To build intelligent transport systems in road traffic, first of all, it is required to organize the collection of information about the state of traffic. One way to do this is to ensure that data is received directly from users. Almost every person has a smartphone with GPS and other useful sensors that allow to transmit up-to-date information about the transport system (Wan et al., 2020). To collect information, an application can be developed where the user will indicate his route, helping the system collect data on speed, delays in certain sections, altitude and many other factors that can be used to analyze the traffic situation.
The second way of collecting information does not require the direct participation of a person: it involves the use of modern Big Data analytics. Already today, there are programs and entire systems that help analyze the movement of people through SIM-cards in phones, collecting large amounts of anonymous data (Zhu et al., 2019). The information collected using smartphones makes it possible to obtain and use real information about the situation and dynamics of population movement in any part of the road network (Fatemidokht et al., 2021). Using such solutions, it is possible to start building modern urban passenger transport management systems, as well as entire “smart cities”.
In addition to the above, traffic monitoring on the road can be organized using high-quality cameras and traffic radars. These technologies provide the necessary information about speed, distance between vehicles, routes, traffic through intersections, delays and distribution between individual traffic lanes (Guevara and Cheein, 2020). Settlements should have the most accurate information about the situation on transport routes in order to properly plan and build urban road infrastructure, optimize it, taking into account the needs of citizens and current conditions.
Internet of Things
Intelligent transport systems on the roads are a whole range of functional equipment that collects information, manages traffic flow and informs road users. Only if the system is equipped with the necessary equipment and its integrated work can a significant improvement in the situation on the roads in megacities be achieved (Lana et al., 2021). It is important to analyze the most vitl aspects of the whole system:
Traffic cameras act as the “eyes” of modern intelligent transport systems. These are high-resolution cameras, which are widely used by the developers of ITS and complexes for video recording of traffic violations (Brincat et al., 2019). The systems use industrial cameras that allow you to effectively monitor the traffic flow, highlight and trace moving objects, capture frames with state registration plates of vehicles, and recognize alphanumeric images on license plates.
Smart Traffic Lights
It is customary to call a traffic light smart, which is controlled by a special program that allows the device to make decisions independently, including on the basis of incoming traffic information from other similar devices. In cities where such systems are already used, a situational center is required to function, which also helps to pass emergency vehicles to calls.
These are special measuring devices that work with the help of sensitive elements, an amplifier-converter and an output device. The device captures the fact of the passage or presence of a vehicle in the controlled area, generates a primary signal, which is subsequently amplified, processed and converted into a form convenient for registration.
Electronic Means of Fare Payment
The need to pay for travel contributes to the formation of congestion on the roads. To reduce traffic jams, so-called electronic means of fare payment – transponders are used. These are transceivers that allow you to move non-stop through paid checkpoints (Pan et al., 2021). They are installed on the windshield of a car, have unique personal accounts and identification numbers. To pay the fare, the driver only needs to slow down to 30 km/h and the money will be automatically debited from the account.
To simplify and secure the city’s road system, it is necessary to think over parking. Parking meters, devices that are located in places of automated paid parking, do an excellent job with this. With their help, the motorist can independently pay for parking in accordance with the specified tariffs (Mollah et al., 2020). The devices not only make life easier for drivers, but also make parking more economical by reducing employee costs.
Automated Lighting Control
The lighting control system makes it possible to fully automate street and road lighting. It is able to independently make a decision on the need to turn on or off the light in accordance with the situation on the road, time of day and other factors (Sobral et al., 2019). The system works according to a set algorithm, receiving information from various sensors that record the load and illumination of the road zone.
Artificial Intelligence, Data Analytics, and Deep Learning
Transportation systems already under construction, as well as those under development, have a number of advantages that make government and business representatives in cities around the world think about the possibility of implementing the technology. For example, Intelligent Transport System is being developed, aimed simultaneously at:
- Reduction of traffic hazards, reduction in the number of accidents and deaths on the roads;
- Ensuring unhindered movement of special services and special vehicles to respond to calls (Guerrero-Ibanez et al., 2018);
- Prompt and accurate communication of information to special services about the situation on the roads;
- Informing drivers about traffic violations;
- Fixation of any facts of traffic violations by the driver;
- Increasing the driver’s attention while driving and preventing falling asleep at the wheel;
- Creating the necessary conditions to reduce the time that passengers have to spend to get to work or to any other place in the city (Camacho et al., 2018);
- Ensuring the possibility of choosing the optimal route in terms of convenience and speed;
- Optimization of traffic, taking into account the situation on the roads.
At the same time, more globally, the introduction of AI technologies in transport has two main advantages: convenience for passengers and integration with road transport services.
Examples of Implementation of Transport Management Systems
Smart public transport is extremely relevant today, therefore, in different countries and cities, individual technical and software solutions are being developed and implemented to make road traffic safer and more convenient. In Singapore, traffic detectors and video cameras are installed on most roads – every 500 and 1000 meters, respectively (Hirtan et al., 2020, p. 791). They are also equipped with traffic lights and city buses. All data is sent to a single control center, where it is analyzed and used to improve the situation on the roads. The country has a trip planner that uses information from taxi dispatch services (Zhou et al., 2019). Using this data, the average speed of movement along the main highways is calculated, and the planner adjusts the issued route (Haydari and Yilmaz, 2022). Radio channels are actively used, through which reports on the congestion of key roads and interchanges are transmitted. During peak hours, informing citizens becomes more frequent.
Japan’s ITS is based on the automotive information and communications system, which is used as a basis for making navigators for cars and through which GPS data on traffic congestion and detours can be obtained. Information is transmitted from roadside transmitters and beacons installed back in 1995 to a single information center (Ganin et al., 2019). Information about road accidents, pavement repairs and traffic jams goes directly to drivers’ navigators. In the country, transport management systems use the DSRC standard – a wireless communication channel (Manogaran and Alazab, 2021). With this solution, road users can receive notifications and warnings about emergency situations (Lv et al., 2021). In addition, the American transport system allows you to monitor the performance of cars remotely in real time, collect tolls electronically, warn about the possibility of a frontal collision or car overturn.
Synthesis of Findings
Many companies are thinking over the architecture of intelligent transport systems, offering more and more modern and technological solutions to control the situation on the road, but not all of them are being implemented today. The task of modernizing the transport system of even one city is enormous (Zichihi et al., 2020). Projects require sometimes crazy investments – what does it cost to install cameras every 500 meters on all roads, as is done today in Singapore (Ferdowsi et al., 2019, p. 67). Projects are not limited to cameras alone: their work requires incredible resources, so smart systems can be developed and built only if there is an appropriate institutional capacity, which is not available in most states. A lot is being done in the state to modernize the outdated system.
For example, geolocation is being introduced, which allows you to find out the location of buses, trains and other traffic participants. It helps not only the passengers and travelers themselves, but also business owners who want to control the current location of their vehicles (Veres and Moussa, 2020). The work of smart transport with geolocation is implemented through the Internet of things, where the elements of the system exchange information with each other (Dain et al., 2018). Data from sensors from buses and on the road is sent to a specially created application that informs passengers about the position of the vehicle. In addition, many cities are introducing a system of unified non-cash fares, which makes all financial transactions completely transparent.
Brincat, A. A., Pacifici, F., Matrinaglia, S., & Mazzola, F. (2019). The Internet of Things for intelligent transportation systems in real smart cities scenarios. 2019 IEEE 5th World Forum on Internet of Things (WF-IoT), 1(1).
Camacho, F., Cardenas, C., & Munoz, D. (2018). Emerging technologies and research challenges for intelligent transportation systems: 5G, HetNets, and SDN. International Journal on Interactive Design and Manufacturing (IJIDeM), 12, 327-335.
Dain, A., Harrou, F., Sun, Y., & Senouci, M. (2018). Obstacle detection for intelligent transportation systems using deep stacked autoencoder and k-nearest neighbor scheme. IEEE Sensors Journal, 18(2), 5122-5132.
Fatemidokht, H., Rafsanjani, M. K., Gupta, B. B., & Hsu, C. H. (2021). Efficient and secure routing protocol based on artificial intelligence algorithms with UAV-Assisted for vehicular ad hoc networks in intelligent transportation systems. IEEE Transactions on Intelligent Transportation Systems, 22(7), 4757-4769.
Ferdowsi, A., Challita, U. & Saad, W. (2019). Deep learning for reliable mobile edge analytics in intelligent transportation systems: An overview. IEEE Vehicular Technology Magazine, 14(1), 62-70.
Ganin, A. A., Mersky, A. C., Jin, A. S., Kitsak, M., Keisler, J. M., & Linkov, I. (2019). Resilience in intelligent transportation systems (ITS). Transportation Research Part C: Emerging Technologies, 100, 318-329.
Guerrero-Ibanez, J., Zeadally, S., & Conteras-Castillo, J. (2018). Sensor technologies for intelligent transportation systems. Sensors, 18(4), 1212.
Guevara, L., & Cheein, F. A. (2020). The role of 5G technologies: Challenges in smart cities and intelligent transportation systems. Sustainability, 12(16), 6469.
Haydari, A., & Yilmaz, Y. (2022). Deep reinforcement learning for intelligent transportation systems: A survey. IEEE Transactions on Intelligent Transportation System, 23(1), 11-32.
Hirtan, L. A., Dobre, C., & Gonzalez-Velez, H. (2020). Blockchain-based reputation for intelligent transportation systems. Sensors, 20(3), 791.
Lana, I., Sanchez-Medina, J. J., Viahogianni, E. I., & Del Ser, J. (2021). From data to actions in intelligent transportation systems: A prescription of functional requirements for model actionability. Sensors, 21(4), 1121.
Lv, Z., Rou, R., & Singh, A. K. (2021). AI empowered communication systems for intelligent transportation systems. IEEE Transactions on Intelligent Transportation Systems, 22(7), 4579-4587.
Manogaran, G. & Alazab, M. (2021). Ant-inspired recurrent deep learning model for improving the service flow of intelligent transportation systems. IEEE Transactions on Intelligent Transportation Systems, 22(6), 3654-3663.
Mollah, M. B., Zhao, J., Niyato, D., Guan, L. Y., Yuen, C., Sun, S., & Lam, K. Y. (2020). Blockchain for the Internet of vehicles towards intelligent transportation systems: A survey. IEEE Internet of Things Journal, 8(6), 4157-4185.
Pan, S., Yan, H., He, J., & He, Z. (2021). Vulnerability and resilience of transportation systems: A recent literature review. Physica A: Statistical Mechanics and its Applications, 581, 126235.
Sobral, T., Galvao, T., & Borges, J. (2019). Visualization of urban mobility data from intelligent transportation systems. Sensors, 19(2), 332.
Veres, M. & Moussa, M. (2020). Deep learning for intelligent transportation systems: A survey of emerging trends. IEEE Transactions on Intelligent Transportation Systems, 21(8), 3152-3168.
Wan, S., Xu, X., Wang, T., & Gu, Z. (2020). An intelligent video analysis method for abnormal event detection in intelligent transportation systems. IEEE Transactions on Intelligent Transportation Systems, 22(7), 4487-4495.
Zhou, Y., Wang, J., & Yang, H. (2019). Resilience of transportation systems: Concepts and comprehensive review. IEEE Transactions on Intelligent Transportation Systems, 20(12), 4262-4276.
Zhu, L., Yu, F., Wang, B., Ning, B. & Tang, T. (2019). Big data analytics in intelligent transportation systems: A survey. IEEE Transactions on Intelligent Transportation Systems, 20(1), 383-398.
Zichihi, M., Ferreti, S., & D’Angelo, G. (2020). A framework based on distributed ledger technologies for data management and services in intelligent transportation systems. IEEE Access, 8, 100384-100402.


