Solar Panel Repair and Maintenance Services in Harrisburg
Connect with our team of solar panel repair experts today for efficient and reliable service. Our experts in Harrisburg are dedicated to ensuring your solar panels are functioning optimally.
Importance of Solar Panel Repair and Ongoing Maintenance
Ensuring the proper repair and ongoing maintenance of solar panels is crucial for maximizing their efficiency and longevity. Here are four reasons why this is important:
- Optimal Performance: Regular maintenance keeps panels working at their best.
- Cost Savings: Preventing major issues can save money in the long run.
- Longevity: Proper care extends the lifespan of solar panels.
- Environmental Impact: Well-maintained panels contribute to a greener planet.
Common Solar Panel Repair Services
Common solar panel repair services include:
- Solar panel repair and replacement
- Inverter repair and replacement
- Sealant repair
- Monitoring system repair
- Grounding system repair
These services are essential to maintaining the efficiency and functionality of a solar panel system. Regular inspections and timely repairs can prevent more significant issues and ensure the longevity of the solar panel system.
Solar Panel Repair and Replacement
When it comes to maintaining solar panels, regular inspections and timely repairs are crucial for optimal performance and longevity. Common solar panel repairs include fixing cracks, replacing damaged panels, and addressing wiring issues.
Professional repair services in Harrisburg can ensure that your solar panels continue to operate efficiently, maximizing your energy savings and environmental impact. Regular maintenance and swift repairs are key to a sustainable solar energy system.
Inverter Repair and Replacement
Regular maintenance and swift repairs of inverters are essential for ensuring the efficient operation of solar panel systems.
Inverters convert the direct current (DC) electricity generated by solar panels into usable alternating current (AC) electricity for homes and businesses.
Timely inverter repair and replacement by professional technicians help maintain the optimal performance of solar energy systems, ensuring a reliable and uninterrupted power supply for customers in Harrisburg.
To ensure the optimal functioning of solar panel systems, addressing sealant repairs promptly is crucial for maintaining the integrity and efficiency of the installation.
Sealant repair involves fixing any cracks, gaps, or deterioration in the sealant around solar panels to prevent water leakage and damage.
Proper sealant maintenance ensures the longevity of the solar panel system and enhances its performance, safeguarding your investment in renewable energy.
Monitoring System Repair
Effective maintenance of solar panel systems often involves addressing common issues such as monitoring system repair to ensure optimal performance and longevity of the installation.
Monitoring system repair services focus on fixing any issues related to the monitoring equipment that tracks the energy production of the solar panels.
Regular maintenance and timely repairs of the monitoring system are essential to maximize the efficiency and lifespan of the solar panel system.
Grounding System Repair
Addressing grounding system repair is crucial for ensuring the proper functioning and safety of solar panel installations. The grounding system helps protect against electrical surges and ensures that excess electricity is safely redirected.
Regular maintenance and repairs of the grounding system are essential to prevent malfunctions and potential hazards. By entrusting qualified professionals with these tasks, solar panel owners can rest assured that their systems will continue to operate efficiently and securely.
Ensuring the proper functioning and safety of solar panel installations includes addressing common issues such as pest damage. Pests like birds, squirrels, and insects can cause harm to solar panels by nesting underneath them or chewing through wiring.
Regular inspections by professionals can help identify and address any pest-related damage promptly, ensuring the efficiency and longevity of the solar panel system in Harrisburg.
Common Solar Panel Maintenance Services
Solar panel maintenance services typically include:
- Regular inspections to ensure optimal performance
- Thorough cleaning to remove dust and debris that can hinder efficiency
- Testing and monitoring of inverters to guarantee proper functioning
These maintenance tasks are essential in preserving the longevity and effectiveness of solar panels, allowing them to continue generating clean energy efficiently. By conducting these routine maintenance services, solar panel owners can maximize their energy production and investment in renewable energy technology.
Solar Panel Inspection
Regularly inspecting solar panels is essential to ensure optimal performance and longevity. Inspections help identify any issues like cracks, loose connections, or debris that could affect efficiency.
Solar Panel Cleaning
Maintaining cleanliness on solar panels is crucial for optimal performance and efficiency. Regular cleaning helps remove dirt, dust, and debris that can block sunlight and reduce energy production.
It also prevents potential damage to the panels and ensures longevity. Cleaning should be done carefully using appropriate tools and techniques to avoid scratching or other damage to the surface, ultimately maximizing the solar panels’ effectiveness.
Inverter Testing and Monitoring
Ensuring the proper functioning of inverters through regular testing and monitoring is essential for maximizing the efficiency and longevity of solar panel systems.
Inverters convert the DC electricity produced by solar panels into usable AC electricity. Monitoring helps detect any issues early, preventing potential system failures.
Routine testing and monitoring of inverters are crucial in maintaining the overall performance and reliability of solar panel installations.
Call Us for Professional Solar Panel Repair and Maintenance Services Today
Make sure to contact our team for expert solar panel repair and maintenance services today. Our professional technicians in Harrisburg are ready to provide top-notch assistance to keep your solar panels operating efficiently.
Get in Touch Today!
We want to hear from you about your Solar needs. No Solar problem in Harrisburg is too big or too small for our experienced team! Call us or fill out our form today!


I recently found myself contemplating the thorny issue of APS-C vs full-frame sensors. You see, I’m wondering whether my next camera body should be the new Fujifilm X-T3 or the Nikon Z 6.
I switched to a mirrorless Fujifilm X-T1 camera nearly a year ago after a protracted period of scrutiny and introspection regarding my camera needs. Would I switch back? No. Well, perhaps. OK, yes, if offered the right technology. By which I mean a camera that suits me.


Difficulty Typing On The Size Of A Small Keyboard?
It's not a secret anymore that the majority of Android smartphones use the touch screen for display and navigation. The touchscreen is chosen because it is considered more effective and efficient than the conventional keypad.
No wonder if now you will be a little difficult to find a smartphone that uses the keypad. Talking about the touchscreen smartphone, surely you already know that typing activity is also done on the screen. Therefore more precision and accuracy, it is important to note that you can type quickly and precisely (not the typo).
For a beginner, Android Android users will certainly be a bit overwhelmed because it is used to typing on a keypad or computer keyboard. Typing on the touchscreen smartphone is not as easy as typing on a computer because we can not grope the physical shape of the keyboard.
In addition, the size of a relatively smaller keyboard makes us more difficult to type quickly and precisely.
What Is The Solution?
This keyboard works great, You can type as fast as you want and no problems. The mouse part works great also. This thing is tiny very portable, will fit in your pocket with no problem.
UPGRADED virtual laser projection keyboard: more stable and smarter; to enhance buyers usage experience, we change the mini USB port to micro USB port.
MULTIFUNCTIONAL: this keyboard has been equipped with mini Bluetooth speakers, which support voice reporting and music playing
- Small size for portability
- Use QWERTY keyboard for fast and accurate data input
- Support Bluetooth and USB interface for easy connect with mobile devices
- This keyboard supports mouse function for Android cell phones only (On iPhone or iPad, you need download a paid third-party driver to support mouse function.). It can recognize hand gesture.
- This keyboard is equipped with Bluetooth speaker. It supports voice broadcasting.
- This keyboard can be used as an external Bluetooth speaker for your iPhone, iPad, and Android smartphones.
- We changed mini USB port to Micro USB port in order to be compatible with more USB cables.
- We upgrade the internal rechargeable battery from 600mAh to 1000mAh. It can work much longer.
- White Color
- Compact and ultra-portable for mobility
- English QWERTY keyboard layout
- Easy connection via Bluetooth 3.0 HID profile or USB
- Lithium-ion Polymer rechargeable battery, Mini-B Type charge interface
- Compatible with latest operating systems: Windows XP/VISTA/7, Windows Phone 7, IOS4/5/6 (for iPhone and for iPad) Android 3.1 higher, Mac OS X.


In the framework of the European funds programming POR MARCHE FESR 2014/2020 – ASSE 1 – OS 1 – ACTION 1.1- INT. 1.1.1 – Promotion of research and development in the areas of Smart Specialisation the company VALMEX SPA in collaboration with the project partners Fonderie Pl srl, Saba Plast srl and CTF Automazioni srl, is developing a project called “New mechatronic platform for the design and production of eco-sustainable heat exchangers”.The aim is to study a new integrated production platform, radically innovative compared to the state of the art of the companies involved, capable of offering the market a new range of products, in a modular and scalable manner. Products suited to Valmex’s current market, but also able to challenge the Chinese and American markets. The Marche Polytechnic University and the University of Parma will also be involved in the project. They will provide expert advice in their fields of scientific excellence to implement the necessary technological innovations in the entire supply chain and to train the companies’ technical staff in the Industry 4.0 technologies that will be deployed.
Via Fiume 661030 Lucrezia di Cartoceto (PU)
T +39 0721 8757111F +39 0721 email@example.com
P. IVA 01469410417Italian electronic invoice recipient code: 076Y5YL
Copyright 2023 valmex spa. All rights reserved.


PC health check up Services
Mobile computer repair provides all types of repairing services related to computer hardware and software including pc health check up.
We use following steps to diagnose problems related to your computer:-
Give rest to your computer:- By plugging and unplugging your power cable from both ends and then restart your computer because sometimes it may solve the problems.
Check whether your computer is too hot.
Open the cabinet of a PC and check the temperature of the metal chassis.
Clean the fans regularly.
Check your drivers.
Check your hard Disk.
After diagnosing the problems related to your computer our technician will repair your computer accordingly by using various tools and softwares. We accept your payments only after your full satisfaction.


