-mounted PDUs. By doing so, you are able to reduce risk and ensure that important IT services are as resilient as possible with regard to any potential disruptions to power supply.
Key features include:
- The ability to display all upstream power connections relative to a particular device.
- The ability to display all assets that are connected to a particular power source or distribution outlet.
- The ability to define groups of assets that are connected (or are not connected) to a given power source or distribution outlet.
- The ability to map power information from a power outlet to a device that is connected to that outlet.


Rent film gear from local filmmakers.
Whether you’re recording your first podcast episode or a Youtube video, one thing you never want to do is sacrifice your audio quality.
- Wearable – 3 ring 3.5mm TRRS (mini-jack)
- sensitive condenser capsule – First-class quality build
- Quality condenser mic – pop shield to reduce noise
- Wired – frequency response ranges from 45 Hz to 20kHz
- RF interference protection – Connects via 3.5mm jack
- windscreen – High signal-to-noise ratio and high SPL
- Easy to use – Wireless and great sound quality
- Includes – a receiver, transmitter, and a broadcast-grade lav mic
- OLED display – shows battery status, mute, and channel selection
- Wired – Cable length: 1.6m
- XLR connector – Frequency response: 20 Hz - 20000 Hz
- 1.9GHz range – transmitter plugs into an XLR port
- 12 compatible channels – LCD display for more manual options
- 10 hours battery life – High flexibility
- auto freq. management & sync – is rack-mountable
- digital 2.4GHz system – with a range of 200 feet
- usage up to 16 hours – with lithium-ion battery
- Easy to use – Contains an omnidirectional condenser
- 3.5mm jack input – receiver unit with a talk-back function
- 150 feet range – Battery-powered wireless system
- Extremely versatile – Impressive connectivity range
- 3.5mm jack connection – omnidirectional pickup pattern
- Plug & PLay – Rotational clip-on system
- 78-inch anti-friction extension cable – and a wind muffler
- 20 channel choices – Solid, ergonomic build
- Headset design – comes with adapter and headset mount
- Quality transmission – clip-on transmitter via a mini XLR
- good & durable – high-quality built-in condenser capsule
- comes with a clip, – a foam windscreen, and an LR44 battery
- Omni-pickup pattern – battery life up to a month
The 11 best lavalier microphones
1. Rode smartLav+
This mic brings broadcast-quality audio to your portable devices.
It also has an omnidirectional condenser, so you can pick up sound from all angles!
You can use it with a DSLR or audio recorder, but you may need a TRRS to TRS adapter, like the Rode SC3. Get this mic if you Snapchat regularly or go live on Instagram a lot.
- Provides signal resolution on par with standardized film, television, and studio broadcast lavaliers.
- Connects to devices via a 3 ring 3.5mm TRRS (mini-jack).
- It is a sensitive condenser capsule.
- It comes with a pop shield to reduce environmental noise.
- First-class quality build.
- Quality condenser mic.
- Resolute response.
- The cord is reinforced by Kevlar.
- Unable to monitor your audio easily.
Purpose: A small, premium mic tailor-made for portable devices. It’s adapted well for smartphones and iPhones, too.
2. Shure MVL
This mic connects via a 3.5mm jack which is very handy, and it’s one of the more durable models out there.
It has a decent dynamic range and a low self-noise level. It also carries the best-in-class signal-to-noise ratio.
If you want to use this with DSLRs or digital recorders, you need a TRRS to TRS adapter. No batteries are required, and the wire is about 52” long.
- The frequency response ranges from 45 Hz to 20kHz.
- Connects via 3.5mm jack.
- RF interference protection
- High signal-to-noise ratio and high SPL.
- Comes with a windscreen.
- Impressive dynamic range.
- Durable build.
- The wire is on the short side- you may need an extension cable.
Purpose: This mic is perfect for digital devices like smartphones on tablets- great for interviews and in-studio recording!
3. Rode RodeLink Filmmaker Kit
This is one of the best wireless lavalier mics for DSLRs. It’s easy as pie to use and will sound great 300 feet away (depending on the line of sight and other wireless signals!)
It has a solid, ergonomic build, and it uses a 2.4GHz digital signal.
- Includes a receiver, transmitter, and a broadcast-grade lav mic.
- It has an OLED display with information on level, battery status, mute, and channel selection.
- Great sound quality.
- Easy to use.
- Doesn’t mask environment noise well.
Purpose: Use this mic if you plan to record in an area without too much background noise. It’s wireless- so good for on-the-go too.
4. Sennheiser AVX – MKE2 Lavalier Pro Set
This is a wireless set that is designed for film.
It uses the 1.9GHz range (so you won’t need a license!), and the transmitter plugs into an XLR port.
- Uses an XLR connector.
- Cable length: 1.6m.
- Frequency response: 20 Hz - 20000 Hz.
- Fast setup.
- Pricey set.