What if your car tells you in advance that it’s soon going to breakdown if you don’t send it soon in the service center! A smart light can adjust its brightness according to pre-defined level which suits to your eyes. Thanks to the Internet of Things which has realized this dream. However, the progress is not just limited to consumer IoT space such as Fitbits and Sproutling (a kid monitoring device).
Image: Vinay Nathan, CEO and Co-Founder, Altizon Systems
The wave of innovation has started affecting industries and especially manufacturing. Forward thinking businesses understand the importance of having smart industrial products and intelligent assembly lines.
Armed with the power of data analytics companies can now leverage the power of Industrial Internet of Things to optimize their performance. Altizon Systems Private Limited, a Pune-based company, is at the forefront of this Industrial Internet of Things (Industrial IoT) revolution.
How the industrial internet of thing can transform manufacturing industry
The use of connected devices in the manufacturing industry has opened a new way of data sharing. It has potential to transform the way executive management understands their operations better on the field and within the enterprise.
[Tweet “Small sensors when connected with complex machinery can emit important data and you can take preventive measure helping you reduce the both downtime and failure of industrial components.”]
It’s an exciting development. It also means your machinery is more intelligent now.This approach can be easily applied to energy management and various other things—possibilities are just endless and—even beyond your imagination.
How Altizen is revolutionizing the manufacturing space
Predictability of throughput and quality is a continuous challenge in the manufacturing space. Knowing how machinery is working on the field is of paramount importance to field operations and supply chain functions.
The startup, working in the industrial Internet of Things space, enables creation of sensor data appliances and provides software development kits (SDKs) to make equipment connected. Data obtained from sensors running in industrial equipments provides information about the status of the machinery.
The company has a flagship product Datonis, an Internet of Things platform, launched by Pune based Altizon system can aggregate a large number of data at a single platform and allows an enterprise to run hundreds of applications on the same data sets.
Altizon is one of the top IoT companies in India and is one of the fastest growing companies in the industrial Internet of Things space globally.
It offers a real time insight into your machinery. The solutions offered can transform a factory into smart factory, grid into smart grid and township into smart township.Thus assembly line owners can take steps to rectify the issue to improve effectiveness of their machines.
A key component of Datonis™ is the – IoT Device Cloud, which offers features such as to aggregating data from their sensor networks at immense scale in a reliable manner. A million devices can send a billion plus events a day reliably to Datonis™.
[Tweet “Big data enabled industrial Internet of Things can generate and analyze data—that can help increase output, optimize input, boosts yield, improve efficiency and reduce downtime.”]
It can have applications in building a smart energy management solutions in smart cities.
The data is collected at the lowest granular level. Energy consumption metrics are obtained at the machine level. It’s possible to monitor the overall equipment effectiveness resulting into a better utilization of machines.
India is an energy starved country and a such solutions can help solve power by optimizing the existing energy efficiency.
Vinay Nathan, Co-Founder and CEO of Altizon Systems, understands the IoT space in-depth and his experience and knowledge is palpable when you talk to him. Vikash Kumar talked to Vinay Nathan on the range of issues related to Industrial IoT space.
XING: How was the idea of Datonis, an enterprise level IoT platform, was born? It’s bit surprising you choose to operate in this area when many players are focusing B2C IoT space.
Vinay Nathan: It was a natural choice for us as all of the three co-founders—Yogesh Kulkarni and Ranjit Nair are classical enterprise guys. My other two co-founders Yogesh and Ranjit have strong product development experience in data centers management software, cloud technologies and Big Data. I am from an engineering background with relevant product management experience in RFID, sensor networks and also have led sales efforts.
I have worked for long as VP sales in Persistent Systems Ltd.—and the common thread among all three is that all of us are super passionate about the enterprise Internet of Things space.
We also believe that the industrial IoT space is moving fast and it’s where the larger opportunities lie. So, foraying into in the sector was a natural choice for us. It’s where our skills and experience are at same page.
XING: Internet of Things is a new development for India compared to USA and other developed markets where it’s in matured phase. Don’t you feel it’s a tough market and people here have little idea about big data and IoT.
Vinay Nathan: We are extremely excited about the perspective of Internet of Things space in India. We believe that India should offer the technology to the world rather than just being the consumer of technology.
Another thing is that we started from Pune which has a thriving manufacturing base, technical skills and access to capital. Near about Pune, there are at least three thousand companies which can use our technology.
And there are a lot of industrial clusters in India which needs to upgrade to this industrial Internet of Things space. Therefore, there is a huge latent demand of IoT in this space. And it was relatively easier to operate in the market. But, of course, we need to educate businesses about its benefit.
XING: How it’s different than other existing products?
Vinay Nathan: As stated by analysts and our customers, Datonis is an IoT platform having the most comprehensive features. It’s analytics function is highly developed having real time and scheduled big data analytics capabilities. It has the best DIY enterprise dashboards; and it’s deployment options are based on the customer’s needs.
Apart from that, we are close to being one stop solution provider. We are helping industries with design for manufacture services for building IOT enabled products so that manufacturers can leverage the power of the industrial IoT space. Gartner has also vetted our credentials as being worthy of being amongst a select group of “Cool Vendors” in the space.
XING: Do you have any specific big data product?
Vinay Nathan: We don’t think that way. You need to understand that big data is an enabler technology for Internet of Things. It’s not an isolated technology in itself. We have decided to position ourself as Internet of Things focused company.
XING: How the IoT space is moving so far and especially this industrial IoT space in India?
Vinay Nathan: We see a couple distinct phases of evolution within the Industrial IOT space in India. In the first phase, the existing equipment needs to be provided connectivity solutions by either interim certified hardware or providing software kits that can sit on existing hardware. The major driver is the retrofit segment as most industrial equipment lacks the compute and connectivity features to drive IoT functionality. So providing that additional piece of hardware acts an enabler.
The second phase is of IoT ready products being built at birth. These would be more advanced in terms of their functionalities and would enable true IOT adoption globally.
Both phases are equally important from a market development and monetization perspective for Altizon.
XING: But Indian manufacturing sector is not very modern and they are not IoT compatible, so how are you dealing with the situation?
Vinay Nathan: You are right to point out this. However, there is a limited segment which is IoT compatible. But this market is fast growing. We see this as an opportunity to innovate and add value. In fact some of our innovative approaches have helped even legacy equipment become IoT enabled.
We understand that to succeed in the marketplace we need to answer three questions: What is the nature of the data required; what is the volume of data, and what’s the hardware gap to build something end-to-end. We are trying to help manufactures on all of these three fronts.
XING: Is big data a hype or reality?
Vinay Nathan: Technically big data has already arrived—and its widespread use is a reality. From building a business use case though several aspects need to be considered. Whenever a new technology comes it’s usually hyped and it reaches the cycle of hype; and then it stabilizes.
The thing to understand is that unstructured data is being created and it needs to be processed. Therefore, from my point of view big data is very useful as it has enabled the growth of Internet of Things.
XING: What are the areas in which you see your growth?
Vinay Nathan: We believe that we are first an IoT company and our growth will mainly come from industrial IoT space. As of now we are growing fast and our more than 100 enterprises already running applications on our platform.
XING: There is not much talent available in the big data and IoT space so how did you able to form such a brilliant team?
Vinay Nathan: All of the three founders have done this before and we have experience of working with startups before. Product development is a different ball game. You don’t need hundreds of people. We needed 10-20 of the right kind of people and not more than that. We had the right network and connect to put this team together. It’s not like that we suddenly decide to hire 50 technical people next month to start operations.
XING: What’s the biggest challenge do you face in the IoT space?
The pricing of Silicon and the cost of computing are still costly and it needs to come down. Another factor of 2 differential will open up the market in a big way.
XING: What’s are your achievements?
Vinay Nathan: Despite being a new company, Altizon Systems is a Gartner recognized vendor which is a big achievement and world’s first industrial internet Platform company. We have several large industrial houses as customers and the industry recognizes us as an innovator in this space. But many more miles to go before we sleep…..


News Flash Home
The original item was published from 5/14/2020 11:48:57 AM to 5/14/2020 11:52:26 AM.
Harford County Government News
Posted on: May 14, 2020
[ARCHIVED] Harford Seeks Partner on Grant Applications to Expand Broadband in Rural North
Harford County is seeking an internet service provider to partner with on grant applications to help offset the cost of expanding broadband in its rural northern region.