Keep an eye on your speed, distance and more with wireless ease when Bontrager's GOTime cycling computer is clipped to your bars. Set-up is a breeze; the large LCD screen is easy to read and the integrated clip mount allows you to instantly remove the computer and throw it in your pocket when you reach your destination.
Connect ANT+ and Bluetooth Smart devices to all of the data available from the DuoTrap S sensor for your on-the-bike wireless needs. • ANT+ 2.4 GHz and Bluetooth Smart wireless digital speed and cadence sensor • ANT+ and Bluetooth Smart allow simultaneous use of Trip 300 and smartphone • For use with many ANT+ and Bluetooth Smart wireless technology enabled devices • Includes Bontrager wheel magnet, crank cadence band, and CR2032 battery • Works with Trek DuoTrap compatible bikes
Bontrager's DuoTrap Digital Speed/Cadence Sensor pulls double duty for your ANT+ cycling computer. It wirelessly transmits speed and cadence data and fits directly into the chainstay of certain Trek bicycles for a clean look that installs in seconds.
Track vital ride data wirelessly. Optimize every ride Know how fast and how far you've gone. The Trip 100 keeps vital ride stats within eye sight so you can keep focused on what matters most. Product details - Analog wireless signal with 70cm range - Current, average, and maximum speed - Trip distance and programmable odometer with 10 hour rollover - Clock (12/24-hour) and total ride time with pacer - Auto start/stop, calories burned, and quickview clock - Multi-language interface (DE, EN, ES, FR) - Includes batteries, universal mount, sensor, strap, and magnet - Computer uses CR2032 battery, sensor uses A23 battery
Bontrager's Interchange ANT+ Cadence Sensor is a cadence sensor that wirelessly transmits your data to a variety of ANT+ enabled receiving devices including Bontrager Node computers (sold separately). It includes a 5mm crank cadence band magnet and a silicone mounting strap to fit most chainstays, making installation a snap.
How fast, how far, and how long? Bontrager's wireless Trip 300 displays all of the essential info in large, easy-to-read text. You can mount it on your stem or your bars with the universal mount and the wireless setup keeps your cockpit tidy. •ANT+ enabled, 2.4 GHz digital signal •Current, average and maximum speed •Trip distance and programmable odometer •Current, average and maximum heart rate •Current, average and maximum cadence •Clock (12/24-hour) and total ride time with pacer •Includes computer mount
Bontrager's Interchange ANT+ Speed Sensor is a speed sensor that wirelessly transmits your data to a variety of ANT+ enabled receiving devices including Bontrager Node computers (sold separately). It includes an aero wheel magnet and silicone mounting straps to fit most forks, making installation a snap.
Get more data from your rides with the Bontrager Interchange digital combo speed and cadence sensor. This ANT+ 2.4 Ghz is designed to work with Bontrager Node wireless computers. It also works with many other ANT+ enabled devices. Sensor adjustment is easy with the adjustable arm. • ANT+ 2.4 Ghz and Bluetooth Smart wireless digital speed and cadence sensor • ANT+ and Bluetooth Smart allow simultaneous use of Trip 300 and smartphone • For use with many ANT+ and Bluetooth Smart wireless technology enabled devices • Independently adjustable arm for precise alignment of speed and cadence sensors • Includes Bontrager wheel magnet and crank cadence band • Includes silicone mounting strap to fit most chainstays and CR2032 battery • Visit www.thisisant.com/directory/ for compatible ANT+ devices • Visit www.bluetooth.com/pages/bluetooth-smart-devices.aspx for compatible Bluetooth devices
Bontrager's SpeedTrap Digital Speed Sensor conveniently plugs into any Bontrager fork with SpeedTrap technology for the ultimate in convenience. And, it wirelessly transmits speed data to your ANT+ cycling computer.
Page 1 of 1


With the latest addition to Dawan Global’s innovative patented technology, you’ll always have a charged phone to keep you in the know. Stay up on the latest Facebook and RSS feed without worrying about your battery life. Charm the client for as long as it takes to seal the deal. The Solis Solar Power Bank and Charger is there for you whenever—wherever.
Dawan Global’s exclusive hybrid solar charger and powerbank will charge your device directly while the sun’s out or even after it’s set, as long as it has been charged previously.
The Solis has the capacity to charge a cell phone 4 times, a tablet 2 times, or a full laptop. Use it to charge any electronic that uses a USB. And if the battery runs out, no worries, use the side panel patented technology for continuous charge. The Solis for your never-ending charge.


Engineering Graphics and Design
Use AutoCAD and Autodesk Inventor to design an escapement wheel and pendulum for a model clock, use shop tools to build clock, and analyze the timing.
Design and build a robot that can navigate a given arena and accomplish a given goal using DC motors, solenoids, and fabrication tools
Our goal was to create a robot that could navigate this arena, transport as many billiard balls as possible to the triangle-shaped plate, and accomplish all these in less than 60 seconds.
WHAT WE ENCOUNTERED
Interacting with dynamic features of the arena to collect billiard balls.
Manipulating the smooth billiard balls and transporting them across the arena.
Lifting and placing groups of heavy billiard balls.
Only given low power motors, custom fabricated transmissions and drive trains, and limited to four control inputs.
WHAT I DID
Worked with a team of three engineers to design and construct a robot, with the goal of navigating around a predesigned arena, from concept-generated designs
Performed risk reduction and rapid prototyping to test feasibility of different transmissions, using the limited DC motors given. Solved the problem by implementing a friction drive mechanism, enabling maximum torque to power the wheels, increasing the robot’s speed and navigation
Designed transmission in AutoCAD; 3D modeling and renderings of the entire robot in Inventor
Utilized milling machines, power saw, drills, soldering iron, laser cutter, and 3D printers to manufacture and assemble said robot
Everything starts with a hand-drawn sketch! This lets me solidify the main parts required to build the robot and imagine how all the parts can work together as a whole. My job was to figure out on how the robot moves (powering the wheels) without damaging the other parts.
Initially, I attempted to attach the DC motor directly into the wheel. Unfortunately, it could not give the amount of force needed. The robot would not move at all, because there is not enough force to overcome the static friction between the wheel and the surface. So, I had to change tactics quickly and look at another option: the friction drive.
Risk Reduction Prototype
Observing a working friction drive mechanism. I took note on the main parts I had to design on our own robot.
Using a laser cutter to shape the base plate of the robot from acrylic
Assembling all the manufactured parts
Designing a prototype on
Building the robot's body
Testing the friction drive
The Robot in Action


Are Solar Powered Street Lights Any Good?
As sustainability and energy efficiency become increasingly important in our daily lives, solar street lights have gained significant attention as a viable alternative to traditional street lighting. Solar street lights harness the power of the sun to provide illumination during the night, reducing energy consumption and environmental impact. However, many people still question whether solar street lights are truly effective and reliable.
In this article, we will explore the benefits and limitations of solar powered streetlights to determine if they are indeed a good choice for lighting our streets.
Benefits of Solar Street Lights
One of the most significant advantages of solar street lights is their exceptional energy efficiency. Unlike conventional street lights that rely on grid electricity, solar street lights generate electricity from the sun's rays. This renewable energy source is clean, abundant, and freely available. Solar panels absorb sunlight during the day and convert it into electrical energy, which is stored in batteries for use during the night. By utilizing this sustainable energy solution, solar street lights can significantly reduce electricity consumption and contribute to a greener environment.
Solar street lights offer considerable cost savings over their lifetime. Although the upfront installation cost may be higher compared to traditional lights, the absence of on-going electricity expenses makes them more cost-effective in the long run. Moreover, solarstreet lights require minimal maintenance, reducing the overall operational costs. In areaswhere extending the power grid infrastructure is costly or impractical, solar street lights provide a cost-efficient alternative, enabling lighting in remote or off-grid locations.
Versatility and Flexibility:
Solar street lights are highly versatile and adaptable to various environments. They can be easily installed in both urban and rural areas without the need for extensive infrastructure modifications. Furthermore, solar street lights are independent units, meaning they can function autonomously without relying on a centralized power supply. This makes them ideal for lighting applications in parks, parking lots, pathways, and otheroutdoor spaces where grid electricity is not readily available.
Solar street lights have a significantly lower environmental impact compared to traditional lighting systems. By harnessing renewable energy, they reduce reliance on fossil fuels, minimizing carbon emissions and air pollution. Solar street lights also eliminate the need for underground wiring, which can disrupt ecosystems and contribute to visual clutter. Additionally, the use of LED technology in solar street lights further enhances their eco-friendliness. LED lights are highly energy-efficient, have a longer lifespan, and are freefrom hazardous materials such as mercury. Despite the numerous advantages, solar street lights do have some limitations that needto be considered:
Limitations of Solar Street Lights
Since solar street lights rely on sunlight to generate electricity, their performance can be affected by adverse weather conditions, such as cloudy days or heavy rainfall. However, advancements in solar panel technology, along with the integration of efficient batteries, have significantly improved their ability to store and utilize solar energy even during suboptimal weather conditions.
The initial installation cost of solar street lights can be higher compared to traditional street lights. However, it is essential to consider the long-term cost savings and environmental benefits that solar street lights provide. In many cases, the return on investment can be achieved within a reasonable timeframe.
Solar street lights may have a slightly lower illumination intensity compared to grid-powered street lights. However, this can be mitigated by using efficient LED lights and optimizing the positioning and orientation of solar panels to maximize sunlight absorption.
Are Solar Street Lights a Good Option?
Despite their drawbacks, solar street lights can be a great option for outdoor lighting solutions. They offer significant energy and cost savings, as well as improved safety and easy installation. However, they may not be the best option in areas with low sunlight or that require high levels of illumination. It is important to consider your specific lighting needs and budget before choosing a lighting solution.
In conclusion, solar street lights are a viable option for outdoor lighting solutions, offering several benefits over traditional lighting systems. However, it is important to carefully consider your specific lighting needs and budget before making a decision. With properplanning and installation, solar street lights can provide a reliable and eco-friendly lighting solution for years to come.


