There are many suggested ways to cut the bills and expenses when organising your business communications. Many enterprises are looking for cheaper forms of telecoms, and turning to SIP trunking as the way forward. SIP trunks are a flexible and efficient Voice over Internet Protocol (VoIP) and streaming media service, meaning that all telecoms – whether Web or phone-based – are delivered via the Session Initiation Protocol, or SIP. Such systems allow businesses to use voice, video, and other streaming media applications including desktop sharing and conferencing.
Flexibility is the key
Apart from the very important money saving factor, since SIP trunks are not reliant on traditional and relatively expensive telecommunications networks, there are a number of other benefits. These are based around the system's unparalleled flexibility, which allows users to configure their communications network anyway that suits them and to respond swiftly to emergencies or sudden changes. One example of this is an emergency that requires an unexpected relocation, such as fire or flooding.
Relocate and be back on the phones within hours
In such a situation, SIP trunking can ensure that a business's work numbers are quickly and cheaply diverted, allowing full services to be resumed within hours. Maintaining lines of communication is an essential part of any business continuity plan, so it pays to be able to do so without paying a fortune in call-forwarding charges. Customer will barely notice any disruption to their side of business operations, and the business itself can keep doing what it is there to do.
Cope easily with surges in demand
This flexibility also allows for a business to effortless absorb seasonal or temporary increases in demand, such as during sporting tournaments or the busy Christmas period. The cost of installing and operating extra telephone lines is usually prohibitive, but with SIP trunks, the system is flexible enough to grow when necessary and easily downscale once the surge in demand has passed. This also means the same numbers can be retained for future years, giving a business valuable continuity for regular customers.
The sky's the limit
Other ways in which SIP trunking can make a business more responsive is to allow for one system to service multiple sites, or for high-status numbers (such as those with a London area code) to operate in cities other than the UK capital. With such potential, businesses that wish to save money while still increasing their functionality are turning to these systems in ever-greater numbers.


This incident has been resolved. We apologize for the inconvenience and appreciate your cooperation.
Sep 2, 10:49 EDT
While systems are behaving normally, we are continuing to monitor the situation and work with our SMS delivery partner to ensure this incident is fully resolved.
Sep 2, 10:23 EDT
A preliminary fix has been implemented and the rate of failed text message deliveries has fallen back within normal limits. We are continuing to monitor the situation and will post more updates as they become available.
Sep 2, 08:34 EDT
Outgoing text messages are failing to be delivered at a higher than normal rate. We are actively investigating the issue.
Sep 2, 07:51 EDT


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How do computers talk to each other?
It’s not magic. Before I studied computers and networking, I wanted to believe it was magic because I thought any other explanation would be too difficult and complicated to wrap my head around. The reality is, it can be very easy to understand.
Let me start by saying this is an explanation of IP addresses within a LAN (Local Area Network.) An example of a local network is a few computers connected in the same building. This does not include the WAN (Wide Area Network) that the Internet is. IP addresses do exist in a WAN environment, but you can operate a LAN network without connecting it to the Internet and just share or print files within the network.
In this example, let’s say we have 2 computers and they are both connected to the same router. The router acts as a central location for all the computers to connect to and is the gateway to communicate with the other computers (also the gateway for the Internet if needed.)
In order to communicate within the network, each device (including the
router) needs to have its own IP address. An IP address acts just like the address on the front of an envelope when you mail something through the postal service. It identifies who the recipient is.
An IP address has 4 octets. An octet is one part of the IP address and each part is separated by a period. The router in this example has an IP address of 192.168.1.1 and everything else in its network will start the same, only changing the last octet. Each octet has a value that ranges from 0-255. When a computer is connected into the router, it will send a message to the router with its MAC address (a MAC address is a unique address assigned to every network device by the manufacturer.) It’s introducing itself to the router. Then, the router responds by assigning it an IP address to use so it can communicate with it easily and the other computers won’t have to memorize its MAC address. Then the next computer connects, and it is given an IP address also. Now the computers can communicate with each other through the router.
If Computer B wants to connect and send a file to Computer A, this is what the conversation would look like:
Computer B: “Hi. My name is [MAC address]. Can I join this network?”
Router: “Yes, and here is an IP address for you. You are now known on this network as 192.168.1.3.”
Computer B: “What is Computer A’s IP address?”
Computer B: “Please send this file to 192.168.1.2”
Router: “192.168.1.2, here is a file for you from 192.168.1.3!”
Now Computer A has a file from Computer B. This concept is also similar to how computers communicate on the Internet, and also how a computer communicates with a printer connected on the same network.
Now you can’t say it’s just magic anymore.


In Shenzhen, there are only 2 internet providers: China Telecom and Topway.
China Telecom is an ADSL provider while Topway is a cable provider (Yes, the same Topway as your cable TV). China Telecom’s ADSL offering originally focused solely on commercial solutions. Topway and China Telecom now now serve both commercial and private customers.
Both will cost you 100rmb + per month for your connection. Depending on the area you live in, one may be faster than the other.
Topway retail service centers can be found in every suburb as can China Telecom. Just give the tourism number a call and ask them for the closest office.
Neither store has English speaking representatives as standard policy.


Wire energy: Audio cable basics for recording music with quality sound
I was thinking recently about how many times I was at a recording studio or on a stage where live music was being performed and there was some sort of a problem. (Well… of course, there are always issues of some sort – I’m not talking about someone being late, someone behaving like a diva, or someone being embarrassingly untalented and playing the wrong chord. Can’t help you there!) Some type of audio or audio cable issue is almost guaranteed to come up. And the truth is, there’s more to audio cables than meets the eye.
Related: Meet Ray Dryden, Audio Engineer
The type of problem we’re talking about here relates to connectivity: the physical connection between (1) the sound that’s being produced by instruments and voices and (2) the equipment that lets us reproduce live music, record, or simply measure what we hear. I frequently discover equipment that’s not performing as it should – simply because it has not been properly connected! Now, I can’t sit here and boast and tell you I’ve got all the answers; I’m merely a work in progress. I have only a basic knowledge on how sound gets from point A to point B. With this in mind, I will keep this article fairly basic and non-technical, and in the process, hopefully inspire you to think about correctly wiring your music equipment and related tools together in a way that maximizes the quality of the music.
Tracking: A key process in music recording
Let’s start by forgetting about sound for a minute. (What? That’s right – I said forgetting about sound! Just for a minute, OK?)
Related: Large vs small recording studios
When electronics are involved, we have to speak in a different language, with words like…
…and the like.
As humans, we hear music with ours ears. Unfortunately, our ears are very inaccurate when it comes to detecting a good signals vs bad signals. Our music and related sound is converted into an electrical current which flows through seemingly endless wires – each of which is energized to a specific level. Without the proper wire and the proper energy, the end result is, well, not very musical.
Analog transmission vs. digital transmission
I said forget about sound, but there is a similarity inside a wire. The electrical current mimics the sound waves as it travels from molecule to molecule. This energy travels in the form of electromagnetic waves at about the speed of light, reproducing the same frequencies as the music. What I have just described is analog transmission.
Analog transmission is a transmission method of conveying information using a continuous signal which varies in amplitude, phase, or some other property in proportion to that information. (Source: Wikipedia)
Digital transmission is very different. In digital aka data transmission, the frequencies are converted to ones and zeros, so the wire is transmitting digital data or an electronic code. It still travels at around the speed of light and at the other end it is decoded into the frequencies that our ear recognizes as sound. Of course I am assuming that we already know how the music gets into the wire and out of the wire. Yes, microphones, amplifiers, electric instruments, computers, and speakers, just to name a few. However our focus is the wire and how it connects all of those devices.
Digital/data transmission and data reception (or, more broadly, data communication or digital communications) is the transfer and reception of data (a digital bitstream or a digitized analog signal) over a point-to-point or point-to-multipoint communication channel. Examples of such channels are copper wires, optical fibers, wireless communication channels, storage media and computer buses. The data are represented as an electromagnetic signal, such as an electrical voltage, radio wave, microwave, or infrared signal. (Source: Wikipedia)
There are are good wires and bad wires. Good wires are the ones where what goes in, comes out the other end just the same as when it started. The same energy, the same frequencies or data, etc. are transported in a wonderfully accurate manner. Do I have to tell you what a bad wire is? That’s what we are here for, to eliminate that bad wire. I like to cut the ends off when I find one and usually I reward myself with a good laugh. Most often they have been damaged in some way.
I hate to admit it but more than once I have cut the ends off of a perfectly good wire – oops! I fixed it later. So let’s start calling wires, cables, basically a wire with a connector or plug at each end. It’s the plug at each end that gives the wire a useful place.
Now comes the trick of choosing which cable to use for what. The cables are generally separated into groups based on how much energy a cable will need to transmit. For instance, an electric guitar cable uses a very small current and works well when plugged into a guitar amp. You would never use a guitar cable to connect an amplifier to a speaker; you need a speaker cable for that.( Speaker cables are much thicker wires so they can carry much stronger current that will drive the speaker.)
How to tell which cable is which
Here is the problem, or a confusing thing at least: The plug on the end of a guitar cable is also the same type of plug that is used for some speakers. So how do you tell which audio cable is which? In most cases, there is printing on the side of the wire that the cable is made of. In the case of the guitar cable, it will be printed that it is an instrument cable; if it is a speaker cable, it will be labeled as a speaker cable. This is an extremely simplified example so you must determine which cable is which.
Few things in life – in my life, at least – are more irritating than a musician who doesn’t know how to hook up his own gear… you know, that guy who’s always telling the sound person how to do their job. Let’s move on.
Putting audio cables to the test
It’s definitely true: The better cable you buy, the better sound you will get. It is also good to have matching cables (same brand, same type, etc.).
I once did a test with three microphones using the same mics and the same channel settings. I used three different old cables to hook them up. Each mic had a completely different tone and volume in a stage monitor. I then used three identical newer and better quality cables and the difference was amazing; each mic sounded like the others, complete with a nice, rich tone.
Dickson recording studio open for business – Tresbear Music
The bottom line
If you use quality audio cables and pay enough attention to consistently use the correct connections with the correct cables, then you will be rewarded with good sound. It really is that simple!
Thanks for visiting Tresbear Music, and thanks for checking out this audio cable article. If you like it, please share the link with your musician friends and audiophile mates!
Resources: Wire Energy – Audio cables for recording music
Here are some related resources which go into far more technical detail than I did in this article. On these sites, you can learn more about audio cables in music production than I’ll ever know!
- The Ultimate Guide to Audio Cables for Home Recording – E-Home Recording Studio
- Audio Cables: Everything Musicians Need To Know About Audio Cable Types [Infographic] – Landr blog
- Audio Cables Explained: A Complete Guide to Audio Cable Types For Home Recording Studios – Music Repo
- Cable Glossary: Common Connections in Your Studio | Universal Audio
- Audio Cables 101: The Ultimate Guide for Home Recording
- Recording Studio Cables: All You Need to Know | LedgerNote
- 9+ Types of Audio Cables That Every Musician Must Know
- Type and usage of important studio cables
- Audio Cabling for Your Home Music Studio – Music Studio DIY


