Samsung Pay is a groundbreaking mobile payment service. Launched in 2015, Samsung Pay is a simple and safe digital wallet that works almost anywhere you can swipe or tap your card which allows Samsung Pay works in far more stores than any other mobile payment service. Samsung Pay ushers in a new era of mobile payments and e-commerce. Samsung Pay allows consumers to transition to secure mobile payments at nearly all merchant locations. To date, mobile wallets have had extremely low acceptance with merchants utilizing conventional magstripe terminals.
With Samsung Pay, consumers can now utilize their mobile devices to pay at existing point-of-sale terminals. To achieve this, Samsung leverages both Near Field Communication (NFC) and a new proprietary technology called Magnetic Secure Transmission (MST) to make mobile payments more accessible to merchants and consumers than ever before. Thanks to NFC and Samsung’s proprietary MST technology, Samsung Pay works in far more stores than any other mobile payment service
Come join the Samsung Pay team and help us define and develop the future role of Smartphones and Mobile service platforms!
Job Duties & Responsibilities:
Designs and develops user interfaces to internet/intranet applications by setting expectations and features priorities throughout development life cycle; determining design methodologies and tool sets; completing programming using languages and software products; designing and conducting tests
Designs REST APIs interfacing to web applications or partner server applications
Recommends system solutions by comparing advantages and disadvantages of custom development and purchase alternatives
Completes applications development by coordinating requirements, schedules, and activities; contributing to team meetings; troubleshooting development and production problems across multiple environments and operating platforms
Things you will learn in the future:


This 5-yr interdisciplinary research project aims to construct a Pan-Tropical Observatory of Forest Function, to explore forest response to global change. In Asia, Africa, Australia, and South America, we are developing long-term on-the-ground observations of forest dynamics, integrating them with complementary approaches including high frequency measurement of the climate-sensitivities of different components of the carbon cycle.
The project works with partners across the tropical nations, toward the shared scientific goals of documenting the key patterns, impacts and processes of change so far, and of understanding better the threat to forests from global change.
The Pan-Tropical Observatory Network
The Pan-Tropical Observatory is growing; with more than a hundred collaborators worldwide we now have almost 500 plots being monitored.
Forestplots.net will be hosting the different strands of data that emerge from this project from hundreds of sites. This helps ensure standardised protocols are applied across continents, while allowing each partner access to the information from their long-term plots.


* Source: Nordson Corporation
Counterfeit components entering electronic supply chains is a longstanding problem with the fake semiconductor industry being estimated to be in the billions in size and in 2013 counterfeit electronics worth $145 illion were seized by the U.S. Government.
OEMs in all sectors are at risk, even the military isn’t immune with a report in 2012 by the Senate Armed Services Committee uncovering 1,800 cases of counterfeit parts involving over one million units. The risk to OEMs is mostly due to pressures of supply and demand. Purchasing within the authorized supply channel guarantees visibility and trust, however component shortages can drive OEMs to use unauthorized channels. Here there is a lack of traceability providing counterfeits an opportunity to enter the supply chain.
Adding to the complexity of this issue is that counterfeit components can take many forms. The Semiconductor Industry Association (SIA) outlines how genuineness can be compromised:
- It is an unauthorized copy
- It does not conform to original component manufacturer (OCM) design, model, and/or performance standards
- It is not produced by the OCM or is produced by unauthorized contractors
- It is an off-specification, defective, or used OCM product sold as “new” or working
- The part has incorrect or false markings and/or documentation
Counterfeit components which function correctly but contain manufacturing faults represent the biggest threat to OEMs because they may pass factory tests, only to fail in service, with possibly catastrophic consequences for both user and supplier. This application note explores complementary test and inspection techniques to identify counterfeit components to help tackle this ongoing problem.
High resolution X-ray inspection takes you beyond optical imaging, enabling users to instantly see inside incoming components and compare what they see with images from known good components. Components which look identical from the outside will often have internal differences if they are from a different manufacturer or product line (Figure 1). Components can be inspected while still sealed within their shipping materials, making them physically and commercially easier to return if found to be counterfeit.
Anomalies in lead wires, die sizes and positions, and truncated pins can all be identified. See examples in Figures 1 and 2.
The Explorer™ one X-ray microscope from Nordson DAGE is a powerful tool for ensuring supply chain integrity as well as for detecting manufacturing defects including BGA and QFN attachment, PTH filling and cable and connector quality.
Explorer one allows you to quickly understand the quality of your product before it leaves the factory. Compact, easy to site and simple to use, Explorer one reveals hidden defects as small as 2μm.
Nordson DAGE leads the way in X-ray inspection technology enabling fast and accurate non-destructive counterfeit detection within electronic components.
Acoustic Micro Imaging
Acoustic imaging complements X-ray techniques by providing information on different aspects of component integrity to help identify counterfeits. Nordson SONOSCAN’s advanced C-SAM® acoustic imaging technology transmits high frequency sound waves into the sample immersed in deionized water. Reflected sound waves help to accurately identify internal dimensions, cracks, voids, delaminations and interface quality issues that are characteristics of re-used components. A layer-by-layer analysis of material properties as well as material consistency and thickness help separate the real components from the imposters. Nordson SONOSCAN developed the first-ever commercially available acoustic microscope over 30 years ago and with its years of research and experience, can apply 25 specific assessments to help determine the authenticity of a wide variety of integrated circuits and other components.
Electrical testing can also be used to check a component’s performance against its published specification. This is done by analyzing the electrical characteristics of the component’s pins when submitted to a dynamic stimulus. The pin’s response is directly related to the component’s nature, internal structure and manufacturing processes. This provides a strong indication that the bond wire and die configuration within the component are the same as the master sample.
OEMs can protect their supply chain being contaminated with counterfeit electronic components by performing a range of test and inspection techniques. Each with their advantages, X-ray inspection enables the fast verification of the die and pin configuration without unpacking the parts, essential in capturing substandard parts before they can fail in the field. This is complemented with acoustic imaging and electric testing by providing information on different aspects of component integrity. Ultimately, it is critical that OEMs implement robust test and inspection methods to avoid risking user safety, reducing their profitability and the potential loss of their reputation with the presence of counterfeit components in their products.


LED TVs are one of the precious assets that are found in a majority of homes in the present times. LED TVs are expensive as they are loaded with a number of exceptional features and are considered to be a priced possession. But keeping the LED screens of the precious TV clean is important. However, the cleaning process is much different than traditional methods.
As LED TV screens are sensitive and delicate, you need to be more careful while cleaning in order to avoid any scratches or other damage to the screen. There are various ways to effectively clean the LED TV screen. Most of the cleaning process is simple and requires readily available cleaning agents. In this article, you will get to know some of the best approaches or methods to clean LED TV screens and make them crystal clear again.
General Cleaning Process of LED TV Screens
While cleaning the delicate LED TV screen may seem to be challenging to some, it is actually easy when you know the right cleaning process. Here are some of the general cleaning processes for LED TV screens.
- The first step is to prepare the LED TV screen for the cleaning process. You need to ensure that the system is completely shut down. You must disconnect the TV from the power source and allow it to cool down. It minimizes the electrocution risk and makes cleaning easier.
- In order to remove the dust from the edges of the LED TV screen, you can use vacuum cleaners. Regularly cleaning the edges of the tv screen with vacuum cleaners having a soft bristle to avoid scratches will keep the screen become dust-free. It prevents the dust from settling down and causing damage to the expensive device.
- In some instances, tough spots or fingerprint marks are difficult to clean. But ensure not to press down hard on the LED TV screen as it may cause damage. Instead, you can use non-abrasive cleaning agents and wipe the screen using a microfiber cloth.
- Using the right cleaning cloth is important to ensure proper cleaning without any scratches or damage. Microfiber cloth is the most recommended option for a number of reasons. It is soft and thin yet strong to clean the TV screen thoroughly without creating any risk of damage. In case of unavailability of the microfiber cloth, you can also use cotton tea towels.
- Another way of cleaning the LED TV screen is by spraying the surface of the LED TV screen with compressed air in order to blast away all stubborn dust and debris. Then the screen can be wiped with a microfiber cloth to ensuring removing all the remaining dust.
- While cleaning the LED TV screens, one of the important considerations is to avoid spraying the liquid cleaners directly on the screen. Instead, you should always spray the liquid cleaner on the microfiber cloth and then wipe the screen using that cloth.
- Another thing to avoid is the use of any cleaning products which contain ammonia. Ammonia can cause damage to the anti-glare coating of the LED TV screen and creates negative viewing experiences for people.
The steps mentioned above are the very basic steps for efficiently cleaning LED TV screens.
Cleaning of LED TV Screens through Simple Wiping
Cleaning the LED TV screens by simple wiping is one of the simplest and easiest ways that takes much less time and effort. Wiping the screen on a daily basis can help in keeping it dust-free. Any stains on the LED TV screen can also be removed by using the simple wiping process. Here are the simple and effective steps to use the wiping method to clean the TV screens.
- First, you will have to go through the manufacturer’s manual provided with the LED TV. It will give you an idea about the best techniques for cleaning the screen and the best cleaners. It will also update you about the things that need to be avoided in order to prevent any damage.
- Before you start to clean the LED TV screen, it is important to turn it off. As the LED screens get heated up when they are on, switching them off proves to be beneficial. Moreover, it leads to the dissipation of static electricity, thereby releasing dust and making the cleaning process easier.
- The next step is to rub the screen gently with the use of a microfiber cloth. The microfiber cloth will help you in removing the oil, dirt, as well as smudges on the LED TV screen.
- Make sure to avoid using sponges or paper towels to clean the LED TV screen as they can cause serious damage to the screen. As the microfiber cloths are soft, they can easily remove all the dirt from the screen without causing any type of damage.
- In case, the dirt or stains are tough to be removed with the dry microfiber cloth; you can consider adding some water to make it damp. But make sure not to add too much water. Rubbing the LED TV screen with a damp cloth can help in removing the smudges easily.
Following these easy steps can help in removing dust and dirt from the screen through simple wiping. The user manual of the LED TV can guide you to follow the right cleaning approach. In case you have lost the manual, you can find the process by searching for a particular product online.
Cleaning of LED TV Screens using Different Cleaning Agents
The modern LED TV screen demands very careful cleaning. A small mistake can prove to be really costly for the owners. Being an expensive electric device, appropriate cleaning agents or solutions make the screen spotless and dirt free. Any harsh solution is always to be avoided in order to prevent damage to the LED TV. There are a number of solutions that can be used for cleaning LED TV screens. Here are a list of cleaning agents and the process of efficiently cleaning the screen.
- Vinegar is one of the most commonly used natural cleaners for thousands of people. In order to clean your LED screen, you need to wipe it gently using a microfiber cloth. Then prepare a solution by mixing vinegar and distilled water in equal proportions. Dip the microfiber cloth in the solution and squeeze out as much liquid as possible. Gently wipe the TV screen with the damp cloth and then again wipe it with a dry and clean microfiber cloth.
- Screen cleaners that are available in the market are another way of cleaning the LED TV screen. But before you purchase the screen cleaning solutions, make sure to conduct thorough research. Choosing the branded TV screening solution will ensure proper cleaning of the screen without any damage.
- Petroleum jelly is another helpful cleaning agent for cleaning fragile LED TV screens. Moreover, if you have any scratches on the TV screen, petroleum jelly works best. You can take a cotton swab and dip it in the petroleum jelly. Then gently dab the cotton swab on the screen area that has scratches. It can help in removing all the scratches much easier.
- Another commonly used cleaning agent to remove dust and dirt from the LED TV screen is dish soap. In order to clean the dirty surface of the screen, clean the dust and then soak a soft and lint-free cloth in the mild and diluted dish soap solution. Remove the excess water from the fabric and gently clean the screen's surface. Then again take a clean and dry cloth of similar material and keep wiping until the screen becomes completely dry.
- Another way of cleaning the LED TV screen is by using rubbing alcohol. If the dry microfiber cloth cannot remove the smudges from the screen, you will require rubbing alcohol. Prepare a solution of rubbing alcohol and water mixed in equal proportions. Dip the corner of the microfiber cloth into the mixture. Remove all the excess liquid and gently wipe the TV screen with a cloth. Then use a clean and dry microfiber cloth and wipe the screen properly.
Using all these cleaning solutions can help in keeping the LED TV screen in shining condition. It keeps away dirt and protects the electronic device from potential damage.
The methods listed above are some of the proven ways of cleaning LED TV screens effectively. With simple and easy methods, you can keep your TV screen dust-free. Now, you can also remove the tough stains from the TV screens much easier. You need to follow the steps correctly in order to get the desired outcomes. Moreover, mixing the solutions in the right proportions is also important. With the right techniques and appropriate cleaning agents, making the LED TV screen shine like a brand-new one becomes easy.
Cleaning LED TV ScreenLED TV Screen


