Apple devices are at the forefront of technology, with their sleek designs and cutting-edge features. Millions of users around the world rely on Apple products for all their daily needs, from communication to entertainment. However, with the rise of hackers and cyber threats, keeping your Apple devices safe and secure is more critical than ever before.
Fortunately, Apple offers an extensive warranty program to help protect your devices from all sorts of issues, including malware and hacking attempts. By performing Apple warranty checks on your device, you can ensure that it is running optimally and has the latest security features. In this article, we will explore how Apple warranty checks safeguard your device from hackers and why they are crucial for any Apple device user.
What is an Apple warranty check?
An Apple warranty check is a diagnostic test that checks your device’s hardware and software. This test is designed to identify potential issues and troubleshoot any problems that may be affecting your device’s performance. An Apple warranty check And extended warranty can be performed by authorized service centres or through the use of Apple’s diagnostics software.
The warranty check is an essential part of owning an Apple device. It ensures that your device is running correctly, and any defects are identified before they cause significant issues. Additionally, when you take your device for regular warranty checks, your device’s warranty remains valid and can save you considerable amounts of money in the long run.
Why is Apple warranty check crucial for protecting your device from hackers?
Hackers are continually looking for vulnerabilities in devices to exploit. They can access personal information, steal sensitive data, install malware, and compromise the device’s performance. Apple devices are not immune to these attacks, but they are less vulnerable than other devices due to their robust security features.
To safeguard your device from potential cyber threats, it is essential to perform regular Apple warranty checks. These checks ensure that your device is running the latest software updates and security patches. Updates and patches fix vulnerabilities and shortcomings in the device’s security system, making it less vulnerable to hacking attempts.
Apple warranty checks also ensure that your device is not compromised by malware or spyware. Malware can slow down your device and steal sensitive data like banking details, passwords, and other personal information. Spyware can track your online activities and monitor your device’s performance, leaving you vulnerable to cyber-attacks.
When you take your device for an Apple warranty check, authorized service centres run specialized software that scans your device’s hardware and software for potential vulnerabilities. If any vulnerabilities are found, they are patched immediately, ensuring that your device remains safe and secure.
Even if your device does not show any visible signs of security breaches, it is still crucial to perform regular checks. Unknown security breaches can slow down your device’s performance, affect battery life, and even cause your device to crash unexpectedly. Regular Apple warranty checks are also essential for maintaining the device’s integrity and prolonging its lifespan.
How to perform an Apple warranty check
Performing an Apple warranty check is easier than you think. If you suspect that your device may have been compromised, it is crucial to take it to an authorized Apple service centre. The experts at these centres can perform diagnostic tests on your device and identify any potential issues.
You can also perform an Apple warranty check from the comfort of your home. Apple offers a diagnostic software program, which can be downloaded to your device. The program scans your device’s hardware and software, identifies any potential issues, and suggests solutions to fix them.
You can also check your device’s warranty status using the Apple website or the Apple Support app. All you need is your device’s serial number, and you can check the warranty status, including any potential issues and repairs that may be needed.
Apple devices are popular for their advanced security features and sleek designs. However, even the most secure devices are not entirely immune to cyber-attacks. Hackers are always looking for vulnerabilities to exploit, and it is essential to safeguard your device from potential security breaches.
Performing regular Apple warranty check is crucial for ensuring that your device remains safe and secure. Warranty checks identify any potential vulnerabilities and fix them immediately, ensuring that your device is running the latest software updates and security patches.
Whether you take your device to an authorized service centre or perform an Apple warranty check at home, regular checks are essential for maintaining your device’s integrity and prolonging its lifespan. So, protect your device from hackers and cyber threats by performing regular Apple warranty checks today!


Our client's vision was to create an app which would help end users track the food in terms of macronutrients they were eating. Today, most people do not track or know the amount of food they are consuming. This is due mostly to the barriers that one must cross in order to measure and track each plate of food; measuring the volume of each portion, calculating the macronutrients based on the volume, tracking the total amount of macronutrients consumed across time, etc.
The way he envisioned this was through a mobile application which would capture images of a plate of food through various images, then immediately process these images to identify what the type and amount of food they were about to eat. Finally, show the user the amount of macronutrients he/she was about to consume.
The client had a very focused vision of the product with lots of domain knowledge but lacked the skills in AI and cloud development, key components in the development of the application. Also, his vision was backed by scientific studies but had yet to be challenged in a practical manner.
After analyzing the requirements thoroughly, Allata assembled a team with expertise in AI & ML, supported by specialists in cloud development. The key in the solution were the machine learning components backed up by a scalable architecture managed and deployed through IaC (Infrastructure as Code). This infrastructure contemplated various components like step functions and lambdas that scaled automatically.
Machine Learning Models
The machine learning models were in charge of segmentation and classification of food images, followed by algorithms that used all of the information to calculate the final macronutrients based on the FDA public database. Finally, all of the data was rendered into a FDA food label and sent to the user.
Two main models were used:
- Pre-trained Semantic Segmentation model: Provides a fine-grained, pixel-level approach to developing computer vision applications. The segmentation output is represented as a grayscale image, called a segmentation mask, in our case the output was a mask for each portion of food in the plate. This model has 2 main components:
→ The backbone (or encoder): A network that produces reliable activation maps of features. We used a ResNet-101 pre-trained with ImageNet, a dataset containing more than 14 million images.
→ The decoder: A network that constructs the segmentation mask from the encoded activation maps. The decoder had to be retrained with the images from our datasets.
- Food class classification model: NN (Neural Nets) trained with infrared data preprocessed from the image datasets.
Though the segmentation model outputs a class for every pixel, we needed to leverage preprocessed infrared data for a better classification. Considering the dataset sizes it was decided that the best approach, until the datasets increased in volume, would be to generate two simple models instead of one.
Both models were trained and deployed using Amazon Sagemaker.
In order to create machine learning models, datasets were needed but very few were found on the internet that met the requirements of the application. Throughout the whole project the team worked side-by-side with the client in order to create the datasets needed to train these models. In order to generalize, the generation of the datasets were done in an incremental and iterative manner, a report of insights of the new data was sent to the client every time part of each dataset was delivered. Also, through the Amazon A2I (Augmented AI) a private labeling workforce was contacted to work with the team in order to create ground truth annotations for each dataset.
Throughout the whole project the team was faced with various challenges in the implementation of the architecture, especially in the creation of the machine learning models. This was due to the fact that though the client’s vision had solid scientific background it was yet to be challenged to real-world scenarios. Lots of research and various experiments were needed to reach the best trade-offs.
The team managed to create an MVP that complied with various application requirements.
- Real time macronutrients estimation with AI displayed with FDA labels.
- Trained and deployed segmentation & classification machine learning models
- Maintainable and reproducible deployment of the AWS architecture.
- Monthly and annual cloud costs estimate reports for the business model.


A number of industries have long used simulation and optimization techniques to streamline their production processes. Some of these ideas are decades old. Consider Henry Ford’s assembly line of a century ago.
But the software industry is just now laying the foundation to catch up, Akshay Rao, senior solutions architect at CA Technologies, said in a recent webcast.
One of the keys to understanding the efficiency of any process lies in comparing idle time to touch time. In software development, idle time refers to the amount of time programmers wait for test systems to become available before they can move to the next task. Touch time is the time actually spent doing software development.
The obstacles that keep us waiting – whether it’s limited mainframe time, other teams’ schedules or the excessive costs of repeatedly querying databases – are referred to as “constraints.”
Because of constraints, the ratio of idle time to touch time is out of whack in software development, especially as compared with other industries.
“When you compare that to the manufacturing world and other engineering disciplines, it is low and ripe for innovation,” Rao says.
Rao points to four key DevOps concepts that promise to help bridge this gap, starting with the use of simulation – Service Virtualization – to eliminate constraints.
1. Constraint free development – Reducing testing bottlenecks around access to legacy systems, paid services and fresh testing data. Rao says application developers need access to environments and test cases that even the real systems can’t provide. For example, you can’t tell a production system to generate an error or respond slowly. Developers need to simulate these characteristics to do better testing. Service Virtualization techniques can help to model and simulate the required systems and data sets.
2. Continuous Application Delivery – Bringing agile to the deployment process. Release automation is the notion that we can use advanced orchestration to reduce the touch time required to move software into production. This can reduce the amount of time needed to push out new releases. It also can help to improve the testing environment since developers can test against specific configurations. Rao says many organizations are able to use this approach to reliably push out up to 2,400 updates per week.
3. Complete Monitoring – Gathering rich, actionable information that can improve production systems. One of the challenges of modern enterprises is that performance data is spread throughout IT systems across various servers, routers and cloud services. In order to create accurate simulations, it is important to gather comprehensive data across these various systems.
4. Collaborative data mining – Mining all of the performance characteristics of application data to enhance the simulations used for testing. The raw performance data does not provide insight into how the underlying applications behave. Collaborative data mining is the idea of using artificial intelligence techniques to transform this raw data into models of how the applications behave. This can help to provide highly realistic simulations based on what the environment is doing versus what you expect it will do.
Early adopters of these principals are seeing tremendous improvements in their deployment speed and quality, using Service Virtualization and continuous application delivery, says Rao.
For example one large telecommunications company was able to reduce software release cycle time by 33 percent while finding four times as many defects in development. ROI for the project was realized in just four weeks, he said.


