Technical Guide on API Integrations With Smart Home Systems
As the dawn of smart homes emerges, the integration of Application Programming Interfaces (APIs) with garage door systems has become a focal point of interest. This article provides an in-depth examination of garage door connectivity, examining the role of APIs in smart home systems, exploring various types, detailing the integration process, and discussing common troubleshooting issues. The narrative concludes with a look at future trends in this rapidly evolving field.
- Garage door connectivity involves sensors, controllers, and network interfaces.
- APIs enable control and monitoring of garage doors for enhanced security and convenience.
- API security measures ensure the safety and integrity of data transferred in an IoT ecosystem.
- Integration of garage door systems with smart home technologies ensures robust, secure, and efficient operations.
Understanding the Basics of Garage Door Connectivity
The foundational principles of garage door connectivity involve a complex interplay of various components, including sensors, controllers, and network interfaces, all of which operate synergistically to ensure seamless integration with smart home systems. This integration, however, does not come without its Connectivity Challenges. The complex nature of these systems requires precise calibration and effective communication between devices. Any disruption in the communication chain, whether due to hardware malfunctions, software glitches, or network issues, can result in performance deficiencies or complete system failures.
Nevertheless, the Integration Benefits outweigh these challenges. Enhanced garage door connectivity offers improved security by allowing remote monitoring and control, enabling homeowners to verify their property’s security from anywhere in the world. Moreover, it contributes to a holistic smart home experience, where multiple devices and systems work in tandem to automate tasks, optimize energy usage, and enhance overall convenience. Additionally, this connectivity promotes preventive maintenance, as real-time monitoring can help detect potential issues before they escalate into costly repairs. Thus, despite the technical complexities, an understanding of the fundamental principles of garage door connectivity is crucial for leveraging its full potential.
The Role of APIs in Smart Home Systems
The functionality of Application Programming Interfaces (APIs) in residential settings, particularly in the realm of Internet of Things (IoT) systems, has emerged as a pivotal area of technological exploration. Integrating APIs into smart home systems can potentially introduce a new level of automation, augmenting the capabilities of connected devices within the home. More specifically, the use of APIs in the control and monitoring of garage doors exemplifies this integration, showcasing how advanced connectivity can enhance residential security and convenience.
APIs Functionality in Homes
APIs functionality in homes significantly enhances the ability to control and monitor various systems and devices remotely, offering convenience and increased security. Emerging home automation trends denote an increased reliance on APIs for seamless integration and interoperability of diverse smart devices. API security, therefore, is paramount to ensure the integrity and confidentiality of data transmitted across these devices. In the context of IoT systems, API security prevents unauthorized access and safeguards against potential cyber threats. Moreover, API management tools aid in maintaining secure communication channels, enabling efficient data transfer, and facilitating remote control. Thus, the evolution of API functionality in smart homes is not only changing the landscape of home automation but also setting new standards in security and convenience.
Smart System API Integration
Incorporating advanced functions into residential environments, integration of intelligent systems relies heavily upon Application Programming Interfaces, as they allow for the interaction and communication between various devices and platforms. Essential to this integration are API security measures, which ensure the safety and integrity of data transferred between devices in an IoT ecosystem. Through the use of encrypted communication protocols, unauthorized access or manipulation of data is significantly reduced. Furthermore, IoT Device Management is an integral part of this process, as it allows for the efficient monitoring, configuration, and troubleshooting of connected devices. This, in turn, contributes to the overall functionality and efficiency of the smart system. Attention will now be turned to a specific application of these principles: the integration of APIs with garage doors.
APIs and Garage Doors
Exploring the realm of advanced residential functions, attention is drawn to the implementation of Application Programming Interfaces in operating mechanisms often taken for granted, such as those found in car storage facilities. With the rise of IoT systems, Garage Door Automation is increasingly reliant on APIs, facilitating remote operation, scheduling, and security monitoring. However, the incorporation of APIs also introduces challenges, particularly in terms of API Security.
|Advantages of API in Garage Door Automation||Challenges with API Security in Garage Door Automation|
|Remote operation||Potential for unauthorized access|
|Scheduling||Security vulnerabilities in the API design|
|Security monitoring||Lack of robust encryption mechanisms|
Exploring the Different Types of Smart Home Systems
Various types of smart home systems currently exist in the market, each offering unique features and capabilities for home automation and connectivity. The evolution of these smart systems has been marked by rapid technological advancements, paving the way for seamless integration and interoperability across various devices and platforms. This development has resulted in significant benefits for home automation, including improved efficiency, enhanced security, and increased convenience for users.
Three key types of smart home systems are worth noting:
- Centralized systems: These are characterized by a single, central control unit that manages all connected devices in the home.
- Distributed systems: In contrast, these systems utilize multiple control units, allowing for greater flexibility and scalability.
- Mixed systems: These combine elements of both centralized and distributed systems, offering a balance between control and flexibility.
The selection of a suitable smart home system depends on a variety of factors, such as the specific needs and preferences of the user, the technical specifications of the home, and the desired level of automation. Regardless of the choice, the integration of smart home systems with garage door connectivity can significantly enhance the overall functionality and convenience of home automation systems.
Step-By-Step Guide on API Integration With Garage Doors
The subsequent discourse elucidates the complex process of API integration with garage door systems, providing a comprehensive step-by-step guide for this technical procedure. An integral part of this discussion focuses on troubleshooting, which is crucial in addressing integration issues that may arise in the process. This approach ensures a thorough understanding of the intricate dynamics of IoT systems, specifically in the context of smart home technology, allowing for the optimization and seamless operation of these systems.
API Integration Process
API integration process serves as a crucial step in establishing seamless connectivity between garage doors and smart home systems. Despite its potential to enhance home automation, it presents a series of challenges and crucial security measures must be implemented.
Key points to consider include:
- Strict API security measures are necessary to prevent unauthorized access and ensure data privacy.
- Integration challenges arise from the complexity of different systems interacting.
- The importance of maintaining up-to-date knowledge of IoT systems to ensure successful integration.
These measures and challenges underscore the importance of technical precision and a thorough understanding of IoT systems. A clear and concise communication strategy is essential in managing these aspects. The ensuing discussion will focus on troubleshooting integration issues.
Troubleshooting Integration Issues
Following the elucidation of the API integration process, attention now shifts to troubleshooting the potential obstacles that may arise. These challenges, often referred to as connectivity hiccups and integration setbacks, are not uncommon in the realm of IoT systems. Connectivity hiccups can manifest as intermittent or total loss of communication between the garage door system and the smart home network. Integration setbacks, on the other hand, may occur due to incompatibilities between systems or flaws in the API design. By understanding these potential pitfalls, it becomes feasible to devise strategies for their resolution or mitigation. The subsequent sections will delve into the technical aspects of these issues, offering an in-depth analysis of their causes and potential solutions.
Troubleshooting Common Issues in Garage Door API Integrations
Common issues in Garage Door API Integrations often involve inconsistencies in connectivity, software bugs, and hardware malfunctions, all of which require careful troubleshooting. This necessitates an understanding of both API security measures and integration best practices.
Inconsistency in connectivity can be a result of poor network infrastructure or ineffective API design. To mitigate this, it is crucial to ensure a strong and stable internet connection and to use reliable API protocols.
Software bugs, on the other hand, can be addressed by regular updates and diligent debugging. It is also important to implement robust error-handling mechanisms to manage unexpected issues that may arise during operation.
Hardware malfunctions are best handled by regular maintenance and by using high-quality, reliable hardware components.
To evoke an understanding of the complexities involved in API integrations, consider the following:
- The challenge of maintaining seamless connectivity in an ever-evolving digital environment.
- The a constant need for software updates and debugging to ensure system reliability.
- The necessity for regular hardware maintenance to prevent malfunctions.
Advanced Techniques for Optimizing Garage Door Connectivity
In the realm of optimizing operations within residential automated entry systems, advanced techniques are paramount, especially in terms of enhancing network infrastructure and implementing reliable protocols. The pursuit of seamless integration between garage door systems and smart home technologies necessitates continuous improvements to overcome connectivity challenges and mitigate security considerations.
Foremost among connectivity challenges are issues related to bandwidth allocation and signal interference. It is imperative to implement robust network configurations that can support multiple device connections simultaneously without sacrificing speed or reliability. Techniques such as frequency hopping and dynamic channel selection can be utilized to mitigate the effects of signal interference.
Security considerations, on the other hand, revolve around ensuring the integrity and confidentiality of transmitted data. Encryption protocols and secure key exchange mechanisms are integral in maintaining the privacy of communications within the network. Moreover, regular firmware updates should be enforced to patch vulnerabilities and enhance security features.
Through these advanced techniques, the aspiration of achieving optimal garage door connectivity is within reach. This discussion will transition into the subsequent section about future trends in garage door connectivity and smart home integration, propelling the exploration of innovative solutions in this dynamic landscape.
Future Trends in Garage Door Connectivity and Smart Home Integration
Emerging trends within the realm of residential automated entry systems and integrated technologies are expected to transform the landscape and present novel solutions to existing challenges. The advent of IoT has amplified the connectivity challenges faced by garage door systems, but the same technology is now being harnessed to address these issues and enhance integration security.
This is achieved via:
- The development of advanced APIs for seamless integration with smart home systems
- The use of comprehensive cybersecurity measures to secure IoT connections
- The application of machine learning algorithms to automate and optimize system performance
The above strategies are not only expected to mitigate the existing connectivity challenges but also to enhance the overall user experience by ensuring robust, secure, and efficient operations. By leveraging the power of advanced algorithms and machine learning, future systems are anticipated to learn from past behaviors and make predictions, thereby optimizing their functions in real time. Likewise, enhanced integration security measures are being developed to protect against cyber threats, a critical concern in the IoT era. Thus, the future of garage door connectivity promises significant advancements, driven by integration, innovation, and security.
Frequently Asked Questions
What Are the Safety Features Integrated Into Garage Door Connectivity Systems?
Safety features integrated into garage door connectivity systems typically include real-time alerts, auto-reverse mechanisms, and emergency release systems. These features are designed to mitigate risks associated with connectivity failures and installation challenges. Real-time alerts notify homeowners of any unauthorized access or system failures, while auto-reverse mechanisms prevent door closings in the presence of obstacles. The emergency release system allows manual operation in case of system failure.
How Can I Ensure the Security of My Data With Smart Home Systems and Garage Door Connectivity?
To ensure data security in smart home systems and garage door connectivity, it’s not a bed of roses but a rigorous process. It primarily involves the implementation of robust data encryption methods and stringent privacy settings. Data encryption is employed to convert data into codes to prevent unauthorized access. Concurrently, privacy settings permit user control over data sharing. Thus, through a deep understanding of Internet of Things (IoT) systems, data security can be maintained effectively.
Are There Any Specific Brands Known for Their Superior Garage Door Connectivity Systems?
In comparing leading brands in garage door connectivity, two often emerge as superior: LiftMaster and Chamberlain. These companies have garnered a reputation for their robust, reliable smart home integrations. Understanding compatibility of different brands with garage door connectivity systems is crucial. Both LiftMaster and Chamberlain offer broad compatibility, supporting numerous smart home systems and API integrations, thereby ensuring a high degree of flexibility and adaptability in the ever-evolving landscape of Internet of Things (IoT) systems.
How Does the Automation Feature Work in Smart Garage Doors?
The automation feature in smart garage doors operates through a system of sensors and Internet of Things (IoT) enabled devices. These devices, when connected to a home network, allow for remote operation and monitoring. Connectivity challenges may occur due to network interruptions or device malfunctions, necessitating regular maintenance. Efforts to troubleshoot connectivity issues can involve resetting connected devices or checking the integrity of the network connection.
Can Garage Door Connectivity Be Integrated With All Types of Garage Doors or Are There Any Specific Requirements?
Garage door connectivity is not universally applicable due to inherent connectivity limitations in certain models. These limitations largely depend on the age and type of the garage door. However, retrofitting possibilities do exist for older systems to upgrade them into smart systems, involving the integration of additional modules. It is essential to note that such retrofitting should be done under expert guidance for optimal performance and security of Internet of Things (IoT) systems.
In conclusion, the evolution of IoT systems has revolutionized garage door connectivity, enabling advanced integration with smart home systems through APIs. This intricate dance of technology, akin to an orchestra harmoniously playing a symphony, enhances user convenience and home security. As technology continues to evolve, the future holds boundless possibilities for further advancements in garage door connectivity and smart home integration.