How to Install a Power inverter in a Camper?
If you’re an outdoor enthusiast, having power in your camper van is a good way to make it feel more like “home”.
Rather oddly, few camper vans are self-reliant when it comes to power. In any case, generators have traditionally been used to generate power.
But the truth be told, you would not rather have a generator running for hours on end just to have your kids watching TV or charging your phone. Andnotwithstanding the “noiseless” operation of your generator, your campsite neighbors would prefer you not running the unit either.
And this is where an inverter comes into play; an essential electrical device, an inverter will convert the DC battery power of your camper to AC, allowing you to watch TV, brew coffee, and do a lot of tasks.
Installing a power inverter in your camper is a pretty straightforward process that you can do on your own.
In this article, we shall share with you the exact steps of installing a power inverter in your camper.
Table of Contents
Before you even think of installing a power inverter, the first step is to determine your power requirements. After all, it would be a waste of time and resources to install an inverter that will not meet your power requirements.
Decide on the amount of power that you will need to run all your devices, and based on this figure, you’ll know what type of inverter to go for.
Installing the Inverter
Clearing the Space
When installing an inverter, you should first clear the space where you plan to fit the inverter.
Ideally, the location of the inverter should be where the potential for accidental damage is minimized. For instance, nothing flammable should be in the vicinity and there should be free circulation of air around the device.
For optimal performance, the inverter should be located close the battery of your camper. However, the two should not be located in the same compartment not unless you are using sealed AGM or Gel batteries.The reason behind this is some battery types such as the flooded cell lead acid batteries generate flammable hydrogen gas when getting charged and by switching the inverter, it can cause a spark and subsequent explosion.
Securing the Inverter
Once you have cleared a space for installation, fix the inverter to a secure spot. Ensure that all the electronic components in the inverter are protected against unnecessary concussion.
We recommend that you follow the manufacture’s manual with regards to the fastening points
Installing an inverter is a pretty straightforward affair, and you don’t necessarily have to be a DIYer.
Basically, you’ll need to wire the inverter directly to your camper batteries with large battery cables.
The only major hindrance that you might face during the installation process is routing the inverters 120V output power to the applications where it is needed, either the new outlets or the existing outlets or to both.
For the existing outlets, you will need to disconnect the wires from the existing load center and connect them to the inverter.
However, since you still want these circuits to work on shore power, you’ll need something extra for switching them between the inverter and the external shore power.
Typically, you should wire your inverter to a separate power panel that will in turn feed the existing power outlets.
The power from the main breaker is also routed to the separate power panel and from here the auto transfer switch will control the distribution of power to the outlets from any one time.
On the other hand, wiring an inverter to a new outlet is the simplest task as the new outlets are seen as an extension from the inverter through a cord and plug.
Now, whatever you do during the installation, more particularly wiring, it’s crucial that you follow the instructions on the inverter manual concerning wire size and circuit protection.
There are a few tips or rather “musts” that you should be aware of before installing your inverter.
- 1When wiring, ensure that the connection system will not in any way make it possible for the shore power and the inverter to deliver power to the same outlet simultaneously. If this happens, it can result to the damage of your system, and this is why we always recommend that you use a transfer switch for controlling the power distribution
- 2If you are using a standalone inverter, it’s essential that you ensure the converter/charge never receives power from the inverter.
You now have a rudimentary understanding of how to install a power inverter to your camper, and depending on how adept you are with handling electrical equipment or wiring, you might want to hire a professional to do the installation.


My name is Joe Lentine, owner of Network Technology Innovations. I started Network Technology Innovations in 2013 because of the growing number of IT related projects in K-12 field.
At Network Technology Innovations, we provide routing, switching, wireless, VoIP and video solutions. We accomplish this using leading edge technology and manufacturers. These include; Cisco, Brocade, Ruckus, Meraki, Aruba and many others.
Please contact us for more information related to our services!
- Joe Lentine BCNE,CCNA


At HP Discover 2013, HP announced the release of three new HP Proliant servers: the HP Proliant DL320e Gen8 v2 server, the HP Proliant ML310e server, and the HP Proliant MicroServer Gen 8.
Suffice it to say, I felt that HP was addressing me directly, and making these servers available in an attempt to satisfy our – Logikworx’s needs for SMB and entry level servers for the upcoming server refresh season.
HP Proliant DL320e Gen8 v2
The Proliant DL320e Gen8 v2 is a 1U form factor tool-less access rackmount server. Boasting of HP’s Gen8 ‘sea of sensors’ among other innovations, the latest Intel Xeon E3-1200 v3 series CPUs, supporting up to 3.6 GHz and 4 cores, support for up to two Large Form Factor (LFF) or four Small Form Factor (SFF) drives, four DDR3 UDIMMs, and 300 W or 750 W power supplies. Additionally, the DL320e Gen8 v2 Server supports the 24-port HP 1810 Switch Series. That, is pure icing on this cake!
HP Proliant ML310e Gen8 v2
The Proliant ML310e Gen8 v2 is a little brother to our workhorse ML350, which, over the years, has garnered several Server Of The Year Awards from us, and is currently the standard management server used by Logikworx at all locations.
Check out the following enhancements to this server:
- Latest Intel Xeon E3-1200v3 Series processors
- Dedicated iLO connection for faster and more secured data transmission
- Windows Server 2012 compatibility
- Energy efficient Ethernet network adapter
- Seamless network connectivity that extends the benefits of Converged Infrastructure
Proliant MicroServer Gen8 comes with HP iLO4, Intelligent Provisioning for quick and simple installation and Instant out-of-box server set up and deployment. It also has embedded remote management technology.
I am looking forward to getting my grubby mitts on these babies shortly.
© 2002 – 2013, John Obeto for Blackground Media UnlimitedFollow @johnobeto


A power generator is basically a machine that is useful in producing electrical power. It can do this by altering mechanical power to electrical energy. The mechanical energy source comes from a steam or reciprocating engine, internal combustion engines, crank, turbines, or any other machine that moves.
With the latest technological advancements today, there are numerous other sources out there today for backup power services, some of these are magnetic power, solar power, wind power, hydropower, diesel and petrol power. However, these days there is a big push to do away with the fuel burning varieties and make use of the different renewable energy sources.
So far the technology has not produced a generator that is powered by a renewable energy source that can replace the burning of fuel, being costly, length of usage, and size.
Generators are made up of two main components: One is the motor that offers power for the machine by burning some sort of fuel. The other component is the generator head, which converts the power into energy via electromagnetic induction. Electromagnetic induction generates electrical voltages across a conductor in a varying magnetic field.
Businesses and households both make use of generators as a backup power option. In the USA, the standard single phase voltage allows for most of the houses is just 120 Volts. Many houses have two 120 volt circuits. The two circuits, when combined, generate 240 volts to supply energy to appliances that want a huge amount of electricity to operate.
Two different types of generators are available these days. Though each one of them is similar in purpose, they are different in terms of design, size, features, and usage.
One is called as the standby generator. Such a powerful generator happens to be costly and bulky. Because of their huge weight and size, they are usually placed in a certain position outside of the house. They perhaps be connected directly to a liquid propane tank or gas line so that they can run even without electrical supply. This generator helps prevent the harmful and possibly damaging effects of blackouts.
The other option is the portable power generator. These generators are smaller in size as they are designed to be portable. They are used to supply power to places that do not have access to electric supple like forest clearings or construction sites. These days, households are investing more in these types of generators as it helps keep them functioning throughout the blackouts.
So, which type of power generator would you prefer opting for?