Pupillary diameter monitoring has been proven successful at the objectively measuring cognitive load that might otherwise be unobservable. This paper compares three different algorithms for measuring cognitive load using commodity cameras. We compare the performance of modified starburst algorithm (from previous work) and propose two new algorithms: 2 Level Snakuscules and a convolutional neural network which we call PupilNet. In a user study with eleven participants, our comparisons show PupilNet outperforms other algorithms in measuring pupil dilation, is robust to various lighting conditions and robust to different eye colors. We show that the difference between PupilNet and a gold standard head-mounted gaze tracker varies only from -2.6% to 2.8%. Finally, we also show that PupilNet gives similar conclusions about cognitive load during a longer duration typing task.
Wangwiwattana, C., Ding, X., & Larson, E. (2015). Proceedings of the ACM on Interactive, Mobile, Wearable and Ubiquitous Technologies (IMWUT Dec, 2017)


The Gingko R Space lamp available here in Maple is a beautiful decorative item perfect for the bedroom, living room or study. Resembling a letter R when closed, the item illuminates upon opening to reveal a unique lamp perfect for reading.
Rechargeable from a micro USB port, the lamp gives unto 3 days of lighting time
Charges in just 3-4 hours.
- powered by in-built 2500 mAh rechargeable
- battery with USB charging cable
- USB charging or plug adapter power Voltage: 5V
- natural wood finishes in walnut and maple
- remote control or open-and-shut operated
- colour light temperature: cool white (5000k) or soft warm yellow white (2700k)
- rated power: 4.5W
- battery life: 8 hours in brightness mode and 72 hours in least brightness mode
- charging time: 3-4 hours
- product size: when closed: 145 x 250 x 25mm / 5.70'' x 9.84'' x 0.98'' (L*W*H)
- product size: when opened: 290 x 250 / 11.40''x 9.84 (L*D)
- product weight: 150g / 0.33 lbs
- water and tear proof 'lantern' made of Tyvek papers


A waldo is an electronic telemetric input device Muppeteers use to remotely perform characters. Shaped like a Muppet's head, the waldo sends radio signals to a mechanism in the puppet that moves the puppet's mouth in sync with the waldo's mouth. Waldos are sometimes used in conjunction with a computer interface that provides enhanced control of the puppet.
The term "waldo" comes from a 1942 novella written by science-fiction author Robert A. Heinlein. In the novella, a disabled scientist named Waldo builds a robot to amplify his limited abilities. As a tribute to Heinlein, NASA engineers adopted the name "waldo" for many of their early robot control devices, a tradition which was carried on by the Muppets when they began using similar devices.
Waldoes were used prominently on Fraggle Rock (for the Doozers and the Gorgs' heads). They were also used in most Muppet movies, The Jim Henson Hour, and various Creature Shop productions. The performer at the waldo usually provides the voice for the character.
Waldo C. Graphic, the computer generated Muppet, is performed entirely with a waldo; the device also inspired his name.
Waldo was a generic, commonly used term for puppet and animatronic control devices that was used by a variety of different companies and organizations including the Muppets until it was appropriated and registered as a trademark by the Character Shop, a California-based creature effects company. Because of this, while the use of waldo-like devices is widespread in puppetry and visual effects, the Character Shop is the only company in the United States permitted to use the name "Waldo" commercially for puppet control devices.


Viewsonic Vx2453mh-led 24 1080p Hd Lcd Television
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E-Prime Electric Scooter
This product is out of stock
Kids can now arrive to school in style and on time thanks to this electric scooter.
Combining sleek style with electric efficiency, the E-Prime Electric Scooter from Razor enables you to cruise at speeds up to 15 miles per hour. Featuring soft rubber grips for maximum comfort, a thumb-activated electronic throttle leaves you firmly in control. The durable aluminium frame can be easily folded for effortless transportation, ideal for travelling to the station to shorten long commutes.
- Includes 5-stage LED battery indicator display and battery charger
- Suitable from 12 years
- Assembled dimensions: H102cm x W46.2cm x D103cm
- Maximum rider weight: 80kg
- Up to 40 minutes of continuous use


Annual International Meeting of research institute for applied physics & astronomy 2018
Following annual series of conferences held at the Research Institute for Applied Physics and Astronomy, RIAPA is planning for the 1st round of international congresses on Biophotonics highlighting its impact, applications and recent findings.
This is the first congress to be held at RIAPA focusing on the young discipline of Biophotonics, and it aims at providing a suitable atmosphere for academics, researchers and students to share the knowledge. Talks from distinguished researchers from Iran and abroad will make a good opportunity for young researchers and students to learn and boost their knowledge and creativity. A poster session is also scheduled to give chance to researchers to present their novel, high-level research results. Therefore, interested researchers are encouraged to submit their one-page abstracts for review process.
All academics, researchers and interested students are welcome to participate.


Typically priced at $2,500, the EVO II Pro 6K rugged drone bundle from Autel Robotics is available at a discount of 28% in a 24-hour flash sale. A special deal price of $1,799 gets you the ultra HD aircraft, a 3.3-inch OLED screen remote controller, hard case with precision-cut foam interior, two batteries, three pairs of propellers, and a ton of useful accessories.
B&H Photo Video has the Autel EVO II Pro 6K rugged drone bundle on sale for a massive discount of $701. The drone features a 1-inch CMOS image sensor from Sony, capable of capturing 20MP photos and 6K/30fps videos. The lens’s adjustable aperture range of f2.8 to f11, and ISO ranges of up to 6,400 for video and up to 12,800 for photos, give operators more control and creative freedom over their shots. Good Drone For Beginners
The 10-bit camera allows the EVO II Pro to record up to 1 billion colors and ensures the retention of rich detail in shadows and highlights, thus giving professionals greater flexibility in post-production.
Moreover, you can track fast-moving subjects with incredible precision through phase detection autofocus, while the hyper-light feature provides 2D and 3D noise reduction during nighttime shots, smoothing motion blur and reducing noise. The Autel drone also offers Hyperlapse in 6K.
EVO II Pro comes with a 7,100mAh battery that lets you fly for up to 40 minutes at a time. A 12-sensor omnidirectional obstacle avoidance is coupled with a dual-core processor, as well as AI machine learning to let the drone navigate itself safely around the environment while still getting the shot.
Find out more details about the drone’s capabilites on the deal page here.
Read: Autel discloses Black Friday 2022 drone deals; up to 35% discount
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Technovation (formerly Iridescent)
Technovation’s mission is to empower girls and their families to use mobile and artificial intelligence (AI) technologies to tackle real-world problems in their communities.
WE ARE DEDICATED TO BUILDING FREE AND OPEN TECHNOLOGY AND ENGAGING A COMMUNITY OF TEACHERS, DEVELOPERS, AND SUPPORTERS TO UNLEASH PERSONALIZED LEARNING TO EDUCATE ALL THE STUDENTS OF THE WORLD.
Code.org is a nonprofit dedicated to expanding access to computer science in schools and increasing participation by young women and students from other underrepresented groups. Our vision is that every student in every school has the opportunity to learn computer science as part of their core K-12 education.
Cool Australia Trust
Cool Australia is about putting ‘life’ into education. Overlaying the things that really matter onto the subjects that enable us to learn about these things.


Clinical trials are at the center of the majority of medical advances made today. Clinical Trials in the past greatly influenced the development of treatment being used today. However, these trials faced several challenges in the recruitment and data collection processes. This is mainly because they were done manually and the technology was not that advanced. Luckily, the current digital era has some of the best tools and practices, such as clinical development consulting that make clinical trial processes easier and more efficient. Let us look at how the shift to the digital era has affected clinical trials.
Enabling decentralized trials
One of the greatest achievements of technological innovation is enabling decentralized or at home clinical trials. These are also known as remote trials. They differ from the typical trials in that the participants do not need to go to the physical research center. Their home becomes the trial site. Participants use digital tools like mobile tools, electronic data capture systems (EDC), telemedicine, and devices that can be worn. These tools and devices are made to allow remote monitoring, data collection and management, and communication between the participant and trial staff. Through this, trials can reduce the cost of running a physical-based trial. In addition, decentralized trials offer a lot of convincing. They make it possible to recruit and retain patients from remote areas.
Use of Artificial Intelligence
Artificial intelligence (AI) is being used in clinical trials to get the most out of the devices used to collect data remotely. It is also being used in processes such as data analysis, study design, and drug development. AI systems like machine learning algorithms are taught to find trends and patterns in large datasets. This is called data analysis. This has to do with achieving the accuracy and efficiency of the data analysis process. AI systems are used in drug development to find genetic markers and the structures and properties of chemical compounds. The results are then used to develop the right drug effective in targeting the identified markers.
Use of blockchain technology
Blockchain technology is a web of systems that allows multiple parties to communicate and securely share data. The integration and complexity of this web are intended to ensure data are credible. It also helps to ensure there are no unauthorized updates made to the data. With these kinds of systems, data from clinical trials can be kept safe, shared, and used as a model for other trials. By making it harder for people to make mistakes, blockchain technology makes data sharing more open and trustworthy.
Challenges Faced in The Digital Era
Data privacy and security
The data generated by clinical trials is highly sensitive. And even though systems such as blockchain technology are helping to keep the data secure, there’s no 100% guarantee that the data will remain safe. Cyber attacks, such as hacking and data breaches, remain a threat.
The complexity of the technology
Transitioning into the digital era is a complex task. This is because the process itself is resource-intensive and requires one to know to handle it. Unfortunately, most clinical trial staff lacks the knowledge, which derails the process and prompts the need for intensive training.
Technology is expanding opportunities in the way clinical trials are conducted. It is helping to achieve efficiency, convenience, safety, accuracy, and cost-effectiveness. However, there are still several challenges to overcome, such as data safety and the complexity of the technology. Addressing these challenges will further improve the integrity and safety of clinical trials.