Pad. dual - wireless charger
Our dual wireless charger will look great with your existing furnishing. You have the choice between fine walnut and solid oak wood, combined with matt white or light gray acrylic stone.
The pad. dual is equipped with two 10 watt fast charging zones , which can be used to charge two compatible smartphones or the AirPods with wireless charging case and AirPods Pro.
The easiest and most elegant way to charge compatible smartphones and AirPods.
- Wireless fast charging with the Qi standard, which supplies your iPhone with up to 7.5 watts and Samsung Galaxy S7-S20 and others with up to 10 watts.
- Wireless charging for the AirPods Pro and AirPods with wireless charging case
- Noble acrylic stone surface
- American walnut solid wood / solid oak wood
- 1.5 meter long charging cable with power supply
- Cork below - protects the wood and the surface.
- Pad. dual - wireless charging
- 1.5 m charging cable including power supply


16650 Oak Park Ave
Tinley Park, IL 60477 - Cook County
Comcast in Tinley Park, IL - Cook County is a business listed in the categories Local & Long Distance Telephone Service, Cable Television Companies & Services, Satellite Television Service, Satellite Television Services, Cable And Other Program Distribution, Satellite Communications Services, Telephones Communications Services and Television Cable & Catv & Satellite Systems Companies.
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15120 Cicero Ave
9520 W 144th Pl
13150 Cicero Ave


Allstar is a proud distributor of FERROXCUBE, a widely recognized leading supplier of ferrite components. FERROXCUBE offers customers the highest level of support in the development of their new innovative design. Allstar carries a broad range of soft ferrite cores, accessories, and EMI suppression products to support equipment manufacturers in their electromagnetic interference. Ferroxcube continues to develop lower power losses and higher saturation magnetic flux densities over a wide range of operating frequencies. At Allstar our aim is to support today’s digital electronic markets with a high inventory of products supporting miniaturization with ever-greater functionality.