Purpose: This mic is ideal for hand-free interviewing or documentary recording- it’s ready to use in seconds.
5. Sennheiser XSW 2-ME2-A
This wireless lapel mic is ideal for live performances.
It comes with automatic frequency management and sync and is rack-mountable.
- 12 compatible channels.
- LCD display for more manual options.
- Approx. 10 hours battery life.
- High flexibility.
- Excellent sound equipment for quality.
- Not the most durable mic out there.
Purpose: Due to its sturdy and reliable build, this mic works for anything, including demanding live stage sessions.
6. Shure GLXD14/93
This is a digital 2.4GHz system with an impressive range of 200 feet. Its bodypack uses a lithium-ion battery which elongates its usage to 16 hours.
- A wireless system.
- Contains an omnidirectional condenser.
- Exceptional digital audio clarity.
- Impressive build quality.
- Easy to use.
Purpose: This mic is designed for speech applications like broadcast presentations, speeches, lectures, etc.
7. Sony ECM-AW4
This Sony mic is a Bluetooth lavalier mic kit that will give you audio clear as day and can be used with anything with a 3.5mm mic input.
It comes with a built-in microphone, but you can plug one in if you prefer (this will reduce handling noise a lot!)
- Battery-powered wireless system.
- 3.5mm jack input.
- The receiver unit has a talk-back function.
- 150 feet range.
- Extremely versatile.
- Impressive connectivity range.
- Robust built.
- No built-in battery.
Purpose: This is an ideal mic for interactive communication settings. The Bluetooth works well- so you can always count on superb connectivity.
8. PowerDeWise Grade Lavalier Lapel
This is perfect for interviews or recording on the go since it clicks easily onto your lapel. It’s also noise-canceling!
- Has an omnidirectional pickup pattern.
- Rotational clip-on system.
- 3.5mm jack connection.
- Comes with a 78-inch anti-friction extension cable and a wind muffler.
- Plug and Play.
- Great sound quality.
- Requires a cable adaptor for modern smartphones.
Purpose: This mic lends itself nicely to the natural spoken voice, making it ideal for podcasts, interviews, conferences, etc.
9. FIFINE Wireless Lavalier Microphone System
This is an impressively cost-effective lavalier system. It delivers quality static-free stability across 20 different channels, and its metal build is solid and secure.
Its omnidirectional pickup pattern is suited beautifully to natural voices.
- It connects to its body-pack-style clip-on transmitter via a mini XLR.
- The package comes with an additional adapter and a headset mount.
- 20 channel choices.
- Solid, ergonomic build.
- Headset design.
- Quality transmission.
- No transmitter mute button.
- Minimal directional mic distance.
- A low line of sight capabilities.
Purpose: This is the ideal lavalier mic for conferences, meetings, debates, and teaching.
10. Audio-Technica ATR-3350
This mic may be marketed for smartphones, but it’ll work just as well with your DSLR camera or audio recorder. It comes with a windscreen and a headphone jack adaptor for smartphones, and the battery will last up to a month with heavy use.
It’s also budget-friendly!
- Has a high-quality built-in condenser capsule.
- It comes with a clip, a foam windscreen, and an LR44 battery. Has an Omni-pickup pattern.
- Audio-Technica can always be relied on for good, durable mics.
- The build quality around the mic and connection area is flimsy.
Purpose: This will be the mic for you if you need to stick to a budget but don’t want to sacrifice sound quality. It would be ideal for movie-makers, semi-professional to intermediate.
11. Movo WMIC50
This wireless mic system is on the pricer side but is worth it due to its solid design.
- You get 164ft of range.
- It comes with a belt clip, 2 transmitters, a camera show, and 2 earphones.
- The frequency band of 2.4 GHz.
- Massive range length.
- Battery life only lasts up to 3.5- 4 hours. (Bring replacement batteries.)
Purpose: This mic would be better for those recording in studio settings due to its poor battery longevity. It’s a decent budget-friendly solution.
What to look for in a lavalier microphone?
There are quite a few things you have to consider before buying a lavalier mic. Here are some you should consider:
- Do you want a wired or wireless situation? This will depend on your usage and what devices you want to use.
- Next up, you should seek a lavalier with a good quality mic with a decent frequency response and sensitivity.
- If it is wired, check that the cable is long enough to suit your needs (and a durable build!)
- If you’re looking to get the most bang for your buck, look for sets with the most accessories.
- Your budget: you can get some lavaliers that are pretty cheap! But with an increase in price does come an increase in quality.
Rent or subscribe to a Lavalier microphone
Have we sold you on a lavalier mic? Try renting or subscribing to a lavalier microphone.
Camera Rental: Save Money with Wedio
Rent Camera Gear: Access Pro Equipment
Camera Hire: Take Your Production to The Next Level
Need to learn more about camera equipment before? Head over to our page on camera equipment to get yourself clued up.
About the instructors
What is the best wireless lavalier microphone?
