The worldwide semiconductor business is at the vanguard of technological innovation, providing the foundation for the complex electronic ecosystems that define our modern world. This dynamic and essential industry drives the never-ending evolution of electronic gadgets, which range from ubiquitous cellphones and laptops to sophisticated automobile systems and industrial gear. The semiconductor industry, known for its quick developments and tireless quest to shrink, is constantly pushing the limits of what is technologically possible. Semiconductors are critical components of electronic circuits, allowing for the precise manipulation and control of electrical impulses. These tiny yet powerful devices, commonly made of silicon wafers with complicated patterns of transistors and circuitry, are the foundation of the digital age. The semiconductor industry's influence spans a wide range of fields, from microprocessor design to the development of cutting-edge technologies like artificial intelligence, 5G communication, and the Internet of Things (IoT). Geographically dispersed but intricately intertwined, the global semiconductor business lives on collaboration, competitiveness, and the never-ending search for innovation. Key actors in this business, ranging from Asian semiconductor manufacturing behemoths to innovative design hubs in North America, all contribute to a complex and closely knit ecosystem that drives technical advancement. As the world's reliance on smart technology grows, the semiconductor sector finds itself at the center of transformative change, playing a critical role in building the digital landscape that defines our interconnected, data-driven age. In this ever-changing world, the global semiconductor sector is a shining example of creativity, adaptation, and technological skill. Its effect extends to every aspect of modern life, from the electronics we carry in our pockets to the infrastructure that powers smart cities. The global semiconductor industry sets the stage for a deeper exploration into the forces propelling its growth, the challenges it faces, and the transformative technologies that will shape its future.
According to the research report, “Global Semiconductor Market Research Report, 2029” published by Actual Market Research, the market is anticipated to cross USD 1093.53 Billion by 2029, increasing from USD 670.39 Billion in 2023. The market is expected to grow with 8.77% CAGR by 2024-29. The development of data centers, combined with the increased reliance on cloud computing services, bodes well for the sector. Furthermore, the digital transformation of organizations and the growth of internet-connected devices are driving up data generation. Aside from that, the increased need for big data analytics is encouraging semiconductor manufacturers to develop high-performance CPUs, memory systems, and storage devices. These advancements enable data centers to process and analyze data more efficiently, providing firms with the freedom to make data-driven decisions, improve services, and gain a competitive edge. Furthermore, data centers are leveraging artificial intelligence (AI) and machine learning (ML) to enhance their operations. AI-powered algorithms are used to manage data centers, allocate resources, and do predictive maintenance. Geopolitical considerations have a significant impact on defining the semiconductor business landscape. Strains between large economies, such as the United States and China, have spurred debate over semiconductor self-sufficiency and the need for strategic R&D spending. Governments and industry stakeholders are seeking ways to boost domestic semiconductor production, reduce reliance on foreign suppliers, and enhance national security. In terms of innovation, there has been a major focus on developing new semiconductor materials and technologies. The transition to smaller semiconductor nodes, such as 7nm and 5nm, has enabled the creation of more compact and energy-efficient CPUs. Emerging technologies, like quantum computing and neuromorphic computing, are also active research areas with the potential to change the semiconductor landscape in the long run. Furthermore, the automotive industry's increasing reliance on semiconductor components has generated a new dimension in the market. Modern vehicles use a variety of semiconductor-based technologies, such as advanced driver assistance systems (ADAS), entertainment systems, and electric vehicle components. The automotive sector's increased demand for semiconductors has put further strain on supply chains, emphasizing the importance of a resilient and adaptive semiconductor ecosystem.
Based on report market includes three major regions North America, Europe and Asia-Pacific. Asia-Pacific region is expected to lead the global semiconductor market with significant market share. Asia Pacific is marked by a broad client base, rising disposable income, increased demand for industrial processes and consumer electronics, expanding urbanization, and rapid industrialization. All of these factors have contributed to higher semiconductor utilization. Furthermore, China, Taiwan, and South Korea have substantial electronics industries. The increasing use of a wide range of consumer electronics has significantly assisted market growth in this region. Furthermore, rising usage of IoT devices, AI, and VR will drive market growth in the future. Taiwan, home to major semiconductor companies such as TSMC (Taiwan Semiconductor Manufacturing Company), is a significant player in the global semiconductor business. TSMC is the world's largest independent semiconductor foundry, known for its advanced manufacturing techniques. Taiwan's capability in semiconductor manufacturing, as well as its leadership in the development of innovative process technologies, helps to solidify the region's dominance. China has emerged as a major player in the global semiconductor industry. The Chinese government has made enormous efforts to foster a competitive semiconductor industry, such as domestic fab development and talent attraction initiatives. Despite various challenges, China's growing semiconductor ecosystem contributes significantly to the Asia-Pacific region's overall dominance. Asia-Pacific is home to some of the world's most powerful consumer electronics and technology companies. The large demand for semiconductors from these industries, which include cellphones, laptop computers, and other electronic gadgets, contributes to the region's dominance. The presence of large technology markets, such as China, Japan, and South Korea, creates a consistent and important demand for semiconductor devices.
Based on device type segment of the market is categorized into memory device, logic semiconductors, microprocessor unit, analog IC, opto semiconductor, discrete semiconductor, power semiconductor, micro controller unit, digital signal processors and semiconductor sensors. Among them memory device type is expected to lead the global semiconductor market during the forecast period. Memory devices, which include various types of storage solutions such as NAND flash memory and DRAM, are predicted to dominate the global semiconductor industry during the forecast period. This domination is being driven by the exponential increase in data creation and consumption in the digital age. With the rise of smartphones, cloud computing, and the Internet of Things (IoT), there is an insatiable demand for large-capacity, high-performance memory devices. The increasing reliance on data-intensive applications, such as streaming services and artificial intelligence algorithms, emphasizes the need of memory devices for efficiently storing and retrieving massive amounts of data. Consumer electronics, a key driver of the semiconductor industry, has contributed significantly to the rise of memory devices. Smartphones, tablets, laptop computers, other personal devices rely largely on NAND flash memory for storage and DRAM for rapid data access. As these devices expand to meet customer expectations for greater CPU speeds, better multitasking capabilities, and better graphics, the need for advanced memory solutions grows. Memory devices play a vital role in defining the user experience in modern gadgets, making them indispensable components in the highly competitive consumer electronics market. The growing popularity of cloud computing and the development of data center infrastructure strengthen memory devices' leading position in the semiconductor business. Both NAND flash memory and DRAM are required for cloud-based services because they provide the necessary storage and data access for a pleasant user experience. As more businesses and individuals use cloud solutions for big data storage, processing, and analysis, the need for high-performance memory devices is likely to rise dramatically. Memory devices are not just serving the backend architecture of data centers, but they also improve the efficiency of edge computing devices deployed across several networks.
Based on application segment market is divided into networking & communications, data centre/ data processing, consumer electronics, industrial, automotive, government, healthcare, aerospace and defense and others. Among them consumer electronics industry application is predicted to grow at fastest rate in global semiconductor market during the forecast period. The growing desire for smart gadgets, such as smartphones, smart TVs, wearables, and connected home appliances, is a major driver in the consumer electronics industry. These devices rely heavily on current semiconductor components such as microcontrollers, CPUs, and sensors to enhance functionality, connectivity, and user experiences. As more people worldwide use smart technology, demand for semiconductors in the consumer electronics sector is likely to increase. The consumer electronics industry is marked by rapid technological advancements and a continuous cycle of innovation. Semiconductor manufacturers play a key part in enabling these advancements by developing cutting-edge components that enable the most recent features and functions in electronic devices. The integration of new technologies, such as 5G connections, complex display technologies, and AI-driven capabilities, needs the use of increasingly sophisticated semiconductors. Wearable devices, such as smartwatches and fitness trackers, have become an indispensable part of people's lives, contributing to the rise in semiconductor demand. Furthermore, the expanding use of the Internet of Things (IoT) in consumer electronics, such as smart home devices and connected appliances, is propelling semiconductor growth. These applications demand high-performance microcontrollers, sensors, and communication chips to provide seamless connectivity and interoperability. Display technology developments, such as OLED and Mini-LED, have become prominent features in high-end consumer goods, such as smartphones and televisions. These modern displays typically require the usage of specialized semiconductor components to achieve optimal performance, efficiency, and image quality. As consumers want devices with enhanced display capabilities, semiconductor manufacturers must deliver solutions that meet these expectations.


The Smart Cities Living Lab is currently working on the following projects:
- Smart Advertising: we have developed and installed interactive media stations (“totems”) for the cities of Siracusa and Bologna, aimed at disseminating tourist info and citizen open data.
- Urban Metabolism: we have designed a mobile sensor network for urban air quality monitoring of gaseous and particulate pollutants and deployed it aboard the public transportation bus fleet in Bologna.
- Smart Mobility: we have developed urban traffic and parking space vacancy monitoring solutions at key locations in the city Bologna based on video analysis and solenoid valve coil sensor technologies.
- Smart Data: we combine our heterogeneous computing resources with Big Data analytics and artificial intelligence methods, in order to analyze and archive data from our projects (esp Urban Methabolism), as well as from other Open Data sources from our territory.