Dear Eartha, I know I should recycle used batteries but it seems like extra work. Does it matter if I throw them in the trash?
Batteries power an abundance of our daily lives, from television remotes to mobile devices. Most contain a number of chemicals and no matter the type — car battery, cell phone battery, or even a small watch battery — it’s critical to recycle them properly.
Not only do many batteries contain valuable metals that can be recycled, but batteries placed in the trash or in single-stream recycling ultimately get crushed. They can leak toxic chemicals, creating a fire hazard for waste truck drivers, landfill staff and anyone involved in the long process of recycling and disposal. Despite the risks of trashing (or incorrectly recycling) batteries, only 10% of the 5 billion batteries sold in the US each year get recycled properly. To start doing better, let’s begin with the basics.
Know your batteries
Batteries come in various types and sizes, with different chemical makeups. The Environmental Protection Agency (EPA) categorizes them as single-use, rechargeable, and automotive batteries.
Single-use batteries are commonly made of alkaline and zinc carbon. This includes the good ol’ fashioned AA, AAA, 9 volts, C and D batteries found in alarm clocks, remote controls and children’s toys. Single-use batteries may also be a small button or coin shape, such as the kind found in watches and hearing aids. Button cell batteries typically include lithium — this is important to note, as lithium-containing batteries are recycled separately from the classic AA alkaline battery. Using old-fashioned, single-use 9-volt batteries for something like your smoke detector is a good thing because it will last longer before that awful tweet signals the battery’s death.
Rechargeable batteries are found in all manner of electronics and small appliances: laptops, tablets, cell phones, cordless power tools, radios, cameras, and more. You can also find small rechargeable batteries that look very similar to single-use AA and AAA batteries. No matter the style or size, rechargeable batteries typically contain lithium-ion, meaning they need to be separated at local recycling centers. Where possible, choose rechargeable batteries to save money and reduce your environmental impact.
Automotive batteries include the batteries found in gas-powered automobiles, boats, wheelchairs, and even computer backup units. They contain up to 18 pounds of lead and corrosive acid! A different type of automotive battery powers hybrid electric vehicles and plug-ins, however, those are handled by auto manufacturers rather than consumers.
If you’re questioning what type of battery you have, read the casing (side) of the battery to tell its chemical makeup. Or check out this handy EPA guide, which can be found on the organization’s website. Understanding which batteries contain lithium and lithium-ion is critical to recycling them properly.
Now that you know the basics, let’s talk storage. The safest option for storing single-use batteries is right in the container they came in. Alternatively, tape all the terminals (ends) with clear or electrical tape and place in a plastic bag. When stored together un-taped, terminals of seemingly dead batteries can touch, potentially creating sparks and fire.
Rechargeable batteries and automotive batteries should be stored in cool, dry places, like garages or basements. This holds true for single-use batteries as well.
At the Frisco and Breckenridge recycling centers, you’ll find two separate collection bins for small, pocket-sized batteries. One bin is for lithium-containing batteries (including button cells and lithium-ion rechargeables), and the second bin is for non-lithium batteries (everything else). Again, tape those terminals! Not only will taping dramatically reduce fire hazards, it’ll also help keep recycling costs low.
Automotive batteries are also accepted at the Frisco and Breckenridge recycling centers. Keep in mind that damaged or expanded batteries can still be recycled by placing them in a sealed bag labeled “damaged.” Finally, you can also drop batteries off, for free, at the Summit County Resource Allocation Park.
As you work your way through the batteries that power our lives, ask yourself whether you’re treating used batteries with the same care used for all other recyclables. You wouldn’t toss a half-full milk jug in the recycling bin, would you? Not only is it free and easy to recycle batteries properly, but you’ll also help protect the people in our lives and the environment in which we all live.


- Remote mounted Directional gyro for use in KCS-55A compass system
- Used in conjunction with KMT-112 Magnetic Azimuth Transmitter to provide a gyro-stabilized magnetic heading to KI-525A HSI
- Contains internal power supply which provides excitation voltages for KMT-112 and positive and negative DC voltages for KI-525A and KA-51B
- NOTE: Exchange price is for core unit that has Mod 1 and SN 20000 or above. Call for pricing if not within these conditions.
- Version with RFI Filter = Radio Frequency Interference Filter P/N: 060-0015-01
- Version with RFI Filter and Tumble Detect Version P/N: 060-0015-02. While in slaved gyro mode will automatically switch the system to fast slave mode when rates exceed approximately 25 degrees per second


NEXT GENERATION INTERNET LIVE AT FX NETWORKS...
FX Networks announced today that its high performance national Internet backbone is natively running Internet Protocol version 6 (IPv6) in parallel with IPv4 and is available for customers to use.
For more than the last two decades, the Internet has used the addressing protocol known as IPv4 to enable communications between Internet connected devices. The number of IPv4 addresses was initially thought to be more than sufficient for the Internet, but its massive growth has resulted in far greater utilisation of the addresses available, and it is now forecast that the IPv4 address pool will be exhausted around 2010. IPv6 has been adopted to enable the continued growth of the Internet, and this new protocol offers a vast increase in the potential numbers of devices and services that can be connected to the Internet.
Jamie Baddeley, GM Sales, FX Networks says that although the IPv4 address space will continue to run for at least another two decades, there are new parts of the Internet, particularly in rapidly developing areas such as China that will run on IPv6 only. He says that this is potentially an issue for New Zealand companies that have communications with Asian business partners. Because of this FX Networks has deployed support for IPv6 sooner rather than later, to ensure that NZ export focused businesses in particular are able to remain connected to all their trading partners on the Net. Baddeley states that FX Networks is committed to ensuring the end-to-end principles of the Internet.
FX Networks claims that it is the first national NZ Internet Service Provider to make this service openly available as a standard ative service across its network and its international connections. FX do not intend to charge customers any additional fees for IPv6 connectivity, stating that it is simply their mission to ensure their customers have access to the entire Internet in a way that is fast, affordable, reliable, simple and transparent.
A national IPv6 Steering Group, supported by InternetNZ, is organising a Hui in August, which will highlight the need for all organizations using the Internet and IP networking as part of their business operations to start planning towards IPv6 adoption in parallel with IPv4, just as FX Networks has done. Dr Murray Milner, convenor of the steering group says "..It is great to see leadership coming from the service provider community in the adoption of IPv6 and we hope that the upcoming Hui will help many other organizations to start their journey towards a similar outcome..."


Huawei Honor 7C release date, price, features, specifications, full specification
Huawei Honor 7C release date, price, features, specifications, full specification. Welcome to the details of the Honor 7C smartphone. The release date for the Huawei Honor 7C is March 2018. Huawei Honor 7C prices in India start at rupees. 8 999.
The Huawei Honor 7C has a 1.8-core 1.8 GHz processor and 4 GB of RAM. The phone has 64 GB of internal memory and this smartphone can be expanded up to 256 GB using a microSD card. As for the camera, the Huawei Honor 7C has a 13-megapixel (f / 2.2) + 2-megapixel primary camera on the back and an 8-megapixel front camera for selfies.
The Huawei Honor 7C is the smartphone of the future. The Huawei smartphone brand is very popular in the world. Click here for future smartphone release dates. The release date for the Huawei Honor 7C is March 2018.
Features Huawei Honor 7C, full specification
It has a 5.99-inch touch screen with Full HD resolution. You know it’s a completely Android version of your smartphone. Phone with OctaCore with 4 GB RAM. This smartphone supported dual cameras with dual nano-SIM cards. The size of the smartphone’s primary camera is 13 megapixels + 2 megapixels and the size of the front camera is 8 inches. Huawei Honor 7C is equipped with 3000 mAh.
Connectivity options include Wi-Fi, GPS, Bluetooth, USB OTG, Micro-USB, FM, 3G, and 4G (with 40 band support used in some LTE networks in India). Phone sensors include fingerprint sensors, compass/magnetometers, proximity sensors, accelerometers, and ambient light sensors.
Price Huawei Honor 7C
Are you looking for the Huawei Honor 7C price? The expected price of the phone is in rupees. 8 999.
Do you have any questions about the Huawei Honor 7C? Please comment here. Have you finally understood the complete concept of the Huawei Honor 7C?
Combination of display replacement and touch glass Honor 7C LND-AL30
If you are looking for a combination of an Honor 7c display and a touch screen, you can go to the relevant website. If you need the least technical know-how, the easiest way is to replace the handset display.
The Huawei Honor 7C Touch Replacement Combo LCD comes with a warranty against manufacturing defects and is delivered in a secure package to ensure the perfect shape of your product.
The simplest type of part available on the Huawei Honor 7C, which can be replaced by a handset with minimal technical knowledge.
A high-quality product that fits 100% perfectly.
A complete combination of display with LCD screen and touch screen digitizer.
Tested before shipment (QC completed).
New product with a guarantee of a manufacturing error.