VPN = Virtual Private Network, and is used to log securely into your private network.
A general explanation can be found here.
All the options that you have :
IPSec – is supported by Red Hat, is one of the first SW used for something like this, quite complicated
OpenVPN – is L2TP, is free, there is a free client application for Android devices (link). HomePage. Good and simple explanation can be found here.
PPTP – Point-to-Point Tunneling Protocol (there are mainly 3 types of VPN servers: Point-to-Point Tunneling Protocol (PPTP), Layer 2 Tunneling Protocol (L2TP) and OpenVPN). PPTP is supported natively on almost all devices, Windows, Linux, Android, IOS and Mac OS.
FreeSwan – uses IPSec
Some additional terms :
TUN – virtual network interface whom OS is seeing as a point-to-point network, for example a T1 line. But instead of the network tun pushes data towards the userspace, where user device can open a tun device as any other file, and read/write in it (IP packages).
TAP – interface similar to TUN, only it imitates ethernet, and not P-t-P.
How OpenVPN works :
IP->UDP->SSH—>TUN/TAP interface————–>TUN/TAP interface on another machine
Since IP has a TCP layer, encapsulation in UDP does not add overhead, but encapsulation in SSH adds security.


Wireless Networks are the powerful lifelines of your business that boosts productivity with constant access to your devices, applications and other network resources. It provides better connectivity and easy access to information in an organization. Any misuse of wireless networks can have drastic repercussions on the organizational network security. To avoid this, organizations need to perform regular network auditing and monitor any changes to the preset baseline. Wireless auditing helps an organization in understanding the security vulnerabilities in their WLAN setup and this helps in fixing the potential issues.
Lime Consultants enable our clients to have a comprehensive understanding of their IT and Wireless networks through our audit solutions. It helps them in planning, designing, implementing and optimizing their network environment. We help organizations in tracking their current performance and capacity of the networking solutions, to make sure they are able to leverage on high availability and performance. Our timely reports are highly resourceful to implement potential changes in your network that can further optimize it to improve business processes and workflow.


Editor's note: February 5 was Safer Internet Day, but we’ll be talking about it all week with a collection of posts from teams from across Google.
Encryption is incredibly important. It underpins our digital security. Encryption encodes data so that it can only be read by individuals with a key. With encryption, you are in complete control of this key, and you can store sensitive information such as personal data securely.
But encryption isn’t always practical, since it would slow some computers, smartphones and other devices to the point of being unusable. That changes with Adiantum, which we are introducing today in the spirit of Safer Internet Day.
Adiantum is a new form of encryption that we built specifically to run on phones and smart devices that don’t have the specialized hardware to use current methods to encrypt locally stored data efficiently. Adiantum is designed to run efficiently without that specialized hardware. This will make the next generation of devices more secure than their predecessors, and allow the next billion people coming online for the first time to do so safely. Adiantum will help secure our connected world by allowing everything from smart watches to internet-connected medical devices to encrypt sensitive data. (For more details about the ins and outs of Adiantum, check out the security blog.)
Our hope is that Adiantum will democratize encryption for all devices. Just like you wouldn’t buy a phone without text messaging, there will be no excuse for compromising security for the sake of device performance. Everyone should have privacy and security, regardless of their phone’s price tag.


In recent times, the critical importance of robust and reliable public safety communication systems has become increasingly evident. Thanks to the lasting impact of COVID-19, there has been a pressing need for Pennsylvania legislators to fund enhanced public safety communications infrastructure across the state, with a specific focus on police, fire and emergency services.
The pandemic has forever altered various aspects of life in Pennsylvania. While the state leadership has adapted and persevered, challenges persist, particularly in the realm of electronic components and technology procurement. Logistical and supply chain disruptions during the pandemic hindered the production of crucial hardware components, such as GPS components and graphics processors for public safety-related equipment. The resulting high demand led to inflated prices, hindering public safety agencies from acquiring the latest technology for their critical missions.
Public safety agencies across Pennsylvania have faced staffing and budgetary challenges since the onset of the pandemic almost four years ago. Large infrastructure projects were frozen, with essential funding redirected to address immediate needs. Consequently, county governments have grappled with maintaining their public safety mission-critical communications, which are vital for efficient government operations, leaving counties with outdated communications systems that can all too easily have a negative impact on the efficiency of essential services.
Today's technology demands a hybrid approach, incorporating advanced Mission Critical Push-To-Talk (MCPTT) technology. However, the financial challenges faced by public safety agencies hinder their ability to adopt these modern communications solutions. Interoperability among different emergency services’ communications systems is a significant challenge to many Pennsylvania counties. The lack of seamless coordination between police, fire and emergency services compromises quick and effective responses in crisis situations.
The APCO standard P25, developed post-9/11, aims to address interoperability issues by setting standards for land mobile radio (LMR) systems, ensuring critical communications exchange across agencies and jurisdictions. Counties in Pennsylvania must adhere to the P25 standard to foster interoperability and create competitive procurement opportunities, allowing them to acquire the best technology at market prices.
Enhancing communication systems enables seamless coordination among various public safety agencies, fostering more effective collaborative efforts during emergencies. The adoption of advanced features such as GPS, broadband LTE, WiFi and Bluetooth in multi-band radios contributes to improved interoperability. B. Moyer Radio Communications and L3Harris Technologies each play a pivotal role in providing solutions that elevate coordination and communication across diverse public safety agencies. An example of this is the Pennsylvania Turnpike’s integration of innovative technology through L3Harris Technologies, Inc.’s BeOn System, supported by B. Moyer Radio Communications. This integration extends secure communications capabilities across devices and networks, crucial for sustaining aging mission-critical communications systems for police, fire, EMS and public works operations in the state.
The Pennsylvania Turnpike, a vital component of the state’s infrastructure, necessitates significant, regular communications investments ranging from $10 million to $100 million, depending on the systems. As an authorized dealer of L3Harris Technologies, Inc., B. Moyer Radio Communications facilitates the deployment of advanced communications systems, including the LTE L3Harris Technologies BeOn system on the Pennsylvania Turnpike. This technology provides secure, reliable communication interoperability between traditional radio terminals and smartphones, enhancing connectivity in challenging situations.
Modernizing communications infrastructure also involves addressing cybersecurity vulnerabilities. Securing communication channels is crucial to protect sensitive information and prevent potential threats. L3Harris Technologies, Inc. provides cutting-edge, military-grade communications technology, ensuring secure and encrypted transmissions that specifically address the cybersecurity concerns raised by public safety agencies.
Investing in advanced communications systems directly contributes to the safety and well-being of communities. Improved emergency response capabilities create a ripple effect, fostering a safer living environment for all Pennsylvanians. Volunteers in remote areas of Pennsylvania, supported by the advanced technology provided by B. Moyer Radio Communications and L3Harris Technologies, have highlighted the challenges they face due to uncertain radio signal reliability.
Rural counties face additional challenges due to geographical factors, requiring adequate funding to ensure reliable communications infrastructure. Partnerships with companies like ATT FirstNet can extend public safety prioritized network services to remote areas, addressing coverage gaps. B. Moyer Radio Communications and L3Harris Technologies contribute to these efforts by providing tailored solutions for rural areas in Pennsylvania.
As Pennsylvania navigates the evolving landscape of public safety, prioritizing funding for counties to upgrade their communications infrastructure is a crucial step in the process. The interconnected nature of emergency services demands a comprehensive approach to address challenges and enhance the effectiveness of public safety efforts. Legislators must recognize the urgency of this matter and allocate resources to ensure that communities in the Commonwealth of Pennsylvania, with the support of industry leaders like B. Moyer Radio Communications and L3Harris Technologies, are equipped with state-of-the-art public safety communications networks, safeguarding residents in times of need.