Just a quick review of the new Arcshell AR-5 Walkie-Talkies, we are now using to communicate with each other. On a tip from the "Grizzly Granny" here on YouTube we decided to try these really inexpensive Walkie-Talkies as we can't afford the cool Senca Helmets with Bluetooth communication set up inside them. We've used them several times on the last two rides are impressed with the clarity and distance these units have.
We bought these on AMAZON, here is a link to the information: Arcshell AR-5 Walkie-Talkies The units come with an earpiece speaker and holder, but we decided to get the "optional" handheld microphones. Glad we did, the earpiece holder/speaker is a kinda cheap and flimsy, it kept falling off my ear, Grizzly Granny had the same problem. We got 2 walkie-talkies and handheld microphones for around $40.00 and shipping was free! This is a great and inexpensive way to get voice communication for a spouse or friend!!
We mounted ours in our "Sidebag Net pockets", with the clips on back it worked well. BJ


Samson's RTE Xs combine deluxe comfort, premium sound quality and the latest Active Noise Cancellation (ANC) technology with the portability required for today’s mobile lifestyle. Operating for 20 hours on a single AAA battery, the ANC reduces 90% of external background noise for high definition listening in travel, office and home environments.
- Ideal for travel, fitness, rest and relaxation
- Active Noise Cancellation technology (90% noise reduction)
- 20 hours of battery life via single AAA battery (ANC only)
- Unlimited Passive mode operation
- 1-touch Monitor mode
- Flat-fold, over-ear design with high-protein leather cushioning
- Premium 40mm drivers with rare earth magnets
- 20Hz–20kHz frequency response
- Detachable audio cable
- Protective carry case included
This giveaway is open to the Continental US only (because of shipping costs) and will end on November 27th, 2015. Good Luck!!


NetWorx 6.2.5 Crack With License Key Free Download [Win/Mac]
NetWorx 6.2.5 Crack is a simple tool that adequately evaluates the situation of your bandwidth consumption. It not only helps you to collect data about your bandwidth use but also measures the speed of your internet connection. Also, works excellent in identifying any problems with your network and makes sure that you do not exceed your bandwidth limit. For conveniently keeping track of your internet activity, it displays daily, weekly and even monthly total statistics as well. So, you can easily access reported by exporting into a wide range of supported formats, for example, MS Word, Excel as well as HTML.
Additionally, you can count on this tool if you want to keep yourself alarmed of any suspicious activity or hacker attacks on your network and this feature makes it more reliable. NetWorx License Key uses a set of customizable visual and sound alerts to keep you notified of any irregularities. You can configure it to monitor either all of your network connections or specify a network connection for monitoring. These notifications are handy to alarm you if some suspicious activity is going on with your network connection. Moreover, it gives the possibility to check and verify that your ISP cares your internet usage normally.
NetWorx Serial Key
The SoftPerfect NetWorx Keygen allows you to monitor all your network connections or a specific network connection (such as Ethernet or PPP) only. The software also features a system of highly customizable visual and sound alerts. You can set it up to alert you when the network connection is down or when some suspicious activity, such as unusually heavy data flow, occurs. It can also automatically disconnect all dial-up connections and shut down the system.
The media format also collaborates with this type of function and provides quality features for the user for the heavy system partition. Through this software, the user can also measure the speed the bandwidth along with the MBPS data traveling into the download directory. When the data does in overturn and high flowing, this software receives notification of data for exceeding from the limit. So it returns it back at its already maintained speed and workflow. This software mainly collaborates with internet service providing organizations. For example, we take a country like Pakistan so the organization that is providing the internet service is PTCL so that software will also collaborate with this organization for the maintenance of data that can be helpful for the user.
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- Network information and testing tools with advanced network statistics showing applications using your network connection.
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- The speedometer downloads the time accurately and reports the average rate of transmission.
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This page focuses on the internet’s architecture and evolution over the years, as well as other major internet-related topics. The background of the internet infrastructure, connection concerns in 2020, and a list of THREE internet providers in Malaysia with each of their details are the three factors on which the Malaysian internet infrastructure is described.
In Malaysia, the year 1995 is recognised as the beginning of the Internet age. Around 1996, Malaysia’s Internet host population began to grow. In the same year, Cari Internet, the country’s first search engine and web portal company were founded. According to the first Malaysian Internet poll, conducted by MIMOS and Beta Interactive Services in October and November 1995, one out of every thousand Malaysians had access to the Internet, resulting in just 20,000 Internet users out of a population of 20 million. In 1998, this percentage had risen to 2.6 per cent of the population. The total number of computer units sold climbed from 467,000 in 1998 to 701,000 in 2000, demonstrating an upward trend.
Internet Speed during the MCO period
Since 2020 was the year of the Covid-19 pandemic, all on-site labour was outlawed, and most people were forced to work from home to stop the pandemic from spreading. However, internet speed may have been reduced as a result of the enormous number of people participating in online learning, video conferencing, and other activities. In the same year, Telekom Malaysia, Malaysia’s major internet provider, indicated that a technical issue with wires buried beneath the seafloor may have led to poor internet connection quality. This annoyed individuals because most people rely on reliable internet for important meetings and business.
Internet Providers in Malaysia
There is a list of internet providers which are shown as the followings:
- Telekon Malaysia
Telekom Malaysia Berhad (TM) is a Malaysian telecommunications firm that was founded in 1984. It began as the country’s primary provider of fixed-line, radio, and television broadcasting services, and has since evolved into the country’s leading provider of broadband, data, fixed-line, pay television, and network services.  TM joined the Long Term Evolution (LTE) business with the introduction of Togo, their first 4G service. TM’s 850 MHz service was renamed UNIFI Mobile in January 2018. With 2.23 million broadband users in 2014, UNIFI is Malaysia’s first high-speed fibre optic internet provider.
Maxis Communications, or simply Maxis Berhad, is a telecommunications corporation based in Malaysia. It is one of the oldest and largest telecommunications companies in the country which provides 2G EDGE, 3G UMTS, 3G HSPA, 3G HSPA+, 4G LTE, and 4G LTE-A networks, also a range of communication goods and services, are available to users. With a minimum signal strength of -110dBm, Maxis had 100% 4G population coverage in Klang Valley, Penang, and Johor Bahru as of 2016.
- U Mobile
U Mobile Sdn Bhd, formerly MiTV Networks Sdn Bhd, is a Malaysian mobile telecommunications firm that began operations in 1998. U Mobile’s completely owned subsidiary, U Television Sdn Bhd, is an owned subsidiary of U Mobile. U Telecom Media Holdings Sdn Bhd and MiTV Corporation Sdn Bhd were its previous names. U Mobile’s networks include 3G UMTS, 3G HSPA, 3G HSPA+, 4G LTE, and 4G LTE-A. In 2015, U Mobile claimed to have 95 per cent population coverage thanks to a mix of about 10,000 3G and 4G LTE own-built stations, 3G RAN sharing, and 2G Domestic Roaming with Maxis.
Are your internet slow and do you wish to switch to new broadband? Tekan sini untuk pakej internet unifi for more details


Promoting digital transformation in Athens
Athens Digital Lab
The Athens Digital Lab is an incubator for digital ideas that will transform Athens. The first of its kind in Greece, it invites new technology researchers and companies to submit proposals that can evolve into advanced Internet of Things (IoT) solutions for smart cities. Funded by the Stavros Niarchos Foundation, it opens up the public sphere of the City of Athens to digital innovation that will address the real needs of the city, by bringing together the expert know-how and support of technology giants Cosmote and Nokia.


A Local Knowledge Base for Service Oriented Access Network Selection
Carolina Fortuna, Mihael MohorčičInstitut Jožef Stefan Jamova 39, 1000 Ljubljana, Slovenija
Service oriented access in a multi-application, multi-access network environment poses interesting research challenges. One of these challenges refers to cross-layer interoperability among technologies. In this poster, we introduce a knowledge base (KB) which contains local (user terminal specific) knowledge that enables pro-active network selection by translating technology specific parameters to higher-level, more abstract parameters. We implemented a prototype which makes use of semantic technology (namely ResearchCyc) for creating the elements of the KB: the ontology, the concepts, facts and rules. The system implements technology-specific QoS parameters mapping according to the IEEE 802.21 draft standard recommendation.
Vertical handover, knowledge base, service oriented, network selection
pdf | ppt


World's First Mobile Phone
It's very easy nowadays to mistakenly think that phones have existed for a long time. But you would be surprised to know that the first mobile phone was released in 1983, not even four decades old.
Today, when someone wants to buy a mobile phone they have hundreds of options (notably Apple, Samsung, Oneplus, Xiaomi) thanks to globalization and other stuff.
Long story short, this is possible because of the invention of the truly wireless telephone or "Mobile Phone" by Dr. Martin Cooper from Motorola Inc. in 1983.
Weirdly, the first mobile phone was named as "Motorola DynaTAC 8000x" and released with a market price of nearly $4000. Let's look at the specs of this phone:
Phone - Motorola DynaTAC 8000x
Weight - 784 g
Display - LCD
Release date - March 6th, 1983
Talk time - 30 minutes before dying
Touchscreen - obviously, no :)
It seems Motorola has spent a shit load of money, about $100 million and took 10 years to develop the final version of the first mobile phone.
The following quote aptly puts how the mobile phone has negatively affected our lives:
We're living in an era where capturing moments using our phones is more important than actually living these moments with whoever is beside us.
Rarely, in history someone has predicted about the future better than Nikola Tesla did about mobile phones. The below image describes his prediction of "cell phone" back in 1926.


Screenkey RGB24T Driver using MSP430August 22, 2010 at 8:36 pm | Posted in MSP430, My Projects, ScreenKeys | 3 Comments
Connecting the screenkey module to any microcontroller is not quite straight forward. It uses non-standard protocol to control the module.
Following the previous project, the Simple Response Time Game, I decided to built a driver using MSP430F149.
The driver would accept some commands using standard UART protocol and convert the command to screenkey’s protocol.
To test the driver, I hooked it up to PC using XBee Seria- to-USB converter that I purchased from Dontronics.
If anyone interested, I will try to release my screenkey source code.
I may need some time to tidy up the code. 🙂


IEEE Smart Grid presents the 2018 edition of the IEEE International Forum on Smart Grids for Smart Cities (SG4SC) that will be held November 26 through November 28 this year at Thor Central, EnergyVille, Genk, Belgium.
November 26 – 28, 2018
Poort 8000 – 8300
If you are using a GPS, please use this address: André Dumontlaan 67, 3600 Genk
More information about sponsorship opportunities can be found here.