Cell Phones & Mobile Devices
Everyone seems to have a smart phone. These devices store a wide variety of information, some not even apparent to the owner. Our data collection teams are equipped to retrieve data from cell phones and other mobile devices in a forensically sound manner that preserves the evidence, ensuring that it is admissible in court proceedings.
The extent to which we can recover data is heavily based on the cell phone or device model. However, we can extract some useful data from about 95% of all cellular phones on the market today, including smartphones and PDA devices (Palm OS, Microsoft, Blackberry, Symbian, iPhone, and Google Android).
Here are some of the types of information we can gather:
- Phonebook contacts
- Phone details: IMEI / ESN and Phone number
- ICCID and IMSI
- SIM location information: TMSI, MCC, MNC, LAC
- Text messages including deleted SMS off SIM / USIM
- Call logs ( Missed / Dialed / Received including deleted call histories off SIM / USIM )
- Audio files
- Geo tagging pictures and mapping through Google Earth
- Password Extraction
- Bypass SIM Locked phones (carrier lock) when original SIM is not available.
- Unicode Extraction for Multiple Languages


Whether the customer is utilizing the Leonovus Enterprise Cloud Services of the Vault Cube for data storage or one of the Leonovus Cloud-Computing-at-the-Edges solutions, they can be confident that their data and services are secure. The Leonovus Cloud Services make use of the following protocols, mechanisms and techniques for data and service protection:
- Protocols: HTTPS, SSL, TLS, X.509
- Cryptography: AES 128/256, MD-5, SHA-1, SHA-2
- Techniques: RAID 6, Replication, Duplication, Distribution, Obfuscation, Entropy
While these are all publicly available solutions to security, the proprietary combination of these individual solutions by Leonovus produces a set of Cloud Services that are more secure and robust than those exhibited by Internet banking or many military grade solutions today. Indeed, when coupled with the elements which reside within traditional data centers, the Leonovus solution could be interpreted as being beyond that of a Tier 3 or Tier 4 traditional data center. As such the Leonovus distributed cloud solution is a cost effective, best-in-class solution for your cloud-based data storage and computing services needs.


Closed Circuit Television (CCTV) Systems provide a very useful tool in either live viewing or and pre-recorded data. Surveillance systems can be deployed into virtually every aspect of the work environment.
We can provide and install a multitude of various types of systems to help keep your property safe and secure.
IP Based Video Systems
Edge Devices – Network Video Recorders
Day/Night Color and Low Light Cameras
Vandal and Non Vandal Resistant Cameras
Thermal Imaging Cameras
Digital Video Recording
Pan Tilt and Zoom Cameras
Wireless Transmitters and Receivers
License Plate Recognition
Command and Control Centers
Twisted Pair Transmitter and Receivers both Active and Passive


Mike Bowers, Chief Architect
There are many reasons why integrating data within the edge (at or near where data is produced) makes sense for mission-critical industry segments such as Industrial IoT (IIoT), and Industry 4.0. The most obvious advantages are high reliability, fast feedback, and reduced costs. Mission-critical processes require data collection and processing to be reliable and fast. As networks are not always reliable, there will be times in which devices on the edge cannot communicate across edges or with the cloud. In addition, network communications to the cloud are slowed by distance, which hinders real-time communications back to the edge. FairCom, a pioneer in the software industry, continues that reputation with IoT data integration, offering a fast and reliable data management platform specifically designed for edge networks, IoT, and IIoT environments. The product, c-treeEDGE, allows organizations to automatically collect, transform, store, process and integrate data in real time as it is produced. c-treeEDGE reliably provides real-time feedback to devices on the edge while delivering results to the cloud and other edge devices.
c-treeEDGE is optimized for edge-computing environments to serve the needs of factory automation, smart cities, medical device integration, and smart retail. The product is designed specifically for an individual device to collect, transform, store, process and integrate hierarchical data locally on the device or on a small industrial computer close to the device. Mike Bowers, Chief Architect at the FairCom says, “c-treeEDGE has predictable high-speed performance on constrained devices because it has a small footprint on disk and in RAM and works well on slow processors. Additionally, it works on all major operating systems, hardware, and languages. It processes any data: JSON, SQL tables, time series, binary, C structures, XML, and images. The product provides built-in integration with MQTT, REST, JSON/HTTP, OPC, PLC, Node-RED, ThingWorx, and SQL. Because of its automatic integration, transformation, collection, and processing capabilities, c-treeEDGE makes it easy for thousands of devices to work together to make real-time decisions on the edge.”
To give a bit more context, MQTT is the primary protocol for integrating IoT devices. A message may contain any type of data such as JSON, images, and binary structures. However, despite its importance, the MQTT protocol comes with a serious weakness.
Because of its automatic integration, transformation, collection, and processing capabilities, c-treeEDGE makes it easy for thousands of devices to work together to make local, real-time decisions on the edge
The protocol is not designed for storing and forwarding messages when the receiving devices are offline, which is a vital feature for mission-critical applications, including medical and manufacturing industries. As c-treeEDGE is a full-featured MQTT broker combined with an embedded database engine, it can send, receive, and forward MQTT messages even when receiving devices are offline. Unlike other MQTT brokers, it can automatically store, transform, and process data in MQTT messages. This makes c-treeEDGE ideal for mission-critical edge solutions where data must not be lost and needs to be processed on the edge in real time.
To make integration easy, c-treeEDGE provides intuitive graphical user interfaces and APIs. The user interfaces are browser based and built directly into c-treeEDGE. They make it easy to collect, transform, and integrate data automatically. They configure and monitor MQTT, transform and process JSON, create tables for automatic data collection, and query tables with SQL. The user interfaces and APIs allow users to replicate data across a mesh network of c-treeEDGE instances for high availability and parallel processing with minimal effort. And they monitor all aspects of c-treeEDGE.
Bowers explains how c-treeEDGE bridges the gap between programmable logic controller(PLC) programmers and IT programmers. The gap between PLC and PC is a showstopper for Industry 4.0 because data is locked into PLCs. Until recently there was no practical bridge between OT and IT. Siemens and Rockwell have now released IPC hardware solutions that simultaneously run PLC and PC operating systems, but hardware alone does not bridge the gap. c-treeEDGE completes the bridge by enabling PLC programmers to write code for the PLC side that directly reads and writes data to c-treeEDGE running on the PC side. Data from the PLC that is written into c-treeEDGE is immediately available to the rest of the factory through MQTT, HTTP, JSON, REST, SQL, and traditional programming languages. Conversely, data from IT and the rest of the factory can be written to c-treeEDGE and be instantly available for use by PLC code that automates factory equipment.
FairCom understands that in the future about 80 percent of data processing will move to edge computing. The company is prepared to leverage this shift by providing the most effective solution to collect, transform, store, process and integrate data across IoT devices and the cloud. With decades of experience, FairCom delivers exceptional products and services for their client’s data integration needs.


Inc: 5 Ways to Improve Board Relations
The relationship between the CEO/entrepreneur and the board of directors is unique in business. Here are some suggestions for how to master it.
CommsTrader: Who’s Who in UK Cloud Communications: The CommsTrader Vendor Guide
We run the rule over some of the leading providers of UCaaS platforms in the UK.
For media inquiries,
Fuze Appoints Chris Doggett as Chief Sales Officer
Cloud and security veteran to lead sales team as global demand for enterprise cloud communications surges
The NHST Media Group Enables Real-time Global Collaboration with Fuze
Cloud communications solution to bring immediate telephony cost savings of 20-30 percent
Fuze is Named to Forbes 2017 World’s Best 100 Cloud Companies List for Second Consecutive Year
Fuze, the leading cloud-based communications solution provider for the modern global enterprise, today announced that for the second consecutive year it has been named to the Forbes 2017 Cloud 100 list, the definitive list of the top 100 private cloud companies in the world, published by Forbes in collaboration with Bessemer Venture Partners.
Fuze Receives 2017 INTERNET TELEPHONY Product of the Year Award
Company’s Reimagined User Experience Recognized for Industry Innovation and Quality Fuze, the leading cloud-based communications solution for the modern enterprise,...
Forbes 2016 Cloud 100
The first-ever Forbes 2016 Cloud 100 list profiles the world’s top-tier private companies leading the cloud technology revolution.
Aragon Research Hot Vendor in Communications and Collaboration
Industry research firm cites Fuze as one of the more robust UCaaS platforms on the market with focus on global voice and HD video conferencing capabilities


Field Service Cloud is designed for organizations that provide field service operations as part of their business. It caters to industries and sectors with critical on-site service delivery, maintenance, repairs, or installations. Here are some examples of industries and organizations that can benefit from using Field Service Cloud:
1. Field Service Organizations: Any organization that operates a field service team, such as HVAC services, electrical contractors, plumbing companies, telecommunications providers, equipment manufacturers, or facilities management companies, can leverage Field Service Cloud to manage their field operations efficiently.
2. Utilities and Energy Companies: Utility companies, including electric, gas, and water providers, often require field service operations to handle installations, maintenance, and repairs. Field Service Cloud can help streamline service delivery, optimize resource scheduling, and ensure timely responses to customer requests.
3. Manufacturing and Industrial Equipment: Manufacturers and organizations involved in industrial equipment often require field service teams to handle installations, repairs, and preventive maintenance. Field Service Cloud can help manage service requests, track equipment maintenance history, and schedule field technicians for efficient service delivery.
4. Telecommunications and Cable Providers: Telecom companies, internet service providers, and cable operators often need field service teams to install and troubleshoot services at customer locations. Field Service Cloud can assist in managing service orders, dispatching technicians, and ensuring timely service activation and resolution.
5. Healthcare and Medical Equipment: Healthcare organizations, medical device manufacturers, and biomedical equipment service providers require field service operations to handle maintenance, repairs, and equipment installations. Field Service Cloud can streamline its service processes, track equipment maintenance schedules, and optimize technician assignments.
6. Home Services and Appliance Repair: Home services companies, such as home security, pest control, and appliance repair services, often rely on field service operations. Field Service Cloud can help manage service requests, schedule appointments, dispatch technicians, and track service history for improved customer experiences.
7. Property Management and Real Estate: Property management companies and real estate organizations may have property maintenance and repair responsibilities. Field Service Cloud can facilitate work order management, resource scheduling, and vendor coordination for efficient property maintenance and service delivery.
8. Government and Public Sector: Government agencies and public sector organizations often require field service operations for various services, such as public infrastructure maintenance, facility management, or utility operations. Field Service Cloud can help optimize service delivery, improve response times, and ensure compliance with service-level agreements.
While these industries and organizations are common users of Field Service Cloud, its flexibility and customization options make it suitable for any business that manages field service operations. By leveraging Field Service Cloud, organizations can enhance operational efficiency, improve customer satisfaction, and drive the success of their field service initiatives.