Check out the Rode RodeLink Filmmaker Kit or the Shure GLXD14/93 for great wireless lav systems.
What is the best lavalier microphone?
Lavalier mics are generally cheap, and there are many good ones out there. We recommend the Rode Smartlav + due to its durability and quality.
Are lavalier microphones good?
Lavalier mics are ideal for recording the spoken voice in interviews or studios. They are small and usually suited for specific situations.
What is the best use of a lavalier microphone?
Lavalier mics are often advertised as lapel mics. They are perfect for interviews, sports anchors, news reporters, conference presenters, churches, and more.
Rent lav mics from local creators.
Save up to 40%.
Global Coverage included.


Paying for internet from cable or phone companies can become quite expensive. Furthermore, wired internet options do not allow the freedom to leave the house and still have internet access. If you spend tons of time in lines waiting to pick up kids from school or watching your children participate in various activities, you often have time available to work via laptop or tablet but don’t have internet access.
Why Go the Wireless Route?
Most wireless internet options include at-home internet access plus internet on-the-go service. So, why you would need a mobile internet connection with all the free hot spots available at coffee shops and fast food joints? Even though free internet is offered in some locations, there are still many places where free internet service is just not available. For example, most doctors’ offices, formal sit-down restaurants, ball fields, dance studios, gyms, older buildings and many other locations do not regularly provide free internet access.
There is also the risk of an insecure connection. Connecting to an open hotspot can make your personal information and logins vulnerable to anyone else using the same connection.
Which Wireless Internet is Right For You?
There are various options when it comes to wireless internet including 3G, (or third generation) and 4G, (fourth-generation) internet, mobile broadband, WiMAX and LTE services, according to PC Mag. Wireless internet connections work using radio waves, allowing users to access the internet in virtually any location in which the signals are available. Read below for more information about each type of service:
- 3G and 4G: This internet option is provided by cell phones companies, but it is not as fast as a broadband connection. However, the speeds are adequate for basic web browsing and checking email. Verizon offers 4G for about $30/month.
- Mobile broadband: This technology allows users to connect to the internet at virtually any location. Moreover, the internet speed is similar to a home-based broadband connection. For a laptop, you’ll pay around $40-$60/month.
- WiMAX: WiMAX, which stands for Worldwide Interoperability for Microwave Access, is a wireless technology that provides mobile internet at broadband speeds. WiMAX is available in various locations across the nation. You just have to pay a set-up fee. Everything will cost around $100.
- LTE: LTE, which stands for long-term evolution, is a mobile broadband technology that provides internet in virtually any location similar to WiMAX. However, its coverage spans are greater than that of WiMAX as it can often include entire cities. Unfortunately, this technology is new and not yet available in the United States. LTE internet speeds are expected to be even faster than those offered by WiMAX. LTE is expensive right now at around $150, but developers hope to get the price down to just a little more than Wi-Fi.
Breaking It All Down
Wireless internet technology means being able to access the internet at a variety of locations. Most truly mobile services are housed within a phone. However, some modems are even built inside newer models of laptops and wireless internet companies can even provide on-the-go internet for older laptops. This means wireless internet customers can travel cross country and have consistent access to the net.
Cheapest Wireless Internet Plans:
There are various ways of acquiring wireless Internet. Of course, broadband coverage is available through all the major cell phone companies. Research which companies service your area to find the best option for your wireless internet needs. those costs and services vary, so decide which is the best option for you.
Photo courtesy of adamr, FreeDigitalPhotos.net.


The role of a power steering pressure switch is to communicate with the vehicles engine control module (ECM) by sending data about the fluid in the power steering pressure system of the vehicle. With this data the ECM will adjusts the engine’s operation as required. A power steering switch has two sensors, and a diaphragm. The sensor is exposed to high temperatures which can lead to failure of the sensor.
Symptoms of a faulty power steering switch can include:
Goss have a range of quality aftermarket power steering switches, which have all been tested to meet or exceed OE specifications.


Pressure : 30.11 in
Dewpoint : 57.9 °
Wind : North
4G cabling project underway along Hwy 281
If you've driven on Highway 281 north of Hastings in the past few days, you've probably seen them. Utility workers.
But, many people are wondering, what are they doing?
Verizon Wireless is laying fiber optic cable for their 4G LTE network.
This is an entirely new network. In fact, it operates as an overlay to the current 3G network.
Verizon is making efforts to bring the new network to more parts of Nebraska.
It currently operates in Lincoln and Omaha.
The 4G network provides faster internet speeds.
They're hoping to have the technology in all their markets by 2013.
KHASTV on Facebook


What is THE BEST WIFI SECURITY SETTING?
Many folks setting up wireless home networks rush through the job to get their Internet connectivity working as quickly as possible. ... The ultimate in wireless security measures, ... About Wireless Routers; Top Wi-Fi Hotspot Finders;
The Best Security for Wireless Networks . Think of WEP as bad, WPA as just fine and WPA2 as great when it comes to WLAN security.