3.3 Basics for the Design of a Distributed Generation Power Conversion System
Special issues and concerns must be addressed when dealing with medium and high power systems. These issues arise in instances where a design is being done for the support of power delivery to the utility and when incorporating the concepts of both DG and intentional islanding. The following sections detail the reasoning behind the selection of using a VSI, common standards and regulations used for DG interconnections, and descriptions of challenges faced while implementing medium and high power systems.
3.3.1 Focus on VSI of the PCS
The inverter portion of the PCS was selected as a VSI as previous described. This type of inverter was selected not only because of the readily available power electronics building block (PEBB) based inverter system, but also because of the type of control systems to be implemented. PEBBs have the ability to standardize the converter system. The PEBBs developed and leveraged for this study were insulated gate bipolar transitors (IGBTs) with anti-parallel diodes (APD) based switches. VSI typically consist of a transitor device (like the IGBT) with an anti-parallel diode (APD) to allow for the bi-directional current flow. This makes the selection of VSI a natural choice after the PEBBs were integrated into the design.
As mentioned above, power will be regulated through the PCS via the control. With the VSI's inherent bi-directional current flow capabilities and the utility's fixed voltage, the PCS can now simply control the power flow by means of current regulation [1, 5, 9, 17, 18]. The control system must allow for both the grid-connection and islanding modes of operation. Direct regulation, current for grid-connected mode and voltage for islanding mode, is preferable to the alternatives. It allows for the system to achieve zero steady state error in output. The VSI's bidirectional current flow fits the demands of DG technologies in an intentional islanding framework rather nicely.
3.3.2 Standards and Common Practices for Grid Interconnections
The following standards are considered guidelines during the design process of the PCS and control thereof:
ANSI/IEEE C84.1 - 1995,
IEEE 519 - 1992,
IEEE 929 - 2000,
IEEE 1547 - 2003
UL 1741,
These standards provide guidelines and specifications for the interconnection and control of DERs to the utility grid. The following are brief summaries of each standard:
ANSI/IEEE C84.1 - 1995 standard deals with common line voltages at different distributions levels (ie: residential power is single phase and an RMS voltage of 120 V, where as some commercial sites have 3 phases with an RMS voltage of 240 V).
IEEE 519 - 1992 are recommended practices and requirements for the harmonic control of electrical power systems. It sets maximum total harmonic distortion (THD) limits on voltages and currents that a power system is allowed. Therefore, the PCS cannot inject harmonics into the grid that cause the system to go above these limits set forth by the standard and the PCS should filter these harmonics .
IEEE 929 - 2000 are recommended practices for the utility interface of photovoltaic (PV) systems. Though written for PV inverters, the guidelines and specifications can be adapted to be used for an inverter connecting a DER to the utility.
IEEE 1547 - 2003 is the standard for the interconnection of distributed resources to the utility grid. This standard outlines requirements and specifications that the conversion systems of the DER have to meet to be allowed to connect to the utility. This standard does not deal with the concepts and issues of intentional islanding, and currently dictates that the DER shall disconnect from the distribution system when islanding events occur. As noted above the standard does leave open a section for consideration of intentional islanding in future revisions of the standard. An analysis of 1547 raising questions to issues proposed by it can be found in .
UL 1741 is the Underwriters Laboratories' testing standards for equipment as they relate to IEEE 1547.
3.3.3 Challenges for Medium & High Power Inverters
Switching Frequency & Line Conditions -
The selected PCS is a pulsed-width modulation (PWM) based system. This makes it advantageous to push the switching frequency as high as possible. Higher switching frequencies translate to reduction in passive component (inductors and capacitors) sizes. However, with the present semiconductor switching devices available for medium and high power systems (GTOs, ETOs, IGBTs, etc...), device limitations require that the system switching frequencies be on the order of kilohertz to the tens of kilohertz range. This, along with a utility line frequency of 60 Hz and low resonant frequency of the output line filter, brings about special considerations to the design of control systems .
Due the fact that the resonant frequency of the VSI output filter tends to be a few decades below the switching frequency (in order to allow filtering of the negative affects of the PWM switching) and the frequency generally needs to be one to two decades above the line-frequency to allow the system's natural dynamics to behave properly. This means that the control loop must be designed within a narrow bandwidth. In addition to filter effects, the loading conditions of the converter also affect the control design.
Digital Delay -
It has become common in converter systems for the control to be digitally implemented through digital signal processors (DSPs); especially in 3 phase, medium to high power systems that require complex calculations for coordinate transformations from stationary reference frames to that of rotating reference frames for use in the control. Also, analog circuitry makes the implementation of these transformations virtually impossible. Further, limiting of the states (controlled variables), controller anti wind-up, and other protection protocols are easily transported digitally to places where they are more complex to build in an analog control system.
Synchronization to the Grid -
Another fundamental aspect to consider in the design of DER to grid connected PCS is that of synchronization to the utility system. The control needs measurements of the frequency and line-angle of the utility to properly ensure that it can regulate the real and reactive power flow through the PCS during the periods of time which the PCS is interconnected to the grid. These measurements are obtained through the implementation of phase-lock loops (PLL), which will use voltages of the PCS and grid to track the frequency and angles. Without these measurements to synchronize the PCS to the utility, the power flow to/from the PCS will be incorrect, and protection and safety issues arise .
The control system also needs these measurements for use in the coordinate transformation calculations of the rotating reference frame .
Detection & Re-closure of/to the Grid -
One of the key features of operating a DER interconnected to the grid, and running it in both islanding and grid-connected modes, is that the system has to have the capability to autonomously detect when disturbances on the grid occur (over/under voltages and/or frequencies, line faults, faults to ground, etc...). This ability to determine if it needs to disconnect from the utility is to protect itself and the surrounding Area EPS from the grid disturbances [1, 4].
The advantages of the PCS being able to autonomously detect potentially hazardous disturbances on the grid not only aids in the creation and operation of fault protection schemes, but also helps the control switch modes of operation from a "grid-connected" mode to an "islanding" mode. Common practices and proposed new detection and re-closure schemes are not within the scope of this module.
This module serves to present the rationale behind choosing the VSI as the common feature for DG technologies. Both the common standards and regulations for DG technologies and the challenges to medium and high power inverter design inform this choice.


HP PAVILION 15
AMD Ryzen 5 5500U ( 2.1GHz Base frequency upto 4.0GHz, 8MB Cache, 6 Cores, 12 Threads )
16 GB DDR4
512 GB Intel® PCIe® NVMe™ M.2 SSD
AMD Radeon Graphics
15.6", FHD, IPS, micro-edge, anti-glare, 250 nits, 45% NTSC
01 Month Only
HP PAVILION 15 | AMD RYZEN 5-5500U (2.1 GHz) | 16GB Ram | 512GB SSD | 15.6” FHD | FP | BKB | SILVER | DOS | (Open Box)
HP PAVILION 15
- Processor : AMD Ryzen 5-5500U
- Ram : 16GB
- Storage : 512GB SSD
- Display : 15.6” FHD
- OS : DOS
- Status : Open Box
HP PAVILION 15
HP PAVILION 15 Price in Pakistan
The Ultrabook category is a tough one to define. If you take the word to mean ‘any laptop with the appearance of being slim’ then this absolutely slots in there. The HP Pavilion 15 looks absolutely fantastic for its price point, with HP trimming things back a long way. The screen, for example, is plenty thin and far stiffer than we’d typically expect for a plastic-cased laptop. It’s clearly well-braced inside, because it doesn’t have the benefit of a glass front to offer it extra rigidity. This does make using the touchscreen a little sticker than the same experience on a glass panel, but that’s a simple concession that is easily made to hit a price point. The base is similarly svelte-looking, with clever angles used to hide its slightly bulbous belly.
The HP Pavilion 15 is equipped with AMD Ryzen 5 5500U which is a hexa-core APU of the Lucienne product family designed for leaner laptops. Its six CPU cores are based on the Zen 2 micro-architecture. The cores run at 2.1 (clock speed) to 4 GHz (Boost) and support SMT for a total of 12 threads. The chip is manufactured on the modern 7 nm TSMC process. The costlier Ryzen 5 5600U is based on newer Zen 3 architecture and also has higher clock speeds. Compared to the older Ryzen 5 4500U (Renoir), Ryzen 5 5500U has SMT support but the specs are otherwise very similar between the two. Despite being a part of the Ryzen 5000 lineup, Ryzen 5 5500U is a Zen 2 part, which essentially means AMD is selling its Ryzen 5 4600U under a new name. Still, Zen 2 is nothing to sneeze at, with its high performance-per-watt and impressive IPC figures. The CPU supports dual-channel DDR4-3200 and quad-channel LPDDR4-4266 RAM and has 8 MB of Level 3 cache. Unlike the desktop Ryzen 5000 series models, Ryzen 5 5500U is limited to PCI-Express 3.0.
Keyboard layout of HP PAVILION 15 has changed slightly from the 2019 model. The power button, for example, is now a regular keyboard key instead of being off to the left corner. Otherwise, the typing experience remains largely the same. Feedback is surprisingly firm and with good travel to be better than the spongier and lighter keys of the Asus Vivo-Book or Lenovo IdeaPad. The Num-Pad keys offer similar feedback to the QWERTY keys for a good sense of uniformity. It’s unfortunate that the Num-Pad keys are narrower and therefore more cramped for larger fingers.
The Precision click-pad of HP PAVILION 15 is relatively large at 11.5 x 7.4 cm to be essentially the same as the click-pad on the pricier Envy 15 Creator. Traction is smooth when gliding at medium-to-fast speeds while slower speeds will result in moderate sticking to aid in precision. On the other hand, clicking on the click-pad is both shallow and spongy for an uncomfortable experience without an external mouse.
The B&O stereo speakers are above average with bass roll-off at around 250 Hz. The broad pink noise curve shows that treble frequencies are not overtuned to avoid the tinny quality of most cheap speakers.