Mass texting, or business text messaging, is a highly effective and cost-efficient method to reach customers via their preferred channel. It allows for the delivery of timely, relevant messages directly to mobile phones, enhancing engagement and fostering customer loyalty.
SMS texts are limited to 160 characters and are ideal for basic text communications. MMS texts include multimedia content like emojis, images, GIFs, audio/video clips, links, or PDFs, and can contain up to 1,600 characters and 500 KB of data.
Yes, in accordance with the TCPA, our texts are sent between 8 am to 8 pm, and customers can opt-out by replying ‘STOP’. Frequency limits can be set to minimize disruption. We emphasize that all contacts should be opted-in via compliant methods.


Do you have an elderly parent or relative who could benefit from family video calls?
One of the primary pillars of maintaining good health in the elderly is having regular contact with friends, family, and trusted individuals. Staying connected with loved ones is important for all of us, but especially for elderly relatives who may feel isolated and lonely. While a simple phone call may be quicker and enough for a check-in, family video calling can provide them with a lifeline of ‘face-to-face’ social interaction and support. However, it can also be a challenge for some elderly relatives who may not be familiar with technology and feel somewhat intimidated by it.
In this article, we will provide practical steps on setting up a family video call with an elderly relative, including tips on how to overcome common obstacles. By the end of this article, you will be equipped with the knowledge to connect with your elderly relatives through video calls, bridging the distance, and staying connected with your loved ones.
Step 1: Choose a suitable video-calling platform
Several popular video conferencing platforms and video calling apps are available, each with unique features and limitations. Some of the most popular video-conferencing platforms and video-calling apps in the UK include:
- Zoom: This popular conferencing platform is widely used for business and personal video calls and allows users to make calls with up to 100 people. It’s available on both mobile and desktop devices but requires a paid subscription for calls longer than 40 minutes.
- Skype: Skype has been around for a long time and has over 300 million active users worldwide. It is available on both mobile and desktop devices and offers free calls for up to 50 people. You need to create a Microsoft account or use an existing one to use Skype.
- Facebook Messenger: This app allows users to make video calls with up to 50 people and is available on both mobile and desktop devices. It’s free and doesn’t require a separate account, but everyone must have a Facebook account.
- FaceTime: This app is exclusive to Apple devices and allows users to make video calls with up to 32 people. It’s free but requires an Apple account and everyone participating on the call to have an apple device.
- WhatsApp: This app is a popular choice for international video calls, as it uses end-to-end encryption and allows users to make calls with up to 8 people. It’s free to use and available on both mobile and desktop devices.
The key difference between video conferencing platforms or video calling apps are:
- Group size: Video conferencing platforms like Zoom and Skype allow for larger group sizes (up to 1000 participants) while video calling apps like WhatsApp, FaceTime, and Facebook Messenger are limited to smaller group sizes (typically up to 8-10 people).
- Features: Video conferencing platforms like Zoom and Skype often offer more features such as screen sharing, virtual backgrounds, and recording options. Whereas, video calling apps like WhatsApp, FaceTime, and Facebook Messenger typically offer fewer features.
- Security: Video conferencing platforms like Zoom and Skype have had some security concerns in the past, while video calling apps like WhatsApp, FaceTime, and Facebook Messenger are generally considered more secure.
Which one you choose will depend on a number of factors, one of the most important being the platform your elderly relative is most comfortable with and able to use easily. When choosing an or platform for setting up a video call with an elderly relative, there are several considerations to keep in mind:
- User limits: Consider the number of people who will be participating in the video call and choose a platform that can accommodate the group size. Some platforms limit the number of users that can participate in a single call.
- Cost: Most video calling platforms are free to use, but some, like Zoom, require the host to pay a subscription or a fee for longer calls or additional features. Consider the budget and the video call length / frequency when choosing a platform.
- Internet strength: Ensure that the platform can operate with a weak internet connection, which can be a common issue for elderly relatives. Some platforms may require a stronger internet connection than others.
- Elderly person account/security: Consider the platform’s ease of use and security features, particularly for elderly relatives who may be less familiar with technology. Some platforms may require creating an account, while others may allow users to join calls as guests. It’s important to choose a platform with strong security features to protect your elderly relative’s privacy.
- User interface: Consider the platform’s user interface and choose one that is easy to navigate for both you and your elderly relative. Some platforms may have a more complex interface than others.
By considering these factors, you can choose a video calling platform suitable for the group size, frequency, budget, and individual needs of your elderly relative.
Step 2: Planning and timing
Schedule and availability
Choose a convenient time and date for the video call that works for both you, your family and your elderly relative. Consider their daily routine and any other commitments they may have, such as doctor’s appointments or social activities. Be flexible and willing to adjust the schedule to accommodate their needs.
Who will join the call, and how to invite them?
Determine who will participate in the video call, such as other family members or close friends. Send clear and concise instructions on how to join the video call, ideally in a calendar invite so that it automatically goes in their diaries, and they get an automatic reminder. Provide step-by-step instructions, including any necessary login information, meeting links, or passwords.
Guidelines for smooth communication
It’s important to establish guidelines for smooth communication during the video call. For example, encourage everyone to speak clearly and slowly, avoid interrupting each other, and give each person a chance to share their thoughts and stories. Consider using visual aids, such as photos or videos, to help facilitate the conversation and engage the elderly relative.
Be prepared to adapt
Be prepared to adapt to any changes during the video call. For example, if the elderly relative becomes tired or overwhelmed, take a break and resume the conversation later. If technical difficulties arise, troubleshoot the issue together or consider switching to a different video calling platform.
Planning and timing the video call carefully, inviting the right people, and establishing guidelines for smooth communication can ensure a positive and engaging experience for your elderly relative.
Step 3: Choosing and preparing the hardware
When choosing the hardware for a family video call with an elderly relative, consider their familiarity and comfort level with technology. Laptops, mobile phones, and tablets are all suitable devices for video calling.
Device options and specifications
Laptops are generally more comfortable for extended video calls due to having larger screens and keyboards. Tablets are also popular due to their portability and ease of use. Mobile phones are convenient but may have a smaller screen, making it more challenging for the elderly relative to see or hear during the call. When choosing the device, ensure it meets the minimum specifications required by the video calling platform.
It’s important to have a stable internet connection for a smooth and uninterrupted video call. Make sure that the device is connected to a high-speed Wi-Fi network, and if necessary, consider using a wired internet connection for better stability.
Audio and video settings
Before the video call, ensure the device’s audio and video settings are working correctly. Test the microphone and speakers to ensure the elderly relative can hear and speak clearly during the call. Adjust the video settings to ensure the lighting and background suit the call.
Choosing the right device and ensuring that the audio and video settings are working correctly allows you to create a comfortable and engaging video-calling experience for your elderly relative.
Step 4: Ensuring a smooth call
Addressing these common issues, ensuring a stable network connection, adjusting device settings, and finding a suitable environment can help ensure a smooth and engaging video call for your elderly relative.
Common issues and how to troubleshoot
Several issues may arise during a video call, such as poor audio or video quality, technical difficulties, or interruptions. To troubleshoot these issues, try the following:
- Check internet connectivity: Ensure that the internet connection is stable and strong. If necessary, consider switching to a wired connection or relocating to an area with a better signal.
- Adjust device settings: Check the device’s audio and video settings and adjust as necessary to improve the quality of the call.
- Restart the device: Sometimes, simply restarting the device can resolve technical issues.
A stable network or Wi-Fi connection is crucial for a smooth video call. If the elderly relative’s Wi-Fi signal is weak or there are network connectivity issues, try the following:
- Move closer to the Wi-Fi router: If the elderly relative uses Wi-Fi, move the device closer to the Wi-Fi router to improve the signal strength.
- Use a wired connection: For better stability, consider using a wired internet connection.
- Restart the router: Restarting the Wi-Fi router can sometimes resolve connectivity issues.
Adjusting the device’s audio and video settings can help improve the quality of the call. Ensure that the device’s microphone and speakers are working correctly, and adjust the video settings to ensure that the lighting and background are suitable for the call.
Background noise and environment
Background noise or a distracting environment can make it difficult to hear or concentrate during the call. Encourage your elderly relative to find a quiet, well-lit area for the call and consider using headphones or a microphone to improve audio quality.
Step 5: Follow-up and ongoing communication
After the video call, reflect on the experience and ask your elderly relative for feedback. Consider what worked well and what could be improved for future calls.
- Plan for future calls: Based on the feedback and experience from the previous video call, plan for future calls with your elderly relative. Consider the calls’ frequency, time, and duration and adjust as necessary.
- Alternative ways to stay in touch: Video calling is not the only way to stay in touch with elderly relatives. Consider alternative ways to stay in touch, such as phone calls, text messages, or sending letters. Additionally, consider purchasing a dedicated video calling device, which can allow ‘drop in’ calling and make video calls easier and more accessible for elderly relatives.
- Check-in regularly: Regular communication is key to maintaining a sense of connection and support for your elderly relative. Check-in regularly, even if it’s just a quick phone call or message to say hello and ask how they’re doing.
By reflecting on the experience, planning for future calls, considering alternative ways to stay in touch, and checking in regularly, you can maintain a strong and meaningful relationship with your elderly relative.
Regular family communication with elderly relatives is essential for maintaining a strong and meaningful relationship, but can be challenging to do from a distance in today’s fast-paced world. Family video calling is a convenient and accessible way to bridge the distance to stay in touch with elderly relatives and provide them with much-needed support and social connection. It can also bring you reassurance about their health and wellbeing.
By connecting with your elderly relatives regularly through family video calling, you can help combat social isolation, promote mental and emotional well-being, and strengthen your family bond. It might take a little bit of coordination and effort on your part, but it can have a huge impact on your elderly relative. It shows that you care about them and are willing to take steps to improve their quality of life and give them a sense of belonging. It also helps your elderly relative get comfortable using video calling technology, which can open up possibilities for them to stay connected with other friends, family and communities.
Why is it important to set up family video calls with elderly relatives?
Setting up family video calls with elderly relatives is important for many reasons. It allows them to maintain family bonds and a sense of belonging, reducing feelings of isolation and loneliness which can negatively affect their mental and physical health. Video calling allows family members to check in on their elderly relatives, ensuring their well-being and safety. It also provides an opportunity to share updates, stories, and memories, maintaining a sense of family connection and history. Family video calls can improve the quality of life for elderly relatives and strengthen family relationships.
How can I choose the best video-calling platform for my elderly relative?
To choose the best video calling platform for your elderly relative, consider factors such as ease of use, availability on their device, good video and audio quality, security and privacy features, and technical support. The platform should be easy to navigate, available on their device, provide clear audio and video even with weak internet connections, have secure login features, and offer technical support in case of difficulties. Considering these factors, you can choose a user-friendly and accessible platform that provides good-quality video calls while protecting their privacy and ensuring technical support.
Alternatively, if your elderly relative struggles with the technology of using a computer, tablet or smartphone for video calls, you may want to look into buying a specific “drop in” video calling device that allows them to make and receive video calls with minimal setup.
How often should I schedule video calls with my elderly relative?
The frequency of video calls with an elderly relative depends on their individual needs and preferences and the availability of both parties. However, regular communication is key to maintaining a sense of connection and preventing feelings of isolation and loneliness. Ideally, schedule video calls at least once a week or as often as both parties are comfortable with. If your elderly relative is living alone or has limited social interaction, you should consider scheduling more frequent video calls with family to ensure their well-being and provide regular support.
What common issues may arise during a video call with an elderly relative?
During a video call with an elderly relative, several common issues may arise, such as problems joining the call, cameras or microphones not working, people speaking on mute, screens freezing and batteries dying. By following the steps in this article you can help to overcome and avoid these issues.