Wireless networks have proliferated to the point that is hard to find a place where you cannot connect to the Internet. Unfortunately, the cybercriminals of the world would ...
What is best setting to secure my wireless network? What's the safest way to secure my Wifi enabled router? The steps below describe what to do for most routers that support WiFi 802.11g or better.
Wireless security is the prevention of unauthorized access or damage to computers using ... lack of knowledge among users about the security issues inherent in setting up such systems often may allow others nearby access to the ... This works best on weakly encrypted systems such as ...
far I have left the Wireless Security Mode set for Disabled. I am really not very apprehensive, since we live in a rather quite ... What are the best security settings in a case like mine? Should I limit the number of stations that can access this network?
Some common default SSID names to avoid are "linksys", "netgear", "NETGEAR", "dlink", "wireless", "2wire", and "default", but there are others. If your SSID is ... The security setting controls the type of authentication and encryption used by your Wi ... For best performance, ...
The Best Security Settings for a Wireless Network. The Best Security Settings for a Wireless ... How to Choose the Correct Wireless Security Mode. Wireless security has ... How to... How to Configure a Linksys WRT300N. In "Wireless Network Mode," pick "Enable." 4.
Wireless Security Implementation. ... protocol to be used. Unfortunately, the default in many wireless devices is WEP--or, worse, nothing. If you are setting up your own network, make sure you use WPA2 or at ... Top Related Searches wep wpa wpa wpa2 encryption protocol encryption protocols ...
which is the best wireless security out of these? ... To state the obvious, first of all you must know the network setup works before setting passwords and encryption. Have you done that? (A related question: If it does NOT work unsecured, ...
Best Answer: Assuming that you are a home pc user, go with WPA-Personal. It is guaranteed to work on any computer, plus you get to pick your own password. It is the most ...
I got an iTouch too! I'm writing my answer with one'! Anyway it might be your memory because the more things you add onto the iPod your Internet will slow down... I got ...
One of the most important features offered by your router is the ability to provide enhanced security to your home network. Problematically, many users avoid using the full spectrum of the security capability of their routers in a rush to get connected to the Internet.
How good is your wireless network security? ... Here's how to set up a wireless network and use the best practices for ensuring wireless network security. ... You now know the best steps for setting up a wireless network and configuring strong wireless network security.
Security Discover and Learn. Wi-Fi CERTIFIED™ ac; Wi-Fi CERTIFIED Miracast™ Wi-Fi CERTIFIED Passpoint™ Wi-Fi Direct™ 11n Basics; Security; Simple Home Network; Knowledge Center; Wi-Fi CERTIFIED™ Products; Hotspot Finder; Wi-Fi in ...
Linksys wireless router security settings and how to choose the correct security mode. ... AES - offers stronger encryption technology and is the best choice if all your wireless enabled devices on your home network support it.(Recommended)
WPA is Wi-Fi Protected Access, a security standard for wireless networks. Computing; Wireless / Networking. Search. Wireless / Networking; Fundamentals; ... update the operating system to XP Service Pack 3 or newer for best WPA/WPA2 support. ... Apply compatible WPA settings on each Wi-Fi device.
Forum WiFi security settings; Forum How to find the security key for wifi; Forum How do i find my own security key for my wifi ? Forum WIFI Hotspot Security ? ... Top Experts. Security. a b 8. 1 / 5. silhouttejames 32 messages since 10/25/12 . chris9486
This setting is available only on PS3™ systems that are equipped with the wireless LAN feature. Wired Connection: Make a wired connection using an Ethernet cable: Wireless: Make a wireless connection via a wireless LAN: ... WLAN Security Setting.
Navigate through your wireless router administration console to the wireless settings where you can change the SSID for your router. ... Click on Wireless on the top menu bar ... Learn Computer Security; Step-By-Step; Go To Wireless Settings; Advertise on About.com; Our Story; News & Events ...
How do I choose Best Wifi Detectors; Municipal Wifi; Portable Wifi; 3G ANTENNA; Bluetooth Vs WiF; ... WiFi security tips. ... An easy to guess or common password would make your wireless router settings vulnerable to attacks from hackers.
Common security mistake in Setting up Wireless Router is to leave default SSID. ... Setting up a Wireless Router is best with WPA. 6) Choose 802.1x/WPA link on your wireless router. You could change a ReAuthentication Timer and the Idle Timeout.
193 Top 10 Everyday Life Hacks That Take 10 Seconds or Less; 68 Why It's Always Worth Asking for a Hotel Upgrade; ... (probably second after setting up the wireless security) - disabling UPnP. 6/03/10 11:26am. nukee U SenorValasco. X X. 1. L. U. L Share to Kinja;
What Are the Different Wireless Network Security Settings? Which One Should I Use? ... but many may not be sure of the best way to do it. Here is a quick run down of what you will run into, when setting up your wireless router.