Ningbo EMP DC Motor Dynamics Co., Ltd. is a wholly owned foreign venture in China dealing with the design development and manufacture of DC motors of both brushed and brushless. Our products include permanent magnet motors in metric & NEMA frames (brushed and brushless), gear motors and controllers. We are a sister company of EMP which is a successful Australian company with 19 years' experience in the design and manufacture of Both Brushed and Brushless DC Motors. Our company is aiming to get a greater share in the global market from our new premises in China utilizing all new automated equipment, fully computerized testing equipment and quality control processes, as well as the lower manufacturing costs. Currently, Ningbo EMP DC Motor Dynamics Co., Ltd. manufactures three sizes of permanent Magnet DC brushed motors covering a range between 90 watt and 540 watts continuous 12-180V DC: Series 3: Diameter 80mm/80-120W continuous Series 4: Diameter 101mm/150-250W continuous Series 5: Diameter 126mm/375-540W continuous Presently, we can also manufacture brushless motors between 375W to 4000W and three different stator sizes: 90mm/100mm/154mm. In addition, Ningbo EMP DC Motor Dynamics Co., Ltd. can produce any Special Permanent magnet DC Motors according to Chinese GB standards, IEC60034 or IEC60349 for traction motors and other standards to meet your needs. CE AND CCC certificate can be obtained in our website.


This is the 2020-2021 Year 3 second semester project of ISD. This project worked with Hong Kong International Airport (HKIA). The project vision a fully autonomous trolley hauling system (Trocomotor), since during interviews and shadowing, short of trolley hauling workers was observed. But due to short of time and manpower, only part of the proposed system is built which can also improved the status of current working process. Current trolley hauling work is done by workers using hauling scooters. But the scooters has limited power and limited space therefore can only handle around 20 trolleys at a time. Trocomotor follower can follow the track of the workers' scooters by tacking the Apriltag sticked behind the scooter or the trolley. This allow workers to manipulate more trolleys at the same time by forming several trolley trains solving the power and space issue at the same time.
Our team did a site visit to HKIA and several interviews with their staff and workers. The airport staff express their concern to shortage of trolley hauling workers and financial burden. Less people want to work at the airport since it is far away from residential areas and airport need to pay more and more to attract workers. But taking the project manpower and time as consideration, we also want our system to replace the workers gradually which means our first step need to be working with them, so that we can start our project by doing part of the system.
How might we design equipment for the trolley hauling worker that can improve their working efficiency.
The far vision of the Trocomotor system include:
- Trocomotor Follower
- Trocomotor Leader
- Trocomotor Localizer
- Trocomotor Auto Trolley
- Trocomoter AI system
Lead 10-20 trolleys at the same time, but can only follow AprilTags
Small flexible robot that leads the Followers
Manipulate single trolleys and put them behind the Followers
Fully autonomous trolley that can move itself
AI system that monitor the usage feature of trolleys and deploy trolleys
This project focus on Trocomoter Follower. The Follower is a high power four wheel robot chassis with miniPC, high resolution camera and obstacle detection system (radar/ultrasonic sensors). The robot can haul up to 20 trolleys at the same time and by using the camera, it can follow the track of an AprilTag. The workers can put the AprilTag on their scooters or at the back of another train of trolleys.
- Mechanical design and manufacture
- Obstacle Detecting system
Using SolidWorks and available materials in the market
Embedded system and electronics
LinksProject Final Report
Here is the demo video of Trocomotor Follower.


✓ Exceptional efficiency
✓ Significantly reduced downtime
✓ Minimal damages to the battery installation, equipment and vessel
✓ Minimal damages caused by control agent
✓ Minimal cost for down-time and repair
Thermal runaway has historically been virtually impossible to prevent.
With the CWM technology, this is no longer the case.
Once released the control agent creates an environment in which the Cooling-, Inerting-,and Shielding effects work together to suppress and control the rogue chemical process in the battery cells.
Rather than going into thermal runaway the CWM system produces a controlled burn out of the module.
Tests have demonstrated that the rest of the battery rack and installation is left intact and unharmed – ready to go!
Cooled water mist system
Event management system particularly suitable for controlled burning of battery cells
Both for air-cooled and water-cooled battery systems
Can be combined with NOVEC®
The technology is developed and patented:
Reduces damage to installations, equipment and vessels
Minimizes damage caused by the extinguishing medium
Reduces costs of interrupted operation and repairs


Neutral base is used to arrange the wires in electrical control panels. This helps in grouping the wires and keeping it separately, without making contact with each other.
We’ll update you with the PDF.
Sabin Plastic Trading
Street 38, Industrial area, gate 12، Ar-Rayyan, Doha, Qatar
Tel : +974 4458 4516
Email : firstname.lastname@example.org
© 2018 Sabin Plastic - All Rights Reserved.


Are you ready to embark on a digital journey like no other? Welcome to Piceox, the revolutionary platform that sets you free from the shackles of traditional interaction.
Like a breeze through an open field, Piceox empowers you with the freedom to explore and connect with the digital world on your own terms. No longer bound by limitations, you can navigate through a seamless experience that unleashes your true potential.
With its cutting-edge features and intuitive interface, Piceox opens up a new realm of possibilities, where you can embrace a new digital reality. So get ready to break free and join the Piceox revolution today.
The future of digital interaction awaits you.
The Evolution of Digital Interaction
In your digital interactions’ evolution, you have witnessed significant advancements and changes in the way you engage and connect with others. One of the most notable developments in this realm is the rise of digital communication.
With the advent of social media platforms, messaging apps, and video conferencing tools, you now have the ability to instantaneously connect with people from around the world. This has revolutionized the way you communicate, breaking down geographical barriers and allowing for real-time interaction.
Additionally, virtual reality has emerged as a game-changer in digital interaction. With VR technology, you can now immerse yourself in a virtual world, interact with others in a more immersive way, and even attend virtual events.
The possibilities for digital communication and virtual reality are endless, opening up new avenues for connection and engagement.
Unleashing the Power of Piceox
Harness the potential of Piceox to unlock a new level of digital interaction and connectivity.
Piceox, a groundbreaking innovation, has the power to transform the user experience and revolutionize the way we interact with digital platforms.
By harnessing innovation, Piceox creates a seamless and intuitive interface that allows users to navigate effortlessly through various digital applications.
Gone are the days of complicated menus and frustrating user interfaces. With Piceox, you have the freedom to explore and engage with digital content in a way that feels natural and intuitive.
This innovative technology understands your needs and adapts to your preferences, creating a personalized experience that enhances your digital journey.
Piceox truly unleashes the power of innovation, transforming the way we interact with digital platforms and revolutionizing the user experience.
Read more Discover the magical world of Pixvox
Exploring the Features of Piceox
To fully understand the capabilities of Piceox, you need to explore its impressive range of features.
When exploring user experience, you’ll find that Piceox offers a user-friendly interface that allows for easy navigation and efficient task management. The platform’s intuitive design ensures that even novice users can quickly adapt to its functionalities.
Additionally, Piceox provides a wide range of capabilities that cater to the diverse needs of users. From project management and team collaboration to document sharing and data analysis, the platform offers a comprehensive suite of tools to enhance productivity and streamline workflows.
Understanding platform capabilities is crucial in maximizing the benefits of Piceox. Whether you’re a small business owner or an independent professional, Piceox empowers you with the freedom to work efficiently and effectively.
Embracing a New Digital Reality
As you explore the impressive range of features offered by Piceox, you’ll embrace the transformative power of a new digital reality.
Piceox is at the forefront of disruptive technologies, paving the way for the future of virtual reality. With its state-of-the-art capabilities, Piceox brings a new level of immersion and interaction to the digital world.
Through its advanced hardware and software, Piceox allows you to step into virtual environments and experience them with unparalleled realism. Whether it’s exploring distant planets, attending virtual meetings, or engaging in virtual training simulations, Piceox opens up a world of possibilities.
Read more Find Instagram Account by Photo
In conclusion, Piceox is revolutionizing the way we interact in the digital world. With its advanced features and seamless user experience, it’s shaping a new digital reality.
As we embrace this technology, we’re unlocking its true potential and realizing the power it holds. Piceox has truly evolved the way we connect and engage online, paving the way for a more immersive and interactive future.


In this article we explain how you can benefit from the cloud for your website now.
When using Cloud Web Hosting, websites are not stored on your own computer or server, but on Collect Media Cloud's CloudLinux system.
Your cloud server gets the required storage from the physical website network.
Therefore, cloud web hosting can be booked as a service to create fast, scalable and powerful websites.
Compared to storage on physical servers, the biggest advantage of cloud hosting is that the cloud ensures that the best server capacity is always provided.
The fact that it is not tied to specific hardware resources not only ensures
that cloud hosting is particularly fail-safe, but also enables customers to redefine the required performance at any time without having to replace the server completely.
The server can decide for itself whether the processor performance, the working memory or the hard disk space should be expanded or reduced.