According to Market. Us, the global wearable technology market is poised to reach an impressive $231 billion by 2032, exhibiting a robust Compound Annual Growth Rate (CAGR) of 14.60% from 2023 to 2032. Smart wearables are rapidly emerging as a focal point for growth within the consumer electronics sector. Consumers’ demands and expectations regarding smart wearables are on a relentless upward trajectory, with a keen focus on the devices’ intelligence, storage capacity, performance, stability, and battery longevity.
BIWIN Storage, in a proactive stance, meticulously evaluates the comprehensive performance of customer products. By harnessing its core competencies in R&D and integrated testing, it provides potent empowerment to smart wearables. Through high-performance storage technology and product offerings, BIWIN Storage equips these smart wearables with the metaphorical wings of storage, markedly elevating their competitiveness in the consumer market.
01 Smart Wearables’s Accelerated Upgrades Allow Diverse Applications
From a product perspective, smart wearables encompass well-known devices like smartwatches, fitness trackers, VR headsets, and AR glasses. In terms of functionality, they cover a wide range of features, including health monitoring, interactive entertainment, augmented reality navigation, assistance in recording sports data, and seamless data processing and application coordination with PC and mobile devices. In the future, smart wearables will extend their reach into critical domains such as transportation and healthcare, becoming technology products deeply intertwined with daily life.
The increasing significance and iterative nature of smart wearables, coupled with the expanding scope of applications and a growing user base, have led product development in the direction of high performance, compact size, and low power consumption. These trends impose greater demands on embedded storage design. Storage performance plays a pivotal role in aspects like data storage, data read/ write operations, and data management, as seamless and smooth operation of smart wearables hinges on the robust performance, diminutive size, power efficiency, and outstanding reliability of the embedded storage products.
02 Smart Storage Solutions for Smart Wearables
Trend One: Miniaturization, Low Power Consumption, and High Reliability
The demand for portability and comfort in smart wearable devices naturally drives a relentless pursuit of miniaturization and integration. However, the size and packaging of components integrated within these devices – main control chips, various sensors, storage, batteries, and power management systems – present challenges in achieving compact form factors. Integrating numerous components within the device, if not managed efficiently, can lead to issues related to power consumption and heat management, potentially causing component damage, device shutdown, financial losses, and even posing risks of user discomfort. Everyday activities, such as powering on and off, waking up, accidental impacts, and extended operation, can result in power loss, screen malfunctions, and system reboots, increasing the risk of device failures and data loss. Consequently, ensuring the safe and reliable operation of smart wearable devices hinges on the implementation of high-reliability embedded storage solutions.
To meet the demands of compact smart wearable devices, BIWIN Storage leverages its leading expertise in storage design and packaging testing to provide ultra-compact eMMC (7.5 x 8.0 x 0.6 mm) and ePOP (8.0 x 9.5 x 0.8 mm). These ultra-compact storage solutions not only fulfill the requirements for miniaturized designs but also create room for other components, optimizing circuit design and internal structure. This optimization allows for enhanced power efficiency and improves the device’s battery life. To address concerns related to power consumption and reliability, we conduct firmware optimizations and model user scenarios for our storage solutions. This approach effectively reduces device heat generation and minimizes the risk of crashes during multi-threaded, high-load, and extended usage scenarios. Furthermore, it ensures data integrity during operation, safeguarding device stability and preventing data loss.
Trend Two: Large Capacity and Enhanced Performance
The explosive growth of applications is leading to an ever-increasing amount of data, which will drive strong consumer demand for high-capacity storage in smart wearable devices. Smart wearables require robust data storage and processing capabilities to support their operations.
Memory serves a pivotal role in acting as the “data infrastructure”. On one hand, it provides smart wearables with data warehousing capabilities to store vast datasets. On the other hand, memory must actively collaborate with the instructions issued by the CPU chip, enabling faster data management, read/ write, scheduling, and data allocation to support the device’s multitasking and multithreading processing capabilities.
BIWIN Storage’s dedicated storage products for smart wearables combine high-performance controllers with NAND FLASH. These are compatible with high-end CPUs and, coupled with medium research, core firmware algorithm optimization, and advanced packaging techniques, push the application performance and capacity of smart wearable storage chips to new heights. As an example, consider BIWIN’s ePOP based on LPDDR4X 144-ball. This product utilizes a combined eMMC 5.1 and LPDDR4X, boasting sequential read and write speeds of up to 310 MB/s and 240 MB/s, respectively, a frequency of up to 4266 Mbps, and a maximum capacity of 32 GB +16 GB (with a future capacity of 64 GB +16 GB). This product represents BIWIN’s new flagship storage solution for high-end smartwatches.
BIWIN’s smart wearables storage solutions, known for their large capacity and robust performance, ensure quick data read and write speeds, the storage of vast data volumes, and prevention of data loss or corruption. This swift and responsive handling of user operations guarantees the efficient operation of smart devices.
Form Uniformity, Experience Divergence: Integration of Hardware, Software, and System Prowess for Empowering Products
In the future, smart wearable devices will spawn new categories and forms to encompass the lives of the masses, satisfying our imagination of “comprehensive intelligence”. Ever-evolving product categories and scene functionalities place higher demands on storage performance and the adaptability of specific applications.
Compared to generic memory chips for mobile phones, the realm of wearable storage imposes higher demands on manufacturers when it comes to rapid response and customization within the domain of universal storage solutions.
In practical collaborative instances, BIWIN has worked hand in hand with end-users, delving into the intricacies of SoC platforms, storage, systems, applications, and more. This multifaceted synchronization and empowerment have enabled them to grasp user scenarios and continually optimize their approach. The ultimate goal is to deliver a smoother and more seamless end-user experience and craft a powerful competitive edge for their terminal products. The company’s ePOP and other smart wearable storage products have now made their way into the supply chains of global top-tier clients, commanding a significant market share.
03 BIWIN Memory Chips Fuels the Advancement of Smart Wearables
Addressing the prevailing pain points and developmental trends in smart wearables, BIWIN Storage has been diligently shaping its technical and product matrix. Leveraging core technological strengths encompassing storage media characteristics research, design simulations, proprietary firmware algorithms, multi-chip heterogeneous integration packaging techniques, and self-developed chip testing equipment, along with testing algorithms, they have carved out a range of high-performance, compact, and highly reliable products and solutions. BIWIN stands ready to offer robust storage technology support to its customers.
Storage Capacity: 4 GB / 8 GB / 16 GB / 32 GB / 64 GB / 128 GB / 256 GB
Sequential Read Speed (up to): 320 MB/s
Sequential Write Speed (up to): 260 MB/s
Operating Temperature: -40 °C to 85 °C / -20 °C to 85 °C
Package Type: FBGA153 / FBGA169
Storage Capacity: 4 GB + 512 MB / 4 GB + 1 GB / 8 GB + 512 MB / 8 GB + 1 GB / 16 GB + 1 GB / 32 GB + 1 GB / 16 GB + 2 GB / 32 GB + 2 GB / 64 GB + 2 GB
Sequential Read Speed(up to): 320 MB/s
Sequential Write Speed(up to): 260 MB/s
Operating Temperature: -20 °C to 85 °C
Package Type: FBGA136 / FBGA168 / FBGA320 / FBGA144
Storage Capacity: 2 GB to 64 GB
Frequency: 1600 MHz / 3200 MHz / 6400 MHz
Operating Temperature: -20 °C to 85 °C
Package Type: FBGA168 / FBGA178 / FBGA200
With the continuous development and upgrading of smart wearables, storage solutions, serving as the “digital infrastructure” for these devices, play a pivotal role in the overall design, stability, security, and more of smart wearables. BIWIN Storage, operating around a research and testing-integrated business model, remains committed to market-driven innovation and product upgrades in the smart wearables sector. The company’s focus on storage technology innovations and product improvements spans various dimensions, including performance, power efficiency, stability, and more. This approach aims to create superior storage technology products, providing customers and the market with diverse, customized smart wearables storage solutions. BIWIN Storage is dedicated to propelling the smart wearables market toward high-quality development.