From 1953 on, the UBV photoelectric photometric system has been used to
measure the apparent magnitude and colours of stars in many clusters. It has
produced the best colour-magnitude diagrams. The UBV data stored in the datbase
come both from specific studies and from larger surveys of fields stars. This
is especially true for the brighter stars of each cluster.
The number of measurements has to be completed. 0 simply means that the
information is still absent.
|B-V||:||B-V colour index|
|U-B||:||U-B colour index|
|N||:||Number of measurements|
List of clusters
Query the references
Last Update: 17 February 1998


Dr. Sajid Hussain
Associate Professor, Computer Science, Fisk University
Nashville, Tennessee, USA
321 Park Johnson Hall (PJ), shussain (at) fisk.edu, +1 (615) 329-8524
Teaching | Research | Publications | Grants | Service | Personal | CV
Dr. Sajid Hussain is Associate Professor in the Department of Mathematics and Computer Science at Fisk University since 2009. He has served as Chair of Department of Business Administration, Fisk University, 2010-13. Prior to Fisk, he worked as Associate Professor and Assistant Professor in the Jodrey School of Computer Science, Acadia University, Canada, 2005-09. He received Ph.D. in Electrical Engineering from the University of Manitoba, Canada, 2004.
Dr. Hussain is investigating energy efficient communication protocols and security techniques for mobile, ubiquitous, and pervasive applications. He is interested in smart homes, telehealth, and industry automation. He is also interested in e-commerce and mobile-commerce applications. He has published more than 70 refereed journal, conference, and workshop papers. His research is financially supported by several grants and contracts, such as NSF (Grant# 1332432), HP Catalyst, UNCF/Google, NSERC, NRC, AIF/ACOA, and NSHRF.
He has co-organized several journal special issues, conferences, and workshops. He has served on many technical program committees and reviewed papers for several journals. Further, he has reviewed grant proposals for NSERC's Discovery, SPG, and RTI grants. He is a senior member of IEEE.


When setting up Zabbix monitoring for the home lab, we determined that the Ceph storage network was not initially configured as per best practices.
Rather than configuring Ceph with the monitors communicating on a “public” network and using a private “Cluster” network for osd communications, we had put all Ceph-related communications on an isolated V-lan. This functioned quite well, however was not in line with best practices, and left no way for us to use Ceph’s built-in Zabbix reporter.
After a large amount of research, we determined that the most often given advice regarding modifying the storage network configuration of an operational Ceph cluster is “Don’t.”
Taking this to heart, we started the backup process.
Continue reading “Ceph Storage network migration in a ProxMox cluster.”


In our day and age, technology has taken over – especially in the world of security. While tools such as monitoring cameras, hardware authentication and intrusion alarms aid in overseeing a medical facility or high-rise, it’s hard to argue against the importance of physical security personnel.
While an emphasis lies upon technology-oriented security, it’s only one aspect to successfully securing your space. But, what good is high-end technology if there is no pre-established security plan in place? Thanks to technology like motion sensors and monitoring cameras, security officers are easily alerted of an issue, but it then becomes their responsibility to diffuse the situation. Technology has no way of physically stopping a person that could cause harm to those around them.
In fact, technology does not offer the complete solution to security risks. It’s the delicate balance and interaction between tech and physical security that effectively patrols an area. Establishing and maintaining a well-thought out process and procedure is the best strategy when combining the use of technical and physical security measures.
Physical security can be defined as the protection of personnel, hardware, software, networks and data from physical actions and events that could cause serious loss or damage to an enterprise, agency or institution. In order to adequately protect assets, there must be a solution including both technical and physical facets to alert and diffuse high and low risk situations.
The ultimate goal is to keep people and valuables safe using a complete security solution – the combination of technology-based security and physical instinct.


Tesla Company Visit
ANZCham Taipei is taking you to Tesla to learn how Tesla is harnessing sustainable energy and the future of electronic vehicles in Taiwan. Join us to gain insights from Tesla and learn the latest first-hand.
5:00 - 5:45 Welcome and Presentation
Marketing Manager, Tesla Taiwan
5:45 - 6:00 Company visit (service/supercharger/showroom)
6:00 - 7:00 Networking in the Tesla showroom
Premium VIP test drives will be available for our guests (Tesla VIP service team will contact you to arrange a time), to test out Tesla's autopilot feature, without having to wait months. Premium VIP test drives are completely complementary and are available exclusively for all ANZCham VIPs.


Coast Electric wants you to reduce your energy use and see savings on your monthly energy costs! Each month, you will have an opportunity to register to win a prize that will help you reduce the energy consumption in your home. All you have to do is fill out our entry form below. It only takes a few seconds and you could win a prize that helps you save!
May Reduce Your Use Prize
From incandescent light bulbs that give off more heat energy than light energy, to CFL bulbs and, now, highly-efficient LED bulbs, light bulbs have come a long way in the past decade. Replacing your current light bulbs with LED bulbs can be the fastest, simplest payback project you do when making energy improvements to your home or business. LED bulbs use one-fourth the energy of incandescent light bulbs and even less than CFL bulbs. You will not notice a huge difference on your electric bill since lighting only typically makes up 10 to 15 percent of your bill; but it will add up over time – and LED bulbs last a long time.
LED bulbs will help your home or commercial space in many ways. LEDs not only save you money
on your lighting costs, these bulbs also save on your cooling costs by reducing the amount of heat load in your home. LEDs are brighter than other bulbs but give off less heat. Every 1 kilowatt (1,000 watts) you replace with LEDs can save 3,412 BTUs of cooling. LED bulbs often replace a yellow light tone with a brighter, white tone, making it easier to read and lighting your home with a tone that seems more like sunlight. For those who like
warmer tones, there are now more color options with LED bulbs. LEDs also come in all the different styles you may need, such as dimmable, 3-way, flood and candelabra.
This month’s Reduce Your Use lucky winner will be able to outfit their entire home with LED bulbs for FREE!


Throughout history, silver has been one of the most coveted elements, but the very basic properties of silver render it nearly impossible to activate its magnetic moment. In fact, silver is not magnetic because it contains diamagnetic atoms, also found in gold, lead, and copper. This means that diamagnetism will make an object create a magnetic field in opposition to an external magnetic field. The diamagnetism of silver follows according to Lenz's Law, which states, "An induced current is always in such a direction as to oppose the motion or change causing it." Only under very low heat has silver ever displayed magnetic properties, albeit weak magnetic properties, creating the possibility to stimulate the magnetic moment in this element.
Paramount Discoveries found the rare frequency to stimulate magnetism in carbon, which led to the discovery of the frequency to stimulate magnetism in silver. This discovery also challenges what was previously thought about the physical mechanisms of activating the magnetic moment in silver and similar elements that currently are not magnetic. It also creates opportunities to be applied in technologies previously never considered.
In 2010, 487 million ounces of silver were used for industrial applications. 167 million ounces were consumed in the jewelry market, 50 million ounces were used in the silverware market and more than 101 million ounces were used in coins and medals. This metallic element is demanded because silver has a number of unique properties including its strength, malleability, its electrical and thermal conductivity, its sensitivity to and high reflectance of light among other factors. Its unique properties are also restricted for substitution in most applications.
Understanding the process behind EMFT extends opportunities to the scientific community to unlock the magnetic properties of similar elements. Activating the magnetic moment in elements also creates new ways to change how we construct, develop and manipulate such elements and presents unlimited possibilities to improve how these elements are used.
Written by Administrator


Geekvape Z50 Kit – A combination of power and art, with a golden ratio design, inspired by Ancient Greek.
Well-crafted metallic body with splendid details, which covers in a perfect grip, the smallest built-in 2000mAh mod. All power packs in this little Geekvape Z50.
- Dimensions : 84.1*30.7*24.0mm
- Output Voltage: 0.5V～7.0V
- Support Resistance Range: 0.1～3.0Ω
- Battery Capacity: 2000mAh
- Charging Speciﬁcation: 5V/2A
- PCBA Temperature Alarm: 80℃
- 1 x Mod
- 1 x USB Cable


Founded in 1999, Overclockers UK is on online retailer of performance computer hardware, based in Newcastle-Under-Lyme. Overclockers UK sell a wide range of high performance computer components, hardware and gaming systems. From the latest graphics card through to a custom built watercooled gaming system, Overclockers UK have got it covered!
Computer components, peripherals, full systems, laptops and software.
– Intel CPU Gaming PC
– AMD CPU Gaming PC
– Nvidia GeForce PC
– AMD Radeon PC
– VR Gaming PC
– Special Edition PC
– PCs by Game
– Next Day Gaming PC
– Graphics & Video Workstations
– Engineering Workstations
– Audio Workstations
– Office PCs
OcUK LTD trading as Overclockers UK
5, Lymedale Cross Industrial Estate,
Lower Milehouse Ln, Newcastle-under-Lyme,
Newcastle ST5 9EN, United Kingdom.
Phone : +44 1782 444455
Website : www.overclockers.co.uk | Facebook
|Home||Computers & Accessories|
Visited 758 times, 3 Visits today