Iota was designed as a cryptocurrency for the IoT (Internet of Things) era. Where billions of devices can send tiny amounts of value to one another with minimal effort. It is the first of now a handful of cryptocurrencies using a DAG (Directed Acyclic Graph) as opposed to a standard blockchain data structure. The key purported feature of this alternative structure is scalability. Iota claims that its network becomes quicker the larger the number of active nodes on the network. This is because in order to submit a transaction to the network, the node must first confirm two previous transactions selected at random. In other words, you must give something back to the network in order to transact with it. The logic is sound but in practice, the Iota network has struggled to keep up with increasing traffic. As the first of its kind, this could simply be technical teething issues and time will determine whether DAG is a better option for decentralized ledgers.
IOTA Quick Specifications
|Market Cap:||$9,298,890,766 USD|
|Total Supply:||2,779,530,283 iotas (Fixed)|
|Current Supply:||2,779,530,283 iotas|
|Algorithm:||Kerl (SHA-3 like)|
|Block Time:||Not a blockchain|
IOTA Innovations and Unique Features
DAG (Distributed Acyclic Graph)
Iota was the first DAG style cryptocurrency. Its success and mass adoption is to be seen.
Iota's snapshotting functionality compiles all transactions in the network into one transaction for each address (essentially the addresses balance). This reduces the size of the ledger significantly. It is done in accordance with the needs of small IoT devices.
Coin UsageThe coin itself is used as a currency. The value comes from its utility to transfer wealth between two accounts.
ReleaseIota was released onto the market as an ICO. It raised 1,191 BTC and distributed 999,999,999 miotas (units of Iota) putting it around the 20th most successful ICOs to date.
The marketed use case for this cryptocurrency is in small IoT devices. But small devices will require the adoption of a hardware-accelerated features for Iota's 'quantum-resistant' hash function Kerl. Without this, the device may not possess the processing power to transact with the Iota network. Iota's founder (David Sønstebø) has denied that this is a concern as "Even without the hardware IOTA can do more tx/s than any public blockchain". David went further to state that "As machine payments and data integrity become and integral part of the future technolocial landscape they either include a component that can ensure this or they become irrelevant and suffer the fate of obscurity and bankruptcy."
Locating Peer Nodes
Currently, the Iota protocol does not include a procedure for locating peer nodes. The IP addresses of neighbour nodes must be manually entered into any new node. This concern is being addressed but presently makes joining the network clunky for new users wishing to attach to the network.
Some have expressed concerns with the founder's (David Sønstebø) communication style being unprofessional.
The Co-Ordinator Node
Presently, the Iota network requires a special node known as the 'Coo' (short for co-ordinator). The node's purpose is to protect the network from 33% attacks during its infancy. According to Iota, once the network reaches a certain level such that 'Coo' is no longer needed, it will be shut down.


Landis+Gyr and Utilidata join forces to transform grid operations
US: Landis+Gyr is joining forces with Utilidata to provide grid management through the deployment of edge applications on Landis+Gyr advanced meters, planned initially for the North American market.
Embedded software will enable utilities to gather, analyze, and synthesize data from a multitude of grid endpoints. Landis+Gyr’s AMI solution is built on Gridstream® Connect, an IoT platform designed specifically for utilities, which enables edge applications to fully utilize the sensing and analysis capabilities of advanced meters. This platform is strengthened by the energy optimization software of Utilidata’s applications that will leverage real-time data and machine learning to enable:
Grid visualization using waveform analysis to provide real-time visibility into the distribution system, including power flow and locational awareness
Dynamic monitoring of distribution circuits utilizing peer-to-peer communication and edge processing to create a critical framework for both voltage optimization (VVO) and seamless integration of DERs
Real-time fault detection combines edge-based waveform and system distribution analytics to identify and prioritize anomalies for improved grid reliability and faster response to safety issues
Utilidata’s applications join additional technologies that are optimized by the Landis+Gyr metering platform, including energy management powered by Sense, a partner of both Landis+Gyr and Utilidata. Combining these technologies will illuminate both consumer behavior and grid operations, leveraging innovative grid-edge hardware to create a complete, holistic picture of electric distribution and demand.


This course provides a comprehensive introduction to basic principles of telecommunications technology and the telephone network, and the legal, economic, and regulatory environment of the telecommunications industry. Role of new technologies such as fiber, integrated digital networks, computer communications, and information services. Common carrier law and the economics of natural monopoly as the basis for regulation of the telecommunications industry. Issues of competition, monopoly and technical standards. Spectrum allocation and management. International communications and transborder data flow. Special emphasis on how the new technologies have altered and are altered by regulation.
Prerequisites: 73-100 and junior or senior standing


Samsung Galaxy Tab A 10.1 (2019) SM-T515
IdeaPad 330S (14") Laptop
UniFi AP Long-Range
The Ubiquiti Nanostation M2 is the perfect solution for creating a dedicated Point to Point or Point to Multipoint connection between locations where running an ethernet cable is not a viable option.
2.4GHz 150Mbps Outdoor Wireless Access Point TL-WA7210N
UAP-AC-M - Ubiquiti UniFi 802.11ac Mesh Indoor/Outdoor 2.4/5GHz AP