I am trying to find out what the best wireless settings are for the WRT160N v2 to have the best connection with my PC (WUSB600N) and my PS3 gaming console. Are there any suggestions on which channel I should be using, etc? ... For Wireless Security : -
Home Wireless Security Settings Tips. ENABLE WIRELESS ENCRYPTION; Enabling Wireless encryption is essential otherwise every one within your Radio Frequency (RF) range (and remember the Wireless network world record distance is 125 miles!), at best can capture your traffic compromising surfing ...
Open the “Security Type” drop-down menu at the top of the window and select the type of wireless security you want to use with the network, ... Is there such a thing as default security settings for wireless networks? And if so can they be changed? thanks. Like these tips?
On top of this, the incompatibility ... default setting for easier connection) then an atacker will be able ... WIFI security Another option for protecting your WIFI network is our free WIFI Internet Access Blocker. Works with Win2K, XP and supports WEP/WPA.
WPA and WPA2 are the best types of encryption and used by almost all the users nowadays. ... I will give you just an idea about other security settings below. Enable Wireless MAC address filter: In this type, you can allow only the devices with specific MAC addresses to join the Wifi.
What are the different wireless network security methods? If you plan to have a wireless network, you should set it up so that only people you choose can access it.
What is the strongest security setting when setting up a wireless network? Consumer's best security is WPA2 AES. How do you bypass a wireless network security?
DataPro Tech Info > WiFi Security Setup Guide: Types of Encryption; Encryption Weaknesses; ... so often it was simply never turned on by those setting up their own networks. ... it's various vulnerabilities, and how to best secure your network using WEP. coWPAtty (Linux) A tool ...
Check the best way for setting up home wireless network! Home; Home WLAN Blog; Wireless Internet ; WISP; What is WiFi; WiFi Hotspots; Wireless Security; Setting up WiFi; ... The most important thing in set up WiFi is a security. Read more about it in Wireless internet security.
Ipad Wifi Security Setting. When you connect for the first time your iPad to a wireless network, things can be challenging, especially when it comes to security settings. ... TOP COMMENTATORS. Copyright © 2013 iPadonic. All rights reserved ...
Best Security Wireless Router of 2013. 23 April 2013 by Permi Krishna. Wireless networks are increasingly being subject to hacking attempts and hackers today have found ways even to crack wired networks through wireless technology.
Wireless Security – Choosing the Best Wi-Fi Password WPA2 Enterprise is the best if your organization supports it, but WPA2 Personal is great for home and small offices. ... Currently, the best security setting for your home or office Wi-Fi is WPA2.
Learn how to change Internet Explorer's security settings. ... This information applies to Windows Internet Explorer 7 and Windows Internet Explorer 8.
WiFi Security Best Practices 1. Use WPA/WPA2 encryption. Avoid using Open or WEP-encrypted WiFi. Use WiFi Protected Access (WPA) or WPA2 with 802.1x authentication if possible.
Near the top of this window, click the Device Manager button. ... Before you begin setting up your wireless network, ... It’s important to help secure your wireless network by setting up a network security key, ...
What's the best WiFi security? I never used security on my wi-fi as I didn't think I'd need it. ... Wireless Router settings: With a CAT5 cable, tether the router to computer; open a browser; in the address bar type 192.168.X.X ...
The security settings of the Wireless Client (a Wireless Computer) and the Wireless Source (a Wireless Cable/DSL Router, Access Point, or Public Hot Spot) must be perfectly matched otherwise you would not have a working Wireless connection. We can ...
Idea number 2 is probably the best, to enhance your router's wireless antenna with aluminum foil : ... These are security settings that will not enhance reception. There are heaps of articles to be found about this subject.
Best free WiFi security tools ... WiFi security has come a long way from the days when consumers used wireless routers with inadequate ... email settings), at home (WiFi access settings) and while roaming (WiFi), but the ability to manage VPN security settings and move between domains is still ...
The trouble is setting up the network and eventually figuring out how to connect each device. ... purchasing a router or a device you want to connect to an existing router (i.e. read manuals). In general, it’s best not to mix wireless standards. ... Not using any security.
Set up the router in your house to maximise performance and minimise security risks. Using an Internet connection on a single PC is a pretty simple task that can be done by connecting an Ethernet cable, but wireless-enabled devices such as smartphones, tablets and laptops require wireless
... "The Standard for Wireless Fidelity", ... wireless range-extenders work best in networks supporting very low traffic throughput requirements, ... The main issue with wireless network security is its simplified access to the network compared to traditional wired networks such as ...
If you're setting up a wireless Wi-Fi network in your home, ... there is still another security risk of which you should be aware. ... The chances that a hacker would capture your transmissions in this way really depend on a variety of factors but it's best to exercise an abundance of caution.