San Francisco's 911 system suffered a breakdown late Thursday night, that hampered emergency dispatchers.
The Department of Emergency Management told KTVU, that just before midnight, the dispatch center experienced a "power disruption."
It caused radio terminals and a computer system to go down.
According to a D.E.M. spokesperson, the telephone system remained operational, and dispatchers could still receive emergency and non-emergency phone calls from the public.
Due to the electrical issue, the dispatch center enacted manual-mode protocols.
DIspatchers had to write down on paper the 911 calls, and give the information to a group of "runners."
They passed on the information to a separate group of dispatchers, who then used handheld radios, to contact first responders, to send them to the people who needed help.
Technical support was able to fix the problem, and the system returned to normal by 3 a.m..
Officials wanted to stress that people phoning 911, had their calls and answered.


KiWi Power is a smart grid company that specialises in managing the demand side of energy consumption for large industrial and commercial consumers of electricity and for government regulators. The technical term for what we do is called Demand Response.We provide an alternative to polluting and expensive peaking power.
To enable effective participation in KiWi Power's Demand Response programme we must be able to monitor energy usage and turndown during a Demand Response event. To do this we install compliant smart metering at each participating client site. This metering is the key to both energy demand side management and to improving UK grid reliability. Once a site is identified, KiWi works with each client to identify their metering requirements. We use various technologies depending on the characteristics of each client and each site. We also support the implementation of site load sub metering to identify key load characteristics by monitoring multiple assets. By enrolling in our Demand Response programme, our clients can benefit from otherwise costly sub-metering free of charge.
Our energy monitoring solutions provide accurate and reliable real time data back to our Clients, KiWi Power and the system operator. All of this data is available through the intuitive KiWi Power energy dashboard, allowing you to identify trends and opportunities to make energy savings, alterations or upgrades to items of plant.All metering installation and commissioning is managed and paid for by KiWi Power prior to declaring availability for Demand Response. Our metering infrastructure is installed without interruption to supply or disruption to site operations, and does not replace the main billing meter used by your supplier.
The insolar monitoring platform consists of the following two components:
The Solar Plant Subsystem includes the Main Substation Unit, Peripheral Substation Units and String Combiner Boxes.
Main Substation Unit – MSSU
The MSSU is the heart of the Solar Plant Subsystem, installed in the main substation. It is connected to a variety of equipment that measure, monitor and control any desired parameter to networked intelligent devices along with various sensors and actuators. In detail:
The MSSU is a modular system built around an embedded processor and various I/O units consisting of:
The Control Center is a centralized system that monitors and controls all solar plant subsystems. In the Control Center, the calculation of relevant key performance indicators for each plant, according to international standards, is performed
The monitoring solution from DECK is
web-based software that lets you see your
system data on computers and mobile devices. Each monitoring package includes a revenue-grade meter along with a gateway device to prepare data for the web. Data is pushed out through the local web network (or by a cellular modem for remote locations). Data goes first to DECK web servers, then it populates to your two web interfaces: the Dashboard and the Admin Panel. Here you will find a suite of powerful software tools to help manage your system, along with customizable “green PR” tools to promote your project and organization.
The Smart Grid concept delivers a new level of monitoring, analysis, control and communications capabilities to national electricity delivery systems. The results are maximizing system throughput while reducing energy consumption. Smart Grid enables utilities to regulate electricity delivery as efficiently and economically as possible. It also allows homeowners and businesses to use electricity economically. Homeowners and businesses benefit from the choice and flexibility to manage their electricity usage while minimizing costs. T-GridTM, Telematics Wireless's high performance solution for Smart Grid adds these monitoring, control, and communication capabilities to electricity utilities, optimizing the operations of the entire electrical grid for consistent, measurable results.Telematics Wireless's Smart Grid solution delivers: Full required functionality to facilitate communications between the various electricity components, including Smart Meters, utility control room management system and application units, such as electrical appliances and In-Home Display unitsThe integration of multi-disciplinary network infrastructure, hardware and software, assuring 2-way robust and secure communications
T-Grid AMI components includes T-Grid MCU - Meter Communication Unit
T-Grid DCU - Data Concentration Unit
T-Grid HeadEnd - a single Communication server
TritonAMI specializes in providing Smart Grid solutions and the analysis, funding, selection, procurement and installation of Smart Grid systems and Advanced Meter Infrastructures.
Electric, Water and Gas Utilities can all benefit from more precise management and control of their Utility Grid that consists of supply points into the system, a distribution system and end users. Understanding precisely how much electricity, water or gas is being generated or purchased, how it is distributed and what occurs in the distribution system and at end use points is becoming critical.
AMI systems are the window used to see into an Electric, Water or Gas grid and collect information at a rate that allows the owner of the Grid to evaluate the state of the grid at any given time. Advanced Metering Infrastructures (AMI) should include Smart Meters, SCADA and other Smart Grid components to help measure, monitor and control substation and distribution parameters.
The AMI system must funnel significant amounts of data from Home Area Networks (HAN), Smart Meters and other Smart Grid components to a variety of Intelligent Management and Control software. This software may include Meter Data Management (MDM) software, Customer Information Service (CIS) and Billing software, Outage Management Software (OMS) and Distribution Automation (DA) systems.
You can effectively utilize management tools such as MDM, CIS/Billing, OMS and DA systems only if the AMI systems provide accurate, reliable and secure data at sufficient intervals and quantities to support the level of management and control that you desire.
The design and installation of the AMI systems are, by far, the most costly and risky infrastructure improvement required to implement a Smart Grid. It would be much less costly to upgrade or replace supporting software systems, in the future, than HAN’s, Smart Meters, SCADA systems or other telecommunication hardware in the field.
TritonAMI has significant, real-world, experience in the analysis, funding, selection, procurement and installation of a wide variety of AMI systems. We have successfully performed the integration of data from the AMI systems into a wide variety of CIS/Billing systems across the country.
We have the experience to understand every facet of a Smart Grid system. We are product independent and we will recommend the best combination of field hardware and communication systems matched to your requirements and the capabilities of various, MDM, CIS, OMS and DA software systems you may consider.
The End-to-End Smart Grid Solution
The Smart Grid Suite by Siemens is designed to provide the energy industry’s movers and shakers with a complete range of products, solutions, and services. From the protection, automation, planning, control, monitoring, and diagnostics of grid infrastructures to products, turnkey solutions, and rail electrification systems – Siemens is the perfect partner for “all things energy”.
Integrated IT/OT Solutions
Smart Grid Software Solutions
Distributed grid solutions
Power quality and measurements
eMeter Energy IP
The industry’s leading integration platform for real-time Smart Grid data management applications. EnergyIP
Supports rapid integration with a variety of AMI smart metering, data collection and back office systems
Provides an open, standards-based real-time transaction processing framework for applications
Provides a highly scalable platform for growth and new Smart Grid application
eMeter Energy Engage™
A highly engaging consumer energy solution that provides consumers visibility regarding energy usage, cost and carbon footprint so they can make smart choices about energy consumption
eMETER Interval Billing™
Provides meter data management and processing services designed specifically to support all forms of consumer behavior-modifying rates and tariffs without costly changes in back office systems. Integrate to SAP, Oracle, Convergys, TailorMade or any other billing/CIS system.
Automates the meter-to-cash processes for interval and register reading environments
Provides real-time validation, estimating & editing (VEE)
Supports TOU, CPP and dynamic pricing
Next Generation Technologies for Planet & People
Features View detailed performance data from a fleet of PV installations down to the individual module.Streamline operations and easily monitor activations in process.Compare actual system performance data against modeled performance data.Remotely diagnose and resolve issues impacting system performance and easily determine whether an unplanned truck roll is necessary.Receive automatic emails of events affecting system performance. Or view maintenance issues on graphs or maps.Access performance data for PV module warranty claims.Access performance reports 24/7 with secure, backed-up online data storage.
Features With at-a-glance views of energy production and performance, system owners can see their system is performing as expected.Easily compare current performance against a previous day week or month.View historical weather data to understand variations in performance.System status indicator tells you when the system is not performing as expected and what can be done to restore performance.One-click sharing with integrated social media buttons. Accessible from any device with an Internet connection.
Oracle’s smart grid software unifies information from various segments of the Smart Grid network, including service delivery, customer interaction and consumer energy usage. Components of Oracle® Fusion Middleware underlie these applications with processes that help integrate and manage large meter data batch files with Oracle Data Integrator or automate meter and sensor data filtering and front-end processing using Oracle Complex Event Processing. The solution also provides standards-based integration with a technology infrastructure that includes Oracle® Database, as well as software for project management and enterprise analytics. Oracle’s smart grid software includes the following solutions:
Oracle® Utilities Network Management System – Integrates with advanced metering infrastructure (AMI), allowing utilities to proactively respond to outages and be more precise when providing consumer alerts and notifications – enabling the smart meter to send a “last gasp” message to report a power loss thus eliminating the need for a customer to report the outage. Oracle Utilities Network Management System also supports automated isolation of faulted feeder sections and the re-energizing of un-faulted sections, minimizing sustained outages. Its integrated distribution capability supports the continual assessment of power delivery and available feeder capacity in a distribution network that optimizes operations.
Oracle® Utilities Customer Care and Billing – Allows utilities to harness the benefits of new smart grid technologies and AMI, such as two-way communications, to better contain operational costs and control consumer energy demand through conservation and time-based pricing programs, as well as improve customer service and environmental awareness. It can provide customers with a clear picture of the relationship between their consumption and environmental impact, then offer service options to help change behavior.
Oracle® Utilities Load Analysis – Performs peak load analysis, including coincidental peak demand analysis by customer rate class. This solution also balances premise level loads to system loads, incorporating variable, fixed losses and unaccounted for energy.
Oracle® Utilities Work and Asset Management – Provides complete asset lifecycle management, which can ultimately extend the life of aging assets, enable utilities to manage network renewal projects, and enhance cost control and visibility while improving system reliability and customer service. In addition, by monitoring and performing maintenance on a timely basis, utilities can reduce the environmental impact resulting from equipment failure.
Oracle® Utilities Mobile Workforce Management – Supports efforts to ensure service availability and automate field operations via dispatch, scheduling and routing. It provides field workers the optimal route with the least mileage and fewest truck rolls, which helps reduce fuel consumption, highway congestion and tailpipe emissions.
Oracle Utilities Meter Data Management – Provides a centralized, robust system to support smart grid and green initiatives by connecting AMI usage data and presentment tools, so consumers can view their usage
– allowing them to make informed conservation decisions. Utilities can also configure the application to support demand response programs including: customer recruitment, event planning, event notification and compliance.
Oracle® Hyperion Performance Management applications and Oracle® Primavera applications – Leverage comprehensive performance and project management functionality to enable the planning, scheduling and installation of utility-controlled renewable devices – such as solar panels on homes and buildings.
Oracle Database – Scales to tackle exponential growth in data and enables utilities to more effectively manage network operational data to improve performance.
Oracle Governance, Risk and Compliance – Simplifies compliance with NERC (North American Electric Reliability Corporation) and FERC (U.S. Federal Energy Regulatory Commission) with an enterprise GRC platform for standards and policy documentation; risk-based assessment; and closed-loop remediation, certification, and reporting. Integrated controls monitoring also enforce segregation of duties to reduce the risk of improper access and fraudulent activities.
Schneider Electric's open-ended solutions make the grid more efficient, more flexible and more secure by:


“Everybody has equal opportunity and I think that is true for everything,” says one of the richest person of world Mukesh Ambani, Chairman of Reliance group…
the number of internet connections in India has surged by 65 per cent in 2018 to cross ambitious 50 crore-mark set up three years back as billionaire Mukesh Ambani’s Reliance Jio continued to take lead in boosting internet connectivity across the country through its low cost data. At the end of September 2018, there were 56 crore narrowband and broadband connections in India, according to TRAI data.
Interestingly, of the 56 crore total internet connections, 54 crore are on mobile phones and remaining via broadband, implying that majority of customers are using internet on phones. Of the total 56 crore connections, 64 per cent, or 36 crore, are in the urban areas and 36 per cent, or 19.4 crore, in the rural areas, data showed.
As on August 31, 2018 there were 445.18 million subscribers that used internet on mobile phones and dongles. The number increased to 462.89 on September 30, 2018.
Top five service providers constituted 97.86 per cent market share of the total broadband subscribers at the end of September 2018. These service providers were Reliance Jio Infocomm (252.25 million), Bharti Airtel (99.29 million), Vodafone (51.82 million), Idea Cellular (47.90 million) and BSNL (20.12 million).
The report further added that six states namely Karnataka, Tamil Nadu, Andhra Pradesh, Telangana, Gujarat, and Maharashtra account for 20 crore or 36 per cent of all internet connections in India.
In December 2015, Union telecom minister Ravi Shankar Prasad had said: “My plan is to make 50 crore internet connections in India by 2018… I’m convinced that in the coming 2-3 years India will become equal to China as an IT market of the world.”