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LED Modules are electronic devices consisting of multiple Light Emitting Diodes (LEDs) mounted on a circuit board.
These modules are designed to provide illumination in a compact and versatile form.
LED Modules can contain a varying number of individual LEDs, ranging from a few to several dozen, depending on the desired brightness and application.
The LEDs are typically arranged in a grid or pattern on the circuit board.
LED Modules are known for their energy efficiency. LEDs convert a higher percentage of electrical energy into light, resulting in reduced power consumption compared to traditional lighting technologies.
This efficiency makes LED modules a popular choice for both residential and commercial lighting applications.
LED Modules come in various shapes and sizes, allowing for flexibility in design and installation.
They can be square, rectangular, circular, or customized to fit specific requirements.
This versatility makes them suitable for a wide range of lighting applications, including signage, architectural lighting, display lighting, and accent lighting.
LED Modules are designed for easy installation. They often feature adhesive backing or mounting holes, making it simple to attach them to surfaces or fixtures.
This ease of installation enables quick and hassle-free integration into different lighting systems or structures.
LED Modules offer customization options in terms of color, brightness, and control.
They are available in various color temperatures, such as warm white, cool white, or RGB (Red, Green, Blue) for color-changing effects.
Additionally, dimming and control options allow for adjusting the brightness and creating dynamic lighting scenarios.
LEDs have a longer lifespan compared to traditional lighting sources, and LED Modules are no exception.
With proper usage and maintenance, LED modules can last for tens of thousands of hours, reducing the need for frequent replacements and maintenance.
LED Modules are known for their durability and resistance to shock, vibrations, and temperature variations.
They are less prone to damage from frequent on/off switching and are well-suited for both indoor and outdoor applications.
LED Modules can be integrated with energy-saving controls such as sensors, timers, or dimmers.
These controls allow for further energy optimization by adjusting the lighting levels based on occupancy or natural light conditions.
LED Modules have environmental benefits due to their energy efficiency and long lifespan.
They consume less energy, leading to reduced greenhouse gas emissions.
Moreover, their longer lifespan contributes to waste reduction and lowers the environmental impact associated with frequent disposal of traditional light sources.
LED Modules offer a wide range of color options, from cool to warm white, as well as the ability to produce various colors using RGB (Red, Green, Blue) LEDs.
This allows for creative lighting designs and the ability to tailor lighting to specific needs or preferences.
LED Modules can also be dimmed or controlled to adjust brightness, creating the desired atmosphere or saving additional energy.


Unmanned systems insights
The core business of Unmanned Systems is and remains Inspection. The capability to deploy an affordable 'eye in the sky’ is no longer a novelty and is becoming self-evident for even more companies. Unmanned systems are offering unrestricted opportunities and solutions to capture and deliver high quality imagery and data, at a fraction of the cost of manned crews, making the process shorter, more accurate and safer.
But air is not the only domain in which unmanned systems operate; going hand in hand with robotic systems, UxV’s and robots are capable of performing core activities in ground, water and underwater environments escalating the applications and uses to match the industry’s needs.
The infrastructure sector used to working with technology, is now extending these skills and embracing the applications offered by Unmanned Systems and Robotics in al domains and examining the practices and opportunities that are opening up in the field.
Drone as a service for Infrastructure
The growing drone market provides end to end solutions that encompass not only hardware but software solutions for specific applications. Reports show that 79% of drones are used for surveying, inspection and documentation of buildings and infrastructure. UAV’s have become an optimum tool for gathering large volumes of precise data and will, without a doubt become a part of the day-to-day work in the infrastructure sector.
The Third Digital Wave
Unmanned and Robotic Systems are currently riding the wave of digital transformation, where Artificial Intelligence and softwares are used to automate cognitive tasks performed by humans. The industry is increasingly moving towards the use of AI and machine learning, allowing new technologies to gather data, identify patterns and make decisions without human intervention.
We have gone a long way already, with systems like Google Home and autonomous cars making a huge step in that direction, many unmanned robotic systems still lack the capacity to evaluate things logically. The developments, however, are ongoing. The next step involves evaluation using algorithms, thinking ahead, evaluating or enriching us through other information.
A logical consequence of this is the development of automated interfaces for people. The main drivers behind unmanned systems with AI are invisible technology plus automated interfaces with data as the driver. Unmanned Systems have a huge business impact. According to Frank Dellaert ,CTO of Skydio, flying autonomous drones with AI is much more complicated than self-driving cars. It goes beyond the technology, as regulations for UTM are still being developed.
'Unleashing the power of robotics through AI’
Some interesting examples of robotic systems with AI are the Talking Elevators and Escalators by Kone and ISS’s evaluation of where large companies need cleaning. Kone’s product will indicate when an error may occur while ISS’s evaluates when and where cleaning may be required. This advances provide better customer service with algorithms controlling the decisions.
Scientists and experts in the area insist that the faster unmanned systems and AI are adopted in the business process, the higher the impact will be. However, some fields where the stakes are too high, like the security robots used by the Ministry of Defense or where scanning a road or surface and repairing it is necessary, will still be dependant on manned systems.
The automation brought by AI to different industries will deliver a significant impact on business. Where humans won’t be taken out of the game but rather become one half of robot-human collaboration; their jobs will become more efficient, time will be better managed and risks taken by employees in harsh environments will be reduced.


How to Fix Echo Not Connecting to Wi-Fi? Problem Solved
It can be very frustrating to see that the Echo just won’t respond to your commands. Mostly this problem occurs when the Echo is unable to connect to the wifi.
One of the main requirements of the Echo is a stable internet connection, so if you are having a problem with the network the device just won’t work. Echo not connecting to wifi is a common struggle that the users have to go through.
If you are facing a similar problem then the good news is that you are not alone. This problem is one of the most common among Echo users. However, you need to fix this issue for the Echo to work properly without any hassle.
In this blog, we have covered in detail the step by step guide that you can follow to resolve the wi-fi related issues with the Echo.
Here is how you need to Setup the Echo Device to the Wi-Fi Network. Completing the setup is important otherwise you won’t be able to use the device.
So, if the Echo is not properly setup then you may come across wifi related problems. So, if you are not sure how to set up the Echo it is best to get help from the technical support team.
Why is my Amazon Echo not Connecting to Wi-Fi?
There are many reasons why this problem may arise in your Echo device. So, here are the few things that you need to check.
- Check the ring light of the Echo. If you are seeing purple or orange color light then it means the issue is with the wi-fi connection.
- Another thing that you need to check is the password that you are using while trying to connect to the network.
- Try moving the wifi router closer to the device or vise-versa and see if the wifi issue resolves.
- Another thing that you can try is to connect the wi-fi to 5 GHz instead of 2.4 GHz. Switching the band can sometimes resolve Echo not connecting to wifi issue.
If you are still experiencing issues with the Echo because of wifi then here are few troubleshooting solutions that you can follow.
- The first thing that you need to do is to check the internet connection. If the internet is not working you know why your device is having trouble connecting to the network.
- Try restarting the router to fix wifi related issues. You can also try simple basic troubleshooting solutions to resolve the wifi related issues.
- Often a quick restart is all you need to resolve the Amazon Echo not connecting to wifi issue. Simply turn off the Echo device. Wait for a few minutes and then restart the device. This will help in fixing some of the wifi related problems.
- Double-check the wifi password that you are entering while connected to the wifi. If it is incorrect you are bound to have a problem with the Echo.
- Lastly, if you are still facing issues with the Echo then resetting the device is the only option that can help you resolve the issue. If nothing seems to work then resetting the Echo is the only option left.
- Reset will wipe the settings of the Echo and resume the default settings and you will also have to complete the setup.
- So, it is always better to contact the support team to seek expert advice in this situation.
How to Connect the Echo with the Hotspot to Resolve the Issue?
- You can use the hotspot app to connect the Echo device with your laptop or mobile hotspot. This can very useful especially if you are facing wifi related problems with your device. Especially if you are traveling then this feature can be very useful.
- The hotspot app acts as a bridge that helps in connecting the Amazon Echo with another device and fix the wifi related problem. You will have to complete the setup of the Echo with the app and then you can use it at any time.
- If you are having any issue in completing the setup then do not worry simply contact the support team for help and more information.
These are the basic solutions that can help you in resolving the Echo not connecting to wifi issue. But is there is a technical problem you will have to get in touch with the Echo support team for help.
The technical support team has complete knowledge and understanding of the Echo device.
They will not only help in fixing the issue but also provide you with expert tips on boosting the wifi signals to avoid wifi related issues in the future. So, get in touch with the Echo technical support team for more information.


PRIMORDIAL ALLATRA PHYSICS
The report "PRIMORDIAL ALLATRA PHYSICS" was prepared by the international research group ALLATRA SCIENCE of ALLATRA International Public Movement under the editorship of Anastasia Novykh. The report contains information on the origin and structure of elementary particles, basic building blocks which make up matter, interrelation of elementary particles and cosmology in relation to uniform field theory, electromagnetic and gravitational interactions, alternative energy sources, etc. It shows importance, scale and timeliness of the latest knowledge in the field of fundamental and applied physics. It gives answers to the main unsolved questions of contemporary physics and relevant explanations.
Material is intended to familiarize the members of ALLATRA International Public Movement with the fundamental principles of the PRIMORDIAL ALLATRA PHYSICS.
The PRIMORDIAL ALLATRA PHYSICS contains basic knowledge of the primary principles of physics of fundamental particles and patterns of their interaction. It is, indeed, an evolutionary breakthrough for the world science, which still remains at the stage of researching of epoch-making discoveries of hundred years' standing. This knowledge touches upon the full spectrum of fundamental and interdisciplinary research in various scientific fields: from physics of microcosm to cosmology, including unique information on fundamentals of neutrino physics and astrophysics of elementary particles.