Entry-Level Radar Systems Engineer with Security Clearance
Company: Dynetics, INC
Posted on: September 22, 2018
Position Description Dynetics, an employee-owned company, is seeking talented Entry-Level Radar Systems Engineer to join a diverse team to create unique solutions for complex problems. With offices across the United States engaging in the defense, space, cyber and commercial fields, Dynetics provides responsive, cost-effective engineering, scientific and IT solutions. The Engineer or Analyst in this role will support Radar Technology programs including modeling, simulation, and analysis; hardware and software prototyping; and development, integration and testing of surveillance and fire control radars, RF seekers, and RF datalinks. IND3 Basic Qualifications Candidate must possess a Bachelor's degree in Electrical Engineering, Computer Engineering, Applied Math, or Applied Physics from an ABET-accredited university with a 3.5 GPA or higher. Candidate must have excellent math skills and/or possess and show good fundamentals in electromagnetics, signals and systems, digital signal processing, and controls. Candidate must be able to apply these skills to the following areas: * modeling * radar/weapons systems analysis * algorithm development-- * RF hardware, HWIL support * and/or field testing support. Modeling includes modeling of radar functions, threats, timeline, weapon system, clutter, EA/EP, etc. Radar/weapons systems analysis includes probability of detection, waveform analysis, probability of intercept, defended area, etc. Algorithm development includes detection processes, waveform selection, signal processing, clutter and EA mitigation, adaptive beamforming, target identification, etc. RF hardware includes transmitters, exciters, antennas, multi-channel receivers, high-bandwidth receivers, SOTA processors, and RF lab equipment development and integration, and software development and test. Other Qualifications Experience with MATLAB is a plus. Candidate must have good people skills and the desire to work with a highly technical team of engineers and scientists. Security Requirements Candidate must be a US Citizen and possess (and be able to maintain) a Final Secret Clearance or meet the eligibility to obtain (and maintain) a Secret Clearance. Job Number: 01.07.01-100 Closing Date: 09/26/2018 #CJ
Keywords: Dynetics, INC, Hoover , Entry-Level Radar Systems Engineer with Security Clearance, Other , Huntsville, Alabama
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Because THATCamp is an unconference, participants will create the full agenda during the first session of the day. The following workshops have already been proposed:
The Gist of GIS: 10:30am-11:30am
Instructor: Jeff Essic
Learn some GIS basics from the NCSU Libraries’ GIS specialist.
- What is GIS, and how is it used?
- NCSU and public access to GIS software
- Getting started using GIS in your research
- Where to find GIS data
- Where to learn more
Although we’re not planning to have hands-on exercises in this workshop, everything is flexible. So if you need assistance with your specific project or have more advanced interests or questions, feel free to come, join in and ask!
About the Instructor
Jeff Essic is Data Services Librarian at NCSU Libraries.
Introduction to Arduino: Building Interactions, Making Knowledge
The study of interactions between digital systems and the physical world is increasingly a component of digital knowledge production and digital humanities research. Open source, inexpensive microcontrollers such as Arduino feature a large user community, extensive documentation, and many tools for digital scholars to quickly build and study smart objects, the Internet of Things, and other liminal spaces between the digital and physical.
This is a two-part workshop. Participants may register for one or both workshops, and attendance in the Beginning Workshop is not required for the Intermediate Workshop. Participation in each workshop is limited to 20 participants. Reserve a space here.
Beginning Workshop: 10:30am-12pm
Instructors: Brendan O’Connell & Adam Rogers
In this beginning workshop, we will combine theory and practice of microcontrollers in a 1.5-hour exploration of electronic circuits. We will build simple interactive projects to blink an LED light, learn how to modify and write code in the Arduino development environment, and discuss how microcontrollers paired with sensors and actuators can be used in the realm of digital knowledge production.
Intermediate Workshop: 3:00pm-5:00pm
Instructors: David Rieder & Brendan O’Connell
Picking up where the morning workshop ends, your goal in the afternoon workshop is to use sensory data from an Arduino to affect visual changes to a few lines of poetic verse running on your laptop. To accomplish this goal, you will be introduced to the Processing programming language and the basics of Serial communication. During the workshop, your Arduino will be “tethered” to your laptop by a USB cable, but a demonstration will be offered of the ease with which wireless communication can be established between an Arduino and a laptop using two XBee modules.
Before the Workshops
No knowledge of electronics or coding is necessary, and beginners are encouraged to participate. We will be using the SparkFun Inventor’s Kit, an Arduino-based kit with all the necessary components for building the example circuits, in our workshop. Kits will be available from NCSU Libraries for checkout to participants, but you are also welcome to purchase your own kit if you prefer. The Libraries will also be able to supply laptops to participants for the workshop. If you wish to bring your own laptop, please install the following free software and drivers before the workshop so we can spend as much time as possible on projects and discussion:
- Arduino software (click on Download)
- FTDI Driver (find your operating system, download and install)
- SparkFun Inventor Kit example code
About the Instructors
Brendan O’Connell is a Library Fellow at NCSU Libraries.
David Rieder is Associate Professor of English at North Carolina State University, Faculty Member of the Communication, Rhetoric, and Digital Media PhD Program, and Co-director of the Circuit Research Studio, a new interdisciplinary, collaborative research space for CHASS faculty, graduate students, and team members from across the colleges.
Adam Rogers is Emerging Technology Services Librarian at NCSU Libraries.


VO 501/21-1 and VO 501/22-1
DFG individual grant projects
These two project are funded by the Deutsche Forschungsgemeinschaft (DFG). Both are devoted to the research on quantum optics in the turbulent atmosphere.
The two projects are:
- VO 501/21-1
- Fundamentals of Quantum Communication through Atmospheric Channels
- VO 501/22-1
- Full Characterization of the Quantum Effects of Light after Transmission through the Atmosphere
- see the joint project page ...


Design, installation, commissioning, maintenance, electrical laboratory
FUTURE ENERGY LLC specializes in: design, construction, installation and commissioning, adjustment of electrical equipment, relay protection and automation at industrial facilities, power plants and substations. Our High-Voltage Testing Laboratory specialists perform a huge range of electrical testing of electrical equipment and electrical measurements on electrical installations up to and above 1000V throughout Europe.
Regions of work
Future Energy. High-Voltage Testing Laboratory services. Adjustment and testing of electrical equipment of power plants and substations.
Electrical tests, electrical measurements


Robotics 101: Offered in partnership with Engineering For Kids of South Jersey The curriculum for the Robotics 101 program is designed to introduce students to both robot building as well as programming. The students will build robots to accomplish a specific task while using their imagination to make their robot better than the basic robot. During the class students will discover the Engineering Design Process in a real world setting as they test their robots multiple times.
Robotics 101 Lesson Plans Weeks 1-6
Robotics Lesson Plans for Weeks 7 and beyond
There are several units that Lessons may be pulled from. In all lessons the students will be presented with a challenge or problem. They will design, build and test solutions. Here are some unit descriptions:
This LEGO® Robotics: Da Vinci Robots curriculum is designed to introduce students to the world of not only building, but also programming basic robots. The robots in this unit will approach some of the designs of Leonardo da Vinci, taking a unique perspective by applying robotics principles to the challenges da Vinci faced.
During the LEGO® Robotics: EnviroBots, students design and program robots to help accomplish environmentally friendly tasks. By creating robots that can transfer nuclear waste, mine raw minerals, and deliver food and goods more efficiently, they will be sure to contribute to a more sustainable environment.
This LEGO® Robotics: Mission Mars curriculum is designed to introduce students to the world of not only building, but also programming basic robots. Throughout this course the students will explore different ways in which a robot could be utilized to explore a distant planet.
This LEGO® Robotics: Ocean Missions curriculum is designed to introduce students to the world of robotics in an interesting and engaging way. The goal is to teach students about the building and programming aspects of robotics as it relates to real-world issues in ocean exploration.
LEGO® IS A TRADEMARK OF THE LEGO GROUP OF COMPANIES WHICH DOES NOT SPONSOR, AUTHORIZE OR ENDORSE THIS SITE.


This position is located in Defense Information Systems Agency, DISA-OC/Services Directorate (SEL111) at Mechanicsburg, PA.
Serves as a senior specialist and/or team leader.
Analyzes systems requirements in response to business requirements, risks and costs.
Interprets and evaluates performance data and isolates potential sources of performance problems.
Installs, configures, tests, and implements vendor supplied modifications to existing systems software.
Applies a knowledge and skill in applying software design principles and methods to ensure high reliability and optimal availability of applications.
Develops solutions to complex operating problems and evaluate the feasibility of implementing new technologies with the current environments.