OBREAL GLOBAL is pleased to announce that our colleagues from Asian Institute of Design are launching a webinar entitled “An introduction to Internet of Things” which will take place on June 30th 2020.
The Internet of Things (IoT) may be defined as a network of internet connected objects able to collect and exchange data. IoT is a fast growing technology intended to connect all devices to the existing internet infrastructure. Generally, it is perceived to be limited to only Mobiles, Computers, Tablets and Smart TV. However, IoT connectivity may be extended to all the devices like coffee maker, AC, Washing Machine, Ceiling Fan, lights and almost anything having sensors. It creates improved efficiency between the physical world and the computer-based systems.
The webinar “An Introduction to Internet of Things” will be delivered by Dr. Carlo Fischione, Full Professor at KTH Royal Institute of Technology, Electrical Engineering and Computer Science, Network and Systems Engineering Division, Stockholm, Sweden. Also Director of the KTH Micro Degree Program on “Data Science”, he holds a Ph.D degree in Electrical and Information Engineering from the University of L’Aquila, Italy and the Laurea degree in Electronic Engineering from the same varsity.
He has donned top research positions at Massachusetts Institute of Technology and Harvard University, Cambridge, and University of California at Berkeley among many others during his illustrious career. His research interests include optimization with applications to networks, wireless and sensor networks, Internet of Things, and digital systems. He has co-authored over 180 publications and has been conferred with a number of awards including the “IEEE Communication Society S. O. Rice” Award of 2018. He has also been a consultant for several technology-based companies like ABB Corporate Research, Berkeley Wireless Sensor Network Lab, Ericsson Research, Synopsys, and United Technology Research Center. This webinar is free to attend, do not miss it!
You can register on this link


Hosting the ITU Telecom World 2018 conference was prompted by the statement made by Dr Siyabonga Cyprian Cwele, South Africa's Minister of Telecommunications and Postal Services, expressing his country's willingness to host the event at the ITU Telecom World 2017. The Minister said “There are many interesting and exciting innovations taking place in Africa as such South Africa believe that hosting ITU Telecom World in Africa 2018 will open up a wide range of possibilities for investment, trade and partnerships between African countries and the global ICT community.” The Minister further said that “2018 will continue to act as the international platform connecting tech small and medium enterprises (SMEs) together with governments and corporates attracting member states, regulators, and heads of international organizations, global media, digital experts and visionaries, leading ICT corporations and cutting-edge tech SMEs from the region and across the globe.”
The statement added, "The ITU World Telecom and Exhibition Conference has never been held on the African continent. The government believes hosting the conference on the continent will increase the participation of other African countries, thereby increasing the possibilities of investment in ICT on the continent."
The annual conference attracts government and industry leaders to explore and identify investment opportunities and best practices for socio-economic development through ICT.
As the conference increasingly focuses on small, medium and micro-sized enterprises (SMMEs), South African government hopes that hosting the event will underline the innovations of ICT SMMEs on the continent, according to the Department of Telecommunications and Postal Service..


WhatsApp is an application that uses the same data packets that mobile browsers use, in order to transmit text messages across mobile devices. Users send texts to other phones, and pay for the data packet, which is much cheaper than paying for a traditional SMS.
The application is available iPhone, Blackberry, Android, Windows Phone and Nokia. The application has become popular since it can send video and photos, as the user chats with his or her contacts.
Once the application is installed, it goes through the user’s phone book, and upon consenting, sends a push invitation to connect and chat on WhatsApp. A user enters his or her phone number, and can then change the phone name.
The UI on WhatsApp is very clean and simple to use. At the bottom bar, Favorites, Chats, Contacts, Status and Settings are listed. In the Favorites section, you can send invitations to contacts using email, text or Twitter.
It also displays people in your contacts who use WhatsApp. The Status setting enables the user to let others know whether he or she is available, in a meeting, or busy. The user may also clear the status.
The Chats button allows the user to open a new chat or join an existing chat group. To do so the user accesses the compose feature in order to write a new note. Here the user can see all chats that he or she has sent. In the Setting area, you can change the applications display setting, such as color, font size, etc.
Te UI of WhatApp is user-friendly, and the application comes with lots of other features as well. A user can initiate phone calls from within the application; send audio, video, photos, locations and contacts. This is the reason why many people are using the application to keep in touch with friends and family, while keeping costs down.
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RETRACTABLE MIC SYSTEM "Invisible", pull-out, uni-directional microphone found in the left ear-cup. FULL-SIZE EAR CUSHIONS Cloth padded ear cushions for comfortable fit and reduced background noise IN-LINE VOLUME CONTROL Integrated volume and microphone control located on headset cord. CUSTOM-ENGINEERED SOUNDSCAPE Specifically optimized for gaming sounds like footsteps, reloads, alerts and gunfire. Headphones Microphone Freq. response: 16 – 28.000 Hz Freq. response: 75 – 16,000 Hz Impedance: 40 Ohm Pick up pattern: Unidirectional SPL@1kHz, 1Vrms: 110 dB Sensitivity: -38 dB Cable: 1.8 m / 5.9 ft. Impedance: 2K Ohm Jack: 3.5 mm System requirements: Any PC or sound equipment with headphone and microphone mini jacks (3.5 mm).


Loop Techno System Pvt Ltd, New Delhi India
FOR INQUIRIES JUST CONTACT:
Mob. +91 9821122276 / 9311950073
PQWT-CL900 UltrasonicUnderground Water Pipe Leakage Automatic Analyzer,8M
PQWT-CL900 Leakage automatic analyzer is a fully automatic leak detector,
which overcomes the single leak detector is easy to exist due to the pipeline of liquid,gas flow rate pressure changes caused by miscarriage of justice problems. The method comprises the following steps: arranging a group of samplers in a linear array or a matrix mode in a leak detecting area of the pipeline;setting the working mode of the host machine in the wireless mode,then instructing the sampler in the group to collect data at the same time, and according to the number of samplers were stored in each sampler sampling data,by comparing the sampling of the sampled datasynchronization to determine the location of leaks.
1. Using the latest foreign digital signal processing chip and digital filter chip, controller integrated 16M cache, the response is more sensitive.
2. 7Inch HD digital touch-screen color LCD screen,resolution 800 * 480, full touch design, simple operation.
3.The 9 sensors using wireless module to send signals, no wiring, transmission distance of 1,000 meters. And 9 sensors can be measured at the same time, so that the measurement range greatly increased, saving the the time to find the leaking water.
4.Users can adjust the frequency within 70HZ-9000HZ range.
5.In the 70HZ-9000HZ range, real-time display of the noise signal at the distribution of the frequency.
6.Sensor within pre-amplifier circuit, using the rubber ring sealing and cushioning, and the application of professional acoustic methods, making the ability to capture noise than similar products.
7.Large volume battery can keep working more than 10 hours.
8.Super anti-interference circuit design, the digital signal and analog signals were effectively isolated, eliminating the noise generated by the digital circuit.
Measuring Depth: 8 meter
Frequency Range: 50HZ-9000HZ
Frequency Channel: 144 adjustable frequency, 21center frequency analysis
Amplify Gain: 100-level Gain adjustment, 100-level volume adjustment, and 8-level signal multiple adjustment
Operation Mode: Spectral Analysis, Filter Analysis, Automatic Analysis
LCD Size: 7-inch HD Digital Touch-screen color LCD screen
Operating Temperature: -30℃~50℃
Saving Temperature: -30℃~50℃
Working Voltage: 7.4V±20%
Working Current: 480mA±10%
Power Supply: 7.4V - 5000mA Rechargeable battery
Charger: Smart charger


At EasyAPNSettings.Com, you will find updated and easy to follow the tutorial to help you rightly configure your device. We have tutorials for APN settings for almost all the famous telecom operators of the world.
What is APN?
APN stands for Access Point Names that are available on every smartphone that supports Sim cards. So, the basic purpose of APN Settings is to establish a secure connection to the gateway between your carrier cellular network and the private network.
The purpose of these settings on the phone is to help your phone making its way to connect to your provider. Later on, these settings are being detected by your carrier in order to generate an IP Address and making its way to connect to a secure gateway and also manages to connect you to a private network also known as VPN.
The settings are by default established by the carrier network and these settings are mandatory too depending upon your carrier network structure. You will have to implement that information in your APN settings accordingly.
How To Access & Change APN Settings
Accessing APN settings on your smartphone is quite easy depending on the manufacturer of your smartphone. Almost, all the smartphones have their APN settings available in Mobile Networks that is located in the “Settings” of your smartphone. So, navigate to the APN settings accordingly and select the “New APN” if you have changed your carrier and want to implement those APN settings provided by your new carrier.
The APN Settings looks like as below:
You will have to only fill those fields that are provided by your carrier and leave the rest one as it is.
Easy APN Settings guide you on how to easily configure your smartphone’s APNs settings according to different carriers. In order to avail the services of different carriers available, you will need to configure your APNs settings according to the information provided by them.
Therefore, following this blog will ultimately help you to configure the APN settings on your smartphones for different carriers available.


A leading metal-cutting equipment manufacturer
A metal cutting equipment manufacturer recently constructed a new facility that included a “showcase lab” to demonstrate the capabilities of their equipment. The client wished to be able to discuss the capabilities of the machinery with potential customers, with the equipment operating on the other side of a glass wall.
RSG worked with the project architect to design a glass wall, as well as the structure surrounding the glass wall, that would attenuate sound well enough to conduct client meetings and equipment demonstrations concurrently. During the design process, RSG used sound insulation modeling and available sound insulation data to predict the performance of proposed designs. Post-construction testing of the facility has shown that the wall meets the design goal.