A technology radar is a way of observing the market for new innovations and technologies and gather information about them in a consistent style, relate and evaluate them on behalf of the own business. RADAR stands for Radio Detection and Ranging System. It is basically an electromagnetic system used to detect the location and distance of an object from the point where the RADAR is placed. It works by radiating energy into space and monitoring the echo or reflected signal from the objects. It operates in the UHF and microwave range.


Car electronics fault-finding and repair
With cars becoming increasingly reliant on complex electronics, the old principle of trial and error just doesn’t cut it any more. At Service-plus, we have highly trained technicians and state-of-the-art diagnostic equipment to pinpoint electrical faults quickly and accurately and only replace parts when we have identified them as faulty. This keeps the time and money spent on electrical repairs to a minimum.
Check the condition of your battery
A flat battery can be a real headache. By having the condition of your battery checked regularly, you can pre-empt the nightmare of electrical failure. We can detect when a battery is near the end of its life and fit a high quality replacement to give you reliable battery power every time.


Retrieve the metadata for all fulltime waveform readings received between the start-time and end-time
parameters. This endpoint allows the metadata for all fulltime waveform readings for all installed sensors
to be retrieved in a single endpoint call. The maximum number of metadata readings that will be returned
for a single request is 5000 or the passed page-size parameters. If the requested time range results in
more metadata readings than the limit, a links.next property is returned in the response body with the
path that should be used to get the next page of metadata readings.
The list of readings returned from this endpoint uses the timestamp the reading was received by the central
device (not the timestamp the gateway received the reading) to order the responses. If a gateway is unable
to connect to the central device for a period of time it is possible reading will be received out of order
from when the sensor recorded the fulltime waveform measurement.
Click Try It! to start a request and see the response here!


Project and Position Details
The Wright Laboratory is looking to bring onboard a highly motivated, mindful, and compassionate undergraduate student to serve as a software engineer to install, manage, and maintain the LabKey Server Scientific Data Management System (SDMS). The software engineer trainee will work closely with Dr. Wright and other professional software engineers in the field of computational proteogenomics to maximize utilization of mass spectrometry-based and cell biology-based experimental data that will be housed in the LabKey Server platform. The software engineer trainee will gain training and expertise of LabKey Server modules, which includes Sample Manager, Electronic Lab Notebook, and Panorama. This research position will also include the implementation of leading-edge bioinformatic software programs utilized in the analysis of proteogenomic and fluorescent microscopy datasets. The position is expected to lead to independent study and help prepare the trainee for a career as a software engineer in the biomedical sciences. Dr. Wright’s laboratory is fully committed to the guiding principles of Diversity, Equity, and Inclusion, along with a special emphasis on respect, teamwork, and organization.
Applicants with strong interest in pursuing a career in biomedical research as a software engineer as a PhD scientist are encouraged to apply.
A solid background in computer programming is required. Student should be comfortable in troubleshooting the installation of databases, installation in proteogenomic software programs, extraction of biological data from various file formats (e.g., Excel), and use of Python programming in the organization and the analysis of large-scale biochemical/fluorescent images, and proteomic datasets. Prior laboratory research experience not required.
A strong background in computer programming and cursory knowledgeable in the structure, deployment, and querying of databases. Student should be comfortable troubleshooting database installation, utilization of proteogenomic software programs.
Ongoing or potential to be a continuous position
How to Apply
Apply by email to firstname.lastname@example.org. Cover letter and CV/Resume required for application review.
December 31, 2022


水晶直播appShenZhen Oversea Win Technology Co., Ltd.
ShenZhen Oversea Win Technology Co., Ltd. was established in 2007, located in Guangming New District, Shenzhen, is a national high-tech enterprise specializing in various types of electrical connectors, new energy automotive connector / cable development, production and sales, providing customers with comprehensive connectivity technology solutions.View full text >
Bld,20,3 Industrial Zone,Xitian,Gongming,Bao′an,Shenzhen City,China
5F-1,No.736,Zhong-zheng Rd.,Zhong-he City,Taipei County,Taiwan China
Unit2401A,24F/L,Park-In Commercial Centre,No.56 Dundas Street Mongkok,Kowloon,Hong kong China
©2017ShenZhen Oversea Win Technology Co., Ltd.


How to find the best office furniture
A look at the best desk and laptop furniture options for the office, including the latest models.
| Apple’s office furniture brand Apple has launched its newest brand of desk and laptops, and the company is offering an array of products, including Apple’s new Apple TV set, for those looking for the best.
The Apple TV and Apple TV Pro are two of the first devices the company has announced as part of its effort to make a more powerful, modern home entertainment system.
Apple has also announced a new Apple Pencil, an optional stylus for iPhone and iPad users.
Apple also announced the introduction of a new iPhone 7, and a new iPad Pro with Retina Display.
The latest models of Apple TV, Apple TV 3, and Apple TVs include a variety of Apple products for consumers.
Apple TV’s newest model, Apple TVs, is designed for users who want more power and convenience.
The new Apple TVs come with three USB-C ports, and are capable of charging their own devices.
The Apple TVs also support a host of third-party apps and content, such as Netflix and Amazon Prime Video.
Apple TVs also come with a new “HomeKit” system that allows Apple devices to connect to Apple TV through the Apple TV App Store.
Apple’s HomeKit system has been around since the beginning of this year and allows users to control devices with a single device.
Apple TV users can also download apps for free through the App Store, including a new version of the Netflix app.
The new app includes a new set of Apple Music features and an improved music recommendation engine.
The iPad Pro is Apple’s first tablet with a Retina display, and it’s one of the most advanced tablets available.
The iPad Pro’s display is 10 inches (24.4 centimeters) across, and features an 18:9 aspect ratio.
The screen features a 5.7-inch diagonal and a resolution of 2560 x 1440 pixels.
Apple’s new iPad comes with the latest version of Apple’s Siri, the company’s personal assistant.
Siri is able to take voice commands and deliver the right answer to any question.
Apple also released a new app called Siri.
Siri can provide you with the answers to questions like “what color is your hair?” and “which of these are the most popular drinks?”
Apple’s app also supports multiple language settings and can make predictions for your next appointment or shopping trip.
The company also announced that it has expanded its iCloud storage services, offering customers the ability to upload photos and videos to iCloud.
The company has also expanded its “Cloud Photo Sharing” service to provide iCloud users with cloud storage options, including iCloud Drive.
Apple has also released an iPad Pro for the first time with a 12.9-inch Retina OLED display.
The Pro’s screen has a 13.3-inch, 2048 x 1536 pixel resolution.
The device comes with a 5GHz dual-core processor, 4GB of RAM, and 64GB of storage.
The iPhone 7s Plus is one of Apple ‘s latest products.
The iPhone 7 has a 12-inch display and a 4G LTE band.
The phone is priced at $1,099.
The 9.7mm thickness of the iPhone 7 makes it comfortable to hold.
The 7s has a 4.7GHz dual core processor, 64GB storage, and an 8-megapixel rear camera.
The 5.5-inch iPad Pro has a 6-inch screen and an IPS display with a resolution up to 3840 x 2160 pixels.
It also has a 3D Touch technology that allows users the ability for the screen to change colors and text depending on what the user is doing on the screen.
The 4-inch iPhone 7 Plus has a 9.5mm screen with a 1920 x 1080 pixel resolution and has a 5-megapixels front-facing camera.
The 6-and-a-half-inch version of iPhone 7 is priced from $799.


This device can converter the HDMI signal to SD-SDI, HD-SDI and 3D-SDI signal. It integrates SDI receiver and HDMI modulator to help the device to change the HDMI signal to SDI signal and embed the audio signal from HDMI into the SDI signal to do simultaneously transmit of the audio and video.
FEATURES: Input Video Signal: One HDMI Input Video Signal Output： Two SDI output that support SD-SDI，HD-SDI and 3G-SDI signal. Support HDMI Resolution：480I@60Hz、576I@60Hz、720P@50Hz、720P@60Hz、1080I@50/60Hz、1080P@25 Hz、1080P@30 Hz、1080P@50/60Hz. HDMI Output：720P/ 60Hz，1080P/ 60Hz，PASS Three Modes For Choose（Default PASS Mode） Support Both SDI Output simultaneously. Out put Audio Signal: SDI Built-in Support Auto Recognition Resolution Audio and Video Output Simultaneously No loss of quality Installs in minutes Wide voltage input, It can support DC 5V~ 12V input
PACKAGE CONTENTS: 1、5VPower Adaptor 1PCS 2、one pc of Manual 1PCS
Shenzhen SHANYAO TECHNOLOGY CO., LIMITED , is a company focus on science and technology products import and export. The factory of Shenzhen SHANYAO TECHNOLOGY CO., LIMITED , wins the honor of "Shenzhen High-tech Enterprise", "National High-tech Enterprise", "Shenzhen Integrity Enterprise" and “top 100 Electronic Technology enterprises”and it is also the member of “HDMI association” and “HDCP UNION”. Main products involves intelligent audio and video systems such as HDMI signal distributor, HDMI signal extender, HDMI signal switcher, HDMI signal matrix, audio signal switcher, audio signal converter, wire; intelligent home system; intelligent security system; Office systems; intelligent conference systems; intelligent hotel systems and other areas of product development and design. At the same time to provide program design, according to customer requirements customized various feasible programs.
The company has a number of high-tech projects and invention design, utility models and other patents, products passed the ISO9001: 2008 quality management system certification, all products are CE, FCC, UL, ROSH, EMC and many other international certified. With high-end product quality, and professional R & D ,production and after-sales departments , excellent sales team, Shenzhen SHANYAO TECHNOLOGY CO., LIMITED sold at Chinese domestic and oversea market.We pursue win-win cooperation with customer all over the world and create brilliant future.