How about a mobile phone with a sizzling touch of gold? Nokia is all set to ship all-new Nokia N97 Mini Gold Edition, reports
Dipped into gold, the luxurious piece is gracefully togged in 18 carat gold. The truly spellbinding phone comes equipped with 3.2-inch touchscreen display, a slide-out QWERTY keyboard, and an integrated FM transmitter.
The phone also includes:
* 3.2 inch TFT LCD with a 360 x 640 pixel resolution
* 3G, EDGE/GPRS
* GPS with A-GPS Support
* Bluetooth 2.0 with A2DP, USB 2.0
* 5 megapixel camera
* 8GB of on-board storage space
* External memory support (microSD) upto 16GB
* 3.5mm handsfree socket
The Nokia N97 Mini Gold Edition is anticipated to be available in Europe, Africa, Asia, and Middle East for 625 euro from Q2 2010 onwards.
Nokia’s much awaited touchscreen music phone, the X6, has been rolled out in the UK for sale. This indicates that the X6 will make an appearance in other markets including India soon.
The first Nokia Nokia touchscreen handset to sport a capacitive touchscreen, the X6 will sure be a very responsive device running S60 V5. It has a 3.2-inch 640×360 resolution screen and comes in 16GB and 32GB versions. The X6 is quite sleek and is thinner than the 5800 XpressMusic. At 122 grams, it is also quite light for a touchscreen handset.
The other features includes a 5 megapixel camera with Carl Zeiss optics, dual LED flash, TV-out, video editing, online sharing, Nokia Music store, full web browser and Flash Lite support. t doesn’t stop there. A-GPS, Ovi Maps and Playlist DJ find their way in as well. For the musical gamers out there, there’s Spore DJ Mix Tour and Asphalt4 preloaded. Connectivity options include, Wi-Fi, GPS and HSDPA plus Bluetooth.
The X6 32 GB costs around 450 GBP (Rs. 32,696) while the 16GB is cheaper by 150 quid and is priced at 299 GBP (Rs. 21,797).
Today many mobile devices offer smooth internet over them through 3G. This latest Nokia offering though will certainly get mobile users in India thinking. To get users closer to the internet, the company reveals the Nokia 2730 classic phone with 3G with a very affordable price.
Claiming to be the company’s most affordable 3G device in India, the phone sports a compact and sleek fabrication. Loaded with a host of innovative features, it claims to enhance the internet experience to the hilt. The phone is additionally equipped with a wide array of Nokia services such as Ovi Mail, Nokia Messaging and Nokia Life Tools. The browsing capabilities of the phone should enable users to share and manage their life conveniently.
“Nokia has always had a holistic approach towards driving the adoption of 3G in India, both at the infrastructure and at the handset level. As the market leader, our investment into different technologies has always been aimed at being future ready and today with the launch of Nokia 2730 classic we have a portfolio of over 20 3G enabled handsets in the market.” Vineet Taneja, Director Marketing Nokia India mentioned. “We firmly believe that 3G technologies and future enhancements will offer the most expeditious and cost-effective means of providing mobile internet access to the mass market.”
The handset is just about 109.6 x 46.9 x 14.4 in dimensions and is offered in black and dark magenta colors. It weighs just about 87.7g. The battery offers a maximum of 7.4 hours talktime and 16.5 days standby time. 3G support along with the integrated Opera mini browser should further allow quicker search and browsing.
Some other attributes of the phone are Bluetooth, 2 megapixel camera, Stereo FM radio, 1000 entry capacity phonebook, calculator, integrated handsfree speaker, expense manager and support for MMS, Email, Flash message and Audio message. The Big Key mat is also easy to use.
The Nokia 2730 classic with 3G support is priced at just Rs. 4,499.


CueAssist - Stage Controller Two
|CueAssist Stage Controller
Two supports up to four footswitch control points on the stage. Each
control point has up to four inputs for control of the CueAssist
show by the presenter.
In addition this controller uses an advanced wireless communication system to provide control of up to four Wireless Dual Release Box Controllers by the CueAssist software.
|Back to Avian Ambassadors||CueAssist Software||CueAssist Components||CueAssist Hardware||Show Design and Production||Contact Us|
This site and all content is the copyright (2003 - 2013) of Sid Price, unless otherwise explicitly stated.
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It is a year alnost to the day since the Russian ZEVS Transmitter was as good a signal at my location.
Interestingly the 82Hz Idle / Start / End carrier has been constant between transmissions.
Also there have been much longer messages and I have identified what is to me a new frequency 83.2Hz labelled by me as ZEVS 13, for now I am calling it P, Page. This addition in fact balances the code making it symmetrical. As 82.0Hz, ZEVS 7 was the observed centre frequency, adding ZEVS 13 gives 6 frequencies either side.
2011 messages had a 3 figure repeated code e.g. S 10,6,11 R 10,6,11 E
easy on the eye to interpret.
S=Start, R=Repeat, E=End, P=Page.
2012 long message e.g. S 10,12,6 R 10,12,6 E 10,9,6 R 10,9,6 E 9,4,3, R 9,4,3 E 5,12,6, R 5,12,6 E 3,12,5 R 3,12,5 E —-S 8,8,3 R 8,8,3 E
2012 new message with 13 frequencies used e.g. S 12,3,11 R 12,3,11 P
2,8,11 X X,X,X E The X’s were wiped out by noise at this end but I can guess, (I hope the Submarines never do) at R 2,8,11. This brings in a whole new block of possible messages above the 2011 estimated 1,000.
It seems odd that I have not seen ZEVS in the UK for a year. Unfortunately I normally switch off my Grabber in the summer, my last note of ZEVS presence was in June so I have no idea of when it disappeared. Maybe the Transmitter been off or is it Propagation, does the noise level at 82Hz rise and obliterate the signal in the winter months.
My Grabber is showing an excellent signal 10dB above the noise peaks at this time, the first message seen today was at 13:00 UTC
My Grabber will be on air as much as possible with live signal capture.
As a reminder the transmission comes from Northern Russia is able to communicate to Submarines under the Polar Ice. The antenna is quite long, long enough to stretch from Italy to The Netherlands plus some.
The other carrier at 80Hz is always present, very stable and 5dB above the noise peaks, I don’t know the origin of this signal, I have seen it in Grabs from the Netherlands also.


In 1996, I was fascinated to discover that providing Internet Access via wireless technologies was not only possible, but being done routinely by a small band of pioneering Internet Service Providers. By mid-1997, I was writing professionally about Broadband Wireless Internet Access (BWIA), first as a monthly columnist in Boardwatch Magazine.
In 2000, I began writing about BWIA full time in my own blogs, for numerous other publications, and FOCUS On Broadband Wireless Internet Access, my subscription newsletter.
From 2008 - 2015, I took a hiatus from writing about BWIA, but my interest in BWIA did not wane. In 2016, I was able to resume writing full time, and I formed Zero Retries to publish a family of subscription newsletters about Broadband Internet Access using various wireless technologies, not just fixed link terrestrial systems.bio page.
Send me email at Zero Retries.


Security Alarms - Sydney, Home Security Alarms. Home Alarm systems, Residential & commercial intruder alarms, burglar alarm systems, home security systems. Sydney Back to Base monitoring, Burglar alarm installation and service. CCTV, IP Cameras and back to base video Monitoring. Access control & intercom systems.
We offer a range of intercom solutions for residential and commercial sites. We can install, service and maintain audio, video, stand alone and integrated solutions.
Stand alone Systems
Stand alone intercom systems do not require an alarm system at your site, and will work independently of any existing systems. Alarmzone offers the following stand alone products.
Futuro Video Intercom System
The Futuro video intercom offers the following features:
- Up to 3 surface mount or flush mount door stations can be attached to the system
- Up to 4 wide screen 7 inch display monitors can be attached to the system with interphone communication and paging (black or white colours available)
- Additional cameras can be attached to this system
- Photo and video recording when the intercom is pressed
- Door opening capabilities, monitoring mode and baby monitoring
Aiphone Video/Audio Intercom System
The Aiphone audio and video intercom offers the following features:
- Up to 2 surface mount or flush mount door stations can be attached to the system (vandal proof door station available)
- Up to 3 internal stations with interphone communication and paging
- Photo recording capabilities
- Door opening capabilities, voice memo, away messages and handsfree communications
BIDP Audio Intercom System
The BIDP audio intercom offers the following features:
- Up to 2 surface mount aluminium door station with weatherhoods can be attached to the system
- Up to 4 handsets with interphone communication and paging
- Door opening capabilities
- Easy 2 wire system for DIY installation
These types of intercom systems can be integrated with the alarm system at your site.
More information coming soon.


