Brand Name : CHNSpec
Model Number : CS-580
Certification : CE
Place of Origin : China
MOQ : 1 set
Price : US$2775/set
Payment Terms : Western Union, MoneyGram, T/T, L/C
Supply Ability : 150 sets per month
Delivery Time : 2 days
Packaging Details : Portable Color Spectrophotometer Packing Material Inner Box: canvas bag Outer Box: Carton box
Illumination Light Source : CLEDs
Wavelength Interval : 10nm
Reflectivity Range : 0-200%
Reflectivity Resolution : 0.01%
Measurement Time Interval : 2s
Interface : USB
Data Storage : 20000 test results
Measurement Time : 1s
Sensor : Dual Light Path Sensor Array
Half Spectral Width : 5nm
Liquid coffee spectrophotometer for electrical wiring
1.Brief Introduction of Color Spectrophotometer CS-580
Our spectrophotometers adopt high technology from overseas. It tests based on the condition of D/8 that is internationally used. Our device is widely used for color testing for any industry especially for painting,textile, plastic cement, food, building material and other products’ color quality control. It could connect with color matching software.
2.Advantages of our Color Spectrophotometer CS-580
1).Obtained Metrology Accreditation Certificate in China
2).Large data storage space
3).Large TFT display screen
4).Modern and fashionable design based on human engineering
5).Easy to operate and compact operation interface
6).Pre-locating panel design for easy instrument calibration
7).Uses LED light source; high capacity rechargeable lithium-ion battery
8).Can measure both SCI(specular included)and SCE(specular excluded) at the same time
9).Includes PC software to manage data
10).Can connect to micro-printers for printing
3.Application of Color Spectrophotometer CS-580
l It can be applied to laboratories, factories and others field that need color testing;
l Allows medium and small companies to obtain high performance color management system;
The following are application of our Spectrophotometers.
4.More Pictures of our Color Spectrophotometer CS-580
5.Specifications of our Color Spectrophotometer CS-580
|Measure Conditions||d/8(Diffused lighting, observe angle:8 degrees) |
SCS optical engine(light splitting and integration system),ETC(every test calibration), SCI(specular reflection included)/SCE(specular reflection excluded),simultaneous measurement(conform to CIE No.15,ISO 7724/1,ASTM E1164,DIN 5033 Teil7, JIS Z8722 Condition c standards)
|Size of Integrating Sphere||Φ40mm,Alvan diffused reflection surface coating|
|Illumination Light source||CLEDs(entire wavelength balanced LED light source)|
|Sensor||Double Optical Array Sensor|
|Measure Range / resolution factor||0-200% , 0.0001|
|Measurement Light Source||A,C,D50,D55,D65,D75,F1,F2,F3,F4,F5,F6,F7,F8,F9,F10,F11,F12,CWF,U30,DLF,NBF,TL83,TL84|
|Data being displayed||SPD distribution/data, sample color values, color difference values/graph, pass/fail results, color error tendency, color simulation, display measurement area, history data color simulation, manual input standard sample, generate testing report|
|Measurement time interval||2 seconds|
|Color space||CIE-L*a*b, L*C*h, L*u*v, XYZ, Yxy, Reflectance|
|Color difference formulas||ΔE*ab, ΔE*CH, ΔE*uv, ΔE*cmc(2:1), ΔE*cmc(1:1),ΔE*94,ΔE*00|
|Other colorimetric indices|| |
WI(ASTM E313-10,ASTM E313-73,CIE/ISO, AATCC, Hunter, Taube Berger, Ganz, Stensby),
YI(ASTM D1925,ASTM E313-00,ASTM E313-73),
Metamerism index Milm, Stick color fastness, Color fastness
|Repeatability||light splitting reflectivity : standard deviation within 0.08%|
|color values: ΔE*ab<=0.03(After calibration, standard deviation of 30 measurements on test white board, 5 second intervals),Maximum:0.05|
|Data storage||20000 test results|
|Inter-instrument agreement||ΔE*ab within 0.2(BCRA color charts II, average of the 12 charts)|
|Weight||about 550g(does not include battery's weight)|
|Display||True color screen that includes all colors|
|Work temperature range||0~45℃, relative humidity 80% or below( at 35°C ),no condensation|
|Standard accessories||DC adapter, Lithium battery, operate manual, color management software, drive software, electronic operate manual, color management guide, USB cable, black/white calibration box, protective cover, spire lamella, portable bag, electronic color charts|
|Optional accessories||powder molding device, micro printer, measurement and test report|
|Color matching system||not match|
|UV light source||Without|
6.Certification we get for our Color Spectrophotometer
7.Color Spectrophotometer Longest Guarantee Time
a. Three Years Guarantee Time.
b. If testing data is not correct, we can do refund.
c. We will provide testing report for every device to assure the authority of the data and it will save the calibration cost for 1 year.