The Maven Co-Pilot™
The patented Maven Co-Pilot™ is the world’s first smart headset. The Co-Pilot is a unique driver safety device that captures fatigue & distraction in real-time and pre-alerts drivers at the first signs of risk. The Co-Pilot connects to the Maven app and also provides transparency to key metrics such as speeding and braking to help drivers avoid penalties and improve behaviors.
The hands-free Co-Pilot revolutionizes driver communications; a critical piece of moving freight. Designed for professional drivers and packed with sensors and a connection to the cloud, the headset is truly an automatic co-pilot and coach.
Maven creates better drivers through mobile devices and full transparency. Much technology in trucking has been hidden to drivers. Early telematics systems were installed under the hood. Cameras pointed at drivers are reactive, not pro-active tools.
Maven believes strongly in real-time mobile technology and 100% driver transparency. Maven is committed to promoting a culture of safety by helping drivers instantly understand behaviors.
Smartsense™ IoT Platform
The Maven Co-Pilot is a smart ‘Hearable’ IoT device. It connects to a driver app that’s connected to the cloud. In addition to fatigue, critical information such as routing, weather, messages, braking, and HOS flows to the driver.
The smart headset provides value to a driver all day. A good example is the the pre-trip inspection. Our Hearable device provides voice guided instruction so a driver can use two hands, or hold a flashlight. They can use gesture controls to nod their head and confirm a station passes inspection.
Our smart headset is designed to make a drivers day safer, more efficient, all while providing the best legal communication system available.
Safe & Legal Communications
Fatigue and distraction factor heavily in 500,000 yearly truck accidents and drain $30 Billion in damages. A 2010 study by the FMCSA concluded that hands-free communication is safe, so long as drivers don’t interact with the device, or take their eyes off the road.
Maven’s innovation helps fleets set a phone policy and communicate with drivers instantly & safely. For example, a fleet manager can safely text a driver because text is converted to speech on the app. A driver can use gesture controls (e.g., nod their head) to acknowledge receipt. Only Maven combines eyes-free & hands-free.
The Maven Co-Pilot uses the popular BlueTiger brand chassis which provides exceptional comfort, all day battery-life and noise cancellation.
- 24 hour standby / 14 hours talk-time
- Mirror-check detection
- Distraction detection
- Gesture control
- Active Coaching
- Pairs to multiple devices
- iOS & Android compatible
- Bluetooth® 4.0, Classic
- Dual Mics / Noise cancellation
- Weight: 10oz


JIAXING ZHENHUA WIRE&CABLE CO. LTD. is one of the leading wire and cable manufacturer and exporter in the east of Cnina ,we are located in shiquan industry zone ,haiyan county ,zhengjiang province .
Our company is a key plant specializing in producing various wires and cables such as speaker cables, power cables, telephone cables, audio & video cables, coaxial cables, LAN cables, alarm cables, and different kinds of plugs and sockets.
Certificates like ISO,SGS,SONCAP ,CE,ROHS are best evidence of ZHENHUA CABLE ability .products are exported to Europe ,Asia ,Africa and other markets.Our goal is providing high quality and reasonable price products to our clients,offering satisfied OEM,ODM service to meet clients’ request from all over the world.
We are welcome friends from all circles to visit our company and discuss business with us .let’s create the bright future with our success cooperation .
Jiaxing Zhenhua Wire&cable CO.,LTD is a professional manufacturer specializing in wires and cables ,
our factory founded in 2000, over the years ,we always adhere to our principles:
HIGH CREDIT , GOOD SERVICE , MUTUAL BEBEFIT , LONG-TERM COOPERATION .
Brands : ZHENHUA
No. of Employees : >100
Annual Sales : 3000000-5000000
Year Established : 2000
Export p.c : 90% - 100%


In the fast-paced world of retail or hospitality, every second counts for merchants, and technical glitches on a card machine can quickly turn into lost sales. With WAPPoint you can rest assured as we offer a remote assistance feature whereby we simply access the card machine remotely and repair it while you continue serving customers or go grab a coffee. This feature has reduced the need for swapping out a terminal by 99%!
Key Features of WAPPoint’s Remote Assistance Solution
WAPPoint is committed to customer satisfaction and as a result, we put only quality hardware and software solutions in place. Unfortunately, the occasional technical glitch may occur, and being able to support our merchants remotely is a key driver of our merchant’s success and eliminates the possibility of a lost sale.
This innovative feature is only available on our Android card machines i.e. the PrintPOS and MiniPOS card machines, offering swift resolutions to the majority of technical challenges. This not only minimizes downtime but also ensures that merchants can focus on what they do best – serving their customers.
Key Features of WAPPoint’s Remote Assistance:
Instant Relief: Merchants of the past used to have to follow instructions while a call center agent talked them through a repair or they’d wait up to 5 days for a swap out. With WAPPoint the burden is lifted and technicians diagnose and resolve issues in real-time.
Efficient Issue Resolution: The technical experts at WAPPoint are well-equipped to handle a wide range of technical issues promptly. Whether it’s software updates, configuration adjustments, or troubleshooting, WAPPoint’s Remote Assistance ensures that merchants experience minimal disruptions.
User-Friendly Interface: The Remote Assistance platform is designed with user-friendliness in mind. Merchants can easily grant access to their devices, providing a hassle-free and secure way for technicians to address technical concerns.
Uninterrupted Business Operations:
In addition to the stellar remote assistance feature, WAPPoint’s card machines come with dual SIM card slots and WIFI transacting capabilities, providing optimal connectivity through different mobile networks. This multi-connectivity capability ensures a reliable network connection, minimizing the impact of network conjunctions and, more importantly, preventing disruptions caused by load shedding. A merchant can even turn their phone into a Hotspot for the device to operate on additional networks!
Key Connectivity Solutions:
Dual SIM Cards: WAPPoint’s card machines support dual SIM cards, allowing merchants to leverage the best connectivity options from both Vodacom and MTN networks.
WiFi Capability: The devices are designed to work seamlessly on WiFi, offering an additional layer of connectivity that ensures uninterrupted service even in challenging network conditions.
Load Shedding Resilience: WAPPoint’s commitment to merchant success is evident in the design of their card machines, which are equipped to operate seamlessly during load shedding, safeguarding merchants against potential revenue losses.
WAPPoint emerges as the premium choice for merchants due to its exceptional service and robust technical support. The Remote Assistance feature, coupled with the innovative connectivity solutions, positions WAPPoint as a trusted partner for merchants aiming to optimize their operations and provide uninterrupted service to their customers. Choose WAPPoint for a seamless and efficient experience in the dynamic world of commerce.


A global finance firm seeks a Senior Network Engineer, to be part of the Asia Network Operations team, to be responsible for design, implementation and support of network infrastructure in Asia, with specialty in Japan extranet environment (e.g. client connectivity, low-latency trading environment, connectivity to JPX Arrownet, Bloomberg, Reuters, etc).
The successful candidate will manage and deliver network projects within proposed budget and timelines. He/she also needs to participate in a client on-boarding process conference call to represent network team to answer technical questions raised by clients.
- Design, implement and support external-facing network environment
- Ensure and enhance network services are in line with business requirement in terms of stability, resilience and performance
- Ensure global standard and best practices are implemented in all network infrastructure
- Ensure technical documentation are properly maintained
- Support and administrate firewall environment in line with IT security policy
- Manage global / regional / local network project implementation
- Provide 2nd/3rd level Asia Network operational support and implementation
- Provide consultations and operational support to business and IT units
Our client is a Japan-headquartered financial services group with an integrated global network spanning over 30 countries. The company has over 90 years’ history and driven by over 28,000 employees worldwide.
8:40 ‐ 17:40（Mon ‐ Fri）
Saturday, Sunday, and National Holidays, Year-end and New Year Holidays, Paid Holidays, etc.
【Services / Benefits】
Social insurance, Transportation Fee, No smoking indoors allowed (Designated smoking area), etc.
- Minimum 5 years of technical and network operation experience in investment banking, financial institution or large enterprise environment
- Minimum 3 years of experience in exchange and client connectivity
- In-depth knowledge on network technology (TCP/IP, WAN/MAN/LAN, BGP, HTTP/HTTPS, VPN, QoS, multicast), including troubleshooting of latency and availability issues in a global WAN environment
- Experience in Cisco, Juniper / Fortinet firewalls, F5 load balancers, Bluecoat Proxy Servers, wireless network technology, network management tools (HPNA, Sevone, SMARTS, Wireshark, etc)
- Knowledge in latency monitoring concepts & relevant industry solutions (Corvil, Nexus Data Broker,etc)
- Work independently in a highly dynamic environment, both individually and as a team
- Cisco Certification such as CCNP, CCIE


Julian is the founder and CEO of Neptune Communications, a specialist satellite and mobile
telecommunications service provider focused on delivering highly resilient communications services.
He is a regional leader on the role of broadband access on specialized communications systems for
public safety, national security and emergency management agencies and their impact on regional
Julian has spent over 20 years in pioneering roles in the mobile telecommunications industry, dating
back to his experience at Flarion Technologies (a Bell Labs spinout now part of Qualcomm).
He served as a senior consultant to the International Finance Corporation for their Digital Infrastructure
Initiative and sits on the Board of Directors of NCB Capital Markets (Barbados) and software developer
Peloton International. Julian earned his Bachelor of Science in Economics from the Wharton School of the
University of Pennsylvania and holds an MBA from Harvard University Graduate School of Business.