Drive and Stay Connected – Car Cradle
Being a motorist its natural to look for safe ways to receive and make calls conveniently while you are behind the wheel. Cradles for cars have made this distant dream come true. Not only can you talk while you drive but your mobile phone has better network coverage and its battery is always charged up for continuous usage.
Car cradles have smart technology that is built straight into the unit. It boosts the signal and charges your phone. Today, cradles are not mere suction cups incorporated in plastic holders but something smarter. These can hold all kinds of phones. Some of them have been customized to hold mobiles as per personal preferences.
The Car Cradle Advantage
These come with a hands-free car kit. Some of them can be connected to the car, DC power outlet. They may include an FM transmitter so that you can tune into the stereo of your car so that you can listen to music from your phone. It can also include a USB port to charge a second device. These can work as stand-alone cradle or with a Bluetooth car kit.
Iphone car accessories include iPhone car cradles. These enable you to rotate your phone on its side. Now navigate effectively by holding the phone at an eye-level. The suction cup connects to your windscreen easily. You can clip the mount to an air vent as well. Universal cradles hold any phone like a Nokia, Blackberry, Samsung or iPhone and hence are better preferred in case of multiple drivers for the same vehicle.
The Cradle Luxury
You can even connect your phone with the car DC outlet or car stereo to play music on your phone thanks to the gap at the bottom. Some cradles come with an acoustic chamber that can amplify the phone, built-in speaker. This does not even need power separately.
Remember to opt for a cradle with a slim design so that it beautifully blends with the dashboard/console of your car. When it is installed into the vehicle the power cord gets connected with the vehicle fuse panel or the vehicle accessory cable. The specially-engineered technology boosts the mobile reception. They may offer Auto Muting and Audio Integration.
Car cradles are a popular option since they provide great reception amongst other benefits. They have external antenna connections. Some of them offer; one-click & insertion and easy pairing with a new Bluetooth main unit. These are safe and reliable to use in cars for better reception.


Xiaomi’s revenue from mobile services will more than triple this year to nearly $1 billion, the Chinese smartphone maker’s CEO predicted.
Xiaomi has become the most valuable startup at approximately $45B, making the popular smart phones “Mi” and dabbling in other lines of business.
Their founder has emulated Steve Jobs, and their phones are very popular in China which is a very large market for Mobile Phones. Xiaomi is also giving a hard time to leading manufacturers like Samsung & Motorola as it’s cheaper and equally stylish phones have become very popular.
Source: Xiaomi Sees $1 Billion in Mobile Services Revenue This Year – WSJ


Use this report to: identify key market dynamics, trends, opportunities and factors impacting the global photonic sensor and. Photonic sensors and detectors market - by sensor type, by detector the north america photonic sensors and detectors market is currently the largest market for photonic sensors and detectors and is expected to account for about 28% value share of the global photonic sensors and detectors. Sensor market set to soar photonics spectra expected areas of growth include the food industry there is no doubt that the cmos sensor market is poised to deliver exciting advancements in sensor technologies and to realize growth in exciting markets like automotive. According to a new report by marketintelreports, titled photonic sensors market - global opportunity analysis and industry forecast, 2014 which include active and passive sensors asia-pacificis expected to be the fastest growing region in the global photonic sensors market. Photonics sensors market is expected that this technology would give a high return on investment by 2020 the photonic sensors market has undergone a drastic change based on the researches that have been conducted in the photonic technology in the past. [159 pages report] photonic sensor market research report segments the global market on the basis of applications, types regarding laser sensors, the market of europe is expected to be slow and reluctant in the next five years.
[150 pages report] phoby sensor type, detector type, technology, application and geography +1-646-491-9876 | +91-20 the global photonics sensor and detector market is expected to witness high growth during the forecast period 65 bio-photonic sensor market. According to a new report global photonic sensor market, published by kbv research, the global photonic sensor market is expected to reach $20,8406 million by 2022, growing at a cagr of 177% during 2016 -2022. The science of photonics includes light emission, transmission, deflection, amplification, and detection by optical components and instruments, lasers global photonic sensors and detectors market challenged to reduce profit margins. North america photonic sensors and detectors market is currently the largest market for photonic sensors and detectors and is expected to account for about 28% value share of the global photonic sensors and detectors market by 2026. The photonic sensors market has undergone a drastic change based on the researches that have been conducted in the photonic technology in the past the photonic technology has advanced into varied fields the innovations in the field of fiber optics have spurred the development of.
The photonic sensor market report analysis offers latest trends, growth factors major types of photonic sensors are bio-photonic sensors, fibre optic sensors and image sensors bio-photonic sensors are expected to gain significance across various medical r&d applications. Press release - market research future - photonic sensors market is expected to reach usd 20 billion by 2022 - published on openprcom. Industry update spring 2016 global photonic sensors market expected to reach $180 billion by 2021 sensors magazine the global photonic sensors market is expected to grow from $80 billion in 2016 to $180 billion by 2021, representing a. The global silicon photonics market size is anticipated to develop to $810000 the silicon photonics market in north america is expected to hold the major share by 2025 owing to the early commercialization of table # 39 global silicon photonic sensors market, by geography. The global photonic sensors and detectors market was valued at us$ 225 bn in 2015 and is expected to register optics sensors segment is estimated to account for a market share of 377% by the end of 2016 while the biophotonic sensors segment is expected to be the second largest segment.
Further, high accuracy and reliability is expected to accentuate the photonic sensor market growth major players in the photonic sensor market include a2 photonic sensors, mitsubishi electric corporation, smart fibres ltd, honeywell international inc.
Photonic sensors and detectors market to witness a healthy cagr of 72% over 2016-2026 n america & apac to represent key markets for photonic sensors and detectors. World photonic sensors market is expected to garner revenue of $18 billion by 2021, registering a cagr of 177% during the forecast period (2016 - 2021. The global photonic integrated circuit (ic) technology market is expected to grow report, new research estimates that global market for automobile sensors reached nearly $ in microwave and rf photonics, but in the future it is expected to be dominated by other segments and in. Biophotonic technology is expected to be the fastest growing technology in the photonic sensor market 2021 photonics sensor market report, published by allied market research, forecasts that the global market is expected to garner $18 billion by 2021, registering a cagr of 177% during the. The fiber optic sensor market contributed the larger revenue share to the global photonic sensors market in 2015, and is expected to experience a growth of 16% cagr during the forecast period what will be the size of the photonic sensor market in 2022 how large is the market for selling 3d.


Internet is the large network of computers. What threats lie out there in the open? Nobody can tell. The best we can do is protect ourselves by closing all doors of entry. A firewall does just that plus a little bit more to safeguard your network. Let us see how.
Where does a Firewall fit in your network?
The best location of a firewall is right next to the modem which connects to the Internet. The figure below shows a typical network (LAN) connected to the internet via the modem.
The same network when fitted with a Firewall product looks as shown in the figure below. All traffic getting into your LAN and getting out of your LAN to the Internet will pass through this Firewall. Thus, allowing it to filter in real-time and allow/block certain content based on specified rules.
How does it protect from Internet Hackers?
In networking terms, every incoming connection from the Internet has to have a PORT of entry. This PORT is nothing but a specific number using which a Hacker gains entry into the network. A typical Firewall would block all PORTs of entry for all traffic so that the doors are closed for the hacker to gain entry. It creates a fireproof wall around the LAN so that no unknown connection is given an entry.
How does it protect against Viruses?
Files downloaded from the Internet act as the transport medium for Viruses/Malware. A Firewall with inbuilt Antivirus scans for viruses each and every file that is being downloaded from the Internet. The file if infected is straight away rejected at the Firewall itself thereby protecting the LAN PC from infection. Since the infected file never reaches the network computer there is no need of curing the file off the virus. Since the files are scanned in real-time, this feature, depending on the firewall hardware, may slow down Internet speed to a certain extent. Compared to the cost of getting the Virus out and cleaning your network once its already in, the resulting slow down (if any) due to virus scan is negligible and more than welcome.


From a basic look across the block, you can tell that mobile phones have, let me make it clear, turn into a major facet in most our lives and the humble SIM card is going to be within most if not absolutely all the cell phones you see. If you do not have one, phone calls and messaging won’t be working for you. A lot of this really is already known, however, recently a fresh SIM feature has been creeping on people conscience; two slots for installing two SIM cards at exactly the same time. My answer will be, anyone who owns a cell phone would potentially find dual SIM slots invaluable, nevertheless you businessmen in particular will receive a lot of benefits using this kind of phone. Dual SIMs effectively separate your personal life from your organization life. If you’re an individual who uses a business phone, you will find it very embarrassing having to share with your superior when you receive or create a personal call on the business’s phone. With the chance of a double SIM phone though, separating your contacts is easy and easy. All that’s necessary is to keep one SIM card specialized in your personal contacts, and then you need to use one other SIM card just for business. Browse the below mentioned site, if you are hunting for more information about dual sim phones unlocked.
Being an aside, having your business contacts separate from your individual ones makes track keeping much easier. You will know straight away if the decision is business or personal simply by looking where SIM is registering a ring. Dual SIMs can help you save money and might offer you better service simultaneously.If your phone has two SIM slots then you definitely will also be potentially getting two different cellular providers, so getting exactly things you need from a cellular phone plan for example deals giving you roll over minutes or unlimited SMS is as easy as picking and choosing one provider for some features, and another for others. Dual SIM slots make for easier international travel. Travelers who come and go to foreign countries quite often usually have two unappetizing choices; to either have one phone with two separate SIM cards that get switched when needed, or having two different phones which have their very own SIM card installed.
In any event, being forced to record two SIMs or two phones, is more trouble than it’s worth. However, having two simultaneously installed SIM cards means that the moment you arrive in a foreign country, you’ll instantly have the ability to switch over to a local SIM card with less likelihood of misplacing your original SIM card or having two phones to care for. If you obtain the opportunity, be sure you purchase a phone that is quad band gsm so as your phone will operate smoothly, regardless of the location. As you can see, there are quite a few reasons for anyone to consider purchasing a phone with dual SIM technology. A last tip, ensure that the telephone you’re enthusiastic about is dual SIM, dual standby. That way you can switch from SIM anyone to SIM two on the fly.