Packing Material:Canvas bag with carton box
Delivery time:3-20 days after payment received.
Our CHNSpec Technology., Ltd are specialized on manufacturing spectrophotometers, colorimeters and gloss meters. Our products have gotten 10 Invention Patents including 1 American Invention Patent, 8 Utility Model Patents, 4 Appearance Patents and 3 Software Copyrights till now. If any need or questions about our products, please do not hesitate to contact me. You are warmly welcome to visit and purchase from us.
Contact Name:Ms. Ivy Zhang
Cell Phone:+86 18768499725
What’s app/We chat:+86 15137145403
Q: Are you trading company or manufacturer?
A: We are factory located in Hangzhou city. Welcome to come to visit and purchase from us.
A: Generally it is 1-3 working days if the goods are in stock.If not, we will need 3-15 working days to prepare the products.
A: Yes, and customer need to pay for the freight.
A: Payment is 100% T/T in advance.
A:Our MOQ is 1 set. If you order more than 5 sets, we will give quantity discount.
Liquid coffee spectrophotometer for electrical wiring Images


Global Wearable Sensors Market to Expand at 42% CAGR during 2011-2021
Wearable Sensors Market, by Type (Image Sensors, Motion Sensors), by Application (Smart Wristwear, Smart Glasses), by End Users – Global Forecast 2016 to 2021
PUNE, MAHARASHTRA, INDIA, August 23, 2016 /EINPresswire.com/ — Study Objectives of Wearable Sensors
•To provide detailed analysis of the market structure along with forecast for the next 10 years of the various segments and sub-segments of the globalWearable Sensors market
•To provide insights about factors affecting the market growth
•To Analyze the Wearable Sensors market based on various factors- price analysis, supply chain analysis, porters five force analysis etc.
•To provide historical and forecast revenue of the market segments and sub-segments with respect to four main geographies and their countries- North America, Europe, Asia, and Rest of the World (ROW)
•To provide country level analysis of the market with respect to the current market size and future prospective
•To provide country level analysis of the market for segment by Type, Applications, End Users and its sub-segments.
•To provide strategic profiling of key players in the market, comprehensively analyzing their core competencies, and drawing a competitive landscape for the market.
Wearable sensors market is expected to witness rapid development and mainstream acceptance in smart textiles. Smart textiles have sensors embedded in fabric, and sports industry is the earliest adopter of e-textiles. With increasing population and awareness towards health, people have started adopting wearable sensors for physiological monitoring, remote patient monitoring and personal healthcare facilities.
The market for global wearable sensors is expected to reach up to $XX million by the end of the forecasted period and is expected to grow at a CAGR of ~40-42%.
The major factors contributing to the market growth are; Rise in Wearable Sensors for Infants, Rise in Home and Remote Patient Monitoring, Rapid Innovations in Sensor Technology, Impact Analysis of Drivers on Market Forecast.
•Global wearable sensors market is driven by the rise in home and remote patient monitoring, and technical advancement such as integration of sensors and sensors innovations towards miniaturization.
•Wearable sensors market is expected to witness significant growth in smart glasses application during the forecast period, influenced largely by the launch of Apple Smart Watch in 2015.
•Asia-Pacific is expected to dominate wearable sensors market surpassing the revenues of North America during the forecast period.
Regional Analysis of Wearable Sensors
North America dominated the Global Wearable Sensors market with the largest market share, accounting for $XX million and is expected to grow over $XX billion by 2027. Asia-Pacific is expected to surpass North America in 2015 to become the largest market for Wearable Sensors and expected to grow at CAGR of XX% from $ XX million in 2016 to $XX million by 2027. The European market for Wearable Sensors is expected to grow at XX% GAGR (2016-2027).