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Table of Contents
- Top Row of Female Connections
- Bottom Row of Female Connections
- ICSP (in circuit serial programming) Bus Pins
- Other Features
- Additional notes/questions
Below is a description of the Arduino Uno board.
Including tables showing the function of each of the pins in each of the two rows of connectors, along opposite edges of the board.
The USB port and the power connector are very obvious. The power connector is of the dual-concentric type and the hole into which a plug is inserted feels and is circular, although the plastic around it is square with slightly rounded corners.
Hold the board with the USB and power connectors on the right edge of the board.
There are two rows of female IDC connectors, both of which are single, in other words not a double row, like the GPIO pins on a Raspberry Pi.
On both rows of IDC female connectors, pin 0 is at the left edge of the board furthest from the power and USB sockets.
Read the following tables from the left edge of the board furthest from the power and USB sockets. Remember, hold the board with the USB and power sockets to your right.
Top Row of Female Connections
Bottom Row of Female Connections
|0||RX (UART) Input|
|1||TX (UART) Output|
|15||aref (ADC reference?)|
Important note. On all of my Arduino Uno examples, not the entire length of either the top row of pins or the bottom row are populated by a single unbroken run of IDC header female connectors.
This inevitably means that where there is a break between header hardware in each case, there will be a pitch of greater than the usual 2.54mm (one tenth of an inch) between two IDC ‘holes’.
For this reason you should not try to plug in an unbroken row of male headers into either row of connections.
ICSP (in circuit serial programming) Bus Pins
At the left edge of the board, feel the small notch in the end of the Atmel 328P MCU in its socket. Just below this there is a little ‘six-pack’ of pins arranged just like the dots ina single Braille cell.
These pins are the ICSP bus pins which can be used for programming the board with a suitable programmer.
On the bottom right corner of the board, still with it held so that the USB and power sockets are at the left side, there is a tiny reset momentary push button.
Also at the lower right corner of the board, just above the right-hand end of the bottom row of IDC female connections, is another ‘six-pack’ of pins.
I believe these to be the ICSP pins for programming the chip which controls the USB connectivity of the board. It will probably not be necessary to ever worry about these pins.
- IO ref is presumably GPIO reference value. Not at all sure of this
- 3.3v Max current 50 milliamps
- ADC from 0 to 5v
- ADC is ten bit (0 to 1023)
- ARef is presumably the ADC reference pin
To connect UART to UART between Raspberry Pi and Arduino, make the connections via two resistors like this:
- TX Arduino to RX Pi via 4k7 resistor
- TX Pi to RX Arduino via 1k resistor
It is very important to remember that the GPIO pins of the Raspberry Pi are at a logic level of 3.3 volts and those of the Arduino are 5 volts. Damage can and will occur to the Raspberry Pi if they are connected directly together with no level conversion.
The Arduino can receive enough power from a USB connection during programming, and while connected to send and receive data from the serial port to a PC.
The Arduino Uno has an on-board LED and series resistor connected to GPIO13.
Most people’s initial adventure into programming the Arduino Uno will be to write a program which blinks this LED on and off.
You can also connect a piezo buzzer to this or any other GPIO pin and make an audible ‘blink’ program, with no change to the code necessary.
Such 3.3 Volt piezo buzzers are readily available from component suppliers, including from Ebay.
There is no harm in driving a 3.3 Volt piezo buzzer from a 5 Volt GPIO pin.


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You are here : Home | Horizontal Bend for Cable Trays
In cable tray accessories, Horizontal bend is there, bend is used to bend cable tray running. Bend can be made in any degree as per Requirment. Horizontal bend is being used to move cable tray horizontally, like we put bend ing piping.
Bend can be availabel in any size as per size of cable tray. Bend can be made in perforated type cable tray, Ladder type cable tray, Wire type cable tray and in any width size any length size and in any deep size.


At times, all of us have actually dealt with the concern when our wifi network troubles us. You may have come across various methods to improve your wifi network. Wouldn’t it be amazing if you could improve the speed with some DIY steps. We offer you 7 ridiculous techniques that will improve your home wifi network.
Discover the best area for your router
This facet is commonly underrated however still holds the relevance for a Wi-Fi network. There are high possibilities that you might not be getting a good internet speed even if the router is positioned at a really unsightly area in your residence. Whenever you are positioning your router, make sure the area is close to an edge or the router is supported with a wall surface.
Constantly see to it that the antenna is aligned at the centre of your home since that is exactly how your entire home is most likely to be covered in the vicinity. In case you have a massive residence, you could also make use of an accelerator which is fixed to the router to boost the wifi network.
Router is a tool that reverberates wavelength of audio so if you have various other gadgets such as microwave or cordless phones, anticipate some distortion. A feasible option could be acquiring a dual band router and also you opt for a cordless phone rather than a cable one. If you have no choice but to keep the brand-new equipment then it is advised that you maintain your Wi-Fi router far from such conflicting home appliances.
Make use of the most up to date Wi-Fi routers
This might seem regular yet the reality is a great deal of the wifi base terminal are unable to reverberate rate since their drivers are obsolete. As an instance if you are running a really bad and old wifi router, you will often see network fluctuations. Ensure to upgrade the software program else update your router. There are a great deal concerns for an old router setup like router’s IP address, network methods, Wi-fi safety spots.. So it is constantly essential that you upgrade the software program and also the routers drivers are up to date. You can also manually check on the routers website if there are any upgrades available.
Enhance your wifi by making use of aluminium aluminum foil
There are several methods that you could do on your own to boost the network of Wi-Fi router. One such method is called the Aluminium foil technique, In this you have to take an aluminium aluminum foil and cover the router’s antenna. This has to be done when you are in a circumstance where you can not position the router as it is difficult to find a good place to hang it. Though do not anticipate much from it as you could still see the net fluctuate. If net rate is your top priority, get yourself a new router.
Managing transmission capacity gobbling up applications
If you have a person at your house that frequently does video clip conversations, plays a great deal of data on the internet like video games, gushes data or utilizes applications such as netflix then without a doubt you could be taking in a great quantity of transmission capacity which consequently consume a lot of data. QoS refers to quality of service inside a network. With the aid of QoS, you could establish concern of some applications which guarantees that the vital applications obtain their due time.
Update the router’s software systems
Similar to your OS. You have to update your router’s drivers in your system. There are high possibilities that there is an upgrade readily available for your routers that you are yet to do. Simply see for an upgrade as well as if offered, upgrade the drivers. There are high possibilities that you will certainly begin obtaining a far better rate once the drivers are upgraded. Most likely to your router’s website. As an instance there is no upgrade offered then you can even think of upgrading your system.
Modification to your wifi network
If you are staying in a really booming location, there is a possibility of a really big blockage of network. Much like a radio or a T.V, a cordless router works on various networks. In situation where you wish to examine the network, most likely to your home windows system and also see for the command prompt , also look for the alternative “netsh wlan reveal all”. In a situation when you have no idea, head to all programs, after that devices and choose the alternative command prompt. As soon as you are done examining, most likely the reason would be a cordless router’s user interface.