VPN Assistance or Digital Private Network is a technology that offers great solutions for those who want to secure their information that is personal while they are really online. A virtual privately owned network attaches a local private network to a public internet network and allows users to access data over public or distributed networks as though they were straight connecting with their own personal computers. A VPN is usually employed by businesses and people who have multiple computers that happen to be connected to the net and want to help to make their devices act as one. VPN service providers generally offer two kinds of associations, those that run on the public IP network and others that get connected to a private IP network. One particular important thing to make note of is that if you use a VPN service, the knowledge that goes between you and crackers is encrypted and this prevents outside sources via monitoring your online activities. It also ensures the security of your program because info traveling on the internet is safe via being destroyed.
One of the most prominent instances by which fans are being used is for internal corporate reliability purposes. By using a VPN system, it is possible to make a secure canal for employees to connect to their workstations from anyplace at any time. A VPN is most effective when it is accustomed to protect company information and to block out illegal sources of communication. By blocking away certain reasons for communication, it will be possible to prevent workers from downloading it virus-based courses that may bring significant damage to you’re able to send computer systems.
The vpns enables a user to connect to multiple computers throughout the internet, that gives them usage of several different means that can be used anonymously. This can help to make browsing the web more secure. In addition to that, there is no need for an Internet protocol address because each and every one communication is performed over unknown IP addresses. In other words, while you are online, your location ip vanish vpn is usually unknown to anyone else.


Rio 2016 Will Be Broadcast on 8K TVs For First Time Ever
This year’s Rio 2016 Olympic Games will be broadcast in 8K for the first time ever, with the sporting event being recorded in an eye-watering 7680×4320 resolution. Considering that current Ultra HD/4K screens boast a resolution of 3,840 x 2,160, suffice to say that’s a lot more pixels.
The 8K TV broadcast will take place in Japan, with the country’s public broadcaster NHK setting up two special 8K viewing theaters in Tokyo and Osaka. With no 8K TV consumer models available in the region, these limited screenings will be the only opportunity to watch Rio 2016 in the resolution.
NHK is using this opportunity to test out the resolution in a satellite broadcast, with the company staging tests over the next five days that will eventually lead into the Rio 2016 Olympic Games opening ceremony. The company will then provide live viewings and replays of the Summer Games over the course of the event, testing out a new 8K codec system that lowers the data rate of the transmission so that the satellite can successfully handle the resolution of the video feed.
Though we’re still a long way off from 8K TVs becoming a common standard, it is predicted that terrestrial and cable transmissions of 8K broadcasts will be completely viable by the year 2020, just in time for the Olympic Games in Tokyo. NHK have been a pioneer in developing new television technology over the years – they began testing 720p HD as early as the 80s – so it seems they’re already well on their way to leading the charge when it comes to 8K.


Radio Scouting Activities
Forms for young people to prepare messages to send via radio.
Printable stickers to encourge young people and to celebrate a successful contact.
Introduction to Semaphore.
UK Scout net is on Saturdays, 3.690 ± MHz at 09:00 local time. It's a good idea to check Echolink for the frequency being used.
European Scout net is on Saturdays, 14.290MHz at 0930 GMT.
EchoLink® software allows licensed Amateur Radio stations to communicate with one another over the Internet, using streaming-audio technology. The program allows worldwide connections to be made between stations, or from computer to station, greatly enhancing Amateur Radio's communications capabilities. There are more than 200,000 validated users worldwide — in 151 of the world's 193 nations — with about 5,200 online at any given time.
Echolinks webiste is here - where further information and the program maybe found and downloaded.
If you've never used Echolink before then theres a rather nice "Tour" of how it all works here
Scout Activity tends to take place on the JOTA-365 Conference, kindly run by Alan VE6DE.


Download WhatsApp APK for Android WhatsApp Messenger – WhatsApp Messenger is known as one of the most powerful and best Android messengers that allow users to communicate for free. WhatsApp also includes the ability to make voice calls, which will allow you to make high-quality calls.
WhatsApp Android features
- Being free and at no cost to users
- Ability to send various files such as video, image and audio file
- Group chat with other WhatsApp users
- No need to enter a username and password
- User availability for contacts on a regular basis
- Ability to use phone contacts without having to transfer them
- Send messages to users who are offline
- Ability to select the desired wallpaper for the chat page
- Customize app notification sounds
- Ability to use the program in landscape and portrait mode
Download WhatsApp for Android
There are many users these days who buy their smartphones just to use Messenger apps. Various messenger apps such as Viber, Line, Tango, Telegram, and اند have gained a lot of popularity in recent days and have been able to become an undisputed member of smartphones. Meanwhile, one of the most popular and widely used messengers for the Android operating system is WhatsApp, which allows users to communicate.
WhatsApp is fast and free
An Internet connection is enough to use WhatsApp. By connecting your phone to the internet connection, you can send text messages for free to your friends. WhatsApp has no cost to users and only a very small cost of the Internet is calculated for you.
Send various files and emoticons
The WhatsApp app includes dedicated emoticons that you can use when chatting and send to your friends. The ability to send different files such as images, movies, music, and… is also provided for users and you can send different types of files while chatting.
In WhatsApp, you can create a group and invite friends, and you can invite your friends to the created group, talk to all of them, and all those who have been invited to the group, you can see the messages you send You will have. Download WhatsApp for Android
After you install the WhatsApp Messenger app, the contacts in your phonebook that use the app are automatically displayed within WhatsApp, with whom you can talk.
Voice and video calls in WhatsApp
In the new version of WhatsApp, the possibility of making video calls has also been added. This way you can make high-quality voice calls and talk to your friends. To download the latest version of the popular WhatsApp software – WhatsApp Messenger, you can read more.
Extremely high security
WhatsApp, like Telegram, is one of the safest messengers in the world and has many users in the world. The security of this messenger is so high that its use is banned in some governments!


Luxman DA-250 kombinacija je DAC pretvarača, pretpojačala i pojačala za slušalice. DAC sekcija može procesirati sve postojeće datoteke u rezoluciji do 32 bita i DSD do 5.64 mHz.
Luxman’s DA-250 is a Class A Preamplifer, Class A Headphone Amplifier and a USB capable Digital Audio Converter packaged in a slim & compact B4 form factor. It delivers a wonderfully musical rich tone that will provide countless hours of fatigue-free listening enjoyment.
The DA-250 is the successor to the DA-200 which launched in 2010 and proved tremendously popular among desktop audio users.
Luxman’s sales team and engineers have continuously listened to end users’ comments carefully and exchanged opinions about applications and styles on how best to enjoy computer audio. Now Luxman is introducing this new USB D/A Converter DA-250 which is much improved over the DA-200 by focusing on upgrading its sound quality and adding new features and incorporating the latest technology.
USB input is compatible up to 192 kHz/32bit PCM data and DSD data (2.8MHz and 5.6MHz).
S/PDIF input handles up to 192 kHz/24bit PCM signals.
In addition to USB input, the DA-250 has a coaxial input and two optical (Toslink) inputs to enable connection with a CD player and / or DVR, satellite radio etc.
The Texas Instruments PCM1795 was selected for the DAC, which contains a 32 bit digital filter, digital signals are up-converted internally to 352.8k or 384kHz/32 bit.
Two different kinds of tone filter setting are provided and switchable to your taste (32bit digital filter for PCM and analog FIR filter for DSD).
Low phase noise clock modules are mounted independently on both 44.1 k and 48kHz channels to reduce noise around the oscillating frequency and to generate highly accurate low jitter clock signals.
By using asynchronous communication for the USB input and a DAIR high accuracy clock for S/PDIF, low jitter reduction is possible.
The configuration of D/A converter and high quality pre-amplifier circuit has been considerably upgraded in terms of both sound quality and performance.
Output signal can be selected between Fixed and Variable modes.
Variable position is convenient for a direct connection to a separate type power amplifier or a powered speaker system. For example a matching LUXMAN M-200 stereo amplifier can be used to drive the loudspeakers of your preference.
Luxman’s proprietary design, electronic attenuator “LECUA*” first introduced in the flag-ship C-1000f control amplifier is now employed in the DA-250 for both headphone and line outputs independently, operates fully in the analog domain, it eliminates all potentiometers from the signal path. This has a number of advantages, such as (1) outstanding S/N ratio, (2) extremely low distortion, (3) virtually no change in frequency response and sound quality at any listening level, (4) minimal left/right level differences (tracking errors), and (5) minimal left/right cross-talk. The result is a volume control that far surpasses conventional concepts.
By adding a new discrete buffer circuit to the headphone output, the drive impetus has been greatly improved.
The input sensitivity can now be selected from the remote control.
By providing an independent buffer circuit to each output (balance/unbalanced/headphone), the interference and changes in sound quality when used simultaneously have been eliminated.
Analog Input / Vinyl Recording
One analog input is available. Analog signals are converted into the digital realm by way of a built-in A/D converter TI PCM9211/DAIR. For example, the matching Luxman E-250 phono stage will allow a turntable to be connected to the DA-250 and output to 24/96 for easy recording.
The power environment of high inertia from a large power transformer to large capacity block capacitors and each circuit’s independent regulator is designed to provide a great drive impetus to the signal output, delivering large dynamic swings and maintaining image specificity across the sound-stage regardless of the listening level.
|Format||2-channel D/A converter|
|Supported sampling frequencies||USB input (PCM) : 32k, 44.1k, 48k, 88.2k
96k, 176.4k, 192k(16, 24, 32bits)
USB input (DSD) : 2.82M, 5.64MHz (1bit)
COAX/OPT input : 32k, 44.1k, 48k, 88.2k
96k, 176.4k, 192kHz (16, 20, 24bits)
MC HIGH: 0.37mV, MC LOW: 0.12mV
|Digital input||USB x 1, COAX x 1, OPT x 2|
|Digital output||COAX x 1, OPT x 1|
|Analog input||Unbalance x 1|
|Analog output||Unbalance x 1, Balance x 1, Headphone x 1|
|Line output voltage/imipedance||Unbalance : 2.5V/300Ω, Balance : 2.5V/600Ω|
|Headphone output||130mW + 130mW(600Ω)
400mW + 400mW(32Ω), 200mW + 200mW(16Ω)
|Frequency response||2Hz to 50kHz (+0, -3.0dB)|
|Total harmonic distortion||0.001%|
|S/N ratio (IHF-A)||118dB|
|Power supply||230V~(50Hz) / 115V~(60Hz)|
|Dimensions||364(W) x 81(H) x 279(D) mm
front side knob of 14mm and rear side terminal
of 8mm included in depth
|Net weight||5.4kg(main unit)|
|Accessories||Remote control (RD-24) Power cable|