Today the world is interconnected and an amount of personal, commercial, and confidential data is stored on either private or openly accessible networks. Since threat land scape is increased extremely, defensive approach to secure our data and resources over the computer network infrastructure against any potential threat or unauthorized access is more significant. It uses software as well as hardware technologies to achieve the optimal solution for network defense. According to Gartner , “With firewall providers embedding multiple security features in firewalls and enabling integration and automation capabilities with other security products, firewalls are evolving into network security platforms.”
K-SOFT team is exceedingly skilled in designing, deploying and supporting multiple firewall solutions for highly complex network of enterprises scattered across the Gulf region.
Forcepoint Next Generation Firewall (NGFW) the most secure and efficient enterprise firewall. connects and protects people and the data they use throughout the enterprise network with the greatest efficiency, availability and security.
Check Point provides organizations of all sizes with the latest data and network security protection in an integrated next generation firewall platform. Check Point gateways provide superior security, best designed for Sandblast Network’s protection, these gateways are the best at preventing the fifth generation of cyber attacks.
FortiGate NGFWs are powered by purpose-built security processing units (SPUs) including the latest NP7 (Network Processor 7). They enable security-driven networking, and are ideal network firewalls for hybrid and hyperscale data centers. Fortinet Network Firewalls uniquely meet the performance needs of hyperscale and hybrid IT architectures, enabling organizations to deliver optimal user experience, and manage security risks for better business continuity.
F5 Advanced Firewall Manager mitigates network threats before they disrupt critical data center resources. AFM is a high-performance, stateful, full-proxy network security solution designed to guard data centers against incoming threats that enter the network on the most widely deployed protocols. BIG-IP AFM’s unique application-centric design enables greater effectiveness in guarding against targeted network-level attacks. It tracks the state of network sessions, maintains deep application awareness, and uniquely mitigates attacks based on more granular details than traditional firewalls.
Securing Applications is essential as threat land scape is increased and vulnerabilities targeting the confidentiality, integrity, and availability of an application.
A WAF protects your web apps by filtering, monitoring, and blocking any malicious HTTP/S traffic traveling to the web application, and prevents any unauthorized data from leaving the app. It does this by adhering to a set of policies that help determine what traffic is malicious and what traffic is safe.
The convenience of securing your global workforce with a single endpoint for Web Security, DLP, CASB, and NGFW with flexible connectivity and traffic redirection options.Deploy how, when and where you want. On-premises, hybrid and cloud deployment architectures so you can go to the cloud at your own pace.Monitor and control cloud app usage across your organization to uncover risk and eliminate security gaps.
Protect your data on channels, devices, and applications – on the web, over email, at endpoints, on networks and in the cloud.


Endless tunes from endless sources.
Designed to bring the connected lifestyle into your car, the DEH-X9500BT not only plays back CDs; it also plays tunes from your iPod, iPhone, Android Smartphone, USB stick or SD card. A front Aux-in and dual rear USB ports provide portable devices with a direct connection to the tuner's sound system.
Fully Bluetooth-enabled, you can also make hands-free calls, control specific apps and stream audio from compatible devices. Pairing a Smartphone to your device is a breeze, and Advanced Sound Retriever assures optimum audio quality while streaming.
Enjoy App Control for selected apps. Connect your iPod, iPhone or Android Smartphone* via USB and listen to your favourite music and streaming audio apps.
With MIXTRAX EZ on board, you can create non-stop, club-style mixes from your music, illuminating your dashboard with colour effects based on the beat of each song. Or liven up your in-car entertainment even more by matching the multi-colour, large-DOT RGB display and key illumination to your dashboard, favourite colour or mood.
With a MOSFET 50W x 4 amplifier set-up and built-in high-grade audio parts, this tuner takes sound performance to a powerful, new level. If that isn't enough, you can always use the 3 RCA pre-outs to hook up another stereo component, like an extra amp for the front and rear speakers or a subwoofer, for example.
Max. Power Output 50Wx4
Tuner AM/FM Shortwave Tuner (24 Preset Stations)
Plays CDs and CD-R / CD-RW MP3, WMA, WAV from CD-R / CD-RW/ USB
Other music devices via the front Aux-In / USB
Front Panel Flap Type
RGB LCD Display (large, 3 lines, DOT-type)
RGB Colour Customisation (210,000 Colours)
Multi Languages English / Spanish / Portugese
Displays Cyrillic Characters Yes
Music Browser Yes
Find your favourite album, artist or song with Pioneer's Music Browser.
Music Browser automatically reads the music from your SD/SDHC memory card or USB device and lists your tunes alphabetically using audio tag information.
iTunes Tagging Yes
• Protective Case for Front Panel
• 1 x USB cable (1.5m)
• 1 x External Bluetooth mic
The Aux-in allows you to connect external music sources (with RCA outputs.
This means that you can connect your MP3 player or PDA, for example
Direct Sub Drive Yes
Instead of connecting 2 rear speakers, you can opt to connect a subwoofer in 2Ω mode to one of the rear speaker outputs. 70W power will be delivered to the woofer for a powerful bass sound experience, without the need for an extra amplifier.
It's an easy solution for lovers of booming bass.
Wired Remote Input
The Hard Wired Remote input allows you to connect the receiver directly to your car’s own steering wheel remote control.
You can then control your receiver with the steering wheel remote control.
High Voltage Input Yes
By providing a strong signal, with less noise and more definition, the Hi-Volt pre-outs reduce demand on the input circuit of the amps so they can work with lower gain settings, resulting in improved sound quality and a wider dynamic range.
iPod Direct Control
CD Tuners with iPod Direct Control let you control your iPod directly from the CD tuner. An optional connection cable is available
RCA Pre Out
3 (Front, Rear, Subwoofer)
RCA pre-outs enable you to easily expand your sound system.
You can significantly improve your in-car sound quality by connecting extra amplifiers to your headunit, for example.
You could customize your sound system with separate amplifiers for the front speakers, the rear speakers and a subwoofer.
The RCA pre-outs let you create the exact sound you want, with the focus on complete flexibility.
2 x USB With iPod/iPhone Direct Control (Rear)
SD Input Front
Parrot Bluetooth Module Supported
Pioneer Bluetooth Module Supported
Handsfree Telephony Supported
Audio Streaming Supported
Audio streaming enables you to play audio files from your mobile phone (or Bluetooth enabled audio player) via your receiver.
You are able to use the audio streaming and handsfree telephony at the same time, although audio streaming functionalities have no display capabilities.
Voice RecognitionSupported (SIRI Eyes for iPhone4s + 5)
The Voice Recognition feature enables you to say a name or telephone number stored in your phone book to your receiver or navigation system whilst driving.
The system will then repeat what you have just said for confirmation.
The benefit is that you can keep your concentration on the road whilst driving, with direct access to important features.
Additional Bluetooth Features
• Automatic phone book transfer
• Bluetooth Guest Mode
iPod and Android Compability:
iPod / iPhone
• App Control
• iPod Direct allows you to control your Apple-compatible device directly from your car dashboard.
• Siri Eyes Free
• Battery Charging
• App Mode
• Music Playback
• Voice Control
• Battery Charging
Radio Data System
Radio Data System (RDS) is a system for providing information along with FM broadcasts.
This inaudible information provides such features as program service name, program type, traffic announcement standby, automatic tuning and program type tuning, and is intended to aid you in finding and tuning in to a desired station.
• RDS service may not be provided by all stations.
• RDS functions like AF (alternative frequencies search) and TA (traffic announcement standby) are only available when your radio is tuned in to an RDS station.
The Traffic Announcement (TA) feature lets you receive traffic announcements automatically, no matter what source you are listening to.
For example, if you are listening to an mp3, and a live traffic announcement is being broadcast on a particular radio station, TA will automatically detect the announcement, mute your mp3 and broadcast the announcement as it is being made.
Best Stations Memory Supported
Best Stations Memory scans and memorises the six strongest, clearest stations available on each band.
Auto Alternative Frequency Search Supported
Auto Alternative Frequency Search occurs when the tuner cannot get a good reception, and automatically searches for a different radio station in the same network.
Auto/Manual Frequency Search Supported
Auto / Manual Frequency Search enables you to search for broadcast stations manually or automatically.
The tuner will scan the frequencies until a broadcast strong enough for good reception is found.
A PTY search is performed by program type as indicated in the PTY list (the program types are: News&Inf, Popular, Classics, Others). PTY also provides automatic tuning to emergency broadcasts (PTY alarm).
MP3 Text allows you to navigate your way through MP3 and WMA discs.
MP3 text displays the names of:
• track titles
• album titles
• comments and
• bit rates stored on your music discs
Note: MP3 Text Display is compatible with ID3 Tag versions: 1.0, 1.1, 2.2, 2.3, 2.4
Last Position Memory


Request information and book a meetingto know all the potentialities of this wireless ecosystem.
Ecosistema IoT wireless personalizzato per qualsiasi esigenza, in grado di migliorare le performance aziendali e creare valore per il singolo individuo, l’impresa e la comunità locale.
Richiedi informazioni e prenota un incontro conoscitivo per conoscere tutte le potenzialità di questo ecosistema wireless.
Our IoT integrated BOX-IO system
Wireless Control, Supervision and Automation integrated custom IoT Ecosystem
IoT Software multiplatform Web/App for control and real time monitoring, high performance and customizable
Our IoT solutions are used in a variety of industries
Discover all the benefit of BOX-IO for Technicians and OEMs
Our IoT ecosystem is the ideal solution for hardware manufacturers who need a qualified, efficient and fully customizable system to suit their needs. Our IoT engineers are able to accompany you through the entire lifecycle of the solution, from design to complete implementation, meeting and resolving your needs in a timely manner.
Our wireless ecosystem is the ideal solution for complex monitoring scenarios. The use of wireless sensors and actuators ensures the system’s versatility, ease of installation and reduction of infrastructure costs (no wiring).
The engineers who developed the box-io system are available for training events, support for the study of requirements and for inspections.
Supervision and control data that is critical to your business