Plantronics M50 Bluetooth Headset: Looks Good!
The Plantronics M50 Bluetooth Headset is an adjustable head piece that is designed to receive calls from a mobile device such as an iPhone or Android. The headset uses Bluetooth technology to communicate with the mobile wirelessly and is designed for those that want to talk on the phone whilst they are driving. The headset can also be used outdoors and on the move. In this article we will take a look at the features of this headset and outline the good points and the bad points of the unit.
It is very robust and although the strap on part of the device sits comfortably, it cannot be removed in anyway. The headset sits well on the user and will not fall off by accident. The hook design is well suited for prolonged use and there has obviously been close attention paid to this part of the design. The headset works with all the major mobile devices. Set-up is easy and the headset should automatically detect the device it is working with. On an iPhone, the headsets battery life icon will appear next to the iPhones and the amount of battery power left in the device will also be shown as an alert. The battery life is also extremely long and will last for an entire day before it needs to be charged again.
The Headset has a selection of negative aspects that appear when the user is active on the device in areas where noise levels are higher than usual. The device does not have good noise cancellation and the volume control on the headset is limited. The device also comes with A2DP technology that allows users to stream sound and music media from their mobile device into the headset. However, this does not sound great and there is very little bass when playing music through the headset.
This device is well designed and comes with an interesting selection of features. Users can connect the headset to several mobiles at once for conference style calls. There is also a service that provides voice mails and news updates directly to the headset and is available for a small monthly fee. The noise cancellation is an issue with this particular headset and will effect those that wish to use their device outdoors. However the sturdy design and additional features of Plantronics M50 Bluetooth Headset should attract consumers that are looking for a good quality headset device.


Cyber Business Internet Gateway (CBIG)
Our CBIG (Cyber Business Internet Gateway) is a CPE (customer premises
equipment) Internet router. It allows networked computers to access the
Internet simultaneously, either through our CIAN (Cyber Internet Access
Network) Distribution Router or any other IP enabled direct T1 link to an
Dedicated LAN connect to Internet
Built-in Network Address Translation
Built-in POP3/IMAP-compliant e-mail server
Built-in DHCP Server
Built-in Security (IP Masquerading and Packet
Software configurable for Frame Rely or Private Line
CBIG offers a capacity of 0.05 Gbps, the industry’s fastest
router for CPE network.
Protects local area network (LAN) information from any
Internet intruder (built-in firewall). Creates affordable Virtual Private
Network connections through IP masquerading.
The CBIG POP3 mail server allows you to host your own e-mail
server on site.
Dramatically increases the reliability of CPE network by
eliminating many single purpose devices.
One multi-function box with simple-do-it-yourself
The CBIG is also available in various custom
configurations for specialized access to the Internet.


Course Time: 7.5 hours
Cisco Training Video for ICND1 v3.0 100-105 is part of the two exam series for completing Cisco Certified Network Associate (CCNA) certification.
This course provides the basic understanding of network Layers 1–3 that are applicable to implement the technologies such as core routing and switching. Other advanced concepts like TCP/IPv4, IPv6 and subnets etc. are also discussed in detail.
This course also enables the students to understand the interactions and network functions of firewalls, wireless controllers and access points, along with additional focus basic network security.
Cisco CCNA ICND1 v3.0 is the first step towards becoming Cisco Certified Network Associate (CCNA). This course provides the students with foundational knowledge of networking technologies and protocols necessary to design, implement, maintain, operate and troubleshoot small to medium sized networks. The course is equally useful for IT professionals working as network administrators in their organizations as well as support and sales engineers working with system integrators.
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Sensorflare provides you with the software and services needed so as to make your devices intelligent.
Your devices become part of the Internet of Things and support intelligent processes beyond a simple remote control.
Millions of people use your hardware devices as Sensorflare makes their intelligent lives simpler.
Our cloud platform adds genuine intelligence to all smart and Internet of Things devices, harnessing them to understand the user’s habits and needs to ultimately enhance everyday life without the hassle of complex configuration.
Sensorflare helps Hardware Manufacturers in the IoT industry to make their devices intelligent and integrate them effortlessly in the broader smart ecosystems and support intelligent processes beyond a simple remote control.
Sensorflare is developed based on the Spark Works IoT platform, which helps you develop your IoT enterprise application.
The Spark Works IoT platform is an award winning platform ready to be used and scale up to serve your needs.


Yesterday, I was discussing the process of mobile registration forms with a colleague from Uganda. He was asking if I knew of a simple way to capture data quickly from mobile devices whilst minimising potential fraud and human error.
We know smart phones have become common place in the “first world” but technology is not as advanced in developing countries such as Uganda so relying on mobile apps and web forms are not always an option.
However, one common feature of all mobile phones are contacts – a digital representation of a person.
Nearly all mobile phones allow users to store basic contact details for an individual. They store common fields such as first name, last name, telephone number, address and date of birth. These devices also have cameras built in so there is potential to attach a photograph of the owner for security reasons.
Additional to this, most mobile phones also offer the facility to send contact cards via email or SMS so there is a method available for data submission.
If a provider required registration prior to activation, a user should be asked to create a new business card containing all their personal details and send it to a pre-defined point of contact (SMS or email). Not only is this allowing instant activation on a reliable data capture mechanism, it is also minimising chance of error as well as validating the origin (the mobile telephone number).
In a world where mobile apps are fast becoming the norm, it’s easy to forget other audiences where new technology is unavailable. However, this simple approachÂ could revolutioniseÂ data capture in a developing world.
What do you think? Is there potential in this process or is it flawed in some way?


Mobile telecommunications operators are expected to make significant investments of over $1.1 trillion in capital expenditure (capex) between 2020 and 2025, 80 per cent of which will be on fifth generation (5G) networks.
According to the latest Mobile Economy report from the GSM Association (GSMA), 5G is gaining significant traction since launch, with the technology maturing past its development stage, as it forecast significant operator investment in the coming years.
Mats Granryd, GSMA director general, said hype surrounding 5G had given way to reality, as “millions of consumers are already migrating” to next generation networks and “enterprises are beginning to embrace” innovations including “network slicing, edge computing and low-latency services.”
The industry group predicted industries including manufacturing, utilities, professional and financial services would reap the greatest benefits from 5G, potentially adding $2.2 trillion to the global economy at the close of 2034.
By end-January, it said commercial services had been commenced by 46 operators in 24 countries following a spate of launches in 2019. It forecast one-in-five mobile connections would be on 5G networks by end-2025.
Despite the progress of 5G, 4G remained the most popular technology at the close of 2019, accounting for 52 per cent of global connections at that point and being tipped to increase its share to 56 per cent by end-2025.
The industry group said mobile technologies and services contributed $4.1 trillion, or 4.7 per cent, of global GDP at end-2019. It tipped this to hit $4.9 trillion (4.9 per cent) by end-2024, as productivity and efficiency is boosted by increased take-up of mobile services.
The mobile ecosystem supported more than 30 million jobs directly and indirectly in 2019, and made a substantial contribution to public sector funding with $490 billion raised through tax.
GSMA’s latest research also revealed global unique mobile subscribers stood at 5.2 billion by end-2019 (67 per cent of global population), forecasting this to grow to 5.8 billion by end-2025 (70 per cent).
Almost half of the global population (3.8 billion people) were connected to mobile internet services: this is expected to reach 61 per cent (5 billion) by end-2025.


Differences between licenses
Newsletter Studio is available in two different licenses: Single License and Multi License.
The single license connects to the Newsletter Studio database and does not allow data sharing with other stations. This type of license can save the database as a backup and reuse it as needed.
The multi license allows you to connect to a shared database on the network. This feature allows you to share data with the entire network (LAN, WIFI, VPN). It is also possible to work on multiple individual stations using different databases.
To share the database proceed in this way:
1. Select the "Save mailing" button and choose a shared folder on the network, reachable by all the PCs you want to connect.
2. From all PC stations select the "Open mailing" button and choose the database file previously saved on the network folder.
From this moment the PC workstations all connect to the same database.