Anything from here
Sparkfun is a website for buying circuits boards, such as Arduino, and invention kits. If you want to build your own electronics or learn how to this is a great place to start.
Similar to Sparkfun except they also post really neat project ideas with instructions on how to build them and the parts you'll need.
Build things out of cardboard!
Cheaper version of Littlebits
Draw circuits using ink pens
Sound activated ghost light
Arts and crafts style circuits
Make Magazine - $35
This is a bi-monthly magazine filled with DIY projects involving electronics.
Make electronic circuits from common household items.
Ozobots - Starts at $50
Ozobots are a golf ball size robot that can be programmed by drawing lines on paper with markers. For advanced students they can also be programmed using apps on tablets or phones.
Arduino kits are like the old radio shack electronic kits. The are similar to Littlebits but more advanced. These require kids to learn computer programming and electrical engineering. Don't let this scare you off. If you are interested in electronics there are no limits to what you can build. Even companies are using these to make their own devices. Best thing is to start small and experiment as you learn. There are thousands of projects on the internet and the parts are very cheap. Look for books from "Make" magazine.
RaspberryPi is a fully functional computer the length and width of a credit card. The kit linked above comes with everything you need to get started. There are tons of fun projects you can do with this device. This RaspberryPi can also run Windows 10 for free.
Littlebits are electronic boards that magnetically snap together to make devices. They're a great way to get started in electronics because it takes away the ability to short out boards by putting them together wrong. Also available on Amazon.com
Sphero is a robotic, programmable, ball that introduces kids to computer science through fun activities. Available on Amazon.com.
Chromebook - $150+
Want a computer but can afford one? Give Chromebooks a try. These come with batteries that last 8-10 hours. These are some trade-offs with these versus a regular computer. For example these are meant to be connected to the internet to work. You can still work offline but most of the apps require an internet connect. On the plus side all of your files are synced to the internet so you never have to worry about losing documents. For pre-high school kids look for one with a metal body over plastic. Dell makes excellent Chromebooks: http://www.dell.com/us/p/laptops?~ck=mn#chromebook-laptops
Vex are the next step past Lego Robotics.
The EV3 kit comes with everything someone needs to get started in robotics. The kids are designed for pre-high school students. The programming is done by dragging and dropping blocks.
- $200 (Quickly becoming the go-to printer for beginners. Very highly regarded in the printing community)


iPhone 6 Screen - White - Premium
- 1⃣【Compatible】: Only Compatible for iPhone 6 Screen Replacement White A1549/A1586/1589
- 2⃣【Quality】: Each screen is subject to strict quality before shipment. If you encounter any problems, please feel free to contact me.
- 3⃣【Useful】: Repair/Replacing old, broken, cracked, damaged faulty LCD Display with touch Screen
4⃣【Packing】：The LCD Display include Home Button, But only the return function, if you need fingerprint recognition, please transfer the home button from your original phone.


Only logged in customers who have purchased this product may leave a review.
Hanns G 18.5 inch monitor
£80.00 Inc. VAT
This compact 18.5-inch TN display delivers excellent picture quality and reliable performance for any department. Get sharp, accurate imagery with 1366×768 resolution, high contrast ratios, and optimized brightness levels. Built-in speakers and a headphone jack add convenience for remote calls and multimedia.
1 in stock


Our research is focused on the terrestrial paleoclimate of Earth. Our efforts are to understand the links and feedbacks between the ancient biosphere, atmosphere, and lithosphere with specific emphasis on the Cenozoic time period. We use a combination of stable isotope measurements, coupled with field studies, and numerical models in order to build an understanding of the Earth’s past climate. We are particularly focused on studying past climates to understand how the Earth’s climate may behave in the future as greenhouse gases increase in our atmosphere. Field sites include western North America, north-central Asia, and Europe. Our laboratory work is currently directed toward developing triple oxygen isotopes as a paleoclimate proxy as well as other applications (e.g. pharmaceuticals).
Main content start


Megapixel cameras provide very high-resolution images of excellent quality, but the images are large in file size and therefore it is not the best choice for full motion video.
The higher resolution provided by megapixel cameras also allows using fewer surveillance cameras to cover larger areas without losing detail.
Megapixel cameras boast ultra high definition digital imaging in a 4:3 format images instead
of 16:9 format. Composed of up to several million pixels, megapixel images allow operators to
pick out the smallest details in a scene and to zoom in on particular areas while retaining


Attractive features of Samsung galaxy s9
Samsung galaxy s3 runs on 1.4 GHz quad-core cortex-a9 cup, mali-400mp gnu, and eryngoes 4 quad chipset with 1GB of ram. It is constructed with sophisticated technology reaching a new level to advanced features and integrated within a sleek and trendy design. Samsung galaxy s3 runs on quad-band gem and supports quad-band 3g. The phone weighs approximately 133 grams but amazingly its sole 8.6 mm thick. This makes it a remarkable name in the slim phone sections. The handset is loaded with unique sensors such as proximity sensor, accelerometer, gyroscope, rib, and compass etc. The galaxy s3 comes with an 8 mp wide-angle lens main camera with led flash. The camera has autofocus, face, smile and blink detection. Video recording can be performed at 1080p HD at 30fps. It is microbus port with sub host and TV-out and mol. So we can take excellent quality pictures and recording crystal clear videos 1080p HD which can be watched at the TV using the TV-out port. The phone has a 3.5 mm audio jack so that any headphones can fit in it.
The sound quality is great with the loudspeaker and awesome with the earphone. The high resolution 4.8 inch screen gives a clear view to the consumer. Browsing is simpler with this huge display and it fully supports flash to your web browser. For internet connectivity, the phone includes different platform like 3g, Wi-Fi, GPRS and edge. The phone has different platforms such as 3g, Wi-Fi, GPRS and edge for web connectivity. Data sharing is facilitated through Bluetooth and micro sub port. Moreover, the s beam feature also enables easy sharing of information that is very much helpful to share and keep the information at any time anywhere. Although the product has many advantages, but it also has got some flaws like no dedicated key for camera, supports just microseism and completely plastic finish
Other features accessible are document editor, neck support. The batter capacity is actually appreciated as it is got 2100 mash battery. Samsung Galaxy S9 Release Date is offered in 16GB, 32GB and 64GB internal storage capacity models and also capable of supporting micros up to 64 GB for more additional usage. Samsung galaxy s3 price appears to be little high, but comparing it with the features and specifications it is apparently quite normal. Samsung galaxy s3 comes in attractive colors of pebble blue, marble white, amber brown, garnet red, sapphire black and titanium gray. Those who purchase Samsung galaxy s3 can find the chance to feel its unique smart features.


SUB-SAHARAN JOURNAL OF COMPUTER SCIENCE
Sub-Saharan Journal of Computer Science(SJCS) is an international journal for publishing research paper of computer science which circulated throughout the world.
Sub-Saharan Journal of Computer Science, (SJCS) is an international forum for Scholars, scientists and Engineers in all aspects of computer science and technology publishing high quality and refereed articles.
The papers for publication in SJCS are selected through rigorous peer reviews to ensure originality, timeliness, relevance, and readability. We welcome original researches, articles, surveys and review papers from all over the world.
Published by Research, Science and Technology Publishers, Kenya which is one of the fastest growing and leading Research Journal publishing organization in the world. The SJCS, aimed to highlight researchers of frontiers and enhance research and development.
Publication Frequency : Four issues per year / Quarterly.


Starlink is a satellite constellation being constructed by SpaceX to provide satellite Internet access. The constellation will consist of thousands of mass-produced small satellites, working in combination with ground transceivers. SpaceX also plans to sell some of the satellites for military, scientific or exploratory purposes. Starlink constellation, phase 1, first orbital shell: 72 orbits with 22 each, 1,584 satellites at 550 km altitude. As of November 2019, SpaceX has deployed 122 satellites. They plan to deploy 60 more per Falcon 9 launch, with launches as often as every two weeks after late 2019. In total, nearly 12,000 satellites will be deployed by the late-2020s, with a possible later extension to 42,000. The initial 12,000 satellites are planned to orbit in three orbital shells: first placing approximately 1,600 in a 550-kilometer (340 mi)-altitude shell, then approximately 2,800 Ku- and Ka-band spectrum satellites at 1,150 km (710 mi) and approximately 7,500 V-band satellites at 340 km (210 mi). Commercial operation began in 2020.
|Starlink||SpaceX||Broadband||12000 ~ 30000|
|SpaceLinkPlan||Samsung||스페이스 인터넷 프로젝트||2956|