Connect with your customers and allow your customers to connect with eachother.
Use these connections to build a virtual community. The most important community of all – a community made up entirely of your customers.
Once a community has been created, use these connections to communicate your messages to your customers. Get to know them, communicate with them and get the conversation started.
Take a look at the latest mobile industry news:
Google made a relatively quiet announcement today regarding how it's pushing the developer ecosystem forward around Google Now, its intelligent personal assistant for Android devices. The company has begun extending[…]Read more...
Indaba Mobile is a mobile-focused social media company. We enable traditional businesses to extend into the mobile social network space. More...
Unit 1E, Nautica Building
Beach Road, Granger Bay, 8005
Fax: +27 86 743 1416


7 inch Large HD Touch Screen + Bluetooth + Mirror Link + Remote Control + FM/MP5 + AUX input + USB port /TF/SD card slot + (Rear view camera)
* 7 inch 2 din HD car radio MP5 player with digital touch screen, dynamic menu interface.
* Support wireless bluetooth connection and hand free phone call function.(Android phone and IOS phone are BOTH supported to connect with this car radio)
* Support to connected rear camera, automatically switch to rear camera mode when reverse the car.
* Video input function, clearly supports 1080P video, enjoy more HD video.
* Support steering wheel control, easier to switch your songs or volume.
* Support Mirror Link fuction, Both Android phone and Apple phone are supported to mirror link, excep iphone X.
* Support FM and built-in Aux Input.
* Support TF card(up to 32GB) slot and standard USB interface.
* Card-type full-function remote control.
* Power-off with auto-memory store function under radio or SD/MMC/USB Mode.
* Colorful backlights of power button for decoration in your car.
* Can charge for mobilephone or other USB devices.
* 24 hours digital display clock and date; Support LRC lyrics and ID3 display.
* High-performance digital tuning FM radio system can store 18 radio stations memory.
* A variety of sound regulation (SEL): Electronic volume, treble, bass, balance left and right, front and rear sound field.
* Stereo electronic tuner, scan & store stations automatically.
* Loudness switch, Loud bass reverberation aggravated extraordinary!
* Support APE, FLAC, WAV, DIS lossless audio formats, support for high rate! CD sound quality enthusiast level.
* Audio playback support: DIS, MP3, WMA, ACC, OGG, WAV, RA, AC3, MP2, AMR, etc.
* Video playback support: AVI, MP4, FLV, PMP, RM, RMVB, MPG format.
* Support picture browsing (JPEG format).
* Support TF card, high-speed USB2.0 interface is compatible with a variety of U disk.
* The new chip set (CPU), the reaction is faster, more stable, more powerful!
* Using a dedicated DSP chip to achieve a variety of lossless / lossy decoded audio formats.
* Latest Support: Folder play, classified storage, free election broadcast, the display list.
* Support shuffle, repeat all, repeat single, repeat directory.
* AUX audio input interface can add MP3, GPS, mobile phones, music players and other audio input.
* Optional Language: English(default), French, German, Spanish, Italian, Portuguese, Russian, Polish, Turkish, Arabic, Hebrew, Czech, Chinese.
Display Size: 7 inch
Main Material: Metal
Audio Format: MP3/WMA/WAV/APE/OGG/AAC/FLAC
Video Format: RM/RMVB/MPEG-4(AVI/IVX/Xvid/MPEG4)/WMV/H.263
FM Frequency: 87.50MHz-108.00MHz
FM Sensitivity: 25dB
FM Selectivity: 60dB
FM Separation: 35dB
Remote Control Battery: CR2025 3V
Remote Range: 5m
Loudspeaker Impedance: 4~8
Out Power: 4 * 45W
Item Size: 178 * 100 * 65 mm / 7.01 * 3.94 * 2.56 inch
Package Size: 200 * 170 * 113 mm / 7.87 * 6.69 * 4.45 inch
* Package List:
1 * MP5 Player
1 * Remote Control
1 * Power Supply and Car Speaker Cable Kit
1 * Rear Camera£¨optional£©
1 * English User Manual


Month: June 2012
Today T-Mobile has announced an agreement to purchase and exchange Advanced Wireless Spectrum (AWS) from Verizon Wireless. T-Mobile is submitting applications to the FCC for licenses in 218 U.S. markets.
This will be good for T-Mobile customers, basically T-Mobile customers can expect better service coverage. And the net gain of Spectrum will assist rollout of T-Mobile’s LTE network in 2013, following approval from the FCC. Below is the Pree Release with the details.
Bellevue, Wash. — June 25, 2012 — Today, T-Mobile USA, Inc. announced an agreement with Verizon Wireless for the purchase and exchange of certain Advanced Wireless Services (AWS) spectrum licenses in 218 markets across the U.S. The transaction will improve T-Mobile’s spectrum position in 15 of the top 25 markets in the U.S. by providing an opportunity for T-Mobile both to acquire additional AWS spectrum and to realign its existing spectrum holdings. Following regulatory approval, this spectrum can be promptly deployed to enhance the company’s 4G mobile broadband service, including the rollout of LTE service next year. Some of the spectrum T-Mobile is acquiring in this transaction include licenses that Verizon is purchasing from SpectrumCo, Cox and Leap, and the agreement is contingent on the closing of those transactions and is subject to regulatory approval by the Federal Communications Commission (FCC) and the Department of Justice.
“This agreement will provide T-Mobile with critical AWS spectrum, enhancing both network capacity and performance and allowing us to meet the growing consumer demand for 4G mobile broadband,” T-Mobile CEO and President Philipp Humm said. “This is good for T-Mobile and good for consumers because it will enable T-Mobile to compete even more vigorously with other wireless carriers. We anticipate FCC approval later this summer, in time for us to incorporate this new spectrum into our network modernization and the rollout of LTE services next year.”
T-Mobile will gain spectrum covering 60 million people — notably in Philadelphia; Washington, D.C.; Detroit; Minneapolis; Seattle; Cleveland; Columbus, Ohio; Milwaukee; Charlotte, N.C.; Raleigh-Durham, N.C.; Greensboro, N.C.; Memphis, Tenn.; and Rochester, N.Y. — in exchange for spectrum covering 22 million people and certain cash consideration. The agreement also includes exchanges in a number of markets in which the companies will swap licenses to create more contiguous blocks of spectrum and re-align spectrum in adjacent markets. These intra-market swaps will enhance T‑Mobile’s network performance and data throughput in key locations. This agreement is in addition to T-Mobile’s previously announced $4 billion 4G network evolution plan, which includes modernization of 37,000 cell sites, launching 4G HSPA+ services in the 1900 MHz band and deployment of LTE in 2013.
Today Verizon Wireless launched their Shared Data Plans which is something that has been said to be coming for a while now. The plan is unlimited text and a data allowance for up to 10 devices and the plans start $50 for 1GB with $10 for each additional 1GB. Below is the Press Release.
Share Data with up to 10 Verizon Wireless Devices; Unlimited Minutes, Unlimited Messages and Mobile Hotspot Included in All Smartphone Plans
BASKING RIDGE, N.J. – Verizon Wireless today announced Share Everything Plans that will forever change the way customers purchase wireless services. Share Everything Plans include unlimited voice minutes, unlimited text, video and picture messaging and a single data allowance for up to 10 Verizon Wireless devices. In addition, the Mobile Hotspot service on all the devices is included in the Share Everything Plans at no additional charge. The groundbreaking Share Everything Plans debut on June 28 and will be available to new, as well as existing, customers who may wish to move to the new plans.
“Customers asked, and today Verizon Wireless delivered an industry first,” said Tami Erwin, vice president and chief marketing officer for Verizon Wireless. “Share Everything Plans are the new standard for wireless service. They are simple; customers no longer have to think about their voice and message plans, because both are unlimited. Share Everything Plans are convenient; customers purchase one data plan and they share it with up to 10 mobile devices. And, they are worry-free; customers can connect their 3G or 4G devices wherever and whenever they want on America’s most reliable network.”
How Share Everything Plans Work
To get started on a Share Everything Plan, customers first select the devices they want on their accounts. The next step is to choose a plan that includes unlimited minutes, unlimited messages and a shared data allowance that begins at 1 GB for $50. Customers adding a tablet on their Share Everything Plans can do so for an additional $10, with no long-term contract requirement. The following matrix shows pricing for an account with several different devices, such as a smartphone, a tablet and a basic phone, billed to the same individual.
“When developing these plans, we first asked customers what they wanted in a wireless service plan. We also looked at the technology and how customers were using it to manage their lives. And last, we took into consideration the evolution of the technology and how customers would use wireless in the future,” Erwin added. “Share Everything Plans are the outcome of that research. They cover every device Verizon Wireless offers, from basic phones to smartphones, from tablets to Jetpacks and more. Share Everything Plans represent a tremendous shift in how customers think about wireless service.”
Switch to a Share Everything Plan
Customers are free to keep their existing plans, but there is no fee or contract extension to move to the new Share Everything Plans. To help customers determine the best Share Everything Plan option, Verizon Wireless has created an easy to use online tool at www.verizonwireless.com/ShareEverything
Source: via CrackBerry


In this video we talk about multiple attachments in FileMaker 17. New with the release of FileMaker 17, you can send email with multiple attachments from inside FileMaker. This features works with either an email client or a SMTP server.
In the past, you were able to send email with a single attachment, but to send an email with multiple attachments you needed to use a plug-in. Our Outlook Manipulator and Exchange Manipulator are two examples of plug-ins that allowed you to add multiple attachments to FileMaker emails.