One of our most established, long-term relationship clients, Wavelink, celebrates the first anniversary of the launch of their new Website today. Cyrius has been involved in two previous revamps of the Wavelink site, since coming on board back around 2004. Naturally, the Internet has evolved significantly in that time, as have both Cyrius and Wavelink. Being a communications technology company, their products and services have expanded from more traditional phone systems to total organisation communication solutions, including VOiP, mobile wi-fi network security and access, hotel network guest access management systems, unified communications and more. Wavelink's marketing has evolved significantly as well. They have moved heavily into digital media and social media as well as expanding such activities like training seminars and events. All the while, the Website has been the central hub to their communications and marketing strategy.
Cyrius congratulates Jonathan Ordman and his whole team on all their successes and thanks them for the opportunity to have been a part of their journey.
Happy Anniversary, Wavelink, and here's to a great future together as you continue to grow and evolve your business with your Website www.wavelink.com.au


Coder in Action 2021 | First Place Winner “Zelzele1.0”
Sep 14th, 2021 – Written by Idris Ibrahim Erten
I would like to introduce our project called “Post-earthquake audio transmission system ZelZele v1.0”. It has been developed to minimize the damage of earthquake disasters that have been occurred in recent years, which have previously caused severe losses in the Elazig, Malatya, and Aegean Sea regions.
We thought about this project to minimize the damage of the Istanbul earthquake expected in our country. Although we prioritized using the device in our country, its design and software have been developed by following international standards.
Our project contains two separate devices as a receiver and a transmitter. There are also sensors that detect earthquakes and activate the system besides transceiver systems. I believe our product is a serious candidate for creating a solution to an earthquake disaster with its capabilities.
Installation and use of the device
When the installation of our device is requested in the planned living space, it can be placed on each floor without requiring a specific area in the building. After providing an electrical connection by a power source, it will become compatible with artificial intelligence, based directly on the area without any adjustments.
This system is environmentally friendly with low energy consumption and rechargeable many times. Our product can work without any problems for many years with a 12V adapter integrated with the charge control system located on it until the moment of possible earthquakes.
It operates with charged battery after activation. It can offer a minimum of 48 hours of use without a limit according to the maximum battery capacity. Our product works with an electrical connection until the moment of a possible earthquake.
It is proven to be preferred under the conditions of our country today with minimum electricity consumption of 0.80 cents per 7 days and environmental friendliness. Our project is designed on sound transmission with a frequency determined from underground to above ground. Also, with a specific sound transmission system, one on the outside and one on the inside.
The receiver part of our device is activated directly during an earthquake. In the case of debris, it is easy to switch to the communication state. The system activates when it receives a signal with a special frequency or a communication card. It is possible to send sound from here as well as from the inside.
What data does this device receive and give to us?
First of all, it can get information about how strong the earthquake occurred in an area, also, how many seconds of destruction occurred after the shake.
It can also get information about the severity of the last tremor before the demolition. It can make it easier to map the location of transmitters sending information using machine learning. We call the black box of the building assembled for the buyer.
The transmitter part
Our transmitter part has a lot of responsibility because it transmits information from the area where it is assembled. This part was also developed with a microphone which is a great fit for electronic parts. This microphone can easily receive even the smallest sounds in the environment. It has a powerful speaker on it that allows us to hear sounds from special frequency, and people trapped under the rubble can easily hear those talking from outside. That makes it decidedly easier for search and rescue teams to intervene while they are feeling safe.
Earthquake sensor six-axis gyroscope sensor and specially prepared software are available together with this sensor and software. These are both using machine learning to interpret aftershocks and predict large earthquakes in October. It facilitates mapping with height detection within both 6 October and November. Also, with earthquake prediction, a siren can sound in an emergency or during an earthquake, if desired.
The sensor image detects the moment of shaking. Our device detects during an earthquake and, we are receiving it from outside.
Project Development Goals
* Make the map of ground movements in the areas where the assembly was performed, with a display connection suitable for daily use, such as recent earthquakes.
* GPS / LOCAL WIFI tests and mapping creation and visualization work as a result of tests.
İdris İbrahim Erten – Atakan Karaoğlan
About İdris İbrahim Erten
He studies management information systems at Osmaniye Korkut Ata University and electronics at Istanbul University Cerrahpaşa campus. He is an enterprising student who played a role in the establishment of the first robotic workshop in his city. Since 2016, he has been providing training in software and basic electronics.
About Atakan Karaoğlan
He is a senior student at the electrical and electronics department in Osmaniye Vocational and Technical Anatolian High School. He took a role as a researcher and developer in many different projects at TUBITAK between 2013 and 2016.


The Gepard GPR is a very flexible, transportable and powerful Ground Penetrating Radar for the detection of underground objects like pipelines, cavities, cables, conduits, tunnels, bunkers and foundations.
The Gepard ground penetrating radar uses an omnidirectional unshielded transmission system to reach maximum depths up to 40 meters (131 ft). This light, agile and compact unit can be easily operated by a single user via Android Tablet PC.
How it works
RADAR can be used to detect underground objects and structures such as foundations, cavities, bunkers and tunnels, but also pipes, septic tanks, statues and treasure chests.
Optimization of underground analysis
Adjustable telescopic antennas facilitate the operation of the ground radar: Simply set the depth range and start the geophysical measurement.
Measurement data analysis
The integrated Android software displays the measurement data immediately on the screen. Thanks to the integrated GPS support, all movement patterns can be saved together with the measured values.
Gepard GPR: The ground penetrating radar detects underground objects, structures and cavities
Detectable objects and structures
underground walls, basements and concrete reinforcements
hidden cavities, graves and sepulchers
water level and underground rivers and aquifers
buried pipelines, conduits and cable harnesses
backfilled wells, galleries, trenches and dugouts
septic tanks, distribution boxes and drainage pipes
secret tunnels, bunkers and shelters
buried treasure chests, statues and caches
Gepard GPR Optimization of ground surveys: Supports many automatic adjustments. Just set depth resolution and start surveying.
Optimization of ground surveys
The Gepard ground penetrating radar is using a multiple transmission frequency range starting at 60 MHz up to 300 MHz which is realized by adjustable telescopic antennas. It furthermore supports many automatic adjustments to optimize your ground surveys on specific soil types, which makes the handling of the Gepard ground radar very easy. You just set your depth resolution and start surveying.


Callyo Has Been Acquired by Motorola Solutions
- Callyo is a software as a service company (SaaS) serving thousands of public safety customers across North America
- Its portfolio includes two application suites – 10-21, which simplifies communication between first responders and citizens, and Callyo, which provides investigative tools that improve digital evidence collection
- Callyo was founded in 2010 and is headquartered in St. Petersburg, FL
Motorola Solutions Profile
- Motorola Solutions is a global leader in mission-critical communications and analytics
- Motorola Solutions’ technology platforms in mission-critical communications, command center software, video security & analytics, bolstered by managed & support services, make communities safer and help businesses stay productive and secure
- Motorola Solutions is headquartered in Chicago, IL with offices worldwide
With Motorola Solutions, we have the opportunity to accelerate our product innovation, reach and commitment to service. We’re excited to work together to deliver the next generation of mobile application capabilities that simplify and enhance communication between first responders and the communities they serve.
Founder and Chief Product Officer, Callyo
First responders are increasingly looking to mobile applications to boost productivity and enhance community relations. With Callyo’s technology, agencies can improve collaboration and enhance the evidence collection process to build stronger cases more efficiently, ultimately enabling them to better serve and keep communities safe.
Senior Vice President and General Manager, Software Enterprise, Motorola Solutions
The Shea & Company team was a great partner to us throughout the process. Their combination of GovTech knowledge, relationships throughout the public safety market and tireless effort helped us to find a great home for Callyo, and we are thrilled with the outcome.
- This acquisition adds to Motorola Solutions’ existing command center software suite critical mobile technology capabilities that enable information to flow seamlessly from the field to the command center
- Shea & Company served as the exclusive financial advisor to Callyo


Send SMS (international text messages) affordably from your Japanese mobile
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