If you think of AI as something futuristic and abstract, start thinking differently.
We are now seeing a turning point for artificial intelligence, as more of it descends from the clouds to our smartphones and automobiles. While it’s fair to say that the AI ââthat lives on the ‘edge’, where you and I are, is still much less powerful than its datacenter-based counterpart, it is potentially much more meaningful to our lives. daily.
A key example: This fall, Apple’s Siri Assistant will begin processing voice on iPhones. Right now, even your request to set a timer is sent as an audio recording to the cloud, where it is processed, triggering a response that is sent back to the phone. By processing voice over the phone, Apple says, Siri will respond faster. This will only work on the iPhone XS and newer models, which have a compatible processor built into AI that Apple calls a “neural engine.” People can also feel more secure knowing that their voice recordings are not being sent to invisible computers in remote locations.
Google actually led the way with phone processing: in 2019, it introduced a Pixel phone that could transcribe speech to text and perform other tasks without any connection to the cloud. One of the reasons Google decided to make their own phones was that the company saw potential in creating custom, bespoke hardware to run AI, says Brian Rakowski, Pixel Group Product Manager at Google.
These so-called peripheral devices can be just about anything with a microchip and memory, but they tend to be the newest and most sophisticated of smartphones, automobiles, drones, home appliances, and industrial sensors and actuators. Edge AI has the potential to deliver on some of AI’s long-delayed promises, like more responsive intelligent assistants, better car safety systems, new types of robots, and even autonomous military machines.
The challenges of making AI work at the edge – that is, making it reliable enough to do its job, and then justifying the complexity and added expense of integrating it into our devices – are monumental. Existing AI can be inflexible, easily fooled, unreliable, and biased. In the cloud, it can be trained on the fly to improve. Think about how Alexa improves over time. When in a device, it should be pre-trained and periodically updated. Yet improvements in chip technology in recent years have made real breakthroughs in the way we experience AI, and the commercial demand for this type of functionality is high.
From swords to plowshares
Shield AI, a Department of Defense subcontractor, has put a lot of AI into quadcopter-type drones that have already performed and continue to be used in real-world combat missions. One mission is to help soldiers search for enemy fighters in buildings that need to be cleared. The DoD has been eager to use the company’s drones, says Shield AI co-founder Brandon Tseng, because even if they fail, they can be used to reduce loss of life.
âIn 2016 and early 2017, we had first prototypes with something like 75% reliability, something that you would never put on the market, and the DoD was saying, ‘We’re going to take it overseas and use it in combat now, âTseng said. When he protested that the system was not ready, the military response was that anything was better than soldiers walking through a door and being shot.
In a combat zone, you can’t rely on a fast, robust wireless cloud connection, especially now that enemies often jam wireless communications and GPS signals. On mission, image processing and recognition must be done on the company’s drones themselves.
Shield AI uses an efficient small computer made by Nvidia, designed to run AI on devices, to create a quadcopter drone no larger than a typical consumer model using a camera. The Nova 2 can fly long enough to enter a building and use the AI ââto recognize and examine dozens of hallways, stairs, and rooms, cataloging objects and people it sees in its path.
Meanwhile, in the city of Salinas, Calif., The birthplace of “Grapes of Wrath” author John Steinbeck and an agricultural hub to this day, an SUV-sized robot spends the season. this year’s growth to rake the earth with its 12 robotic arms. Manufactured by FarmWise Labs Inc., the robot moves along the celery fields as if it were any other tractor. Under its metal shroud, it uses computer vision and an artificial intelligence system to decide, in less than a second, whether a plant is a food crop or a weed, and directs its plow-shaped claws to avoid or eradicate the plant accordingly.
FarmWise’s massive diesel robo-weeder can generate its own electricity, allowing it to carry the processing power of a real supercomputer: four GPUs and 16 CPUs that together consume 500 watts of electricity.
In our day to day lives, things like voice transcription that works whether or not we have a connection, or how good it is, could mean changes in the way we prefer to interact with our mobile devices. Getting a voice transcription always available to work on Google’s Pixel phone “took a lot of breakthroughs to work on the phone as well as on a remote server,” says Rakowski.
Google has almost limitless resources to experiment with AI in the cloud, but getting these same algorithms, for everything from voice transcription and power management to real-time translation and image processing, to work. on phones required the introduction of custom microprocessors like the Pixel Neural Core, Rakowski adds.
Turning cats into pure math
What almost all cutting-edge AI systems have in common is that, as pre-trained AI, they only perform “inference,” says Dennis Laudick, vice president of marketing for AI and machine learning at Arm Holdings, which authorizes chip designs and companies such as Apple, Samsung, Qualcomm, Nvidia and others.
Broadly speaking, machine learning AI consists of four phases:
- Data is captured or collected: say, for example, in the form of millions of images of cats.
- Humans tag the data: Yes, it’s pictures of cats.
- The AI ââis trained with the tagged data: this process selects patterns that identify cats.
- Then the resulting code stack is turned into an algorithm and implemented in software: here is a camera app for cat lovers!
(Note: If it doesn’t already exist, consider it your million dollar idea of ââthe day.)
The last step in the process, something like this cat ID software, is the inference phase. The software in many smart surveillance cameras, for example, makes inferences, says Eric Goodness, vice president of research at technology consultancy Gartner..
These systems can already identify how many customers are in the restaurant, whether some are behaving unwantedly or whether the fries have been left in the deep fryer for too long.
These are just mathematical functions, so complicated that it would take a monumental effort on the part of humans to write them down, but machine learning systems can create when trained on enough data.
While all of this technology holds great promise, getting AI to work on individual devices, whether or not they can connect to the cloud, comes with a daunting set of challenges, says Elisa Bertino, professor of computer science at Purdue University.
Modern AI, which is primarily used to recognize patterns, can have difficulty handling input outside of the data it was trained on. Operating in the real world only makes things more difficult – just consider the classic example of a Tesla braking when it sees a stop sign on a billboard.
To make edge AI systems more proficient, an edge device can collect data and then partner with another more powerful device that can integrate data from various sensors, says Dr. Bertino. If you wear a smartwatch with a heart rate monitor, you’ve already witnessed this: the watch’s on-board AI pre-processes your weak heart rate signal, then transmits this data to your smartphone, which can analyze further. those data. – whether or not it is connected to the Internet.
The overwhelming majority of AI algorithms are still trained in the cloud. They can also be recycled using more or newer data, allowing them to continuously improve. Later, says Mr Goodness, cutting-edge AI systems will begin to learn on their own, that is, they will become powerful enough to move beyond inference and collect data and use them to train their own algorithms.
AI that can learn on its own, without a connection to a cloud superintelligence, could potentially raise legal and ethical challenges. How can a company certify an algorithm that has evolved in the real world for years after its initial release, asks Dr. Bertino. And in future wars, who will be willing to let their robots decide when to pull the trigger? Whoever does so might end up with an advantage, but also all the collateral damage that occurs when AI inevitably makes mistakes.
–For more analysis, opinions, tips and headlines on WSJ technology, sign up for our weekly newsletter.
Write to Christopher Mims at [email protected]
Copyright Â© 2020 Dow Jones & Company, Inc. All rights reserved. 87990cbe856818d5eddac44c7b1cdeb8


Bitcoin and blockchain solutions provider Bitfury Group introduced Bitfury Tardis – the latest generation miner designed for use by large companies with performance up to 80 TH/s.
Today we released the Bitfury Tardis, our new enterprise grade #bitcoin miner with improved design and user experience and equipped with our new Bitfury Clarke #ASIC chip. Learn more: https://t.co/TLnQyo1Ge6
— The Bitfury Group (@BitfuryGroup) October 9, 2018
Bitfury Tardis is equipped with Clarke ASIC chips, which in the future can be replaced by a new generation of chips from Bitfury.
Bitfury Tardis is available in various configurations with the ability to install from five to eight hashboards. To monitor the operation of the system, an LED screen is installed in Tardis, as well as the option of quick access to OrangePi.
As company stated , at the moment it is the only miner on the market that can be upgraded. New features will allow users to change server configuration depending on the situation and significantly optimize operating costs.


Best Qualety and Material
Safe And Secure
100% Garantty For 10 Year
Febex-40, with an extraordinary design and the best innovation in facial and fingerprint recognition is an ideal product for supervisors and managers.
- Recognizing 1,000 facial patterns; 3,000-5,000 fingerprints; 10,000 contactless cards
- Internal memory capacity: 300,000 records
- Infrared-enabled Video system to perform in low light environments
- Record personnel photo and display them
- Transferring information through network port, online view
- Transferring information through USB flash memory port
- Manual access control system (Control entry/ exit)
- Internal web server
- Face recognition with the latest algorithm 2014
- 5-inch color display
- Support Farsi language and solar calendar
- Face identification capacity: 1,500 faces
- Fingerprint capacity: 2,000
- Contactless card capacity: 10,000
- Recording capacity: 200,000 records
- Internal camera: Face recognition thermal camera
- Time needed for face recognition: less than a second
- Time needed for fingerprint recognition: less than a second
- Recognition error rate: %0.0001
- Manual control function: Electronic lock, door sensor, exit key
- Connection ports: TCP/IP, RS232, RS485, USB host
- Display: 4.3-inch touch
- Internal camera: Face recognition thermal camer
- Language: English
- Allowed temperature: 0-45 degrees Celsius
- Allowed humidity: 20-80 percent
- Dimensions : 111 X 165 X 193mm
- Weight : 75.1 kg
Access Control (FX40) PDF
More about the Product
Professionally designed, FX-40 device offers face recognition technology with a distinct quality. The special advantage of this device is the full manual access control features along with various methods in authentication such as fingerprint, RFID contactless card and password or a combination of them. The advanced algorithm of this device will allow you to introduce 1500 faces and 2000 fingerprints. Face recognition function without the need to touch the device (Touch-Free) ensures 100% registration of all people, enforces health and hygiene protocols, increases the device life span and enfoces security. Appearance varieties such as prescription glasses do not affect the recognition device and make it possible for the device to recognize faces in less than a second. Offline data transfer via USB port and online transfer via RJ45 port is available. The inclusive access control system with the ability to connect to the door lock, doorbell and door sensor makes it possible to control all entry/ exits in the shortest time and with the most details.
Febex Quick Look
Frequently Asked Questions
What material is the body of the Febex gates made of?
The body of Febex glass gates is made of steel. In the case of lever gates, the body is made entirely of steel. In order to reduce production costs, some models of the gates are made of iron sheets with electrostatic oven painting.
What are the warranty conditions for Febex gates?
The warranty for all gates is 18 months. Febex products are also covered by a 10-year after-sales service. Services and guarantees are offered by phone, in-person and online.
What model of access control equipment is installed on the gates of the Febex company?
All types of access control devices are installed at Febex gates and there are no restrictions in this regard. Access control devices can be installed on these gates, which work with cards, fingerprints, or facial recognition. A barcode reader with relay output can also be installed on FEBEX traffic gates.
Is your company's software compatible with Febex Gates?
The gate is hardware and in order to communicate with your software, it is essential that the access control reader installed on the gate is able to communicate and connect with your software.
How do people cross the traffic gate?
The traffic of employees and people depends on your organization’s policy. Employees typically pass through the gate using cards, fingerprints, and facial recognition. Traffic from people who are not employees of the organization is handled by two methods: a Traffic card or paper receipt and a barcode reader. It is also possible to use a combination of all these options.
How many traffic aisles are needed for your business?
The number of aisles and doorways depends on the size of the building entrance and the volume of traffic during peak hours. According to the standard, on average 45 people per minute pass through each corridor of the gate and 15 people per minute in the company. For every 100 people, simultaneous traffic during peak hours is recommended.
First , Best , Xenial
Febex helps put you in control of your personal information. For example, Privacy Nutrition Labels help you see how apps use your data. Apps need your permission to track your activity across other companies’ apps or websites. And that’s just for starters.
News & Blog
Febex Company unveiled its new product at the Erbil Building Exhibition. Pedestrians' Access Control Gates are included in this product. It has a beautiful, user-friendly design. It can be used in a variety of industries and commercial buildings. The product has good durability and resistance to different weather conditions. Erbil…
Febex presented its products to companies from around the world at this event. Dubai Safety and Security Exhibition (Intersec) is the world’s leading security and safety exhibition. It is the largest exhibition in the safety and security industry with more than 1,200 exhibitors. More than 118 countries will be


The date of payment from buyers deliver within days
By certification [File Integrity]
Machine Name : Plastic Pipe Welding Machine
Heating Element: Intelligent temperature controller
Supply Type: OEM
Color: Green, Red, Blue and customized
Guarantee: Lifetime Warranty
MOQ: Factory type no MOQ and OEM with 200sets
1, If the red light is abnormal, and the machine can not be heated, the temperature does not display, it is mainly due to the damage of resistance, and heating plate should be changed for a new one.
2, When turn on the machine, if the green light is on, but the heating plate is not heated, it mainly due to the following reasons,
①Welding spots of the sensor is opened;
②The micro control board is damaged.
3, If the red light and green light are both abnormal:
①please check if the copper wire of power line inside the handle is broken.
②Please check if the plug can be connected well.
③Maybe the micro control plate is damaged.