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The waveform can be sine, triangle or sawtooth and waveforms can be added or one wave modulated by the other.
This unit provides two sources of oscillating waves that are sourced from the one microprocessor.
They can be perfectly in phase or can be shifted in frequency and phase relative to one another over the range of 0.1Hz to 40kHz.
Sockets are provided for headphones for private study.
A full entry keyboard permits the entry of any frequency or a shift of phase in degrees between the two signals.
The two outputs are very high power and can drive large speakers.
Overall Size：350x145x110 mm
Science Lab Supplies is a leading Dual Sound / Wave Generator manufacturers, suppliers and exporters that offers wide range of Dual Sound / Wave Generator at most competitive prices.


Next generation Cat1 alarm from Acumen with Superhet technology
By: londonbikers.com | Published 29 June 2010, 19:59 | Views: 1,691 | tags: acumen, alarm, motorcycle, bike, cat1, thatcham, new, 2010, tempest, superhet, heterodyne
As the wireless revolution progresses there are increasing sources of radio interference that commonly affect the ability for owners to arm and disarm vehicle alarms - park near to a mobile phone mast and you will understand! Acumen's next generation motorcycle alarm, the Tempest Cat1, features a Superhet receiver that reduces transmitter interference from spurious radio waves. Short for super heterodyne, Superhet technology enables the receiver in the alarm to lock onto the signal from the transmitter in the key fob and ignore other radio interference in the environment.Tested and approved to Thatcham Category 1 (the UK's highest 'insurance standard') the Tempest Cat 1 comes with a new compact fob as well as the popular flip-key version and has an automatic Intelligent Battery SenseTM 3-stage power saving mode too, making it ideal for motorcycles that are unused for long periods of time. Customers can also use the fob to programme their alarm, choosing from 14 siren tones, and can activate the Tempest's optional turn signal reminder, which will alert the rider if they are flashing excessively!
Like its predecessors, the Tempest has not one, but THREE sirens - the main siren is reinforced with two back-up sirens that are located behind a metal plate and powered by a separate driver circuit for added security.
Acumen is the only manufacturer to encapsulate the electronics in resin and use automotive-specification waterproof connectors for ultimate reliability; hence the Tempest is covered by a 3-year warranty. RRP is £329.99 including professional fitting and VAT.
Contact - Tel. 01264 359922 - Web www.acumen-electronics.co.uk
click to zoom


Also called symmetric key encryption or public key encryption,it is used in computers to send information to each other more securely: This can only work if both computers have the same 'key'.
In the process of symmetric-key encryption, each computer has a secret key code. It can be used to encrypt a load of information just before it is sent over the live network to another computer that wants to receive it. Symmetric-key demands to know which computers will be taking part in the exchange so that you can install the key on each computer. Key encryption is basically the same as a really secret code that both of the two computers will be demanded to know so they can both decode the information.
The code is the 'key' to decoding the message
To put it more simply, here is another example for you:
You make a message that is coded to send to a friend that you trust, each letter in the secret message is replaced with the number that it goes with in the alphabet. So 'A' becomes '1,' and 'q' becomes '17'. You have already told a trusted friend that the code is 'Alphabet=number'. Then your trustworthy friend gets the message and decodes it with the 'key code'. Anyone else whomay see the message will only see random numbers.
All computers use this to send sensitive information and keep it safe so only the person who is receiving and sending the information can read it.


Miller® Wireless Hand Control System 300430
The redesigned Miller® Wireless Hand Control System is a revolutionary advancement in remote welding technology. Now you can operate up to 300 feet from your welding power source without the use of remote control cables.
There's no need to buy a new Miller welder to take advantage of this technology. Simply plug the wireless receiver into your 14-pin receptacle on the front of your Miller welder and you're ready to go wireless. The Miller Wireless Hand Control System comes complete with wireless hand control and wireless 14-pin receiverFeatures
Improves productivity by allowing
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Wireless 14-pin receiver
Four AA batteries
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Uplink: Wearable multimedia immersion for...
Client: Academy of Art University
Added: July 15, 2009
Updated: July 15, 2009
Uplink is a new type of way to connect with the audio world. Built for active sport enthusiasts, Uplink is a strap system that can be easily integrated into existing hydration packs, or built into a manufacturers next generation product.
Four ultrasound speakers resonate the air within your ears to create sound that only you can hear. After connecting to your mobile device, you can now listen to music, take calls, hear podcasts, or listen to voice guided GPS directions. The personal sound environment enables users to be more alert of their surroundings, as it does not impair hearing of sounds outside the ultrasound zone.
The system features a solar panel to gather energy as you enjoy a trip outdoors. This charges your mobile device and affords infinite power on longer journeys. Controls are ambidextrous and tucked into locations where they will not interfere with activity. A tensioner system allows for the perfect tuning of the sound environment, varying the distance between the speakers.


Successful implementation requires knowledge of software tools, instrument architecture and measurement techniques, and device physics.
Our structured software engineering approach plus our indepth understanding of the interaction between instruments results in high-quality, reliable software that can be leveraged to cover future requirements.
We have extensive experience with measurement software for various types of semiconductor devices: memory, embedded memory, microprocessor, mixed signal and SOC. This experience also covers specialized semiconductors: MEMs, LEDs, MMICs.
We have experience in the complete range of optical measurements for fabricating and evaluating semiconductors. Measurement instruments that we support include:
- Ocean Optics, JY Horiba, Zeiss, Thermo: spectrometers
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If you reside or own property within the incorporated limits of Villa Park and would like to receive CodeRED emergency messages you may sign up by clicking the here.
IMPORTANT: USE YOUR PHYSICAL VILLA PARK ADDRESS. DO NOT USE POST OFFICE BOXES OR OUT OF TOWN ADDRESSES.
CodeRED Frequently Asked Questions
What is CodeRED?
The CodeRED Emergency Notification System is a fast communication service allowing the Village of Villa Park to notify citizens of an emergency situation. This service is free to all Villa Park residents and businesses located within our incorporated limits.
How will I benefit from this service?
This high-speed telephone system allows the Village to contact participants to provide information about a critical situation, what action needs to be taken, and notification that the situation has been resolved.
What do I have to do to receive this benefit?
To receive CodeRED warnings you must register your home, cell phone, or business phone number in the CodeRED database. The link is on our home page. To register multiple cell phone numbers to a Villa Park address, click continue at the bottom of the first registration page and add your information and additional phone numbers on the next pages.
How does it work?
CodeRED delivers the important message through a high-speed telephone calling system to all phone numbers on the CodeRED database. Village staff access CodeRED via a secure portal on the web. A "call area" is marked identifying street addresses. Telephone numbers are matched up electronically to these addresses through the use of Geographical Information Systems (GIS). A pre-recorded message is sent out via the telephone with information about the incident and possibly instructions for action to be taken.
What should I do if I receive a CodeRED message?
* Listen Carefully
* Follow Instructions
* Don’t hang up until you hear the whole message
(the message will not be repeated)
* DO NOT call 9-1-1 unless instructed to do so (You will only tie up emergency lines)
What should I do if I don’t receive a message?
Your area of the community may not be affected. In which case, you won’t receive a call even if it’s only a block away.
Will the system work with cell phones?
Yes. But, your cell phone number needs to be associated with your Village of Villa Park address. We encourage you to register your cell phone number. To register multiple cell phone numbers to a Villa Park address, click continue at the bottom of the first registration page and add your information and additional phone numbers on the next pages.
What is CodeRED used for?
CodeRED will be used for significant incidents and events where the timely notification of an affected population or geographic area is essential.
How Do I Register?
The following information is required to add a telephone number into the "CodeRED" database: first and last name; address (physical address, no P.O. boxes); city; state; zip code; and primary phone number. A primary phone number is most likely the identified home phone number. An alternate phone number, such as a mobile phone, can also be entered and both the primary and alternate line will be contacted in the event of an emergency. The system works with cellular phones but requires a Village of Villa Park street address.
For those who are hearing impaired the sign up form offers a TDD ONLY option for tone delivery of emergency messages. Messages delivered to phone numbers marked TDD will only be delivered in a TDD/TTY format. For those without Internet access, a computer is available at the Villa Park village hall to allow you to access to register.
THIS SYSTEM WILL BE USED FOR EMERGENCY PURPOSES OR NOTIFICATION OF INFORMATION CONSIDERED TO BE VITALLY IMPORTANT
Examples of times when the CodeRED system could be utilized: drinking water contamination, utility outage, evacuation notice, missing person, fires or floods, bomb threat, hostage situation, chemical spill or gas leak, and other emergency incidents where rapid and accurate notification is essential for life safety.
Is there a mobile app?
Yes, with the CodeRED Mobile Alert app found in the App store or Google play– the nation’s most downloaded public safety notification app – OnSolve enables subscribers to receive these notifications directly to their mobile device whether at home, on the road, or traveling around the country.
These mobile push notifications deliver relevant, location-based alerts based on GPS location to ensure you receive critical information when you are in a CodeRED client’s jurisdiction.
Free download – Protects residents and visitors traveling across CodeRED communities
Customized user experience – Subscribers choose the types of alerts they wish to receive
Detailed notifications – Messages can include text and/or audio and feature a map with location of the warning area
Simple interface – Ad-free, easy-to-use interactive map with color-coded icons, available on iOS and Android devices
Customizable settings – Optional audible hands-free driving, establish personal warning radius, and view optional weather feeds