Apple Will Drop To Samsung İn A Large Way
Update 9 september 2017: De Nederlandse tak van Vodafone heeft in de database de namen gepubliceerd van de iPhone 7s, iPhone 7s Plus en iPhone eight. De hyperlinks werden op vrijdag toegevoegd en leiden momenteel nog naar pagina's die niet on the internet zijn. The 5.8-inch iPhone has a vertical camera and a longer power button, capabilities that have been observed in previous leaks, as nicely as a prominent notch on the front for the front-facing camera and sensors, believed to allow facial recognition options.
I assume it'll be really slippery, if it is an all-glass design and style, and you will extra than probably want to protect it with a case, but that's the reality of smartphones in basic - you happen to be speaking a $650 - $1000 individual computer that, by its really nature, is vulnerable to becoming dropped.
An ARKit demo at WWDC (Credit: Mark Spoonauer/Tom's Guide)We know that iOS 11, the next version of Apple's operating method, is going to be friendlier to AR, thanks to the ARKit developers tool that will help app makers develop AR experiences into their apps.
The 3D Touch elements, for instance, are stated to be 150 percent higher than the 3D Touch elements utilised in the iPhone 7 and 7 Plus, while iphone 8 kılıf Samsung is stated to be charging $120 to $130 per OLED module , up from $45 to $55 for LCD modules like those utilized in the five.five-inch iPhone 7 Plus.
Apple has been testing out several prototype styles for the iPhone eight. For the identical purpose, at this time, we are not in inceleyiniz a position to confirm if the renders showcased above certainly belong to the final style that was chosen by Apple.
The HomePod speaker is Apple's version of the Amazon Echo or Google Residence and is set to be launched in December 2017. It's not yet totally clear if this is functionality that we can anticipate to see in the iPhone X, but the enhanced frame price could be helpful for the augmented reality applications coming in iOS 11.
The models are finding a lot more elaborate, like this glass-and-metal version featured in a video by EverythingApplePro. The WPC is in charge of developing the Qi wireless charging common, which is the 1 applied for Samsung's Galaxy S7. Pair that with the fact that there is a glass body rumoured for the iPhone 8, and abruptly wireless charging looks quite likely.
Apple in late July released firmware for the upcoming HomePod speaker and inadvertently released an image of the iPhone X that developers dug out of the code. Last year, the enterprise announced the iPhone 7 and 7 Plus in predictable fashion, but so substantially of this year's handset announcement is uncertain.
The same report claims that Apple will not produce a white version of the iPhone eight, adding that colour variation will be "handful of". According to additional code spotted in the HomePod's firmware, Apple plans to utilise the facial recognition technologies for Apple Spend authentication, adding weight to the rumours that Touch ID could be dumped altogether.
The newest smartphone is anticipated to be a radical change for the firm, which will seek to wow customers for the 10th anniversary of the device. I do not wish it had wireless charging or a larger, much more vibrant screen — these factors don't really feel like missing functions.
A nonetheless from a Walla video displaying what is reportedly a dummy iPhone eight (left) subsequent to an iPhone 7 Plus. As the OLED iPhone will not help fingerprint recognition, we think it might have to rely on facial recognition to make sure security. 7/eight/17: It's a massive day for iPhone eight leaks.
All iPhone models coming in 2017 are expected to use Apple's A11 chip , including the OLED iPhone X and the a lot more modest four.7 and 5.five-inch iPhones (which will apparently be called the iPhone eight and the iPhone 8 Plus). Apple supplier Wistron accidentally leaked facts on the iPhone's water resistance.
Apple's 3D sensing facial recognition system is sophisticated and can unlock an iPhone inside a couple of hundred milliseconds. An iPhone case stated to be for the iPhone X has leaked, showing off a design that is related to a lot of of the prototype 1 renderings.
We're at present uncertain if we can trust the source, but the image appears to be genuine, and may perhaps be a single of our first appears at the rear sensor on the iPhone 8. An image of an iPhone X dummy model sourced from Chinese social networks capabilities front and rear panels produced from slightly curved two.5D glass held with each other with a stainless steel frame that matches the glass back.
An OLED show eliminates the have to have for the backlighting that is made use of in regular LCDs, which would let Apple to reduce down on the thickness and weight of the show made use of in the device. The iPhone screen now also wakes up when the telephone is picked up, so there is significantly less have to have to click a physical home button.
In a room with fluorescent lights, for example, the iPhone's display may possibly seem extra blue, whilst in a space with warmer incandescent lights, the show would seem slightly extra yellow. The dummy iPhone X also includes an edge-to-edge screen with no Residence button and a visible notch cut out of the front to home a camera and other sensors.
The company's naming convention follows the identical pattern, so on a "tick" year, the iPhone gets a new number (iPhone five, 6, 7 etc) and on a "tock" year Apple adds an "s" on the finish (iPhone 4s, 5s, 6s etc). According to analysts at JPMorgan (as reported by MacRumors ), Apple may equip the iPhone X with an "enhanced receiver," which is housed inside the slit on the front of the phone exactly where you place your ear throughout calls.
The property button has been a feature of every single iPhone given that the original in 2007, but Apple may perhaps be in a position to get rid of it. It has currently introduced advanced stress-detection technology with 3D Touch, and last year's iPhone 7 had a solid-state residence button that vibrates instead of clicks.
Steve Troughton-Smith, one of the developers who dug into the HomePod firmware to reveal all sorts of new info , believes he has confirmed the names of the new phones: the iPhone X, iPhone 8 and iPhone 8 Plus This corroborates final weekend's news from veteran leaker Evan Blass, who tweeted that he's "heard" the new flagship will be referred to as the iPhone X, and other reports that what we've been calling the iPhone 7S and 7S Plus may well basically be the iPhone eight and 8 Plus.
The CEO of 1 of Apple's suppliers has even let wireless charging capabilities slip, and a sound file hidden in the iOS 11 beta also points to wireless charging, as does a mention of inductive charging in Apple's HomePod software, so it looks just about certain that we'll see it in some form.
Due to the fact Wistron is manufacturing the five.5-inch iPhone eight Plus rather than the iPhone X, the exec was most likely referring to the iPhone 7 Plus, but a function coming to the iPhone 7 Plus will undoubtedly extend to the other two iPhone models anticipated in 2017.
Although the device has been referred to as the iPhone eight all through the rumor cycle, a last-minute leak from Apple's personal iOS 11 golden master version suggests the device will alternatively be called the iPhone X, with the iPhone eight name getting utilized for far more conservatively upgraded versions of the existing iPhone 7 family.
The iPhone X's front-facing camera will include sophisticated 3D sensing capabilities that use technology by PrimeSense, allowing it to obtain the place and depth of objects in front of it, enabling advanced 3D facial recognition features.
Primarily based on leaked iOS 11 golden master software , the iPhone X's 3D front-facing camera will have a special function named "Animoji," which are custom 3D animated emoji that mimic a user's facial expressions. The iPhone X will probably be Apple's most costly handset year, with estimates suggesting it could cost $1,000 in the US. The weak pound and VAT mean that this could nicely translate into a price of £1,000 or additional in the UK.
• An AR-Prepared Telephone: Apple has made no secret of the reality that it is bullish on augmented reality , so AR-friendly options are likely to uncover their way into the subsequent iPhone. Since 2008 Apple has also followed a "tick-tock" cycle for iPhones.
Although just a basic outline, The image heavily resembles leaked iPhone X components and style schematics, featuring complete-front show with thin bezels, no Property button, and a notch at the prime for the earpiece and sensors.
Apple is arranging to introduce a total of three iPhone models in 2017, like a 5.eight-inch device with an OLED display and two devices with an LCD show in standard 4.7 and five.5-inch sizes. According to The Korea Herald , any and all OLED versions will be curved and created of plastic, rather than the glass usually utilised on flat panels.
Given that the image appears both nothing at all like existing devices and so much like iPhone X leaks, it really is reasonable to assume that this is certainly representative of what we can expect to see in September when the device launches. They could also enable Apple to go with a curved design for the iPhone X, which is precisely what the Korea Herald says that Apple will do with its OLED-equipped iPhones.
You may well have heard different iPhone 8 rumors, like ones that claim Apple's new phone will have a greater resolution than Samsung's phones. A user can drag it up to the middle of the screen to open the telephone. If true, the later launch of the "iPhone X" could also force Apple to withold the announcement for the "iPhone eight" family of devices, so they can all be revealed at the very same time.
The model you see in the renders measure roughly 143.five x 70.9 x 7.7mm (8.9mm with back camera bump). Why is the iPhone 8 most likely delayed? Other adjustments include things like updates to the the camera and images, a redesigned manage centre, and modifications to Maps, Apple Music, and the App Store.
Since Apple switched from the glass of the iPhone 4 and iPhone 4s to the aluminum of the iPhone five and later models, that effectively meant the corporation could not supply wireless charging as well. Apple is also pushing LG to build out its OLED show production facilities with the aim of minimizing its reliance on Samsung.
Offered that last year's entry was the iPhone 7, it really is anticipated that there will be two phones - standard and plus-sized - delivered below the name iPhone 7S this year. Apple is preparing to use sophisticated organic light-emitting diode displays in all new iPhone models launched from the second half of 2018, according to two sector sources.


Many areas have seen significant technology innovation in the past year, but none more than in Sports Tech. While athletes moving faster on the field, the pace of technology innovation in sports continues to explode at an incredible rate. So where is this innovation happening? EVERYWHERE. From tracking athletes’ movement, health, and performance, to in-venue data collection and the fan experience, to eSports and media, change is happening at an ever faster and profound way.
What an exciting area of advanced information technology poised to catapult information technology entrepreneurs and practitioners alike, in future innovation(s), e.g. supervised autonomous and intelligent autonomous technology. How will new autonomous technologies impact the lives of consumers and shape businesses and what is the role of governments in shaping them?
Come experience and join in the discussion of using autonomous technology; interact with some of the women leading the charge in the autonomous arena: challenges, rewards and the future in this area of innovation.
About the Forum
The Wireless Technology Forum is dedicated to the fast-paced and rapidly evolving wireless and mobile industry. The association is a platform for industry professionals to learn about the business of emerging wireless and mobile technologies, network with other like-minded professionals, and apply these technologies to their existing business or creation of new business.
Women in Wireless
The mission of Women in Wireless is to connect, inspire, and empower women thought leaders in the wireless industry. This includes all innovative technology fields such as, but not limited to IoT, Mobile, AR/VR, Smart Cities, CyberSecurity, Heathcare, FinTech, Retail Tech, Big Data, Wearables, Video and Digital Media.