Academy Award winner Dr. Mark Sagar is the director of the Laboratory for Animate Technologies at the Auckland Bioengineering Institute. Mark is interested in bringing digital characters to life using artificial nervous systems to empower the next generation of human computer interaction. Mark’s laboratory is pioneering neurobehavioral animation that combines biologically based models of faces and neural systems to create live, naturally intelligent, and highly expressive interactive systems. Mark previously worked as the Special Projects Supervisor at Weta Digital and Sony Pictures Imageworks and developed technology for the characters in blockbusters such as Avatar, King Kong, and Spiderman 2. He has co-directed research and development for Pacific Title/Mirage and Life F/X Technologies which led groundbreaking development of realistic digital humans for film and eCommerce applications driven by artificial intelligence. His pioneering work in computer-generated faces was recognized with two consecutive Scientific and Engineering Oscars in 2010 and 2011. Dr. Sagar holds a Ph.D. in Bioengineering.


Sapio Sciences, a science-aware™ lab informatics platform company, announced the launch of the Sapio Chemistry solution, which brings together small-molecule and large-molecule discovery workflows on a single platform. Built on the same no-code platform as Sapio’s existing large-molecule discovery electronic lab notebook solution, Sapio Chemistry enables scientists to draw insights across all of their organization’s discovery experiments.
“Many organizations are still running decades-old electronic laboratory notebooks (ELNs) and other software for capturing chemical synthesis experiments and registering small molecules,” said Kevin Cramer, president and CEO of Sapio Sciences. “Large-molecule and small-molecule discovery have traditionally been managed on disparate systems, creating artificial islands that impede scientific collaboration and decision-making. Sapio is excited to give biopharma organizations the opportunity to consolidate all their chemistry experiments on a modern, unified lab platform.”
Sapio Chemistry helps chemistry teams and their colleagues in other lab departments, such as analytical core facilities and screening labs, work together more effectively. It also works with contract research organizations. Sapio Chemistry's advanced search features make it easy for everyone on the team to access the latest project data. Out-of-the-box templates make it easy to record and share chemistry experiments, including the reaction, reagents, solvents, and products. Sapio Chemistry also includes advanced features for managing samples and inventory, using the strong sample-handling features built into the Sapio platform
What this means for the pharmaceutical industry
The Sapio Chemistry solution is a significant development for the pharmaceutical industry, as it has the potential to streamline and improve the drug discovery process. Sapio Chemistry can help scientists to:
Improve collaboration and communication between different teams
Gain faster insights into their data
Make more informed decisions about their research
Reduce the time and cost of drug discovery
For example, Sapio Chemistry's advanced search capabilities can help scientists to quickly find and analyze data from all of their experiments, regardless of whether they were performed on small molecules or large molecules. This can help them to identify patterns and trends that they might not otherwise have seen. Additionally, Sapio Chemistry's configurable templates can help scientists to standardize their data capture and sharing workflows, which can further improve collaboration and efficiency.


Wireless technology is rapidly changing the way we interact with the world and BPGS Construction is staying on top of what the future has in store!
Throughout commercial and residential design, wireless technology is being implemented for security, safety and keyless entry systems. ASSA ABLOY came on-site to show BPGS construction the latest and greatest in door opening solutions.
Other ways wireless technology is affecting the construction industry include Beacons for location based information. Wherever the industry is headed, you can be assured BPGS Construction is excited to become educated and implement the new processes to our projects!


When you are looking for the best in visual entertainment then nothing beats out a 55 inch LED TV. The large screen size alone assures you that you never miss out on the action. Since your TV is LED, it provides a richer and crisp color so the images come out beautifully. If you are thinking that a large 55 LED TV consumes a lot of power then you don’t have to worry about it since this is the most energy efficient TV.
To help you decide on a 55 inch LED TV we have come up with some of the best models available in the market.
VIZIO 55 inch LED TV – XVT553SV
The Vizio XVT553SV offers HD quality picture with a resolution of 1920×1080. It can project a total of 1.06 billion different colors, which is more than what the eye can distinguish. It has an amazingly fast refresh rate of 240 Hertz. What this means is that you won’t experience any blurred images when fast action scenes appear on screen. It uses two SRS surround 5 watt speakers to match its excellent video properties. Amazingly, this TV can go online as well with its built in Wireless-N Wi-Fi.
Sony 55 inch LED TV – BRAVIA KDL55NX810
The Sony BRAVIA KDL55NX810 provides you with a full 1080p HD resolution and is 3D ready as well. This model uses the excellent Bravia Engine 3 of Sony to produce an excellent picture quality that the Bravia line is well known for. Fast action scenes are reproduced smoothly on the screen thanks to its 240 Hz refresh rate. If you combine this with additional accessories such as a 3D Blu-Ray player, 3D transmitter and 3D glasses you will be able to watch 3D content on its 55 inch screen.
Samsung 55 inch LED TV – UN55C8000
This 55 inch LED TV from Samsung features a full 1080 HD resolution as well as being 3D ready as well. It is designed with a slim profile which makes it ideal in cramped spaces. Samsung is known for the vibrant colors of it TV and this particular model also has the same distinction. Its images are crisp and sharp and motion blur is virtually eliminated due to its 240Hz refresh rate.


We redefine capacity control for events, premises and any enclosure. We provide solutions that allow you to monitor the flow of attendees efficiently and safely, adapting to current regulations and the unique needs of your event.
We recognize the importance of effective capacity management to guarantee the success of any event.
We offer state-of-the-art solutions to calculate the number of people accessing any type of venue, using precise technology that guarantees a safe and pleasant environment for attendees.
Our capacity control system allows real-time control, ensuring that you never exceed the allowed capacity.
This not only ensures the safety and comfort of attendees, but also avoids fines or potential penalties for non-compliance with current regulations and guidelines.
Currently, there are various technologies and systems to carry out capacity control in any venue that is required. Whether large, such as stadiums, or small, such as bars, stores or offices, as well as others outdoors such as beaches or esplanades. We can provide the solutions you need for any type of event.
Our App Tally Counter – Clicker PRO is the closest thing to an analog clicker, but with all the advantages of digitalization. For both economic and operational reasons, if the event does not have inputs or control elements, it is an easy solution to implement.
It is possible to link multiple devices so that they compute in the same capacity and have access information in real time. Link a Bluetooth remote control to the device and count comfortably without losing sight of the entrance of attendees.
Regarding unassisted options, we offer two types of solutions: 3D capacity control cameras and continuous image analysis cameras. Depending on the type of venue, it will be more interesting to opt for one option or another. The 3D cameras are located overhead at public entrances to detect all entrances and exits. Under ideal use conditions, these devices can offer an accuracy of up to 99%.
On the other hand, continuous image analysis cameras are ideal for counting people in open-plan and delimitable spaces. For each analysis, they count people, so the possible error does not accumulate.
This method allows you to know the number of people who are in a room, all by reading a QR code or an NFC chip. The accuracy of this technology offers specific and detailed information useful for counting people and verifying them. In addition, it is a versatile service that can be combined with others, such as cashless payment.
In the event that a validation of tickets, accreditations or bracelets with QR or NFC is already carried out, an entry and exit control can be proposed.
Add real-time capacity control to all the advantages provided by ticket validation, such as anti-fraud control, and have real-time reports and data.


I was chatting about technology and futurism today, and the topic of Google Glass arose. Google Glass makes a little more sense in the context of the Apple Watch – two different technologies (I’ve used neither one, so take all of this with a grain of salt).
The difference? Glass attempts to sit in between the interaction two people are having. Watch attempts to interrupt as discreetly as possible, and then let the interaction recommence.
For wearables to improve the communication that is taking place between two people, they need to be able to recede. Communication technology – at its best – is about facilitating the human interaction, not replacing or subverting it.