Setting up WiFi security. I wrote a summary of WiFi security measures as part of the notes for a recent WiFi Networking class. It is more accurate, complete and concise that what I have here.WiFi Class Notes
Best Practices for Securing Wireless Networks. ... Configure security settings for wireless clients. When you plan your wireless access policies, you should ensure that the requirements for your wireless access points (WAPs) are included:
How to Check the Security Settings for the Wireless LAN PS3. ... What is the most commonly used wifi password for a WEP security setting? The KGB Agent answer: The top 10 most common (and worst possible) passwords are: Mustang, 696969, ...
If you didn't find what you were looking for you can always try Google Search
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Introducing the 3Data PowerOffice - the first suite of mixed reality solutions designed for enterprise productivity and collaboration. 3Data PowerOffice allows organizations to effortlessly visualize and communicate information, allowing for better data analysis and faster decision making.
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No FCC License Radios
*Offer valid only on qualifying Motorola DTR or RM Series two-way radios purchased between March 1, 2014 and June 30, 2014. Offer excludes RDx Series two-way radios. The End-User "Customer" chooses a free radio or six (6) free accessories or a free multi-unit charger with the purchase of six (6) qualifying DTR Series radios (DTR410, DTR550), or RM Series radios (RMM2050). A minimum of six (6) of the same radios from the same Series must be purchased on a single invoice/receipt to qualify for the free product(s) with a maximum of 10 total rebate submissions (or 60 radios) allowed.


Battery Model: ARCT00777
This lithium-ion internal battery pack for the Arris TG852G and TG862G cable modem provides back-up power for your Home Phone service if home AC power is lost.
How to tell if the battery in the Arris TG852 or TG862 needs to be replaced:
- Up to 8 hours of standby (hold time) back-up power per battery.
- Installs without tools
LED battery status indicator is on the front panel of the phone modem.
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When I first heard about HAMNET, a parallel Internet infrastructure based on amateur radio technologies, shortly after my ham exam, I was immediately fascinated. I have been working professionally in IT for more than 25 years and with the worldwide network since the early days of the Internet but I had never heard of HAMNET and the exclusively routed Class-A network 44.0.0/8 before. It was clear to me that I absolutely had to try this out!
However, since I have no line-of-sight to a HAMNET node in Hamburg, a connection via HF was unfortunately out of the question. But I quickly found out that I can also connect to the HAMNET via VPN. So I contacted the RTW Aachen and after a few days I got the VPN access data and on request also a static IP address. The VPN was quickly set up on a Raspberry Pi and with a static network route in the Fritzbox the HAMNET was made available in the whole home network.
The first steps in the HAMNET felt fantastic. It was like the Internet in its early days. No encryption, no viruses, no chaos, everything is openly accessible and based on trust and community. Pure Hamspirit!
According to Wikipedia, the term HAMNET stands for “Highspeed Amateur Radio Multimedia NETwork” and after a few days of research and browsing the HAMNET, I realized that the area of multimedia is clearly underrepresented. There are quite a few services to be found there: APRS-IS gateways, various homepages, chat, telephony and videoconferencing (Jitsi/BBB), search engines and even a Facebook-like platform. But I could not find a real reason to come to HAMNET again and again and to stay there for a while. So I had the idea to build up a YouTube-like video platform to provide professional high quality multimedia content on HAMNET and thus make HAMNET more attractive in terms of content and also to offer an interesting service to the younger generation of radio amateurs.
On one of my Linux servers with a 16-core AMD EPYC CPU and a 7TB ZFS RAID, I installed the OpenSoftware PeerTube and made it available to all radio amateurs via the VPN connection on HAMNET at the URL http://tube.hamnet.io/. The requirements for a server are quite high with PeerTube, because the video transcoding needs a lot of CPU cores and a lot of computing time.
PeerTube works similar to YouTube and allows creating channels, uploading video content and streaming videos in different video quality. The special feature of Peertube is that several server instances can be connected to each other and the streaming clients exchange video data on a peer-to-peer basis to relieve the server’s bandwidth. Furthermore, unlike platforms on the Internet, there is no advertising or tracking.
I wrote to all known radio amateur YouTube channels and asked if they would also make their video content available on HAMNET. Unfortunately I got a refusal from very many but a few radio amateurs kindly make their video available so that the number of videos grew quickly and meanwhile a good selection of technically relevant and high quality videos are available. Since I also provide a YouTube import interface, importing videos is very easy: just copy & paste the YouTube URL and the rest happens automatically in the background.
As with all things in amateur radio, this project thrives on the participation and commitment of radio amateurs. So everyone is invited to visit this PeerTube instance, create an account and maybe even upload some videos.


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Rare Earth atoms see the light
- Published: Monday, 20 June 2016 15:55
Physicist discovers a promising route for combined optical and solid state-based quantum information processing
Tiny units of matter and chemistry that they are, atoms constitute the entire universe. Some rare atoms can store quantum information, an important phenomenon for scientists in their ongoing quest for a quantum Internet.