Latin-script to Cyrillic and Cyrillic to Latin-script converter for Android which works with the Serbian as well as the Macedonian alphabet. In those countries both scripts are used in parallel. The app interface is multilingual and the background-color can be customized. The application offers amongst others a layout change at runtime. With this alternative layout the script used can be detected automatically. The alphabets are parsed from CSV files. The used transliteration/transcription table.
With more than 10000 downloads my most successful application so far and from Februar 2015 on regulary in the top 500 apps of the category "Tools" in Serbia (target market). Also in Bosnia and Hercegovina the application is regulary in the top charts of "Tools".
Play Store: Latin-script ↔ Cyrillic Converter
A PC version is available too, which can be found if you scroll down.
While working at the IT-research at Hogeschool PXL in Belgium, possibilities for computer vision based augmented reality applications for Android have been explored. The devices used include smart glasses and a smartphone. Besides barcode detection and navigation, different approaches have been tried out to recognize buttons using OpenCV. The developed main application is showing a customizable key sequence via augmented reality when looking at a specific device. Due to backwards compatibility OpenCV 3.0 has been used as newer versions use the newer Android Camera API which was not supported by the Android version on the Smartglasses. While most built applications were created in the usual Java way, some have been created using the JNI which means developing native with C++.
Home surveillance with Raspberry Pi and ESP8266
While I already programmed for different devices as diverse as Smartphones, Smartglasses, PC, Multitouch tables and the Cloud before, developing with actual hardware interaction was a totally new experience. In this project I developed a Node.js server running on a Raspberry Pi, which offers a Web interface in which remotely the camera image can be seen as well as temperatures of the connected sensors. Additionally two ESP8266 micro controller in the form of a NodeMCU have been integrated to the platform wirelessly. One will send the server a notification (via a HTTP request) when the door is opened, the other will listen for HTTP requests in order to provide the temperature and humidity data of its connected sensor. Both information is displayed at the web interface too. For the ESP8266 programming the Arduino platform and therefore C++ programming has been chosen. The sensor data history is stored in a MongoDB database.
Raspberry Pi as Server: Node.js Server including the reading of temperature sensors on Raspberry Pi
ESP8266 as temperature sensor: Reading of temperatures on HTTP request on a ESP8266
ESP8266 as door opening alarm: Sending an alert to the server when the door is opened on a ESP8266
Latin-script ↔ Cyrillic Converter
Desktop version of the Latin-script to Cyrillic converter. Requires Java to be installed and runs therefore on Windows, Mac and Linux. The app interface is multilingual, the language you see depends on your system-settings (German/English). This application was created making use of JavaFX features such as Views built with FXML files styled with CSS. The rest of the application structure follows a MVC approach. Internationalization is done by making use of resource bundle files, which offer a similar maintenance like via Android out of the box.
Download: Latin-script ↔ Cyrillic Converter V3.0
A very simple two player clone of Asteroids with one level. With a head-up display, power-ups, a protection shield and particle effects. Requires Java to be installed. This application was created using the LibGDX framework. The software architecture follows a component based approach using Ashley, a entity framework written in Java. For the self drawn textures a so called texture atlas was used.
Download: Asteroids cloneGitHub: Asteroids Clone
Browsergame with one level. An applied research project in collaboration with Christian Enengl.
Additionally creation of an experimental touch version for smartphones and tablets (test in landscape mode!). The special thing about this game is that the main character the flea, looses life every second touching the ground. So in order to survive the flea has to jump that long until he finds an animal to ride on. Depending on which animal is ridden, different actions are available. Also properties like jumping height change. It was created using the 2D game editor Construct 2.
Play the game: Jack the Flea
A simple application which has been created with Modern OpenGl. Several sinus functions were applied to the plane. Controlling of the scene is possible by using the arrow keys. The shader were realized through GLSL.
Download: Shader programming
Application of the Stencil Buffer for creating a magnifier effect. The magnifiers are each for itself selectable, moveable, in its size changeable and the magnification scalable.
Download: Stencil Buffer
Digger 3d scene
A 3d scene created with OpenGL with a driveable digger which has three controlable hinges. There are also different preferences possible like wireframe-rendering, side view and movement in the scene with mouse and keyboard. The keyboard layout is printed out in the console when pressing "h".
Implementation of the DeCasteljau algorithm for drawing Bezier curves. The control points are selectable, moveable, deleteable and freely setable. When pressing the space key, a simple animation is played alongside the curve.
DeCasteljau algorithm for Bezier curves
A collision detection implementation in OpenGL, there are two modes: The Bounding-Spheres and the Axis-Aligned-Bounding-Boxes algorithm. The keyboard layout is printed out in the console on application start.


Over a few short years, the Internet of Things (IoT) has morphed from a futuristic concept into reality. A growing array of devices and systems–smartphones, beacons, RFID, POS terminals, and smart homes and businesses–generate new connection points and new data points. They change the stakes in profound ways.
“We are entering a third wave of digital transformation,” said Olof Schybergson, founder and CEO of Fjord, the design and innovation group at Accenture Interactive. “The first wave involved the introduction of the Internet, the second wave brought us mobility, and the third wave involves transformative digital services.”
Not surprisingly, marketers are at the center of this digital disruption. Not only is it necessary to understand constantly changing consumer preferences and behavioral patterns, it’s critical to rethink products, services, and entire business strategies. The IoT introduces radically different ways to interact with consumers and businesses, but it also opens up new vistas for collecting, managing, and using data–including within the domain of predictive analytics.
“We are seeing the digitization of everything,” said Suresh Vittal, vice president of marketing strategy for Adobe Marketing Cloud (Adobe is CMO.com’s parent company). “The Internet of Things cuts across channels, communication tools, and interaction points. It redefines brands and organizations.”
Want more? You might also like…


Personal InfoPh.D. 1998, Technion-Israel Institute of Technology
Synthesis and development of oxide materials for nanotechnology
Point defect chemistry
Electroceramics and electroceramic devices
Impedance spectroscopy measurements
Solid oxide fuel cells – novel stack designs
Analysis of impedance spectroscopy results using evolutionary programming techniques
To read more about our research fields please visit our site:
M. Ram and Y. Tsur, Eliminating chemical effects from thermal expansion coefficient measurements, J. Electroceramics, 22, 120-124 (2009).
Y. Gil, Y. Tsur, O.M. Umurhan and I. Riess, Properties of solid state devices with significant impurity hopping conduction, J. Phys. D: App. Phys., 41, 135106-135116 (2008).
L. Rosenthal-Toib, K. Zohar, M. Alagem, and Y. Tsur, Synthesis of stabilized nanoparticles of zinc peroxide, Chem. Eng. Journal, 136, 425-429 (2008).
D.S.A. Simakov and Y. Tsur, Preparation of core-shell Ti-Nb oxide nanocrystals, J. Nanoparticle Research, 10, 77-85 (2008).
Y. Raichman, M. Kazakevich, E. Rabkin and Y. Tsur, Inter-nanoparticle bonds in agglomerates studied by nanoindentation, Advanced Materials, 18, 2028-2030 (2006).
Y. Dror, R.D. Levi, S. Baltianski and Y. Tsur, Identification of the early stage of sintering of nano-BaTiO3: A comparative study, J. Electrochemical Society 153, F137-F143 (2006).
R.D. Levi and Y. Tsur, The effect of oxygen vacancies in the early stages of BaTiO3 nanopowder sintering, Advanced Materials, 17, 1606-1608, (2005).
T.D. Dunbar, W.L. Warren, B.A. Tuttle, C.A. Randal, and Y. Tsur, Electron Paramagnetic Resonance Investigations of Lanthanide-Doped Barium Titanate: Dopant Site Occupancy, J. Phys. Chem. B 108, 908-917 (2004).
S. Baltianski and Y. Tsur, Analysis of Impedance Spectroscopy Data – Finding the Best System Function. J. Electroceramics 10, 89-94 (2003).
Y. Tsur and C.A. Randall, Point Defect Concentrations in Barium Titanate Revisited. J. American Ceramic Society 84, 2147-49 (2001).
Y. Tsur, T.D. Dunbar and C.A. Randall, Crystal and Defect Chemistry of Rare Earth Cations in BaTiO3. J. Electroceramics 7, 25-34 (2001).
Y. Tsur, Kinetic Considerations in the Formation of Electrical Active Grain Boundaries in Barium Titanate and Similar Perovskites. Interface science 9, 163-168 (2001).
Y. Tsur and I. Riess, Self-Compensation in Semiconductors. Physical Review B, 60, 8138-8146 (1999).


SSH to a Raspberry Pi Zero over USB
This guide will enable you to SSH to a Raspberry Pi over USB. This is useful for Pi Zeros or when you you don't have access to the network router to grab the pi IP address.
Prepare the SD card
- Download a copy of Raspbian Lite.
- Flash the image using Etcher.
- Once the card is flashed, re-insert SD card to mount.
Configuring the boot drive
Add the following line to end of the file named
You will need to add
modules-load=dwc2,g_ether to the
cmdline.txt file. This can be added after the
rootwait part. Example:
... rootwait modules-load=dwc2,g_ether quiet ...
IMPORTANT: Do not add a newline to this file! Otherwise it won't boot.
Add an empty file named
ssh to the root directory of the boot drive.
SSHing into the Pi Zero
Plug the USB cable into the Pi Zero and your computer. Make sure you use the data port on the zero and not the power port. The power port does not facilitate data transfer. The USB cable also needs to support data transfer. Some cheap ones only provide power.
Once the Pi has had a minute or two to boot up, you should be able to SSH into it:


In our increasingly digital world, the concept of cyber security might seem complex, but at its core, it’s all about protecting your digital life. Let’s unravel the mysteries of cyber security and discover how it plays a crucial role in safeguarding your online presence.
1. The Essence of Cyber security
a. What is Cyber security?
Simply put, cyber security involves safeguarding your digital world from unauthorised access and malicious attacks. It’s like putting locks on your doors and windows to protect your home.
b. Why is it Important?
Imagine a world where your personal information, such as passwords, credit card details, and private messages, was accessible to anyone with ill intentions. Cyber security prevents such scenarios by keeping your digital life secure.
2. Common Cyber Threats
a. The Sneaky Malware
Malware, which stands for malicious software, is like a digital virus. It can infect your devices, steal your data, and even demand a ransom to release it. Think of it as a cunning intruder trying to break into your home.
b. Beware of Phishing
Phishing attacks are like baiting traps. Cyber criminals send deceptive emails or create fake websites that look real to trick you into revealing sensitive information. It’s like a scam artist trying to con you.
c. The Deluge of DDoS Attacks
DDoS attacks flood a website or network with traffic, making it unavailable. Think of it as a massive traffic jam on a highway, causing inconvenience and chaos for online services.
3. Cyber security Heroes: The Experts
a. Cyber security Professionals
These are the digital guardians who protect your online world. They analyse vulnerabilities, devise protective strategies, and respond swiftly to cyber threats, just like a security team guarding a fortress.
b. Ethical Hackers
Ethical hackers are like friendly spies. They help organisations by attempting to breach their defences, finding weaknesses, and fixing them. It’s like hiring a locksmith to check your door locks.
4. Armor for Digital Warriors: Preventive Measures
a. Supercharge Your Passwords
Creating strong, unique passwords and enabling two-factor authentication is your digital armor. It’s akin to having an unbreakable lock on your front door.
b. Keep Your Software Updated
Regularly updating your operating system and software is like fixing holes in your home’s fence. These updates often contain security patches that keep cyber intruders out.
c. Train Your Digital Warriors (Yourself!)
Education is key. Training yourself to recognise phishing attempts and follow cyber security best practices is like learning self-defence techniques to protect yourself.
d. Fortify Your Digital Walls
Firewalls, intrusion detection systems, and encryption act as your digital fortress walls. They protect your data from prying eyes and unauthorised access.
5. The Future of Cyber security
a. AI and Cyber security
Artificial Intelligence (AI) and machine learning are the future of cyber security. They identify unusual patterns and alert you to potential threats, acting like digital bodyguards.
b. Quantum Computing
Quantum computing, while promising, also poses a threat to current encryption methods. Cyber security experts are working on quantum-resistant encryption, ensuring your data remains secure.
c. The Internet of Things (IoT) Challenge
With the proliferation of smart devices, securing your smart home, car, and gadgets becomes crucial. Think of it as locking every entry point to your home, from doors to windows.
6. United for Digital Safety
a. Cyber security Policies
Countries are developing cyber security policies to protect their digital infrastructure. International cooperation is vital to combat global cyber threats, just like nations uniting to combat a common enemy.
b. Cyber security Frameworks
Organisations like NIST provide cyber security frameworks and guidelines, helping businesses navigate the digital security landscape. Think of them as maps to a safer digital journey.
7. The Human Touch in Cyber security
a. Ethical Dilemmas
As technology advances, ethical concerns arise regarding privacy, surveillance, and responsible AI use in cyber security. It’s like pondering the moral aspects of security decisions.
b. Cyber Hygiene
Practising good cyber hygiene, which includes regular updates, safe browsing habits, and responsible social media use, is a shared responsibility. It’s akin to maintaining personal hygiene for a healthy body.
A Collective Effort
cyber security is your digital shield in the vast digital realm. Whether it’s protecting your personal information or ensuring your online business thrives, it’s a collective effort. From individuals practising safe online habits to organisations investing in robust cyber security, each action contributes to the ongoing battle against cyber threats. In a world where technology continues to evolve, united we stand in defence of our digital lives.


Holograms behind the scene
Volumetric Video (also known as Hologram) is a technique that captures three-dimensional spaces and its exact dimensions, such as location or performance from real people without any markers or trackers. It's 3D data that can be displayed in VR or AR environments and is considered as the next digital media.
The global Volumetric Video Market is estimated to grow to $5.8 billion by 2025. This is mostly due to growing applications of volumetric video in different industries using VR and AR content like medical, entertainment and education.
Entertainment, sports and events applications are expected to dominate the market in terms of revenue. Medical field is driving practical applications of volumetric video. It helps to better visualize body parts as well as provide realistic 3D data for training purposes.
The latest potential of volumetric videos is for communication. However, there are only a couple of companies in the world currently allowing live-streaming of volumetric video, and Holotch is one of the rare companies to make it accessible for everyone.
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Deep learning (DL) training algorithms utilize nondeterminism to improve models’ accuracy and training efficiency. Hence, multiple identical training runs (e.g., identical training data, algorithm, and network) produce different models with different accuracies and training times. In addition to these algorithmic factors, DL libraries (e.g., TensorFlow and cuDNN) introduce additional variance (referred to as implementation-level variance) due to parallelism, optimization, and floating-point computation.
This work is the first to study the variance of DL systems and the awareness of this variance among researchers and practitioners. Our experiments on three datasets with six popular networks show large overall accuracy differences among identical training runs. Even after excluding weak models, the accuracy difference is 10.8%. In addition, implementation-level factors alone cause the accuracy difference across identical training runs to be up to 2.9%, the per-class accuracy difference to be up to 52.4%, and the training time difference to be up to 145.3%.


Images recorded by cameras set into the 'heads' of 8 foot tall humanoid traffic robots which are increasingly common on the streets of Kinshasa. These images can be used by the police to prosecute traffic offences.
Women's Tech, a small enterprise started by Therese Kirongozi, a local entrepreneur, manufactures humanoid traffic robots that are intended to blend the functions of traffic lights with human traffic police officers to control and monitor traffic flow. They are solar powered, equipped with green and red lights and can play pre-recorded messages to pedestrians to let them know when it's safe to cross the street. They also have in-built video cameras which convey footage back to a central office where it is evaluated and used to enhance traffic flow in the city and to prosecute traffic offences.


Hello! Welcome to Guangzhou Boyue Intelligent Manufacturing Informat Official website!
1. Background of smart vaccine storage cabinet
1.1. Boyue Zhizao has an efficient and refined R&D team, which improves the team division of labor, improves work efficiency and project quality. With the improvement of the quality of life and the development of science and technology, researchers have never stopped developing new projects.
1.2. Vaccines are not only an indispensable element in the growth of children, but also the umbrella of our adults. The safety of vaccines concerns all families and affects the hearts of all people in the world. The new coronavirus pneumonia in 2020 has brought great harm to human beings. In the face of the spread of the new coronavirus pneumonia epidemic, the early development of a vaccine has become people's eager expectation. The first research and development of the new coronavirus vaccine has achieved outstanding results, and clinical trials are already underway, and the number of participants will be gradually expanded in September. Vaccines are very sensitive to temperature. In order to keep the "lifeline" of vaccines, under the correct guidance of the company's leaders and relevant departments, we have worked together to develop smart vaccine storage cabinets. The temperature measurement accuracy is ±0.5℃, which ensures the safety and stability of the vaccine, and effectively records the access records of the vaccine.
II. Brief description of smart vaccine storage cabinet
2.1. The smart vaccine cabinet can access vaccines through face recognition, fingerprints, card swiping, etc.; and automatically upload the time, photos, quantity and other information of unpacking and accessing vaccines data.
III. Features and advantages of smart vaccine cabinets
3.1,enlarge the central evaporator refrigeration system, improve the heat transfer efficiency, Make the cabinet cool faster, lower temperature and lower energy consumption.
3.2, Each box is equipped with an independent constant temperature fan to ensure uniform temperature across multiple cabinets.
3.3, Using hot wire defrosting, the defrosting speed is fast, and the defrosting is automatic Accurate control and stable performance.
3.4,Each box is equipped with an independent indicator light and a door switch sensor, Clear instructions for user convenience.
3.5, Due to the different survival temperatures of vaccines, the smart vaccine cabinet is very human-friendly in design The temperature is adjustable, the cooling temperature range: 0 ℃ to 20 ℃.
3.6,This product is specially designed for medical use, and the box is made of food-grade stainless steel , rust-proof and safe. Anti-corrosion effect. Each box is equipped with independent electronic locks, lights, and infrared sensors.
four, product performance parameters
4.1, host: 27-inch touch screen
4.2. Authentication method: face recognition, fingerprint, credit card, etc. (optional)
4.3, Cabinet size: W1100mmxD550mmxH2021mm
4.4, single grid size: W440 x H450 x D420
4.5, thickness of insulation layer: environmental protection foam insulation material
4.6, Cabinet material: 1.2mm high-quality cold-rolled steel plate
4.7, effective volume: 450 liters
4.8, number of boxes: 6
4.9, performance: 800W-1200W cooling capacity
4.10, Refrigeration range: 0°C to 20°C, temperature measurement accuracy ±0.5°C
4.11, Cooling method: air circulation cooling
4.12, power supply: 220V/60HZ/AC
4.13, box material stainless steel (304)
V. Smart vaccine storage cabinet application Scene
5.1, research institutes, hospitals, epidemic prevention stations, disease prevention and control institutions, inoculation units, vaccine production enterprises, vaccine wholesale enterprises, etc.


Platform as a Service (PaaS) plays a crucial role in the development of dynamic and creative applications, making it an essential component of the modern IT landscape. By leveraging the cloud model, businesses can remain agile, competitive, and innovative. In this blog post, Micheal Dudli, CEO of Xelon, explains how a PaaS model can simplify your development process.
PaaS models provide a comprehensive platform consisting of hardware and software with their corresponding infrastructure, allowing IT teams to focus on programming rather than worrying about the underlying infrastructure. Unlike Infrastructure as a Service (IaaS) models, which only provide the IT infrastructure, PaaS adds an additional layer, including the operating system and databases. By leveraging the cloud model, businesses can remain agile, competitive, and innovative, making PaaS an essential component in today's IT landscape.
Advantages of PaaS
PaaS models have become indispensable for IT companies, allowing developers to focus entirely on creating applications instead of dealing with the management of middleware, operating systems, and other resources. Additionally, the cloud model offers the following advantages:
- Faster development: PaaS empowers developers to accelerate application development by providing access to pre-defined tools, frameworks, and libraries. This eliminates the need to develop or configure these resources from scratch. Additionally, PaaS models offer enhanced flexibility, allowing developers to use various programming languages and tools to create and manage their applications.
- High scalability: PaaS enables applications to scale rapidly, keeping up with growing demands and handling peak loads. Additionally, PaaS provides the ability to update applications quickly and easily, without the need to reconfigure the entire infrastructure. This leads to increased performance and availability of the applications.
- Security: PaaS models offer enhanced security as platform providers typically have advanced security measures and protocols in place to protect applications and data. Additionally, these providers often offer automatic updates and security patches, leading to increased data security.
- Cost savings: Companies can reduce their development and operational costs by eliminating the need to set up physical infrastructure and paying only for the resources they actually use. Additionally, PaaS allows for faster application deployment thanks to the availability of pre-existing tools and functionalities.
- Focus on Innovation: PaaS cloud models provide the opportunity to integrate various technologies and platforms, enabling the creation of innovative solutions and the achievement of competitive advantages.
- Integration and Middleware: PaaS often provides developers with integrated middleware services that make it easier to seamlessly integrate various functions into their applications. Examples of integrated middleware services include databases, security features, messaging systems, authentication mechanisms, and more. By accessing these pre-defined services, developers can quickly incorporate complex functions into their applications without having to develop them from scratch.
Where and when is PaaS used?
PaaS models are utilized in a variety of areas, including:
- Web applications and E-commerce: PaaS plays a crucial role in the development and deployment of web-based applications and online stores. It provides developers with a pre-configured development platform where they can create applications directly on the web.
- Mobile Apps: PaaS offers developers the opportunity to create and deploy mobile apps quickly and efficiently on platforms such as iOS and Android, without the need to set up separate development and testing environments for each platform. Additionally, PaaS provides developers with specialized development and testing tools specifically designed for mobile applications, making the development process even easier.
- IoT and Big Data applications: The increasing use of IoT and the ever-growing volume of Big Data pose challenges for companies in terms of processing and analyzing these data sets. PaaS simplifies the management of the IT infrastructure and tools required for the development, deployment, and management of IoT and Big Data applications. With PaaS, scalability, which is essential for these trending technologies, is also ensured. Hence, PaaS models enable IT companies to better leverage the potential of IoT and Big Data.
Xelon has developed the Swiss Multi-Cloud Management Platform, Xelon HQ, to simplify the daily lives of IT service providers and developers. Schedule a conversation with our team of cloud experts and discover how Xelon, as an established PaaS provider, can help you scale sustainably. Click here to access our booking tool.