Taste the market data and market information presented through more than 50 market data tables and figures spread in 105 numbers of pages of the project report. Avail the in-depth table of content TOC & market synopsis on “Global Wearable Sensors Market Information- From 2011 To 2021”
Key Players of Wearable Sensors
The key players that are involved in Global Wearable Sensors market are InvenSense, Inc, NXP Semiconductors, Panasonic Corporation, Robert Bosch GmbH, STMicroelectronics, Texas Instruments Incorporated, KIONIX, INC. (ROHM Co., Ltd.), Measurement Specialties, Inc, Analog Devices, Inc, ZOLL Medical Corporation, Freescale Semiconductor, Inc and Infineon Technologies AG.
2.2 SCOPE OF THE STUDY
2.3 MARKET STRUCTURE
2.4. MARKET SEGMENTATION
3. RESEARCH METHODOLOGY
3.1 RESEARCH PROCESS
3.2 PRIMARY RESEARCH
3.3 SECONDARY RESEARCH
3.4 MARKET SIZE ESTIMATION
3.5 FORECAST MODEL
4. MARKET DYNAMICS
4.4 MACROECONOMIC INDICATORS
5. MARKET FACTOR ANALYSIS
5.1 VALUE CHAIN ANALYSIS
5.2 PORTERS FIVE FORCES
6. GLOBAL Wearable Sensors: BY Types
6.2 HISTORIC MARKET GROWTH
6.3 MARKET SIZE ( SUB SEGMENTS)
6.3.1 Motion Sensors
7. GLOBAL Wearable Sensors: BY Application
7.2 HISTORIC MARKET GROWTH
7.3 MARKET SIZE ( SUB SEGMENTS)
8. GLOBAL Wearable Sensors: BY End Users
8.2 HISTORIC MARKET GROWTH
8.3 MARKET SIZE ( SUB SEGMENTS)
9.Laboratory Information Systems, bY Region
9.2 NORTH AMERICA
9.6 LATIN AMERICA, MIDDLE EAST & AFRICA
10. COMPANY PROFILE
10.1 InvenSense, Inc
10.2 NXP Semiconductors
10.3 Panasonic Corporation
10.4 Robert Bosch GmbH
Reasons to Purchase this report:
From an insight perspective, this research report has focused on various levels of analyses—industry analysis (industry trends), market share analysis of top players, supply chain analysis, and company profiles, which together comprise and discuss the basic views on the competitive landscape, emerging and high-growth segments of the Wearable Sensors Market, high-growth regions, and market drivers, restraints, and opportunities.
Purchase a License Copy @ https://www.marketresearchfuture.com/checkout?currency=one_user-USD&report_id=955
Global Smartphone Display Market Research Report- Global Forecast 2022
Mobile phone display market has been growing significantly from the last decade but with the introduction of smartphone, this market has outburst all the previous figures and currently growing with the rapid speed. As the demand for the smartphones are increasing, the market for the displays is also increasing simultaneously. Samsung is leading in the supply of smartphone display around the world with the market share of XX%.Currently, Asia-Pacific is dominating the market of smart phone display market with the market share of XX% in the year 2015. High demand for smartphone from Asian countries such as China, India, Japan are some of the major factor which is driving the market of smartphone display market. North America stands as second biggest market for the smart phone display as the smartphone penetration rate in US is 68% and in Canada 67%.Know more about this report @https://www.marketresearchfuture.com/reports/global-smartphone-display-market-research-report-global-forecast-2022
About Market Research Future:
At Market Research Future (MRFR), we enable our customers to unravel the complexity of various industries through our Cooked Research Report (CRR), Half-Cooked Research Reports (HCRR), Raw Research Reports (3R), Continuous-Feed Research (CFR), and Market Research & Consulting Services.
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Whether it’s your PC, smartphone, external hard drive, or an audio breakout box, there’s a USB controller chip in every device that the USB connection to other devices.It turns out, according to SR Labs, that these controllers have firmware that can be reprogrammed to do a whole host of malicious things — and, perhaps most importantly, this reprogramming is almost impossible to detect.
Basically, every USB device under the sun has a class — a classification that defines the device’s function.
Some common classes are human-interface devices (HIDs; keyboards, mice), wireless controller (Bluetooth dongles), and mass storage (thumb drives, digital cameras).