Apple plans to revamp the iPad series this year, but found that they will be available after April. Bloomberg reported on March 17, local time.
The new iPad Pro will be available in April, the iPad will be available later this year, and the iPad mini will be available later this year.
According to Bloomberg, Apple plans to launch the new iPad Pro as early as April, the unbranded iPad in late 2021, and the new iPad mini in 2021. The new iPad Pro will be available in two types, an 11-inch model and a 12.9-inch model, both of which will be equipped with a mini LED display.
In addition, the Thunderbolt / USB 4 port, which is also installed in Macs equipped with the M1 chip, is installed, and it is expected that high compatibility with Macs and high-speed data communication can be realized. It would be possible to use the iPad Pro as an external display. In addition, iPad Pro reports that it plans to improve performance and camera performance by replacing the built-in processor. Regarding the processor, it is said that it will have the same performance as the M1 chip.
Bloomberg also provides information about the entry-level iPad and the iPad (9th generation) in the report.
The iPad will be lighter and thinner than before . Adopting the iPad Air design, it seems that the screen size may also be large.
And about the new iPad mini, there is a possibility that it will be larger than the current model 7.9 inches


Fire Spotting CCTV Fire Camera System
F-Cam Fire Camera
Argos Fire Protection Ltd offer a range of F-Cam Fire Cameras from Spotfire Ltd which can be linked directly to fire alarm panels and/or used with a central F-DVR and control suite. They can also be used as part of a remotely monitored CCTV system.
Able to work both inside and out, these cameras offer a real alternative to traditional large area detection (beam detectors in warehouses etc.) as well as providing a totally new way to detect fire in external areas.
The F-Cam Fire Spotting CCTV Camera is ideal for use in Factories, Recycling Plants, Commercial Laundries, Transport Depots, Oil Refineries, Warehouses, Building Sites, Marinas, plus numerous other applications. The F-Cam is now being specified by insurance companies for these types of risk – many in which fire detection has previously been impossible.
The F-Cam Fire Camera can detect a small flaming fire at up to 100 metres distance, as well as providing large area coverage from a single point. The cameras can detect smoke as well as flame, and can be set up to match the particular environment. The F-Cam can detect most fires within 4-20 seconds, which is potentially significantly quicker than the response from traditional large area detection systems – especially where there are high ceilings. Long before the smoke has reached the ceiling and formed a plume dense enough to trigger an optical beam detector, the F-Cam has raised the alarm – saving lives, saving property and saving money.
The F-Cam flame detection is immune to false alarms from ovens, sunlight, hot processes etc – it needs a live flickering flame to generate an alarm. The smoke detection module can be tuned for each individual environment to help eliminate false alarms from dust, fog and mist, and has market-leading pseudo-steam rejection. Unlike optical beam detectors, the F-Cam is immune from items blocking the beam (birds, bats, fork-lifts, racking etc).
As well as providing a live CCTV camera feed, each fire camera can trigger a fire alarm panel via volt-free contacts (using an I/O module), or if used with the F-DVR Digital Recorder / Controller, can also trigger a centralised alarm – as well as showing a visual indication of the detected phenomena on a suitable display screen. As well as providing early detection of fires to minimise damage and risk, recorded footage of a fire starting is invaluable after any fire event – to establish the cause and prevent recurrence.
Each fire camera can cover the same area as numerous beam detectors – or countless point detectors – and can be used in hostile enviroments as well as outdoors.
Contact us for more information or to arrange a demonstration.


The MLN Performer series is the top-selling microphone cable from CBI. Constructed from Belden, 22-gauge copper stranded wire, the balanced design of the microphone cable and the 100 percent shield reject interference and electrical hum ensuring a clean, quiet signal. The MLN microphone cables use the rugged Neutrik X series XLR connectors that are the gold standard for the pro audio industry. Daily uses in touring and performance environments are no problem for the MLN microphone cable due to its durable jacket; and, due to the jacket’s flexibility, internal wiring is protected and coiling and uncoiling are hassle free.
20 Foot Microphone Cable Neutrik XLR Connectors
Don’t be fooled. Inexpensive, no-name microphone cables can damage easily. Damaged microphone cables lead to broken or fractured shields and wires. Broken or fractured wires lead to hums and buzzes that are hard to trace. Who wants a nasty buzz in their sound system during a performance? Don’t chance your performance to a cheap microphone cable. CBI cables are quality cables you can rely on and are backed by a 90-day guarantee. Every musician, band, soundman and production company needs more than just a few microphone cables. Please call the Production Monster for more information and bulk pricing at 615-406-3255.


- Industrial IoT Solution Architecture and Product Innovation
- Edge Data Collector - PLC-Side Protocol Converter
- Edge Data Collector - PoE-Powered Device Sensing Gateway
- CODESYS Edge Controller - Real-Time SoftPLC and SoftMotion Controller
- ThinClient Visualizer - Centralized Management of Multiple Displays
- Secured Edge Analyzer - Intelligent Platform with Azure IoT Edge
- Predictive Edge Analyzer - Diagnosis and Preventive Maintenance Platform
- Fault-Tolerant System - Continuous Availability for Zero Downtime
- Fault-Tolerant System - Full Virtualization and Self-Protection
- Cloud Network Management System - Cloud Management System for Predictive Maintenance and Optimize Operation
- Network Security Pack - Efficient Cyber Security Guard from Network Edge
- LoRaWAN Gateway with MQTT and Node-RED - Low-Power Wide Area Network for Wireless Communication
- Zero-Touch Mass Router Deployment System - Advantech Router and Gateway Remote Management, Monitoring and Provisioning Platform
- Cellular Connection and Conversion for Smart Metering - IEC 101/104 Protocol Conversion and Remote Management Platform
- OPC-UA Suites and Protocol Conversion Gateway - Fieldbus and Industrial Ethernet Interconnection in OPC UA Environment
- Critical Video Service Guarantee System - Congestion Management and Guarantee Video Service System
- Auto-Configuration Backup and Restore System - Auto-Configuration for Easy System Administration and Operation
- Industry 4.0 / iFactory SRP Solutions
- Activating Industry 4.0 with Advantech's Modular Solutions
- Machine Condition Monitoring and Predictive Maintenance
- EtherCAT Motion Control Solution
- Automatic Optical Defect Inspection Solutions
- Track and Trace Solution for Product Traceability
- Integrated iFactory Cloud Solution
- SRP - AI-based Optical Inspection
- Intelligent Vision Inspection System
- SRP - DeviceON Management Services
- SRP - M2I/ Intelligent CNC Machine Management Solution
- SRP - Assembly Line iWorkstation
- SRP - Factory Energy Management Solution
- SRP - Factory Environmental & Waste Monitoring
- SRP - Overall Equipment Effectiveness (OEE)
- SRP - Warehouse Management Systems
- SRP - iFactory Cloud MES
- Machine-to-Intelligence (M2I) Solutions for Energy and Environment
- Smart Self-Healing Grid with Energy IoT Solution
- The great integration of wireless sensing and communication devices
- Intelligent Sensing Technology
- SRP - Intelligent Water Management Solution
- SRP - Wind Power Monitoring & PHM Solution
- SRP - Solar Power Management Solution
- SRP - Pump and Motor Monitoring & PHM
To move towards the next stage of the Internet of Things, Advantech builds an ecosystem with a "co-creation model", develops Solution Ready Package (SRP), and implements the development of the IoT. Among them, as the basis of SRP, Advantech Industrial IoT Group provides a complete product line of “one-stop shopping” from sensing devices, communication devices, computing platforms, storage and servers to application software and cloud platforms. Through the simultaneous development of big data acquisition and control, communication timeliness and security, modular and industry-specific industrial computer platforms, high-performance GPU artificial intelligence architecture and other technologies, Advantech will achieve continuous product innovation and master the visible future of the IoT.
Edge Data Collector
PLC-Side Protocol Converter
- Supports various PLC protocol drivers for data conversion
Edgelink supports more than 200 PLC protocol drivers for collecting data from legacy devices, and features plug-and-play functionality to dramatically reduce software development time.
- Enables enhanced cyber security
Data is encrypted using a Microsoft Azure IoT-certified embedded security chip that provides the best in class anti-tampering performance for data protection.
- Equipped with multiple I/O for data acquisition
The compact size and support for RS-232/485, DI/DO, and LAN, as well as diverse expansion modules (8 x AI/4 x DI, 4 x RTD/4 x TC) make the Edge-SRP ideal for IoT gateway applications.
Edge Data Collector
PoE-Powered Device Sensing Gateway
- Easy installation with combined power and data cable
Support for PoE enables easy installation in awkward or remote locations with the use of a single Ethernet cable for both data and power delivery.
- PoE offers considerable cost saving
Compared to fiber cables, Ethernet cables are significantly less expensive to install and are suitable for a wide range of infrastructures and environments.
- Can adapt to various data acquisition devices
Terminal equips with rich I/O, and able to support different interface of sensors, devices, and PLC etc. for various industry applications.
CODESYS Edge Controller
Real-Time SoftPLC and SoftMotion Controller
- Single open controller with real-time fieldbus control
The provision of IEC-61131-3 languages for cross-platform PLC programming minimizes development time and costs and enables motion control with dual fieldbus EtherCAT and CANOpen for servo drives, servo motors, inverters, and induction motors in various applications.
- Reduced downtime with powerful visualization management
On-site machine operation and systems monitoring with flexible target visualization boosts productivity and overall efficiency, while web-based visualization enables remote operation and diagnostics.
- Diverse database connectivity options for flexible integration
Supporting ODBC functionality, the Edge SRP could simplify database connection. Plus, Machines can be directly connected to the WISE-PaaS cloud, utilizing dashboard function that provides efficiency equipment management, increasing productivity.
Centralized Management of Multiple Displays
- Reduce downtime costs with diskless workstations
Edge visualizer serves as a diskless workstation, storing data on the server for significantly reduced costs.
- Manage multiple applications and visual sources on a single monitor
Edge visualizer supports split screen (up to 16 sections) and scaling functionality with a virtual keyboard and high-resolution (3840 x 2160) displays that enable users to monitor every aspect of production.
- Maintain numerous PCs with centralized management
Edge visualizer with ACP ThinManager uses network booting for visualizing production processes from the server to each edge client simultaneously, streamlining installation and maintenance.
Secured Edge Analyzer
Intelligent Platform with Azure IoT Edge
- Extends cloud intelligence and analytics to edge devices
IoT solutions, such as stream analytics, machine learning, image recognition, and other high-value AI modules, deployed from the cloud to the edge to support diverse applications.
- Boosts productivity and response times with data insights
Local data processing enables immediate decision-making and reduces bandwidth costs by minimizing the data transmitted from local devices to the cloud.
- Offers secure cloud communication and edge intelligence
The inclusion of Azure IoT Edge Security Daemon and onboard TPM 2.0 increases device security while a SSL ensures connectivity between the cloud and intelligent edge.