The end of the DSP Plug-in era.
It may seem a boring topic to talk about the world of music plug-ins, but it is also very interesting in some ways. In the old days, in the world of analogue instruments, an effect could only be a piece of hardware. However, with the development of computer technology, software has emerged to perform the tasks of hardware much more cheaply and conveniently. In the early days this software was not of the highest quality, but as the industry developed, software slowly caught up with its hardware counterparts. However, there was a problem with the performance of the computers, as the ever-improving software required more and more computing power and RAM, and computing could not develop as fast as the software. This is how the DSP came into being. This system was separate from the computer, a separate piece of hardware was developed to solve the computer's performance problems. The indisputable advantage of this system was that the DSP plug-in could also use more computing power, and thus achieve better sound quality. For example, the DSP could calculate the reverb at up to 32 bits, or the software could be designed to calculate a sequence of numbers at a few decimal places higher.
Many people saw this as a big step forward, and indeed it seemed to be. However, it seemed to me more and more over time that it was a sideline that would not last. Why do I say this? Unburdening the computer is quite simply pointless. We have such powerful computers nowadays that they can even handle a few hundred plug-ins at once. The difference in quality between DSP and native plugins has almost disappeared. Both compute equally well if the software developer has programmed the processes correctly.
Today, the big manufacturer Universal Audio, which pioneered DSP technology, is slowly backing out of further development of the system, and software that can run without DSP has appeared. This means that the focus is shifting back towards native plug-ins. UAD has realised that there is no longer any economic advantage in selling DSP systems, but rather in continuing to develop software without hardware. The question is what the future holds for UAD, which will have to compete with a dozen software vendors if they don't come up with something that stands out from the crowd. The big name will certainly give them a positional advantage for a while, but that can only be sustained if they come out with something new. My suspicion is that this native software use will be a temporary option, or an extra option on top of something else. With the global economic crisis knocking on the door, it is easier to develop and sell software than to maintain a complete manufacturing base. But a few years and UAD will bring out something new, because this state of affairs is more of a step backwards than forwards. It's more exclusive to say that you can make a much better end product with UAD hardware than to say that you'll be a god emperor with this set of bits. Of course, thinking ahead with DSP is not stopping, we already have the new buzzword of the future. I can explain the technology in a Sci-Fi and somewhat more neutral way.
What if we had a special analogue hardware that could be converted into a reverb, and later into a compressor. Always what you need! How cool would that be? This technology actually produces that, obviously to a feasible extent. Simplistically, this hardware is a stack of programmable semiconductors that physically switches itself to the appropriate task on a given command. Like a programmable logic matrix. This is not a new technique, it has been around for a long time in other industrial devices, but until now it was unusual to see it incorporated into an audio device. Now it is being implemented. The advantage, if the manufacturer is going for the more sophisticated solution, is that the hardware tries to have the characteristics of an analogue device, so that the output sound more closely approximates the characteristics of the signal stream coming out of an analogue device.
That sounds pretty damn good, doesn't it? Looks can be deceiving! They are still just wayfinding, small steps. At the moment, this technology works in hybrid mode with traditional DSP solutions. And the FPGA solution, because it can only be done in real time, sometimes produces phase shifting sounds on stereo sounds. By the way, the technology has been available since 2017, but it has not been widely used because UAD is more popular. A company called Antelope, which is using this technology, might have a slight advantage until UAD finds its way, but I wouldn't be surprised if we see a similar solution at UAD soon, only in a more sophisticated form. The slow demise of DSP technology could take decades, much like the ProTools Hd where retro pieces are still running on the second hand market. But it's safe to say that this technology is past its peak. Pioneering techniques are now being introduced on a conscious and pathfinder scale, so there's bound to be something beyond DSP in the near future, but the real big bang will be the introduction of artificial intelligence into the audio engineering industry.


Nine professors at the University of California, San Diego have been named 2011 Fellows of the American Association for the Advancement of Science, the nation's largest scientific organization.
Lu Sham, professor of physics, is a theoretical condensed matter physicist whose research is focused on the optical control of electron spins in semiconductor nanostructures for quantum information processing and spintronics. He is a member of the National Academy of Sciences and Academia Sinica. In addition, he is a Fellow of the American Physical Society and Optical Society of America.
Last modified: 12/09/2011


SINGLE SET POINT CONTROLS
HONEYWELL UDC 2300 AND UDC 3300 DIGITAL SINGLE SET POINT CONTROLLERS
The UDC 2000 features accuracy of .30% of span. The UDC 3000 features include accuracy of 0.20% of span. Both have dual vacuum fluorescent displays and keyboard selectable inputs. The UDC 3000 has a deviation bargraph, two sets of PID constants and single ramp. A toll free number for service and instructions is provided by Honeywell. Next day replacement service is offered for warranty problems. This is the preferred control for a heavy production environment. Autotune is available as an option.
OTHER SINGLE SET POINT CONTROLS
Temperature controls from all major manufactures are available through L&L. Barber Colman, Honeywell, Research Inc., Partlow, LFE, Eurotherm and West are among the major companies used. Customers who have service agreements with specific manufactures or who have standardized on particular control models may want to specify a control manufacturer.
Most controls can be ordered with RS422 or RS232 communications.
HONEYWELL UDC 3300 PROGRAMMER
Honeywell UDC 3000 microprocessor based digital program control. There is one program with six soaks and six ramps. Can be used as a delay timer as well. Display includes English language programming information for easy set up. This is one of the easiest digital program controls to operate. Accuracy is .25% of scale. All PID tuning constants, maximum temperature and scale range are programmable. Various levels of security lockout can be programmed into the control to prevent unauthorized changes. Thermocouple burnout protection is included.
YOKAGAWA UP30 & UP40 MULTI-PROGRAM CONTROLS
The Yokagawa UP30 multi-program temperature controller features 19 separate programs (up to 200 segments), self tuning, graphic vacuum florescent display and +/-0.15% accuracy. The UP40 features up to 99 programs with up to 400 segments total.
PROGRAMMABLE UMC 800 TEMPERATURE CONTROL
Honeywell UMC 800 microprocessor based digital Universal Multiloop Controller. There are up to 1000 segments of setpoint programming divided up in various programs. Color operator interface allows you to see various screens with alarms, function switches, loops and trends. All furnace logic is programmed within this control. All PID tuning constants, maximum temperature and scale range are programmable. Various levels of security lockout can be programmed into the control to prevent unauthorized changes. Thermocouple burnout protection is included. Datalogging is included on a floppy disk.
PROGRAMMABLE HC 900 TEMPERATURE CONTROL WITH DATA ARCHIVING SOFTWARE
Honeywell HC 900 microprocessor based digital Hybrid Controller. There can be up to 99 profiles, each with up to 50 segments. Color operator interface (Model 559)allows you to see various screens with alarms, function switches, loops and trends. All furnace logic is programmed within this control. All PID tuning constants, maximum temperature and scale range are programmable. Various levels of security lockout can be programmed into the control to prevent unauthorized changes. Thermocouple burnout protection is included. Includes Ethernet 10BaseT communications. Datalogging is included on a floppy disk.
PROGRAMMABLE DCP200 TEMPERATURE CONTROL WITH UP TO 19 PROGRAMS
Honeywell DCP200 microprocessor based digital program control. 1/4 DIN size. Up to 19 programs with up to 20 segments per program with an overall maximum of 380 segments and 600 auxiliary settings. Accuracy is .2% of scale. All PID tuning constants, maximum temperature and scale range are programmable. Various levels of security lockout can be programmed into the control to prevent unauthorized changes. Thermocouple burnout protection is included.
PROGRAMMABLE DCP100 TEMPERATURE CONTROL WITH UP TO 8 PROGRAMS
Honeywell DCP100 microprocessor based digital program control. 1/4 DIN size. Up to 8 programs with up to 16 segments per program. An overall maximum of 121 consecutive segments can be programmed into one profile by linking programs. Accuracy is .25% of scale. All PID tuning constants, maximum temperature and scale range are programmable. Various levels of security lockout can be programmed into the control to prevent unauthorized changes. Thermocouple burnout protection is included. Real time clock allows program to start at a certain predetermined time on a certain day. Software is available for PCs to configure and download profiles from a computer.
OTHER PROGRAM CONTROLS
A wide range of program controls from Honeywell, West, Research, Inc., Barber Colman, Eurotherm, as well as other manufactures, are available.
PROCESS AND SAFETY ALARMS
An alarm field configurable as either a temperature based alarm or a time based event on a program control rings a buzzer. Includes silencer.
AUDIBLE AND/OR VISUAL ALARM
An audible buzzer or loud bell as well as a flashing light can be wired into the overtemperature alarm or any other alarm condition. Includes silencer.
All kinds of special alarms can be wired into the furnace. For instance, a special alarm could shut down the furnace if the fan didnt turn. These are all by special quote.
ZERO FIRED SCR POWER CONTROL
A zero fired SCR power control with two-leg control is used instead of contactors. This is constructed with transient voltage protection, sub-cycle fuse protection, extra large heat sinks, and positive zero firing. Gain and bias adjustments are included for tuning.
SOLID STATE CONTACTORS
Power control can be a series of solid state SSR type contactors. These are quiet, have a long life and can be operated with a fast cycle time for even temperature control. They work like mercury contactors (on a relay output from the control) but have no mercury and are environmentally safe.
PHASE ANGLE FIRED SCR
Phase angle fired SCR power controls are generally used in non-metallic element furnaces (silicon carbide and molybdenum disilicide) These furnaces are usually equipped with step down transformers to provide a limited maximum voltage to the element circuit. Phase angle SCRs equipped with current limiting are required in these furnaces so that the proper voltage can be applied without excessive amperes. The phase angle fired SCR is utilized to vary the voltage during the heating and cooling cycle to minimize operator supervision.
A digital ammeter/voltmeter combination made by Yokagawa is useful for monitoring amps and volts. System includes a selector switch to allow operator to switch between each leg of each phase. This is important for determining element condition and when t o change voltage taps in silicon carbide element furnaces. It can also be used to determine if an element has burned out in any furnace for uniformity purposes.
DR450T DIGITAL ROUND CHART RECORDER
Model DR 450T Honeywell Digital Circular Chart Recorder with two digital displays (one of actual temperature reading) and digital keyboard programming. 0.1% of span accuracy (typically better than ±1°F). The recorder prints its own charts. This allows complete configuration of charts scale and speed. You can focus on a small segment of temperature or look at the whole range and easily change back and forth without changing paper. No need for preprinted paper. 10" round chart. Microprocessor based. Chart Speeds of 8 hours, 24 hours, 7 days or "x" hours from 1 to 744. Programmable in Degrees F or C. Input filter included. Up to four pens.
HONEYWELL DPR 3000 DIGITAL STRIP CHART
Recorder can have up to 32 inputs. 250 mm (9.84) chart width. Completely programmable inputs, ranges, zones, messages (20 messages up to 30 characters.) Accepts most thermocouple and RTD inputs. Six assignable colors. Sample rate of once every 5 seconds . Configuration in English. Alphanumeric display. Prints in tabular and/or trend mode (numbers or lines.) Accuracy up to 0.1%. Chart speeds programmable from .4 inches/hour to 196 inches/hour. Fan fold or roll paper. Optional communications, math pack, extra inputs and logic boards can be added later.
HONEYWELL DPR 1000 100 MM STRIP CHART
Provides analog tracing and digital printing with a single printing mechanism. Multi-color (up to six pens.) Includes printing buffer so that no data is lost. Non-volatile memory without battery. 0.25% accuracy. Programmable speed and range configuration . High noise immunity. Up to 12 messages and 12 alarms. Annotates scale.
Thermocouples sheathed in either inconel alloy, alumina or mullite are often quoted. These help protect the thermocouple from oxidation or other contamination from the furnace atmosphere. They include cast aluminum heads and NPT fittings.
TYPE R, TYPE S AND TYPE B THERMOCOUPLES
Precious metal Type R or S thermocouples are recommended when the furnace will be operated above 2000F for long periods of time. They are standard on some furnaces and optional on others. Type B are used for ultra-high temperatures.
FLEXIBLE TYPE K THERMOCOUPLES
A Type K thermocouple is made of high purity, 20 gauge calibrated thermocouple wire, insulated with ceramic fiber and protected with overbraided inconel wire. This allows the user to monitor the precise temperature of the work piece. Maximum continuous temperature is 1800F.; 2100F. intermittent.
THERMOCOUPLE BUNDLE ACCESS HOLE
A capped alloy NPT fitting, generally 1 in diameter can be provided for easy periodic temperature survey of the furnace.
NEMA 12 PANEL WITH FUSED DISCONNECT
This adds the following items to the furnace: The control panel is a dust tight NEMA 12 panel with a hinged gasketed door. A flange mounted power disconnect switch (normally Allen Bradley) is used on the control panel. Percentage timer controls replace normal bi-metal zone switches (if part of system.) All external switches and pilot lights are NEMA 13. The furnace power and control wiring system is manufactured according to J.I.C. Electrical Standard EGB-1-67. The control system equipment meets or exceeds U.L. 508, twelfth edition, and ANSI/NEMA Standard No. ICS 1-1978. J.I.C. stands for Joint Industrial Council.
SPECIAL WIRING CODES
L&L can wire to special company codes and specifications. See specific quote. Send complete special electrical specifications.