In today’s rapidly evolving technological landscape, smartphones have become an indispensable part of our lives. The continuous advancements in mobile technology have revolutionized the way we communicate, work, and access information. As we delve into the world of latest smartphones, it is evident that these innovative devices are not just communication tools but are gateways to unlocking a future filled with endless possibilities.
Future Era of Intelligent Devices
The future of smartphones lies in their intelligence. With the integration of artificial intelligence (AI) and machine learning, smartphones are becoming more intuitive and proactive in understanding user behavior. AI-powered personal assistants like Siri and Google Assistant are transforming the way we interact with our devices. These virtual companions can schedule appointments, set reminders, and even provide real-time information based on our preferences.
Seamless Connectivity With 5G
The advent of 5G technology is set to revolutionize the mobile experience. Latest smartphones future equipped with 5G capabilities offer lightning-fast internet speeds and low latency, providing seamless connectivity for data-intensive tasks such as video streaming, online gaming, and augmented reality (AR) applications. 5G will power the Internet of Things (IoT) ecosystem, enabling devices to communicate and collaborate efficiently.
Immersive Visuals with Foldable Displays
Foldable smartphones represent the epitome of innovation and futuristic design. These cutting-edge devices feature flexible displays that can be unfolded to provide a tablet-like experience and folded back into a compact smartphone form factor. The future of smartphones lies in these foldable displays that offer larger screen real estate without compromising on portability.
Photography with Computational Photography
The latest smartphones future are equipped with powerful camera systems that leverage computational photography techniques. AI algorithms enhance image quality, enabling features like night mode, portrait mode, and advanced image processing. Smartphones have become the go-to devices for photography enthusiasts, thanks to their ability to capture stunning images with minimal effort.
Biometric Security for Enhanced Protection
In the quest for robust security measures, the future of smartphones relies on advanced biometric authentication methods. Facial recognition and in-display fingerprint sensors provide seamless and secure access to smartphones, making them more secure and convenient to use. As technology advances, we can expect even more sophisticated biometric security features to safeguard our data and privacy.
Extended Battery Life and Efficient Charging
Smartphone manufacturers are investing heavily in battery technology to provide longer usage time. The latest smartphones feature larger battery capacities and energy-efficient processors to optimize power consumption. Additionally, rapid charging technologies like Quick Charge and SuperVOOC enable users to recharge their devices quickly, reducing downtime and enhancing productivity.
Augmented Reality and Virtual Reality Integration
The integration of augmented reality (AR) and virtual reality (VR) capabilities in smartphones opens up a world of possibilities for entertainment, education, and productivity. From AR gaming experiences to virtual museum tours, the latest smartphones offer immersive content that blurs the line between the digital and physical realms.
Sustainable and Eco-Friendly Initiatives
The future of smartphones is not just about technological advancements but also includes sustainability efforts. Smartphone manufacturers are increasingly focusing on eco-friendly materials and recycling programs to reduce electronic waste. Sustainable practices are shaping the smartphone industry, paving the way for a greener and more responsible future.
As we envision the future of smartphones, foldable technology is a glimpse into what lies ahead. Foldable devices are not just limited to smartphones; they extend to tablets and even laptops. The concept of a seamless transition between form factors offers new avenues for productivity and multitasking.
As we explore the world of latest smartphones, it is evident that these devices are not merely gadgets but are catalysts for change, propelling us into an exciting and transformative future. From AI-powered intelligence to 5G connectivity, foldable displays, and advanced biometric security, smartphones are redefining the way we interact with technology. As these devices continue to evolve, we can look forward to a future that embraces innovation, connectivity, and sustainability. The future of smartphones is an ever-expanding horizon, and we are only at the beginning of this extraordinary journey.


Vasilis Tountopoulos is the Deputy Head and responsible for the Technical Implementation in the ATC Innovation Lab. He received the diploma in Electrical and Computer Engineering from the University of Patras in 2000, and the PhD degree in Electrical and Computer Engineering from the National Technical University of Athens (NTUA) in 2005. He has been involved in EU R&D and National funded projects in ATC and, previously, as a research associate, in the Telecommunications Systems and Computer Networks Laboratories of the ICCS/NTUA. His research interests include semantic Web, interoperability, cross-sector cloud applications and information security. Vasilis is a member of the Technical Chamber of Greece.


The further progress in photonics, as well as in many other technological fields is connected with application of new materials. This book aims to provide the research into the design, technology and applications of integrated photonic devices, circuits, and waveguides. It is a good contribution for providing the way for further innovations in photonic technology. The chapters are contributed by well-experienced researchers in their fields. Authoritative content covers advances in all areas of optics and photonics from fundamental science to engineering applications, including materials, devices, and systems. The state-of-the-art field of photonics has considerably fascinated the interest of many societies, professionals and researchers around the world.
Print ISBN: 978-1-68250-424-6 | $150 | 2018 | Hardcover
Editor: W.S. Roland


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The Power Lanyard is exactly the Lanyard you need, at precisely the moment when you need it.
The lanyard features construction which includes an electrical cable suitable for attachment to the device electrical connection port and provides synchronization and charging capabilities when connected to a computer, charger or other compatible power source
A lanyard used for carrying a mobile device around ones neck or on ones wrist. The lanyard contains a cable which is suitable for synchronization and/or charging of a mobile device when properly connected to a computer, charger or other compatible power source. The lanyard provides a means for attachment of a battery or other power source which can be used while wearing the lanyard to re-charge the mobile device