On the host (your PC, your smartphone) there are class drivers that manage the functions of that particular class of devices.
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Security researchers have found a fundamental flaw that could affect billions of USB devices.
This flaw is so serious that, now that it has been revealed, you probably shouldn’t plug a USB device into your computer ever again.
There are no known effective defenses against this variety of USB attack, though in the future (months or years, not days) some limited defenses might be possible.
This vulnerability, which allows any USB device to take over your computer, mostly exists due to the USB Implementers Forum (the USB standards body) eschewing security in favor of maximizing the versatility, and thus the massively successful adoption, of USB.
The USB IF itself notes that your only defense against this new attack vector is to only use USB devices that you 100% trust — but even then, as we’ll outline below, this won’t always protect you.
This flaw, dubbed Bad USB by Security Research Labs in Berlin, leverages the fact that every USB device has a controller chip.


Altimeter -PRO With Pebble Edition
Released: Jun 02, 2015
Size: 5.7 MB
Seller: Tigran Mkhitaryan
© Tigran Mkhitaryan
Compatibility: Requires iOS 7.0 or later. Compatible with iPhone, iPad, and iPod touch. This app is optimized for iPhone 5, iPhone 6, and iPhone 6 Plus.
Modern Altimeter GPS+ app is for folks who care for hiking and biking in mountainous terrain. GPS is getting very accurate in terms of distance indication. The choice between unit system is perhaps an important thing, just for your convenience the app is being equipped with both of them (Imperial and Metric). Surprisingly strong barometer measures the weight of the air pressure above a given point and determines elevation of two points. Altimeter GPS + Maps offers three main map types: «map», «Satellite» and «Hybrid». You can easily switch between these maps and track your location changing trajectory, then you are able to fix the time/date and change the location name. Compass shows device’s real-time orientation to magnetic fields.
This app has a creative and user-friendly style design, simple and comprehensive functionalities. Features included
- Imperial and Metric unit settings.
- Altiude calibrate refresh button.
- GPS accuracy indicator.
- GPS distance accuracy indicator.
- Time elapsed.
- Average speed.
- Max speed.
- Speed tracking in mph or km/h based on MPH or KM/H mode.
- Distance tracking in miles or kilometers based on MPH or KM/H mode.
- Time tracking.
- Tracking location on map.
- Ability to turn tracking off/on.
- Longitude, latitude coordinates.
– Temperature information.
– High/Low Temperature.
– Ability to switch between Celsius and Fahrenheit.
- Satellite maps mode.
- Hybrid maps mode.
- Standard maps mode.
- Tracking location changes trajectory.
- Shows device real-time orientation to magnetic fields.
- Ability to switch between true and magnetic North.
- Location coordinates (longitude, latitude).
- Start, end points, coordinates link email sending
- Map screenshot email sending


Every year we each throw away three electrical items on average. You can recycle any small electrical items at the five main household recycling centres (HRCs) in Shropshire.
What type of electrical items will you accept?
We can recycle anything which needs electricity to operate - as a simple rule of thumb that's 'anything with a battery or a plug', including:
- electric shavers
- hair straighteners
- mobile phones
- electric tooth brushes
- computer game consoles
- power tools
- hair dryers
- coffee machines
What happens to the electrical items?
The electrical items get sent to EMR in Wolverhampton for recycling. They are hand sorted before being stripped down to remove any metals or other recyclable materials.
Why recycle electrical items?
Recycling electrical waste keeps it out of landfill. This is especially important with electricals because many items contain rare and precious metals. It also helps to reduce the need for more materials to be mined, thus reducing greenhouse gas emissions.


Not to be outdone by Intel’s recent 10th gen “Comet Lake” launch, AMD has finally confirmed the long-rumored refresh to their Zen 2 processors. Referred to as the “Matisse Refresh,” the 3600XT, 3800XT, and 3900XT will feature slightly increased boost clock speeds and are meant to be updates to the 3600X, 3800X, and 3900X, respectively.
The refreshed line, arriving on July 7, obviously won’t require new motherboards, as they will utilize the same existing chipsets and AM4 socket. AMD claims the refreshed CPUs will grant a 4% increase in single-threaded performance over the current line of Ryzen 3000 chips. The 3600XT and the 3900XT will feature a 100MHz increase in boost clock speed over their older counterparts, while the 3800XT’s boost clock speed will see a 200MHz increase.