What are Hemp Batteries?
Hemp batteries are a new type of battery made from hemp fibers that have been soaked in a saltwater solution. The idea behind hemp batteries is to provide a more sustainable and environmentally friendly alternative to conventional batteries like lithium-ion. Hemp is a fast-growing crop that requires little water or pesticides to grow, making it an ideal material for battery production.
The technology is still in its infancy, but there is growing interest in using hemp batteries for a range of applications, from small electronic devices to electric vehicles. In this article, we will provide a comprehensive guide to manufacturing hemp batteries, covering everything from the pros and cons of using hemp batteries to the science behind them, the manufacturing process, and the future of this technology.
The Pros and Cons of Using Hemp Batteries
There are several advantages to using hemp batteries. Perhaps the most significant is that hemp is a sustainable and eco-friendly material. Unlike lithium-ion batteries, which are made from non-renewable resources like lithium and cobalt, hemp is a renewable resource that can be grown in abundance. Hemp batteries also have the potential to be safer and less prone to exploding or catching fire than lithium-ion batteries.
However, there are some drawbacks to using hemp batteries. One of the main disadvantages is that they have a lower energy density than lithium-ion batteries, meaning they can’t store as much energy in the same amount of space. This makes them less practical for some applications, like powering electric vehicles. Hemp batteries are also still in the early stages of development, meaning they are not yet as efficient or reliable as lithium-ion batteries.
Hemp vs Lithium-ion: A Comparison
When it comes to comparing hemp batteries to lithium-ion batteries, there are several key differences to consider. As mentioned, hemp batteries are a more sustainable and environmentally friendly option, whereas lithium-ion batteries are made from non-renewable resources. Hemp batteries are also potentially safer, as they are less prone to catching fire or exploding.
However, lithium-ion batteries have a higher energy density than hemp batteries, meaning they can store more energy in the same amount of space. This makes them a more practical option for high-energy applications like electric vehicles. Lithium-ion batteries are also more widely used and have been extensively tested and developed over the years, whereas hemp batteries are still a relatively new technology.
The Science Behind Hemp Batteries
Hemp batteries work by utilizing the natural fibers of the hemp plant. These fibers are soaked in a saltwater solution, which acts as an electrolyte. When the battery is charged, the saltwater solution breaks down into ions, which are stored in the fibers. When the battery is discharged, the ions flow back into the solution, generating an electric current.
One of the advantages of hemp batteries is that they can be made using a variety of different hemp materials. This allows manufacturers to tailor the properties of the battery to suit specific applications. For example, some hemp fibers may be more conductive than others, allowing for higher energy densities.
Choosing the Right Hemp Material
Choosing the right hemp material is crucial for manufacturing high-quality hemp batteries. The most important factor to consider is the conductivity of the fibers. Higher conductivity fibers will result in batteries with higher energy densities. Other factors to consider include the length and thickness of the fibers, as well as the type of saltwater solution used.
The Manufacturing Process: Step-by-Step Guide
The manufacturing process for hemp batteries involves several steps. First, the hemp fibers are harvested and processed to remove any unwanted material. Next, they are soaked in a saltwater solution to act as an electrolyte. The fibers are then compressed into a battery cell and placed in a casing. Finally, the battery is charged and tested for quality.
How to Test the Quality of Hemp Batteries
Testing the quality of hemp batteries is essential to ensure they are safe and reliable. Several tests are typically performed, including charge-discharge cycling, capacity testing, and safety testing. Manufacturers must also ensure that their batteries meet relevant safety standards and regulations.
The Future of Hemp Batteries: Challenges and Opportunities
The future of hemp batteries is bright, with many opportunities for growth and development. However, there are also several challenges that must be overcome. One of the main challenges is improving the energy density of hemp batteries to make them more practical for high-energy applications. Another challenge is scaling up production to meet growing demand.
Hemp Batteries in the Automotive Industry
One of the most exciting applications for hemp batteries is in the automotive industry. With electric vehicles becoming increasingly popular, there is a growing need for high-performance batteries that are also environmentally friendly. Hemp batteries have the potential to meet this need, providing a sustainable and safe alternative to lithium-ion batteries.
Environmental Impacts and Sustainability of Hemp Batteries
One of the main advantages of hemp batteries is their environmental sustainability. Hemp is a fast-growing crop that requires little water or pesticides to grow, making it an ideal material for battery production. Hemp batteries are also potentially safer and less harmful to the environment than lithium-ion batteries, which can release toxic chemicals when disposed of improperly.
Legal Considerations: Regulations and Restrictions
As with any new technology, there are legal considerations to take into account when manufacturing hemp batteries. In some countries, there may be restrictions on the cultivation of hemp or the use of certain chemicals in the battery manufacturing process. It is essential for manufacturers to research and comply with relevant laws and regulations.
Why Hemp Batteries are Worth Exploring
In conclusion, hemp batteries are a promising new technology that has the potential to revolutionize the battery industry. While there are still challenges to overcome, such as improving the energy density of hemp batteries and scaling up production, the benefits of this technology are clear. Hemp batteries are sustainable, safe, and potentially more cost-effective than lithium-ion batteries. As demand for environmentally-friendly energy storage solutions grows, hemp batteries are definitely worth exploring.


PaperTalk.io is a platform that uses Generative AI technology to enhance the understanding of research papers.
Added on July 29, 2023
PaperTalk.io is an innovative platform designed to revolutionize the way research papers are understood and accessed. Leveraging cutting-edge Generative AI technology, PaperTalk.io simplifies complex research papers and offers comprehensive explanations and audiobooks, catering to a diverse audience.
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Can I Use a Fayetteville Security System Installation With Existing Hardware?
So your home has an existing security system and you want to add the protection of ADT monitoring. Maybe new build already has a security system wired up. Or did you buy a DIY doorbell camera and now you want to use a full security system? You may even currently use a system with another company, but aren’t happy with their current service.
Luckily, you might be able to have a Fayetteville security system installation with existing hardware -- depending on the situation.
You Moved Into A House With Existing Security Components Already Installed
When you toured your new home, you discovered it had a security system wired in. Now that you’re the owner, don’t wait to activate it. Unless your components are very dated, you can most likely reactivate it. A specialist will still come to your house to make sure the components are still in good repair and maybe even swap out your touchscreen control center. And without needing new hardware, you may be eligible for a discounted monthly plan.
However, don't worry that you're stuck with your old system. Many new components can work with your current ADT-monitored home security system. So, feel free to upgrade to new devices, such as monitored smoke detectors or security cameras, for a more well-rounded security system. Your technician can also replace components for a more modern experience.
You Want To Build A Full Security System Around Your Off-the-Shelf Component
In the past, you may have ordered an indoor camera or a water sensor as a standalone occurrence. Now, you’d like a complete Fayetteville security system with continuous monitoring. But instead of replacing that one-off device, can you integrate it into the new system?
Many times yes -- but there’s no guarantee. Devices like doorbell cameras, glass break sensors, and smart locks that have Z-Wave technology have a better chance at integrating. Following that, it's an easy set up to connect the item to your ADT control panel. Understand that cheap or older security devices may not work will new systems and will need to be switched out. Simply contact Secure24 Alarm Systems, and we can show you which older equipment will work with the control panel and mobile app.
You’re Looking To Keep Your Existing Alarm System But Switch Monitoring Services
If the security company you have now isn't what you expected, you might want to switch providers without replacing system. First, you’ll need to see if your current provider uses exclusive hardware. If they do, then changing security monitoring will take a re-installation of all your equipment. That may feel like a hassle, but at least you'll get the best, newest products that may include more features and be easier to manage.
If you can get a new provider, then the change over may be somewhat easy. Just make sure that you don't have a current contract before you make the change. You may find yourself paying for two security system contracts! You'll need to replace outdated or unusable equipment, but the monitoring switch should be fairly easy for most customers .
Contact Secure24 Alarm Systems To Find Out If You Can Get a Fayetteville Home Security Installation With Your Existing Hardware
To learn if your existing hardware will work with your upgraded ADT-monitored home security system, contact Secure24 Alarm Systems. Our specialists will discuss your needs and find out what components you can keep and which devices will need an upgrade. Call us at (910) 275-4051 or complete the form on this page to get started.