Download ESPrk datasheet + Documents
Go to this page to download all ESPrtk document : ESPrtk documents
Bluetooth on ESPrtk.
This article guides you to check Bluetooth on ESPrtk in UART_to_Bluetooth mode.
On ESPrtk 3.x.x version, Bluetooth supports the following features:
MQTT Base / NTRIP Base / Radio Base / MQTT Client / NTRIP Client / Radio Client:
Bluetooth is used as an auxiliary function, sending all data on the RX_UART-RTK port to other external Bluetooth devices such as Phones, Tablets, and computers that support Bluetooth.
MQTT Client Repeater / NTRIP Client Repeater / Radio Client Repeater:
Bluetooth is used as an auxiliary function, sending all RTCM / RAW data .. received from Base (MQTT Base / NTRIP Base / Radio Base) to external Bluetooth devices.
Bluetooth is used as a main function, acting like Bluetooth-to-Serial modules like HC05.
+ Send data on the RX-UART-RTK port to an external Bluetooth device.
+ Export data received from an external Bluetooth device to TX_UARTK port.
Bluetooth_to_RF_Base (ESPrtk_1) and Bluetooth_to_RF_Rover (ESPrtk_2):
Bluetooth is used as a main function. Connect an external Bluetooth device (A) to ESPrtk_1 and connect an external Bluetooth device (B) to ESPrtk_2.
Now, device A can communicate with the device B in two directions via the wireless data bridge ESPrtk_1 <-> ESPrtk_2 with a radio communication distance of several kilometers.
Special.In particular, ESPrtk 3.x.x supports power management and supports two options: Bluetooth Classic and Bluetooth Low Energy (BLE 4.2). When using both WIFI and Bluetooth on ESPrtk, we recommend using Bluetooth in BLE mode to achieve the highest performance.
Video TestingIn the first test, we will test the ability to receive and send raw data via Bluetooth on the UART port. In the next test, we connected ESPrtk to GPS module and then tested ESPrtk with RTK applications running on phones like NTRIP Client, GNSS Survey, …
Check Receiving and sending raw data.
I use the application running on my phone as an external Bluetooth device, the data received and sent will be output on ESPrtk’s TX / RX-UART port and displayed on the screen.
Below is a circuit diagram for the test, but a complete diagram for RTK receivers such as F9P / NS-HP can be used for this test.
The firmware version of ESPrtk in this test is 3.2.5.
Learn more about creating ESPrtk board and loading Firmware for ESP32 here:3.x.x How to use ESPrtk ? – Things need to know.
ESPtk configuration – Bluetooth.
Here you can change the Bluetooth name of ESPrtk and choose the Bluetooth type is Classic or BLE 4.2 (recommended).
ESPtk configuration – Action Planning.
For the connection diagram as above, TX And RX need to map to TX_UART1 (GPIO5) and RX_UART1 (GPIO17).
Baudrate is 9600. (Although I chose the baudrate as 9600 for this test, in fact the lowest limit for RTK applications should be from 57600 to avoid bottlenecks. ).
Select the Main Action as ‘UART_to_Bluetooth’ .
Scan and add ESPrtk to the connection list.
After configuration, restart ESPrtk. Now turn on your phone, Open Bluetooth Settings and scan for ESPrtk devices.
Please note, if the bluetooth mode on ESPrtk is set to BLE, your phone also needs to support BLE.
By default, the Bluetooth name of ESPrtk is of the form ‘BTU-ESPrtk: xxx’ if using Bluetooth Classic or the form ‘BLE-ESPrtk: xxx’ if using Bluetooth BLE.
Add ESPrtk to the connection list on your phone (you only need to do this once).
Now open the app, you will see ESPrtk appear in the connection waiting list.
For Bluetooth BLE, the name of ESPrtk will be on the BLE tab.
Touch the connect icon to connect to ESPrtk. If the connection is successful, ESPrtk will send a message telling the successful connection with a description of the device.
Now all data sent to ESPrtk will be exported to TX-UART-RTK port and all data received on RX-UART-RTK port will be sent back to the phone. (TX-UART-RTK and RX-UART-RTK are TX1 / TX2 and RX1 / RX2 depending on the configuration in your Action Planning above).
I connected the UART-RTK port to the computer and opened the software to send some text.
Check with the RTK apps and the RTK GNSS receiver.
ESPrtk can be used with many RTK applications today, just need to connect and run like other devices.
NTRIP Client Lefebure
Above is the test model, I would choose Lefebure NTRIP Client application as an example. (In the video above, there are a number of other applications that are also tested.)
Send RTCM to ESPrtk.
Print NMEA received from ESPrtk to screen.
Export RTCM to TX-UART-RTK port.
Resend NMEA data on RX-UART-RTK to the phone.
In the next post, we will check that ESPrtk runs in Bluetooth_to_RF_Base and Bluetooth_to_RF_Rover mode.’ 3.x.x Radio Data Bridge mode on ESPrtk


Before using RasterBlaster 4, it is necessary to configure the computer system or XNI box to a static IP address.
Locate an available IP address
First, locate a suitable static IP address. You want an address that's in the same IP address range as your current network but won't conflict with existing devices or devices automatically assigned an IP address by the router on the network. If you need assistance, contact your network's administrator or an IT Professional.
Open Control Panels
Open the network and sharing center
Edit Adapter Settings
Choose "Change adapter settings" from the menu on the left side of the window.
Open Properties for the active network adapter.
Right click on the active network adapter and choose properties.
Open IPv4 Properties
- Click "Internet Protocol Version 4 (TCP/IPv4)"
- Click the properties button.
Edit the IP4 Properties.
Note the IP addresses shown are only examples. Your settings might be different.
- Select "Use the following IP address.
- Enter IP, Subnet Mask, and Default gateway information.
- Click OK. Your system will now be configured for a static IP address. If you have trouble connecting to the network after editing the settings, double check your IP and gateway numbers.


This video series is focused on deploying the Cisco ASA firewall appliance connected to the Internet edge using the ASDM application only. We will explain the concepts, design aspects, and how to deploy a Cisco ASA firewall in a practical scenario. You will learn some of the critical components, considerations, best practices, troubleshooting, and other valuable resources.
Also included in this package is the workbook solution (PDF format) where you will learn the concepts, design, and step-by-step configuration of the Cisco ASA firewalls using CLI. This workbook solution will also provide how to configure other Cisco Firewalls on a Cisco router using Reflexive ACL, CBAC, Zone Based Policy Firewall, the FWSM and much more.
Format: Video [ ~7 hours / 413 minutes ]
Includes: Video, Network Diagram, and Other Supporting Files
The video labs in this series is applicable for Cisco ASA 5500/5500-X (1st Generation FW) environments running OS 8.4 to 9.X
It is recommended to have working knowledge and/or understanding for some Basic Cisco Networking for best results to follow along in this course


Implementing RPC Mechanism
To achieve semantic transparency, implementation of the RPC mechanism is based on the concepts of stubs.
- It provides a normal/local procedure call abstraction by concealing the underlying RPC mechanism.
- A separate stub procedure is associated with both the side on client and server processes.
- To hide the distance and functional underlying communication network, an RPC communication package Known as RPC Runtime is used on both the sides.
- Thus the implementation of RPC involves the five elements of the program:-
- The client
- The client stub
- The RPC Runtime
- The server stub
- The server
Basic RPC Operation
The RPC Mechanism is based on the observation that a procedural call is well known for transfer of control and data with in a program running an a single machine.
On invoking a remote procedure, the calling process is suspended.
If any parameter are passed to the remote machine where the procedure will execute.
On completion, the results are passed back from server to client and resuming execution as if it had called a local procedure.
RPC mechanism is based on the concept of stub procedures.
The server writer writes the server and links it with the server-side stubs; the client writes his program and links it with the client-side stub.
The stubs are responsible for managing all details of the remote communication between client and server.
What is RPC mechanism?
They enable client to communication with server by calling procedures in a similar way to the conventional use of procedure on the local procedure call, but the call procedure is executed in a different process and usually a different computer.
The steps in making a RPC
- Client procedure calls the client stub in a normal way.
- Client stub builds a message and traps to the kernel.
- Kernel sends the message to remote kernel.
- Remote kernel gives the message to server stub.
- Server stub unpacks parameters and calls the server.
- Server computes results and returns it to server stub.
- Server stub packs results in a message to client and traps to kernel.
- Remote kernel sends message to client stub.
- Client kernel gives message to client stub.
- Client stub unpacks results and returns to client.
Examples of RPC
- Distributed Computing Environment.
- Open Software Foundation.
- Middleware between existing network operating system and distributed application.
- Initially design for Unix-Win NT.
Design Issues in RPC
- RPC mechanism is based on the concept of stub procedures.
- The server writer writes the server and links it with the server-side stubs; the client writes his program and links it with the client-side stub.
- The stubs are responsible for managing all details of the remote communication between client and server.