Wearable technology is expected to be the next big consumer trend, with their impact similar to that of the smartphone, according to data and analytics company GlobalData
The company’s latest report ‘Wearable Tech in Oil & Gas – Thematic Research’ forecasts wearable technologies to have a significant impact in certain areas and industries.
Listed below are the key application areas of wearable tech in the oil and gas industry over the next two to three years, as identified by GlobalData.
Real-time monitoring and inspection
A major aspect of wearable technology is to maintain equipment and inspect signs of failure to minimise downtime. The failure of major equipment may cost millions to a company, considering production downtime and repair/replacement expenses. In case of critical issues, field technicians require expert’s help. Bringing experts from onshore offices to the offshore fields located thousands of miles away increases the overall expenses.
Wearable technology, such as smart glasses or smart helmets could be useful solutions for reducing time and cost of inspection and repairing of equipment by providing relevant data, schematics, maps, charts and other related information to the field engineer to conduct maintenance of the equipment. Using wireless connectivity, the field engineer can also receive expert’s guidance on a real-time basis, thereby reducing the need to have an expert available on field at all times.
Workforce safety and injury prevention
Minimising workplace injury is one of the most important aspects of wearable technology. In oil fields, a worker can be exposed to extreme temperatures, hazardous gases or harmful chemicals. In these challenging work conditions, wearable technologies can be employed to assess the health of the field technicians by monitoring heart rate, dehydration, and fatigue. These devices can also detect the presence of harmful gases in the surroundings and alert the workers.
Marathon Petroleum implemented Accenture Life Safety Solution across its refineries, to detect the presence of multiple hazardous gases using wearable technology. The wearable devices used in this solution are equipped with gas detection and alarm generation capabilities.
Wearable technology can be used to efficiently track the workforce during field operations. Using location-based technologies and wireless connectivity, the device can feed real-time location of the worker to the onshore monitoring centre. The resource tracking service can help increase productivity.
Further, in case of an emergency situation such as oil or gas leakage, resource tracking can identify a particular resource near the area and quickly deploy them for recovery from the unforeseen event. The wearable devices can also be used for geo-fencing in oil fields or plants to keep the workers away from hazardous areas.
Wearable devices with location-based technology could help locate resources during an emergency evacuation. Using Wi-Fi triangulation method, the technology could identify the exact location of the workers and could provide the same to the centralised monitoring system. Pre-identified location of the workers could facilitate quick rescue during an emergency.
Wearable devices with motion sensors can also be used to monitor the physical movement and posture of field technicians. This is particularly useful in case of gas leakage or accidents for detecting if the technician is responsive or unconscious and deploying immediate rescue measures.
On the job training
Wearable devices coupled with AR/VR technology can facilitate training programmes on newly installed equipment or a newly adopted work process. Using the smart glass or smart helmet, the workers could receive on-the-job training from remotely located experts, thereby reducing the cost of organising training programmes. Over-the-shoulder training could help workers learn during the job while eliminating the need to travel to the training centres.
Transportation of workforce
Transporting the workforce from onshore location to offshore rig is one of the major activities where utmost safety needs to be in place. In order to make a safe landing in a harsh offshore environment, the helmet-mounted display is becoming essential for pilots over the years. Enhanced Flight Vision System (EFVS) provides situational awareness to the pilot even in low-visibility conditions.


Bitfinex and Tether with the support of Hypercore have developed a new messenger based on peer-to-peer technology, called Keet. The program allows you to instantly exchange files, multimedia and messages with the highest level of security.
In fact, it is a peer-to-peer network based on the Holepunch platform, created for the development of P2P applications. Bitfinex and Tether co-funded the project.
Keet users can connect to each other using only cryptographic key pairs. There is no server, no “third party” that could potentially “leak” data.
In Keet you can make audio and video calls, send messages, including with different files. At the same time, the developers plan to integrate the ability to make payments in Bitcoin based on the Lightning Network later.
For now, only the alpha version of Keet is available to users. You can download the application from the official website. The program is completely free.
A full-fledged version of the software will not appear on the market until November this year. If the project proves successful, Keet may completely replace “outdated” messengers, such as WhatsApp.
In a comment to The Block, Holepunch chief strategy officer Paolo Ardoino commented on the idea of launching such a messenger:
“We are working on creating a platform that will give users access to completely autonomous applications and provide full freedom of speech.”


Virgin Media Business has announced plans to increase broadband speeds for small business customers, promising the newvOOMfibre service will provide internet four times faster than rival networks.
From 2 May 2017, a standard speed of 350Mbps will be introduced for Virgin Media Business customers, as well as a number of optional bolt-ons? to allow for increased upload speeds and support. The basic package is set at 30 per month, with additional options reaching 55 per month.
In a statement, Peter Kelly, managing director of Virgin Media Business, claimed VOOM Fibre was the latest indicator that the company was a champion? of small UK businesses, adding that increased maximum broadband speeds would unlock the potential of small firms across the country by providing the digital backbone? needed to succeed.
He added: For UK small business to thrive in this evolving digital economy they should have the technical ability and capacity in place so they can focus on development and growth, we are removing a barrier and enabling them to fulfil their digital potential – offering them all the speed they need to achieve success.
Kelly stated that VOOM Fibre laid down a marker for competitors to follow, and he encouraged rivals such as BT and TalkTalk to match us to enable and benefit small businesses and the UK economy.
Alongside the VOOMfibre offering, Virgin Media Business announced plans to create a network of entrepreneurs across Britain, helping to foster engagement and support among the small business community.
The network will consist of an online geo-located platform to enable small business customers to ‘share, co-create and collaborate? with fellow owners in their local areas.
entrepreneurship and endeavour requires more than a fast broadband connection. It requires ongoing support and a community of like-minded individuals to nurture and accelerate entrepreneurship into the future, Kelly said of the initiative.
we are passionate about seeing businesses grow and be the best they can be, so were creating a community made up of entrepreneurial dreamers through to established small business owners who will be able to connect with like-minded professionals.
Customers of other networks could also soon expect faster broadband speeds, after Ofcom recently confirmed the legal separation of BT from Openreach.
Small business owners using providers such as Sky, Vodafone and TalkTalk operators using the Openreach network have previously suffered from BT prioritising its own customers, while rivals have complained of underinvestment in networks.
Commenting on the split, Dan Howdle, director of communications at Cable.co.uk, said customers would soon enjoy all the benefits the stoking of competition in a fairer marketplace is likely to bring, without suffering the costs and delays to infrastructural rollout a full separation would have incurred.
Insufficient broadband connectivity has long been a barrier to business growth for many firms, particularly in rural parts of the country where service was recently deemed unacceptable“.
In March’s Budget announcements, chancellor Philip Hammond confirmed 200m would be invested over 2017 into providing full-fibre broadband access for small firms across the UK.
Find out more about government plans to introduce full-fibre broadband across Britain


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Published: May 3, 2022 @ 8:00 a.m.
On behalf of the Department of Justice and Public Safety. Visit here for the news release.
FREDERICTON (GNB) – Alert Ready, the national emergency alert system, will be tested in New Brunswick on Wednesday, May 4, at 10:55 a.m.
The system is designed to deliver critical and potentially life-saving alerts.
The test will take place on television, radio and wireless devices. Following an audible alarm, the following information will be presented by television on a red background or broadcast by radio: “This is a test of the National Public Alerting System issued by the New Brunswick Emergency Measures Organization. If this was an actual emergency or threat, instructions would now be given that would assist you and your family. This is a test, no action is required.”
Compatible wireless devices will vibrate and the alert sound will play. The accompanying text in both official languages will state that it is only a test.
The wireless part of the system was last used in January by the Miramichi Police Force to issue an Amber Alert after a six-year-old boy went missing.
Alert Ready was developed in partnership with federal, provincial and territorial emergency management officials, Environment and Climate Change Canada and the broadcast industry to enhance emergency preparedness and response in times of crisis.


BUS-S305 Technology Infrastructure
The foundation for digital business is the firm’s computer network infrastructure. This course examines how computer networks move messages from one computer to another, and how firms design and deploy network infrastructure. The course begins with the hardware and software components of network infrastructure, such as Wi-Fi and routers, and Ethernet and TCP/IP. Next, it discusses how to design a firm’s network using a variety of LAN, backbone, WAN and Internet technologies and components. Finally, it examines the major decisions needed in managing network infrastructure (e.g., network security) and which options are likely to lead to better performance. Topics include the five network layers, network technologies such as LAN and backbone network components (switches, access points, and routers), WAN technologies (packet-switched networks, dedicated circuits, and VPN), network design (needs analysis, technology design and cost assessment), and network security and management (firewalls, passwords, and managed devices).