Aberdeen based industrial battery specialists Norco Group have embarked on an ambitious solar power project.
Norco have installed a solar charger to power a battery attached to a fire alarm system for the Aberdeen based oil and gas provisions company. The customer required a solution for charging a battery powered fire alarm located in an explosives bunker in the middle of a field. There was no access to mains electricity supply and staff were having to visit site twice a week to replace the flat batteries with fully charged ones. A logical solution to this problem was to find a way of charging the battery with a rewewable source of energy.
The assumption was that a solar charger, powered by the amount of daylight hours, would produce enough energy to charge the batteries to run the fire alarm. Despite the terrible weather associated with the north east of Scotland, the solar panel is working better than originally expected. The solar charger is now powering the fire alarm during the day, and charging the batteries ready to take over at night. This has now eradicated the need for personnel to visit site, except for routine battery maintenance.
Amy Davidson, Marketing Manager said, This is just one example of how Norco can provide batteries for any application. We are currently expanding our product line, exploring alternative energy solutions in addition to the supply and maintenance of traction and standby batteries.
Norco Group Limited is an independent, Aberdeen based company specialising in the rental, maintenance and management of traction batteries; and the procurement, installation and maintenance of standby batteries and UPS systems. Norco is the UK market leader in the rental of traction batteries.


Drug discovery is a complex and time-consuming process that holds the key to developing new treatments and cures for various diseases. In recent years, artificial intelligence (AI) has emerged as a groundbreaking tool in the field of drug discovery, revolutionizing the way researchers approach this crucial endeavor. In this blog post, we will explore the key points that highlight the potential of AI in accelerating drug discovery and transforming the healthcare landscape.
- Efficient Screening and Target Identification – Traditional drug discovery methods involve screening thousands, if not millions, of compounds to identify potential drug candidates. AI algorithms can significantly speed up this process by leveraging vast amounts of data to predict a compound’s biological activity, optimize lead compounds, and identify promising drug targets. Machine learning models can analyze molecular structures, protein interactions, and genetic data to identify correlations and patterns, ultimately enabling the efficient screening of millions of compounds and enhancing target identification.
- Rational Drug Design and Optimization – AI algorithms can assist researchers in designing novel drug molecules with specific properties and optimizing them for better efficacy, reduced toxicity, and improved pharmacokinetics. By utilizing deep learning models and generative algorithms, AI systems can generate and refine chemical structures, predict their properties, and prioritize synthesis and testing. This rational approach to drug design saves time and resources by eliminating the need for extensive trial-and-error experimentation, accelerating the development of new therapeutics.
- Predicting Toxicity and Adverse Effects – Safety is a critical aspect of drug development. AI techniques can analyze and interpret various data sources, including clinical trial data, electronic health records, and genetic information, to predict potential toxicity and adverse effects of candidate compounds. Machine learning models can identify patterns and markers associated with drug-induced toxicity, helping researchers make informed decisions about the viability of a compound before investing significant time and resources in its development.
- Finding New Applications for Existing Drugs – The repurposing of existing drugs for new indications has gained considerable attention in recent years. AI algorithms can sift through vast amounts of data on drug characteristics, genetic information, disease signatures, and patient data to identify potential new applications for known drugs. This approach can uncover opportunities to repurpose drugs already approved by regulatory authorities, potentially saving time and costs compared to developing entirely new compounds.
- Improving Clinical Trials and Personalized Medicine – AI plays a crucial role in optimizing clinical trial design and patient selection. By analyzing patient data, genomic information, and other relevant factors, AI algorithms can identify patient subpopulations that are more likely to respond positively to specific treatments. This allows for the development of personalized medicine, tailoring treatments to individual patients and improving overall efficacy. AI can also help optimize clinical trial design, reducing costs, and improving their success rates by identifying optimal trial parameters and patient recruitment strategies.
Artificial intelligence is transforming the landscape of drug discovery, offering unprecedented opportunities to accelerate the development of new therapeutics. From efficient screening and target identification to rational drug design and optimization, AI algorithms are enabling researchers to make faster and more informed decisions. The ability of AI to predict toxicity and identify potential new applications for existing drugs further enhances its value in the drug discovery process. Additionally, AI has the potential to revolutionize clinical trials and facilitate personalized medicine, ultimately improving patient outcomes. Embracing AI in drug discovery holds immense potential and is poised to shape the future of healthcare by bringing innovative treatments and cures to patients faster than ever before.