A ‘traditional’ fiber optic cable that connects the university
Melbourne and the Clayton campus of Monash University
team of researchers passing data at 44.2 Terabits per second, a record
worldwide. In theory, this rhythm allows you to download the contents of 50 discs
Ultra HD Blu-ray with 100 GB each in just one second.
The researchers involved published their findings
at Nature Communications and explain that the cable in question covers 75
kilometers between the two campuses and reflecting the bandwidth infrastructure
broadband used by the Australian National Broadband Network (NBN). The world record
speed has been achieved using a new technology called micro-comb,
that allows a more efficient and compact way for data transmission and that
was used on the ground for the first time.
Professor Arnan Mitchell, from RMIT University,
stresses that “in the long term, we hope to create integrated photonic chips that allow
that this type of transmission rates may be possible through fiber links
existing optics with minimal cost ”.
The work was done by university researchers
from Swinburne, Monash and RMIT, three Australian institutions.
Despite the advance, it is not to be believed that consumers
may have direct access to these speeds in the near future. The
first intervention sites should be connections between servers. After all,
gigabit networks have been a reality for some years and are still rare in use


XBX : After checking my own internet (Xfinity ExtremePro) - everything is good on my side but keep losing connection to the server due to Prominence errors with many different numbers.
Getting dropped in the middle of ranked play is Bad form! I’m losing money I would not otherwise be losing. What is up with the servers?
My servers work.
Attach a Google compatible device to your internet using the same type of commercium as your Xbox. Search and run ‘Xfinity Speed Test’ and tell us the download and upload speeds.
If you can reestablish a connection to the internet, then the reason for the disconnect is a timing issue.
Your data is sent via packets or pieces of a message, and it may take several of these packets to complete a message.
As part of each packer there is a trailer section containing the total number of characters sent in that packet.
The receiving device compares the number of characters received with the number in the trailer.
If the numbers are different, then the receiving device notifies the sending device that it needs to resend the packet.
If the numbers match, then the receiving device tells the sending device that it’s ok to send the next packet.
The commutation between the sender and receiver is timed and when the limit is reached, the link between the two is severed and you are told that the server is down.
To me, it sounds like the internet speed within your home is compromised to the point that you should contact your internet provider for help.
DL 155.9 mbps
UL 24.3 Mbps
Host Area IV, IL
I’m hardwired to the router and the router has been reset several times - it’s not my connection.
Your speeds are pretty good!
You are the only one reporting this problem, so logic tells me that something is failing with your connection. The weird part is that you can reconnect.
Here’s some more things to consider:
- Check all cable fittings for tightness.
- I had to replace some of the coax cables
- Replace the splitter, and ethernet cable
- How old is the modem/router? Check with
the manufacture to see if the model is current
- Who is your internet provider?
I had connection problems and I called Comcast, and these were the items addressed to correct my connection problems.
Xfinity is the ISP - I have extreme Pro. This game and Red Dead Redemption 2 are the only two games that are disconnecting during play- everything else runs smooth (I’m not disconnected from Xbox, only those two games. Played both last night though without a hitch on either.
I called Xfinity and the router and cables are good. But will call me tomorrow about updating the gateway tower since it’s 4yrs old.


Project Systems Engineer
Bachelor in Computer Engineering and Systems with 6 years of experience in the use of Information and Communication Technologies. Mr. Ustua is a very curious person in the field of technology and communications with his extensive knowledge in networks and telecommunications, developing web pages, desktop and web applications and in computer support. Mr. Ustua is an expert providing training in the use of information and communication technologies, diagnosis of technological equipment such as servers, network system diagnosis, router configuration. He was born in Abancay-Apurimac. His thesis is in the Education Sector is in progress to obtain his academic degree of an Engineer.


Design, implement and support Cisco LANs, WANs, security, voice and wireless networks for customers. Analyze, design, assess and create or modify networks. Gather requirements, analyze and build high level architecture diagrams, develop low level design document, build project plans and ensure delivery per architecture and plans. Configure and troubleshoot Cisco Routers, switches, phone systems, firewalls, and wireless networks. Support existing customer installations. Perform configuration changes on the customer systems per customer requirements. Prepare and present information to the customer in written and face-to-face presentation format.
Full-time position in Mequon, WI.
24 months experience as network engineer or computer network professional.
Resume only: Iementor, Corp., 1017 W. Glen Oaks Lane, Mequon, WI 53092
Location/Region: Mequon, WI (US - 53092)


4G Kids Smartwatch, Smart Watch for Kids, IP67 Waterproof Watches with GPS Tracker, 2 Way Call Camera Voice & Video Call SOS Alerts Pedometer Wifi Wrist Watch, 3-12 Years Boys Girls Gifts
⌚【4G Smartwatch for Kids】The 4G Kids Wrist Watches is the 2021 NEW VERSION. IP67 Waterproof Phone Watch has all functions you need: Two-Way call (video calling), WIFI LBS GPS Tracker, geofencing, Pedometer, Voice chat, Texts, Anti-lost, Class Mode, HD Camera, Historical tracker, Safe zones, SOS, alarm clock, low battery notification etc. This watch is such fully functional just like a mobile phone! 🎁It is a great gift for your kid 3-12 years old.
💦【IP67 Waterproof & 2-Way Call Watch】Kids Watch is IP67 water-resistant, you can wear it when wash your hands or play with water. kids smart watch is the best cell phone alternative for kids. 4G smart watch phone with 2-way video calling feature, face to face video talk with your child anytime anywhere. The smartwatch not only voice chat but also send pictures. Video and voice chat interactions make communication more interesting and talkative. This is a great design for parents and children.
👍【WIFI LBS GPS Tracker】4G GPS real time positioning. It's also can check location history through the day. Know where your kids are anytime. GPS is suitable for outdoor(especially in open areas); WIFI is suitable for indoor, the accuracy depends on the carrier's backend database; LBS depends on the density of the communication base station and where you are. This GPS Tracker will combine the data of GPS, WIFI, LBS, in order to get the most accurate positioning. Provide safety protection.
🆘【SOS Emergency Call Anti-lost Watch】huijieus kids smart watches has a SOS button, if your children are in emergency situation, they can press SOS button for 3 seconds and the GPS watch will automatically circularly call 3 SOS numbers you set for help until someone answers it. Great help for kids in emergency situation!
📶【4G Network Support】This is a phone watch for kids, watches supports 4G Nano SIM card(SIM card not included). USA customers, we recommend to purchase SIM card from T-Mobile or AT&T. It can used in most of the countries with GSM networks. Smart Watch's APP Compatible with iOS and Android. ❤NOTE: Please turn off the smart watch before inserting the SIM card. 📪If you have any problems with the installation, please email us to get the installation video.
WORLDWIDE SHIPPING ✈
Please do note that shipping is insured and takes within 8-10 business days worldwide. However, you may receive your items earlier. Tracking Numbers will ALWAYS be sent so you can track them every step of the way! Cool things are worth waiting for! 😉
We want you to be 100% satisfied with the products you buy from us. If for ANY reason you are not satisfied with your purchase, we offer an iron-clad money-back guarantee.
There is absolutely ZERO RISK buying from tarruboutique's official store - so send us an email, at firstname.lastname@example.org if you need any assistance.
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IOT App Development Company
An internet of things ecosystem comprises of web-enabled smart devices that use embedded systems, such as processors, sensors and communication hardware, to collect, send and act on data they acquire from their environments. IoT devices share the sensor data they collect by connecting to an IoT gateway or other edge device where data is either sent to the cloud to be analyzed or analyzed locally. Sometimes, these devices communicate with other related devices and act on the information they get from one another. The devices do most of the work without human intervention, although people can interact with the devices -- for instance, to set them up, give them instructions or access the data.
The connectivity, networking and communication protocols used with these web-enabled devices largely depend on the specific IoT applications deployed.
IOT Application Development
IoT development can also make use of artificial intelligence (AI) and machine learning to aid in making data collecting processes easier and more dynamic.
IoT benefits to organizations
The iot solutions offers several benefits to organizations. Some benefits are industry-specific, and some are applicable across multiple industries. Some of the common benefits of IoT enable businesses to:
- monitor their overall business processes
- improve the customer experience (CX)
- save time and money
- enhance employee productivity
- integrate and adapt business models
- make better business decisions and Generate more revenue.
iot application development
A Unique Fact
Generally, IoT is most abundant in manufacturing, transportation and utility organizations, making use of sensors and other IoT devices; however, it has also found use cases for organizations within the agriculture, infrastructure and home automation industries, leading some organizations toward digital transformation.
IoT can benefit farmers in agriculture by making their job easier. Sensors can collect data on rainfall, humidity, temperature and soil content, as well as other factors, that would help automate farming techniques.
The ability to monitor operations surrounding infrastructure is also a factor that IoT can help with. Sensors, for example, could be used to monitor events or changes within structural buildings, bridges and other infrastructure. This brings benefits with it, such as cost saving, saved time, quality-of-life workflow changes and paperless workflow.
A home automation business can utilize IoT to monitor and manipulate mechanical and electrical systems in a building. On a broader scale, smart cities can help citizens reduce waste and energy consumption.
IoT touches every industry, including businesses within healthcare, finance, retail and manufacturing.
Let’s start a project together
Give us a call or drop by anytime, we endeavour to answer all enquiries
within 24 hours on business days.


ANTlabs Advanced QoS allows administrators to configure intricate bandwidth allocation policies for users in your network. With the way people are consuming data these days, it is important to achieve fair sharing of bandwidth among users so the user experience will not suffer.
One of the unique features of the ANTlabs Advanced QoS 3-stage engine is its capability to allow multiple devices to share a single bandwidth rate limit per user. For example, you wish to allocate 1MB per guest. Each guest will only use up this amount of bandwidth among his/her devices and it will be shared equally.
With the Advanced QoS 3-stage engine, bandwidth utilization can be maximized by creating differentiated classes of services for different groups of users.
All user traffic goes through Advanced QoS 3-stage engine:
Stage 1: User Level
Bandwidth Rate-limiter: Ensure bandwidth allocated fairly to individual user
- This first stage engine applies bandwidth rate-limit to individual user instead of individual devices. This simple innovation allows multiple devices to share a single bandwidth rate-limit.
- When multiple devices belonging to the same user request for bandwidth, the bandwidth allocated for that user will be shared equally among all the devices that is actively requesting for bandwidth
Stage 2: Group Level
QoS Classifier*: Allow differentiation of traffic during congestion
- This second stage engine defines different QoS Tiers (Guaranteed Tier, Premium Tier and Basic Tier) where tier based rate-limits can be defined for a group of users that is assigned to the tier.
After going through the first stage engine, user traffic is then classified according to the defined QoS Tier.
Stage 3: Global Level
Application Traffic Shaper*: Prevent bandwidth starvation by malicious or P2P applications
- This third stage engine performs application traffic shaping for all traffic that has passed through the first 2 stage engine.
* requires Advanced QoS Module
Advanced QoS Plus – New!
Previously Stage 3 QoS Application Traffic Shaping was a global setting and port-based. We have improved it even more to allow for user-defined rule-based. This gives you better accuracy and finer control as the traffic shaping can be applied to user groups now. This provides from even broader application and use cases.
Use Case 1: Upsell bandwidth for differentiate services
Create a special user group for users’ streaming and apply this rule to the paid users or VVIP groups, while at the same time, allocating less bandwidth and slowing down torrent site for Complimentary users.
Use Case 2: Provide secure and safe network connectivity
Create a user group for children or families, and apply rules to block adult-related, gambling sites, phishing and known blacklisted sites.