IP adresses explained. An Internet Protocol address (IP address) is a numerical label assigned to each device (e.g., computer, printer) participating in a computer network that uses the Internet Protocol for communication. An IP address serves two principal functions: host or network interface identification and location addressing.
IP stands for Internet Protocol. IP version 6, or IPv6, is the newest IP protocol. Mar 07, 2021 · Find Your Internal IP Address. Every device that connects to your internal network, be it at home or the office, has an IP address (your PC, your smartphone, your smart TV, your network printer, etc.) An IP address is a set of numbers that identifies your device, and which can be tied to your online activity. Some users may not want their browsing history associated with their IP address, and might therefore opt to use a Virtual Private Network (VPN) for an extra layer of security and privacy. Mar 17, 2014 · Assuming you're using a router (as you should), those web sites can only see the router's IP address, not your PC's.
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TELUS Webmail TELUS Wise TELUS International TELUS Partner Torrent IP: 126.96.36.199 United States *Information about your IP address at the white area should update within 2-10 seconds Lern more about Bittorrent Proxy and VPN service Update Your IP Location. If you find that your IP location information is incorrect, you can always reach out to any of our providers and update your IP address location if you'd like. Conclusion. In conclusion, if someone has sent an offensive or harassing communication, the best you can do is to file a complaint with the ISP and forward them all of the information from the questionable There are many ways to figure out where you are — your IP address, your wireless network connection, which cell tower your device is connected to, built-in GPS hardware. This page aims to show your physical location as it seen by websites over the Internet when you use this particular browsing environment. If you need to hide your location from websites, try ExpressVPN. 61000+ IP addresses IP Address stands for Internet Protocol Address and all devices on the network have an IP Address assigned to it.
Windows. Open up the Command Prompt via your Windows Start menu. Type in “ipconfig” and hit …
Each number can be in the range of 0-255. An IP address is defined as "a numerical label assigned to each devices (e.g Basic mode works by analyzing the information your browser sends when it makes a web request (the "headers" and requesting IP address). Every web page you visit has access to this information.
Open Wi-Fi setting. For Ethernet connection.
An Internet Protocol address (IP address) is a numerical label assigned to each device (e.g., computer, printer) participating in a computer network that uses the Internet Protocol for communication. An IP address serves two principal functions: host or network interface identification and location addressing. IP adresses explained. An Internet Protocol address (IP address) is a numerical label assigned to each device (e.g., computer, printer) participating in a computer network that uses the Internet Protocol for communication. An IP address serves two principal functions: host or network interface identification and location addressing. Find out what your public IPv4 and IPv6 address is revealing about you! My IP address information shows your location; city, region, country, ISP and location on a map.
Oct 29, 2020 · Bonus Tip: Checking your Public IP Address (for desktop computers) First of all, to check your public IP address (used for communicating with servers etc.) you can use curl command. Open up a terminal and enter the following command: curl ifconfig.me. This should simply return your IP address with no additional bulk information. Jun 11, 2019 · Whenever you’re online, your Mac has an active IP address that’s assigned to it automatically. Most of the time, any hardware or software that requires this information will be able to access it automatically, but occasionally you may need to know your Mac’s IP address, for example if you’re talking to tech support over the phone, they may ask for your IP address. WHOIS IP - RIPE - 188.8.131.52 % This is the RIPE Database query service.
Each time you log into the VPN, you get a new IP address, preventing people This way I may unblock the sites if needed, hide my IP and Lookup ip reputation for any IPv4 or IPv6 address. Detect high risk IP addresses and check IP reputation with accurate results worldwide. Your IP However, by default, the Anonymous Link will collect the user's IP Address and location data My participants are telling me that their survey link is not working. 14 Jan 2021 VPNs mask your internet protocol (IP) address so your online actions are We can't tell you that. Should I leave my VPN on all the time?
This free online tool allows you to see the geographical location of any IP address. Just input the IP address and you will be shown the position on a map, coordinates, country, region, city and organization. Find. Your IP address: 184.108.40.206 2021-03-10 If you don't want that your ISP, and anybody with the ability to monitor your line, knows the names your system tries to resolve (so the web sites you visit etc.) you must prevent your system to leak DNS. If you feel that you're living in a human rights hostile country, or in any way the above mentioned knowledge may harm you, you should act immediately to stop DNS leaks. IP address: 220.127.116.11. msnbot-40-77-167-21.search.msn.com.
The following article describe how to find you IP 10 Dec 2020 The IP address will display.kryptomena rsi
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WHOIS IP - RIPE - 18.104.22.168 % This is the RIPE Database query service. % The objects are in RPSL format. % % The RIPE Database is subject to Terms and Conditions.
powered by This is the kind of information that all the sites you visit, as well as their advertisers and any embedded widget, can see and collect about you. Your Gateway IP Address is most likely 22.214.171.124. View Enviroment Variables / */* * If you see a 'Please Try Again' message above, and you are traversing a Zscaler IP Address stands for Internet Protocol Address and all devices on the network have an IP Address assigned to it. So, what is my ip address? An IP address is made up of 4 numbers in the following format: aaa.bbb.ccc.ddd. Each number can be in the range of 0-255.
25 Feb 2021 Public IP addresses can be routed on the Internet, unlike private addresses. it on the Internet: Web (HTTP), VPN (PPTP/IPSec/OpenVPN, WireGuard), To check if your IP address is public, you can use myip.com (or any&
linux and can trace us with the help of internal or external ip. 23 Oct 2015 your laptop/PC/device. If you don't know what your internet-facing (or public) IP address is, you can use something like What's My IP Address. 23 Apr 2019 In other words, the DNS translates your web domain name into an IP plug failure is not a “DNS issue,” but your browser might tell you it is. 5 Jul 2016 Why does my Mac's Wi-Fi keep switching to another IP Address?
Trace IP. Avoid problems by knowing who or what you are talking with. See the geographical location of any IP address, just click the button and input the IP. Your location as seen from the Internet using your IP address and the new HTML5 geolocation feature. Your Location As Seen From the Internet There are many ways to figure out where you are — your IP address, your wireless network connection, which cell tower your device is connected to, built-in GPS hardware. Get the IP address of your printer. Right-click on the printer and click “Properties.” Under the General tab, you should see a field labeled “Location.” Take note of the numbers that appear at the right of the label. This is the IP address of your printer.


However, logging in via SSH with an IP address only works if you’re on the same local network as the server.If you’re outside your network, you can set up a port forward to access a server with SSH from anywhere.
It’s especially difficult with remote servers or headless servers. Secure Shell is a network protocol that allows for network services to run over an unsecured network. There’s a reason it’s a go-to for remote server management. Using SSH, you can gain terminal access and perform various command line functions.
Virtually every single kernel update will have some sort of security fixes that close up holes that have been discovered.
This is probably one of the most important reasons to update your kernel, as you’ll always be safer with a patched kernel.
Here's a look at what Samsung has been up to lately.
is a network service that serves content to a client over the web.


ISIT 240 Networking & Security Essentials
This course covers basic networking concepts within the context of the networks we encounter every day. Students develop hands-on networking skills and understand the role networks play in our lives. In addition to networking concepts, students learn about data protection, cybersecurity, most common threats, vulnerabilities, cyber-attacks, and related discussions. Topics include introduction to networks, routing and switching essentials, protocols and services, network design and installation using real equipment and connecting the network to the Internet, practicing verification and troubleshooting the network and Internet connectivity, recognizing and mitigating network security threats, configuring common Internet applications, setting up sharing between computers, and configuring basic IP services. Other topics including WAN topologies, IP errors, security best practices, quality of service, cloud and virtualization, and network programming can be introduced and discussed.
Course ID: ISIT 240
Semester Hours: 3


Programming Virtual SIM Cards for Switching between Mobile Operators
Develop and install a Java application directly onto a SIM card on a cell phone. The application changes the current mobile operator by rewriting a secure identifier on the SIM card.
The switching process is managed remotely by a web service where a user can change a mobile operator through web interface.
Byndyusoft found two solutions for this challenge:
- Create a special mobile phone that can rewrite information on a SIM card
- Use a JavaCard for switching a secure identifier inside its own card by a Java Applet.
We bought and tested hardware and software for low-level SIM card programming. Both of these solutions were implemented and demonstrated in a real life environment.
A user can choose a mobile operator remotely, buy a new mobile service, and change the current mobile operator to a selected one via a web service or a mobile application.
An application for a SIM card and a web service were implemented and tested successfully.
A car service company and a bus service company are using SIM cards to navigate and connect to the Internet. As an owner you can link a geographical location to the cheapest mobile operator in a particular location. The web service will automatically switch a mobile operator depending on the location of the car or bus.
to rewrite a mobile operator on one SIM card
One SIM card
needed for as many operators as you want
Only one minute
for switching between mobile services
From my experience, I can say that a good many times I tried to give a full statement of work to the contractors, but in the course of work it always turned out that something important was left behind.
During the cooperation with Byndyusoft, instead of long negotiations on SOW, we executed projects according to Agile with regular releases not less than once a week.
Sergey Mikhaylov, CTO at Neiron SIM, Moscow
Collecting Public Procurement Data with the help of Microservices