New research from UC Santa Barbara scientists and their Dutch colleagues exploits a system that has the potential to transfer optical quantum information to a locally stored solid-state quantum format, a requirement of quantum communication. The team's findings appear in the journal Nature Photonics.
“Our research aims at creating a quantum analog of current fiber optic technology in which light is used to transfer classical information – bits with values zero or one – between computers,” said author Dirk Bouwmeester, a professor in UCSB's Department of Physics. “The rare earth atoms we're studying can store the superpositions of zero and one used in quantum computation. In addition, the light by which we communicate with these atoms can also store quantum information.”


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Stay connected in a disaster with survival radio communication system
You might be wondering why you need to have a survival radio in this age of technology? Almost every other person has their own cell phone and has an access to the internet. So, what’s the point of having a survival radio communication system?
In this article, we have answers to all your questions.
Why you need to have a Survival Radio Communication System?
No doubt we live in a metropolitan world where everyone is connected to each other by technology. But what will happen if the technology we are relying in goes down? Then how will you communicate with your family or find any help?
In history, there are a number of events when in the middle of a disaster, the cell phone service went out in the snap of the finger. Like in the 99/11 incident, the systems were extremely overloaded that the cell phone towers became unable to handle the traffic of millions of people all at once. And people were out of service for days. Or during some natural disaster – like hurricane or flood. In these situations, the cell towers and telephone lines are most likely to get affected. So, don’t think that these technologies can keep you safe.
Well, you don’t have to worry much because survival radios are here to save from these kinds of situations. As, these radios aren’t dependent on infrastructure like cell towers, telephone lines. Therefore, they can literally be your lifesaver in emergency situations.
How radio waves work?
Radio waves are way stronger and faster than n LTE signal. Because of this reason they have the capability to reach large distances and to connect with as many people as possible.
The general rule that radio waves generation follows is. The higher the frequency of the radio wave, the more amount of data it can carry but it will not be able to travel through a large distance. On the other hand, a lower frequency of radio waves transmits less data but it has the ability to cover large distances.
If you take a look at the electromagnetic spectrum of radio waves, traditional radio waves work on the lower frequencies. Normally, 525 to 1705 kHz (1 kHz = 1000Hz) for AM radio and 88 to 108 MHz (1 MHz = 1000 kHz) for FM radio. It shows that AM radio has a longer range, whereas, FM radio contains high frequency which is used within a localized area.
Cellular technology signal transmission range doesn’t even come close to the radio waves. Whether you are using 2G, 3G, or LTE. All these systems are operating on a frequency that is even higher than the radio. For modern networks, the range lies between 700 MHz to 2,100 MHz. These cellular networks are faster and are better in uploading pictures on social media, but the signals they transmit cover a very narrow range. Therefore, to cover an area of a radio, a lot of more cellular towers are required.
Additionally, cell towers have millions of people using the same frequency. Whereas, there is no one to clog up the radio signals. So, these survival radios are the way to go if you are looking for something for emergency conditions.
Benefits of Survival radio Communication System In An Emergency
If you watch the news you will see that almost every other month a disaster happens in some parts of the world. In such conditions, survival radios can offer you the following four benefits.
- Find out where everyone is in an emergency
During emergency situations each and every minute is crucial. There is not a second to waste and the most important thing that you need to do in such situations is to find out where everyone is. Nowadays, most of the radios come with GPS tracking systems. with a two-way radio, you can detect where other people of your team are located. Or you can ask help by connecting yourself with government safety helplines.
- With this communication will never cease
You can’t rely on other forms of communication during stressful emergency situations. As those communication systems will be first to get affected. In such a situation, the last thing you want is to get disconnected from everyone. So, with survival radios as your back-up, you don’t have to worry about clogged telephone lines. By your survival radio, you can get yourself connected with your family members. Also, unlike cell phones, you don’t have to worry about battery life. Just keep some extra batteries at hand in case you need to swap the old one out.
- Offers distant coverage
Survival radio communication system offers a 300-miles distance coverage which is much greater than the coverage that a local cell tower offers. This distant coverage allows you to make contact with people that are miles away from the immediate disaster location.
- They have durable construction and are light in weight
We all take care of our cell phone very much, because they are fragile devices that can’t bear much pressure. During emergency conditions, you don’t know what will happen. Gratefully, survival radios are very durable and they have the ability to withstand a great deal of pressure. In addition to great strength, they are waterproof in nature. Another important feature they have is the ability to float on the water. Unlike other devices that will sink down into the water, this survival radio communication system can stay above the water.
Also, disasters don’t get resolved in a day or two. So, in such situations when you are going to use the radio for a considerable amount of time the durability becomes way more important. Not only they are capable to withstand the pressure of the disasters but also, they are easy to move around because of their lightweight. Specifically, when there is a lot of moving around you don’t want to carry some heavy stuff with you. That’s why it is necessary for survival radio to be lightly weighted so that it will not get in your way.