Martin & Ottaway has formed a new company, SurfWEC LLC, that will develop Wave Energy Converters (“WECs”) using patented features that are expected to increase energy recovery rates by an order of magnitude over legacy WEC systems.
SurfWEC has broken through the barriers holding back wave energy recovery technologies from successfully and economically harnessing power from ocean waves. SurfWEC avoids wave damage associated with equipment located in surf zones and stationary mooring systems offshore. The proprietary technology conquers the challenge of highly variable wave sizes that faced past ocean-based efforts by converting wavelength to wave height.
The patented shoaling feature, invented by SurfWEC Chief Technology Officer, Michael Raftery, while performing research at Stevens Institute of Technology, allows offshore waves to be converted to surging surf waves and thereby allows much more effective wave energy recovery. This increase in effectiveness is the first technically viable opportunity for utility size offshore wave electricity generation and expands the commercially viable wave energy regions to milder wave climates.
SurfWEC LLC is located at Martin & Ottaway’s headquarters office in Tinton Falls, NJ and expects to take advantage of the confluence of the present favorable US East Coast sustainable energy investment climate, favorable Atlantic Ocean waves and water depths, and local technical resources to make rapid progress towards utility level power generation.
SurfWEC is partnering with Stevens Institute of Technology, Bosch Rexroth Inc., ISCO Pipe, HYDAC, Airline Hydraulics, Wire Co./Lankhorst Ropes, InterOcean Systems LLC, and other industry leaders in prototype development.
SurfWEC signing NY Yacht Club: Signing of the SurfWec LLC formation papers at the New York Yacht Club on December 14, 2018. Showing around table clockwise from left: Michael Raftery (SurfWEC CTO), David Zimmerman (Director of Technology Commercialization, Stevens Institute of Technology), Peter Ford (SurfWEC Secretary Treasurer), Rik van Hemmen (SurfWec CEO), David Tantrum (Partner, Martin & Ottaway), Wayne Thomas (partially obscured, Partner Martin & Ottaway), Pierce Power (Partner Martin & Ottaway), John Greco (with back to photo, Partner BVGK, Corporate Attorney).
At the formation reception of SurfWEC at the New York Yacht Club on December 14, 2018, Chief Technology Officer Michael Raftery commented: “The formation of SurfWEC is a unique opportunity to take a big tent approach to the deployment of these wave converters. There is so much wave power out there and to be able to use this power to develop a sustainable energy economy is a dream come true. I am particularly excited about the economics of co-location of SurfWECs with offshore wind projects.”
On December 18, 2018 SurfWEC Chief Executive Officer Rik van Hemmen and Mike Raftery made the first formal presentation of the concept at a joint meeting of the Society of Naval Architects and Marine Engineers (SNAME), the Institute of Marine Engineering, Science and Technology (IMarEST), the Society of Marine Port Engineers (SMPE) and the American Society of Naval Engineers (ASNE)
For further information and copies of the paper contact me here.
For further information on SurfWEC go to: www.surfwec.com


Each of us is the solution to securing your wireless.
Wireless computing is flexible and convenient. Having the ability to move freely while computing provides great opportunities for each of us both in the work environment and at home. However, if you are not careful, it unknowingly provides the same opportunities to others. Your wireless network must be secured properly so that criminals cannot access your files and information or engage in illegal activity on your network while disguised as you.
Secure your home wireless network
Properly securing your home wireless network is critical to securing your information and your reputation. Don’t be an easy victim. Here are some ideas that work together to keep your information and home network safe. The more solutions you apply, the stronger your defense will be.
Be careful computing in Wi-Fi hotspots
When you are on the move and computing in a Wi-Fi hotspot provided in a coffee shop, bookstore, campus, or airport you need to be wary of hackers waiting to access your network or steal your information. Most public wi-fi hotspots do not provide security protection for their users. Here are some ideas to make those hotspots safer. As mentioned in setting up a home wireless network, these ideas work together to build a stronger defense.
For additional information on mobile device safety see: Cyber Security threats using mobile devices.
For additional reading see:
Keeping safe using USB Devices
Keeping portable devices safe


Fiber Optic Couplers
For ease of integration ISOMET offers a range of pre-aligned fibre assemblies and integrated fibre coupled devices for both modulation and frequency shifting applications. The FOA series offers an open and fully adjustable fibre coupling solution suitable for use with a wide range of our visible and NIR AO devices. The FCM series are fully integrated welded package fibre coupled devices. These exhibit high extinction ratio, low coupling losses and feature single mode fibres with FC/PC terminations.
|Model||Applications||Wavelengths||Suitable AOM’s||Typical Coupling Losses
|FOA1065||Frequency Shifting / Modulation||Visible and NIR||1205C / 1206C / 1250C||< 5dB||Click Here|
|FOA1084||High Speed Modulation||NIR||1206C – 0.5||< 5dB||Click Here|
|FCM1550-P50L||Frequency Shifting / Modulation||1550nm||Integrated||< 3dB||Click Here|
|FCM1550-P80L||Frequency Shifting / Modulation||1550nm||Integrated||< 3dB||Click Here|


In an era defined by technological advancements, the importance of cybersecurity has never been more critical. As we step into 2023, new challenges have emerged, demanding innovative solutions to protect our digital infrastructure. In this blog post, we'll delve into the top 10 cybersecurity challenges that individuals and organizations are likely to face in 2023.
1. Ransomware Attacks
Ransomware attacks have evolved into a formidable threat, crippling businesses and institutions globally. Cybercriminals employ sophisticated techniques to encrypt vital data and demand hefty ransoms for its release. Mitigating this risk necessitates robust backup and recovery plans, employee training, and advanced threat detection mechanisms.
2. Zero-Day Vulnerabilities
Zero-day vulnerabilities are software flaws that are exploited by attackers before the vendor becomes aware of them. These vulnerabilities leave systems vulnerable to breaches. Staying vigilant and promptly applying patches and updates is crucial in mitigating the risks associated with zero-day exploits.
3. Artificial Intelligence (AI) and Machine Learning (ML) Threats
While AI and ML technologies offer tremendous benefits, they also introduce new cybersecurity challenges. Adversarial attacks, where attackers manipulate machine learning models to misclassify data, have become a significant concern. Implementing robust security measures for AI and ML systems is paramount in safeguarding against these threats.
4. IoT Security
The proliferation of Internet of Things (IoT) devices has expanded the attack surface for cybercriminals. Many IoT devices have limited security features, making them susceptible to exploitation. Employing strong authentication mechanisms and regularly updating firmware are essential steps in mitigating IoT-related risks.
5. Cloud Security
With an increasing number of organizations adopting cloud services, securing cloud environments is paramount. Misconfigured settings and inadequate access controls can lead to data breaches and unauthorized access. Implementing robust cloud security practices, including regular security assessments and monitoring, is vital.
6. Social Engineering Attacks
Social engineering attacks, including phishing and pretexting, continue to be highly effective tactics employed by cybercriminals. Educating employees about recognizing and mitigating these attacks through training and awareness programs is essential in bolstering organizational security.
7. Regulatory Compliance
Compliance with data protection and privacy regulations, such as GDPR and CCPA, is a growing concern for organizations worldwide. Ensuring cybersecurity compliance requires meticulous data handling practices, transparent privacy policies, and regular audits to validate adherence.
8. Supply Chain Vulnerabilities
As organizations increasingly rely on third-party vendors and suppliers, supply chain vulnerabilities have become a significant concern. Attackers may target weaker links in the supply chain to gain access to a target organization's systems. Conducting thorough due diligence on vendors and implementing strict security requirements are crucial in mitigating this risk.
9. Emerging Technologies and Threats
Technologies like quantum computing and 5G networks present both opportunities and challenges in the cybersecurity landscape. Quantum computing, for instance, may render current encryption methods obsolete, necessitating the development of quantum-resistant cryptographic solutions.
10. Cybersecurity Skills Shortage
The shortage of skilled cybersecurity professionals continues to be a pressing issue. As cyber threats evolve, there is an urgent need for individuals with up-to-date knowledge and expertise. Organizations should invest in training and development programs to build a capable cybersecurity workforce.
In conclusion, the cybersecurity landscape in 2023 presents a myriad of challenges that demand proactive and adaptive approaches. By staying informed about emerging threats, implementing robust security measures, and fostering a culture of cybersecurity awareness, individuals and organizations can navigate this digital landscape with confidence. Remember, in the world of cybersecurity, vigilance is the key to resilience.


A garage door remote allows you to operate your overhead garage door conveniently. You press a button while in our vehicle, and the door opens or closes. Still, this handy accessory can develop unknown issues and cause it to malfunction. While a garage door specialist can quickly repair minor issues, severe remote problems require a replacement.
Here are common reasons your garage door won't work and what you can do about them.
Depleted Battery Power
If it's been a while since you changed remote batteries, dead batteries may be the cause of garage door remote failure. Try to operate the remote while closer to the motor unit. If the remote still doesn't respond, a dead battery might be to blame. Also, check if the batteries are installed correctly in the remote.
Another simple way to check for depleted batteries is to press your remote control. If the indicator light does not light up or looks dimmer than usual, you should replace the batteries. Also, ensure that you only purchase the right replacement batteries. For instance, don't buy a 3-volt lithium battery if your remote control uses a 12-volt battery.
If the remote fails to respond even after battery replacement, you should invest in a new garage door remote unit.
Radio frequency (RF) interference is another culprit for a malfunctioning garage door remote. With this interference, your garage door opener won't receive signals from the remote. Generally, a remote's radio transmitters function at a 300-390 MHZ frequency range.
Your remote can malfunction if you have items in your home that transmit at frequencies similar to your garage door. Such items include:
- Motion detectors
- Electronic game and home alarm systems
- Wi-Fi networks and Computers
If a radio frequency from another electronic device interferes with your remote operations, you should turn off that device and relocate it.
You may also experience RF interference if you live near a military base, an airport, or an electrical transformer. In such a case, you can upgrade to a smart garage door opener that operates with your home's Wi-Fi network.
A remote may sometimes lose communication with the garage door opener due to a weak signal. In cases like this, you should erase and reprogram your remote. To resynchronize a remote control is a breeze — just press and hold the openers learn button. Within 30 seconds, press the remote's button until the opener's light blinks.
The remote should operate your garage door just fine if you reprogram it successfully. You may also enlist a professional to set up the remote for you if you are unsure how to go about it.
If you have a malfunctioning garage door remote due to these issues, contact a reliable garage door expert for professional help.
For more information on garage door repair, contact a professional near you.


A memo from the CIA’s declassified archive shows the Agency’s strong interest - and subsequent disillusionment - in investing in a device that purportedly warded off sharks with electric shocks.
The memo goes on to state that if the device works, the Agency would see the need for roughly 30 of them …
and includes a copy of the Parade article that originally piqued someone’s interest.
That interest would not be piqued for very long, however, as a demonstration by the device’s inventor did not impress, to put it mildly.
With even more considerable effort than last time, and using up the very, very last of our favors within the intelligence community, we were able to get CIA footage of the failed demonstration:
Though this particular device might have been a dud, the CIA’s interest in the growing field of sharkrepellollogy continued into the next decade, as evidenced by another memo referencing the successful testing of the “Shark Screen” in 1974.
Just in time, too - Jaws came out the very next year. The full memo is embedded below:
Image via Wikimedia Commons