MAPI over HTTP provides the ability for Messaging API (MAPI) clients and servers to communicate across a HTTP connection without using remote procedure calls (RPCs)
The Problems with RPC
Although RPC delivers significant advantages to application developers, it’s an old mechanism that was originally designed to work across LANs rather than across the Internet.
This is our case
Outlook 2013 or outlook 2010
Outlook Anywhere: users connect to Microsoft Outlook with Outlook Anywhere. Formerly known as RPC over HTTP
New transition is: MAPI over HTTP
Two modes of communication that Outlook 2013 SP1 can use with Exchange 2013 SP1
On the left, you have the older RPC-style connections
On the right, you can see how MAPI over HTTP replaces the dependency on RPC by directing the remote operations executed by Outlook across HTTP connections. This is different than RPC over HTTP because the RPCs used to carry MAPI instructions (wrapped in TCP/IP or HTTP packets) are no longer used. Instead, the MAPI instructions are sent directly over an HTTP link, which is what most Internet applications use to convey their data.
Note: MAPI over HTTP isn’t enabled by default. You have to enable it by updating the organization configuration to let mailbox servers know that it’s OK to tell Outlook clients that MAPI over HTTP is available.
We are using RPC over Http
To enable mapi
This is using RPC
This is using Mapi
Note MAPI/HTTP connections are designated in the Protocol column using the string HTTP.
How does MAPI/HTTP work?
Let’s walk through the scenario of an Outlook 2013 SP1 client connecting to Exchange Server 2013 SP1 after MAPI/HTTP has been enabled.
The Outlook client begins with an Autodiscover POST request. In this request Outlook includes a new attribute that advertises the client is MAPI/HTTP capable with the attribute X-MapiHTTPCapability = 1.
The Exchange server sees the request is coming from a MAPI/HTTP capable client and responds with the MAPI/HTTP information including the settings on how to connect to the mailbox using MAPI/HTTP. This assumes the MAPI/HTTP has been configured and enabled on the server.
The Outlook client detects the new connection path and prompts the user to restart Outlook to switch to use the new connection. While the restart is pending Outlook will continue using Outlook Anywhere. We recommend you deploy the latest Office client updates to provide the best user experience. The updates remove the prompt and clients are allowed to make the transition at the next unprompted restart of Outlook.
After the restart, Outlook now uses MAPI/HTTP to communicate with Exchange.


DENSO, part of the Toyota Group and inventor of the QR Code, has launched the new SP1 RFID Scanner. “RFID allows an enormous increase in efficiency in data collection. With our new SP1, the RFID feature can now be added to almost any smart device. This allows companies to avoid having to completely replace their equipment. However, they can still include RFID technology into their processes,” explains Kaber Kolioutsis, Marketing Communication Specialist at the DENSO Auto-ID Business Unit.
To connect the devices to each other, a QR Code, which is printed on the SP1, is read with an available smart device. They are then paired via Bluetooth. Even if the Bluetooth connection is interrupted temporarily during a scanning process, no data gets lost as the SP1 stores all scanned data internally. That way, it is able to resynchronize with the application program, even if there was an interruption. It can resend the unsent data or even all information. Therefore, no new scans are required. Another advantage is that the SP1 is almost self-explanatory. Users do not lose precious time for getting used to the functionality.
In addition, the SP1 can read up to 700 RFID tags per second – a decisive advantage especially during inventories. While other devices are able to achieve similar reading speeds, their major weakness is that they overheat and thus slow down after a short period of time. “This issue does not occur with our SP1 sled. As we want to meet the high standards of our customers, we designed it to ensure continuous high-speed operation,” says Kolioutsis.


Kingdom Business High Speed Internet Plans
Kingdom High Speed Internet is available exclusively to Kingdom Telephone Company customers and allows high speed access over existing phone lines. Please note that Kingdom 600 and Kingdom 1 Gbps are only available to those located in our fiber exchanges. Filters are required on every phone sharing a copper line with Kingdom High Speed Internet. This includes phones, fax machine, answering machine, satellite receiver, etc. Three filters are included in the activation fee. Additional filters are available for $3.95 each. If you are a business with fewer than ten employees per shift, then choose from one of the plans below. If your company is larger than ten employees per shift, then please call for further pricing information and plan selection.


There’s no room for error in erecting high-voltage transmission line. A high-voltage transmission line must work flawlessly in all weathers. By bringing standardized processes and tools P3® ensures that all are driving in the same direction and improves project execution. In addition to P3® standard set of tools, agile EVM is another major tool to boost performance involved implementing more robust project schedule reporting processes which is very helpful in complex technical projects like transmission line construction.
P3® helps measuring the complete progress on all of project’s Work Packages (WPs) or tasks scheduled to be completed within a shorter span of time. In case of large complex technical projects, few hundreds of these tasks each week are difficult to monitor with using and effective tool such as P3®’s Work Package Monitoring feature.
P3® fully supports the Transmission Line Construction industry functions that builds a variety of different infrastructure assets, including transmission and distribution lines. The industry also constructs telecommunications assets, including fibre optic cables and communications towers, as well as power plants, though hydroelectric stations are not included.
This includes but not limited to:
• Constructing renewable energy facilities
• Constructing cellular phone towers
• Constructing communication towers
• Constructing electric power transmission lines and towers
• Constructing electric power generation facilities (except hydroelectric facilities)
• Constructing fibre-optic cable networks
• Laying underground cable
Copyright © 2022 Cyberstate | All rights reserved.


Dec 29, 2019, 8:34 AM
Post #1 of 1
For sale is a used B&G 70001 Ultra Sonic Speed Sensor which was manufactured by Airmar as the CS4500. It was recently removed from my sailboat and was working perfectly. The boat has only been in freshwater. It originally was purchased to work with a B&G Network system but more recently was connected to a B&G H5000 CPU. Cable on sensor measures 43' long. It fits into an Airmar P17/B17 thru-hull fitting. The sensor connects to the included interface box. A second new and unused, interface box is also included. DC power (two conductor wire) and an output cable (three conductor wire with screed) would then connect to a speed display input of your instrument system. Neither of these cables are included. The speed readings are very sensitive and even a little off-putting as small speeds are displayed when the boat is at the dock from small particle movements in the water under the boat. Only PayPal payments are accepted. Free shipping only applies to continental USA deliveries.
B&G 70001/Airmar CS4500 Ultra Sonic Speed Sensor
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Contact John Notch, JNotch@comcast.net


Transport for NSW seeks Proposals for the supply of a Public Transport Message Services Broker. The Proposal is to include any necessary software, implementation services and ongoing level-3 support. Transport for NSW is seeking submissions from suitably qualified Proponents to establish a Public Transport Messaging Service Broker that is used by all Transport for NSW entities (both public sector agencies and private operators) that need to exchange information about either the planned or actual status of the public transport network. Data is not directly exchanged outside of Transport for NSW, however, it is used to derive information published to transport users including via the Transport for NSW Open Data Hub. The Scope of Work will include the supply of any message broker software along with translation or filtering capabilities, the implementation within Transport for NSW’s environment and ongoing level-3 support for Transport for NSW’s Public Transport Messaging Services Broker.


The Bell router error 2000 takes place when the device cannot connect with the master server of Bell. According to the user reports, mostly, they cannot log in to the router. In addition to that, sometimes, the router management page also fails to open. It seems that you are facing the same issue and want to get the solutions as soon as possible.
Before getting along with the solutions, you must check whether there is any wear and tear with the Ethernet cable or not. In addition to that, make sure that the Ethernet female port of your laptop or desktop computer is working correctly. Thus, fix any loose connections and carefully diagnose the port.
Effective Methods to Resolve Bell Router Error 2000
You don’t need any core technical knowledge to perform the methods. Just going through them carefully and implementing them will do the job.
Method 1: Investigate the Network Connection
The massive loss of data packets can lead to the Bell router error 2000 code. With the help of the Command Prompt, check the ping time. If the timing is more than 1 microsecond, then report the issue to the ISP. Other than that, you can create a direct connection and investigate the network connection.
Method 2: Reboot the Router
If you cannot log in to the router, you will never be able to make the necessary changes. In some cases, the internet connection might get hampered. Thus, the Bell router error 2000 code takes place. The process of restarting the router might fix the issue. Remove the Ethernet cable and the power cord from the device. Keep the device idle for a few minutes. Once again, re-attach both the cables and wait for the router to enter the “ready” state. Now, open the router management page and try to log in with a valid ID and password.
Method 3: Verify the ID and Passphrase
Wrong login credentials will eventually lead to the Bell router error 2000. And, for this reason, the application interface of the network device is unable to communicate with the main server. So, you need to check whether you have entered the correct ID and passphrase/password or not. In case you have forgotten, check the user manual of the router for further information.
Method 4: Get the New Firmware Version
The outdated firmware can be one of the possible reasons for Bell router error 2000 code. So, the solution is easy. Navigate to the Bell support page and download the latest firmware. Close the current tab and open the router management page on the new tab. Log in and open the General section and upload the package file. Restart the router so that the latest firmware can get installed.
Method 5: Make Changes in the WiFi Settings
There is only one change you can make when facing Bell router error 2000 code. Navigate to the WiFi settings and select the Primary tab. Now, check which band is selected. There are generally two bands of the network in the Bell router. 2.4 and 5 GHz. as per the network connection you use, the router automatically initialises the band. Let’s say the currently selected band is 2.4 GHz. So, you need to change it to 5 GHz. Hopefully, the error code will not take place again.
Method 6: Reset the Bell Router
If the above procedures don’t work, then there is one last method that you can follow. Unfortunately, there isn’t a 100% guarantee that resetting the device will help you eliminate the Bell router error 2000. But, if you don’t try this one last method, then you cannot get over the issue either. Disconnect the Ethernet cable. Grab a pen and find the Reset button. Press and hold it for 10 seconds. All the LED notification lights will flash. Re-configure the device with all the credentials.
What about the Manufacturing Defects?
The manufacturing organisation’s improper installation of the router application can lead to defective devices. Well, you cannot fix them all by yourself. So, you need to get help from authorised professionals. Grab the device and its accessories and rush to the nearest service center. Hopefully, the device is within the warranty period.
Prevent Bell Router Error 2000 Code in the Future
It seems that you have finally resolved the issue. This doesn’t mean that it will never recur. Try to update the firmware from time to time. Lastly, always select a single browser to open the router management page.