This is not a Tech blog, and I am not that keen on the latest cell phone technology. But this one really caught my attention.
The Diamond Crypto Smartphone
. This phone has been designed by an Austrian jeweler, Peter Aloisson
for a Moscow based company, JSC Ancort
. The price tag for one phone is USD 1.3 Million!
The difference between other costly phones and this one is the inclusion of very strong encryption.if you happen to have another really rich buddy with a taste for gaudy phones, you two can have completely encrypted conversations; and probably the undivided attention of some folk at the NSA.
The phone comes in either White
gold, with 50 diamonds (10 of them Blue
) embedded in the cover. The phone retails for a whopping 1.3 Million Dollars.
And strangely enough, it seem to have been out for over a year. Anyone heard of it already?
Here's the specification if you are interested:
Network: GSM 900/1800
Dimensions: 115х53х24 mm
Processor: Motorola MX21 (266 MHz)
OS: Windows CE
Memory: 64 МB (Flash)/64 МB (RAM)
Display: 2.2″ 262K TFT screen
Standby Time: 100 Hours
Talk Time: 2 hours
Encryption Processor: TMS 320 VC 5416
Crypto Phone call
Dedicated encryption button
]Tags: Encrypted, Ancort, Diamond, Crypto, Cell Phone, Peter Aloisson


We’ve known that Google was probably working on a Nest Wifi successor since details about it were dug up in in a teardown. But a recent report reveals a little more about the upcoming hardware, including how it might work more like the old Google Wifi than the more recent Nest Wifi, and how it should include Wi-Fi 6 — and maybe even Wi-Fi 6E.
According to a source that shared information with 9to5Google, Google’s upcoming mesh Wi-Fi system will use a Google Wifi-like hardware configuration. That means every node in the system has the same hardware, with no difference between the primary router and satellite units. On the recent Nest Wifi, the satellite nodes and base were physically different hardware and couldn’t be used interchangeably. It’s a subtle difference, but it makes it easier to set things up and expand your network later on. If all the hardware is the same, picking up an extra node to extend your network’s range is simple and doesn’t require you to go out of your way to buy a specific version, and you may not need to worry about which you plug into your router during setup.
This might also fix one of the biggest pain points of the Nest Wifi. If all the hardware is identical, that means every satellite node will physically have at least one Ethernet port on it since that’s required at a minimum for the primary node to connect to a router. The “unused” Ethernet ports on satellite units might be able to connect wired devices to the network, as in the case of the Google Wifi and many other mesh networking systems. The Nest Wifi’s satellite nodes frustratingly lacked Ethernet ports and couldn’t allow hardwired devices to connect.
The source was unable to verify whether the new router will include a Google Assistant smart speaker, as the prior Nest Wifi does, but they were able to confirm that Wi-Fi 6 support will be present, and potentially even Wi-Fi 6E (though 9to5 was apparently unable to explicitly confirm that). It may also be available in multiple colors.
The prior Nest Wifi came in multiple different colors.
Google’s been a little late to the Wi-Fi standards party. Its smartphones didn’t even support Wi-Fi 6 until the recent Pixel 6, when it jumped all the way to supporting Wi-Fi 6E, finally catching up with the competition. Home network enthusiasts have likely even noticed that Wi-Fi 7 is already making headlines with other improvements, and there’s something called Wi-Fi 6 Release 2 which further muddies the waters of the existing numbered standards.
If you aren’t familiar with these different versions of Wi-Fi, the short version is that Wi-Fi 6 is the current “standard” that offers improvements to security, network capacity (as in: more devices like smart home gadgets), and speed, with a theoretical maximum that you’ll never see in the real world of 9.6Gbps. Wi-Fi 6E is basically the same technology but extended up into the relatively unused 6GHz bands. It’s filled with big empty channels that can get even faster, but, like 5GHz, they have limited range (much more limited than 5GHz, in my experience).
One of Wi-Fi 6E’s biggest benefits is how it can be used specifically in mesh networking, offering tangible improvements to performance even if you don’t own any 6E-compatible client devices. In a mesh network’s physical structure, satellite nodes have to connect to a primary node. Some people do that with dedicated Ethernet connections (what’s called “wired backhaul”) but far more people simply allow the satellite nodes to connect wirelessly. Well, those nodes have to connect using the same sets of frequencies that client devices have to use, and that can increase congestion, especially in dense metropolitan areas where your network is fighting to be heard over all the other ones nearby. Wi-Fi 6E opens up a whole new set of short-reaching frequencies that the satellite nodes can connect to each other using, leaving the 5GHz and 2.4GHz bands for client devices.
Ultimately, Wi-Fi 6E can be a big upgrade for mesh networking even if you don’t have 6E-compatible hardware at home, so I hope it’s a feature Google does opt to include in its next mesh network system.