recent times, technology has kept on advancing to
unprojected levels all-round the globe. Over the past
few years, innovations associated with technological
advancements reveal the role of technology in solving
social problems and improving different people's lives.
Fibersense technology is a supreme contributor to
the overall improvement of technology in fiber optics
Is Fibersense Technology?
is a technological innovation that uses machine learning,
integrated photonics, optical fiber sensing, and optical
fiber telecom networks.
The technology identifies events within the surroundings
by using real-time data. The FiberSense system later
collects this data. It is chief to note that the data
collected is high-resolution data based on details
such as traffic. The system does not record any sensitive
information, such as the voices and faces of individuals.
Linked With Fibersense Technology
uses a technology known as VIDAR (Vibration Detection
and Ranging). The technology is among the sensor systems
used for labeling, visualizing, and recording objects
and events in real-time. This technology is different
from any other pre-existing technology. How is it
Detection and Ranging utilizes fiber options, capturing
and analyzing vibrations on more extensive geographical
in Australia is much more capable of isolating
objects and events from a noisy and highly cluttered
acoustic background. The highly advanced photonics
and machine learning algorithms interpret the sensing
data into insights.
technology has improved people's lives and interactions.
With its unique capability, the technology is used
in the following ways;
of Disasters: FiberSense in Australia uses Vibration
Detection and ranging technology to detect earthquakes
over large grids. The technology can be helpful to
people living within earthquake-prone areas. It can
be beneficial as these people can detect tremors in
real-time, protecting themselves from the effects
safety on roads: The FiberSense technology, VIDAR,
allows you to search for any items in your surroundings.
The technology is similar to index Google as it also
allows you to search for real-time information on
the internet. Using FiberSense technology will enable
you to access all the real-time information on your
driver can access all road maps and use this technology
to get information on traffic flow. It allows you
to check the traffic on different roads, any activity
along the road, and oncoming traffic. The technology
is significant in reducing collisions and also timing
errors while crossing a busy street.
interaction in public spaces: Events happening in
public areas are unpredictable, while at times very
dangerous. However, the technologies behind FiberSense
technology facilitate the interaction of different
people with public spaces. It has vastly reduced troublesome
experiences, making people's experiences in the outside
is applied in other situations. Among them is accurate
detection of water leaks and bursts or unauthorized
digging near gas pipes. In addition, it is involved
in mining, whereby it is used to protect underground
utilities from being accidentally hit during mining
in Australia is a technology with the sensing capability
you need to make your city safer and more efficient.
It provides real-time information to people about
events. The information provided is critical in reducing
the impacts of natural disasters on people.


We want to help you improve your farm’s indoor and outdoor cell phone signal.
And don’t forget, we are also here to help you purchase the perfect tractor for your farm when the time comes.
Let’s get started discussing how to improve your indoor and outdoor cell phone signal.
Cell Signal Challenge
There are multiple reasons that can cause you to get fewer “signal” bars, more dropped calls, and far lower data rates.
The following tips and strategies are not exclusive. Often you will have a combination of these challenges in your location.
Heavy Cellular Traffic
Substantial cellular traffic is common in rush hour periods. This is when people are texting, making calls home, or downloading videos.
These signals are all getting space on the same tower, and if you are already connected to a network, the chances are that you will remain connected.
However, when the current cell tower hands-off to the next cell tower, you might lose your connection.
The farther you are from a cell tower, the weaker the signal.
When your cell phone is communicating with a cell tower --- the tower will tell it, via the downlink frequency, what frequency, and power setting to use.
If your cell phone can’t hear the cell tower's instructions, it will drop your call.
Similarly, if the cell tower can’t hear that your cell phone has confirmed its instructions, via the uplink frequency, it will drop your call.
Always keep your battery optimally charged.
Your cell phone needs to adjust its output power to meet the instructions made on it from the cell tower.
The greater the output power demand --- the more battery power required.
If your battery can’t meet the demand, then the call will be dropped.
Building materials like drywall, wood, concrete, metal, and low-e glass can reduce the signal strength. This makes it weaker inside a home or office.
New buildings are often designed and built using strategies aimed at achieving high performance in key areas of human and environmental health. This includes location and transportation, sustainable site development, water savings, energy efficiency, materials selection, and indoor environmental quality.
Often these “green” strategies cause the building to be signal proof. This will have a negative effect on your cell signal.
Weather events, particularly electric storms, will negatively impact your cell phone signal.
Also --- weather events happening on the sun, such as a solar storm, will also impact your cell phone signal.
Even a cell phone booster, which we will discuss shortly, can do little to offset the effect of poor weather. Sometimes it simply depends on the signal sensitivity of the cell phone booster to be able to “see through” the electrical noise generated by weather events.
Cell phone signals are affected by your local terrain.
Trees, mountains, valleys, man-made obstacles, and buildings will all affect the strength of a cell phone signal.
A well-designed booster installation will minimize the effect of natural and manmade obstacles.
This must be done with a site survey, to fully assess the local situation, potential installation issues, as well as a “Path Profile Analysis.”
A Path Profile Analysis is a highly specialized and well-defined process for calculating signal loss along a proposed signal path, between the cell tower, and your location.
Then they design a solution that will minimize the effect of the obstacle(s).
Property Site Survey
NOTE: Path Profile Analysis and Site Surveys will not be offered to you if you buy the lower priced boosters.
Higher priced products will offer both a site survey and a path profile analysis.
This will tell you what will work for your situation.
Signal boosters work for a range of building types/sizes, small to large homes, offices, apartments, and commercial buildings.
Regardless of the type of booster, the specific components of a cell phone booster include a few components.
Outside Cellular Antenna
Often called a Donor antenna or Pickup antenna --- this antenna is installed outside your building, perhaps on a wall, roof, post, or other high spot.
It points in the direction of the strongest cell phone signal and passes that signal down a cable into the signal booster inside the building.
The signal booster receives the signal from the Donor antenna and amplifies the signal before sending the amplified signal to the indoor antenna(s).
These are referred to as Area Fill antennas.
They are installed inside the building and are strategically placed to optimize coverage throughout the building.
Typically the average indoor installation will require multiple indoor antennas --- and depending on the type of booster you have bought, will likely require multiple boosters.
The cable type is just as important as the booster.
Poor quality cables can dramatically reduce the strength of a good signal. Also, the length of the cable will dramatically reduce the strength of the signal.
To reduce the impact of long cable runs, it may be prudent, and more aesthetically pleasing, to use fiber optic cable.
Professional installers will require specialized tools, not normally available in the standard home tool kit.


RFID is the technology to identify multiple items with the assistance of radio waves and NFC is the division within this branch of technology. These wireless communication technologies are utilized on a variety of applications like access control, asset tracking and contactless payments.
Radio Frequency Identification (RFID) Technology
RFID works with an unpowered tag and a powered reader. These tags can easily work within the distances of up to 100 meters. This technology is used to track goods in warehouses, livestock tracking, event management, etc. This technology utilizes radio frequencies to work within a set parameter.
Near Field Communication (NFC)
NFC works at 13.56 MHz. This is an extension of High Frequency (HF) RFID standards. Near Field Communication relies on physical properties like one way communication and the capability to communicate.
But, NFC has some limitations:
1. This technology is able to offer two way communications and can be utilized for more complicated interactions like card emulation, peer-to-peer (P2P) sharing, etc.
2. This technology is restricted to communication at proximity, usually 5cm or even less than that.
3. Only one tag can get scanned at one time. This is one of the biggest limitations of Near Field Communication. NFC was primarily created to allow safe mobile payments. Perhaps this is the reason this technology is limited to single and nearby interactions.
Nowadays NFC and RFID technologies are used in multiple business tasks. Their popularity is skyrocketing in the market. Many companies are offering NFC and RFID solutions at affordable rates.