Even though clock speed trumps core count when it comes to gaming performance, this modest increase in boost clock speed probably won’t make too much of a difference in most games. This is of course why Intel still has a place in the market, as their higher clock speeds often yield better gaming performance, especially at lower resolutions.
In terms of pricing, the 3600XT will be $249, the 3800XT will come in at $399, and the 3900XT will be priced at $499. The introduction of the 3000XT SKUs at these prices will perhaps burden consumers with a tougher choice to make. The 3600X, 3800X, and 3900X are all significantly cheaper at this point and don’t really offer much of a performance loss compared to their refreshed XT siblings.
AMD stated that they’re always aiming to bring “faster performance to market as soon as we possibly can,” and that they “jumped at the opportunity to provide more frequency and more performance to you in the AMD Ryzen 3000XT processor.” AMD also explained that these new CPUs are designed to “give you more performance and more choice.”
Despite rumors of a delay, AMD is still expected to announce their next-gen Zen 3 Ryzen 4000 chips later this year.


Nickel-based alloys find applications in various components such as RTD sensors, resistors, rheostats, voltage control relays, heating elements, potentiometers, and others. Engineers tailor their designs to leverage the unique properties exhibited by each specific alloy.
Nickel is widely chosen for wire applications due to its exceptional resistance to severe chemical corrosion, including oxidation in air and water. Nickel alloys also demonstrate remarkable resilience against acids and alkalis. Consequently, nickel wire is extensively utilized in products that incorporate electrical components or operate under high-temperature conditions (up to 2,600 °F). Moreover, nickel retains its magnetic properties as long as its temperature remains below 350 °F. Beyond this threshold, the wire loses its magnetic characteristics.
The distinctive traits of nickel alloys often surpass the usefulness of other metals like brass, copper, and beryllium, particularly when deployed in outdoor wire applications. Nickel wire exhibits exceptional corrosion resistance, even at extremely high levels. It withstands oxidation caused by air and water, as well as contact with acids and alkalis. The protective layer on the surface of nickel, known as passivation, shields the compound from chemical reactions. Nickel is considered a non-reactive metal that dissolves slowly in acids.
Another significant advantage of nickel wire is its resistance to melting. Unlike many other metal alloys, nickel possesses a high melting point, enabling it to endure temperatures up to 2,600 degrees Fahrenheit (1,203 Celsius). Additionally, nickel wire exhibits robust strength and durability, enabling it to withstand significant wear and tear. It also offers ease of stretching.
While nickel wire possesses strong magnetic properties, these characteristics are only present when the wire is not subjected to high temperatures. Once heated to approximately 350 degrees Fahrenheit, nickel wire loses its magnetic abilities.
For further information on nickel wire, please refer to this link.


The basic meter movement is, as the name implies, the part of a meter that moves. A meter movement converts electrical energy into mechanical energy. There are many different types of meter movements. The first one you will learn about is based upon a principle with which you are already familiar. That principle is the interaction of magnetic fields.
COMPASS AND CONDUCTING WIRE
You know that an electrical conductor in which current flows has a magnetic field generated around it. If a compass is placed close to the conductor, basic meter movements from the compass will react to that magnetic field (the figure below).
Compass and conductor with direct current.
If the battery is disconnected, the north end of the compass needle will point to magnetic north, as illustrated in the figure above view (A) by the broken-line compass needle pointing to the right. When the battery is connected, current flows through the circuit and the compass needle aligns itself with the magnetic field of the conductor, as indicated by the solid compass needle. The strength of the magnetic field created around the conductor is dependent upon the amount of current.
In figure view(A), the resistance in the circuit is 6 ohms. With the 6-volt battery shown, current in the circuit is 1 ampere. In the figure view(B), the resistance has been changed to 12 ohms. With the 6-volt battery shown, current in the circuit is 1/2 or .5 ampere. The magnetic field around the conductor in the figure view(B) is weaker than the magnetic field around the conductor in the figure view(A). The compass needle in the figure view(B) does not move as far from magnetic north.
If the direction of the current is reversed, the compass needle will move in the opposite direction because the polarity of the magnetic field has reversed.
In the figure view(C), the battery connections are reversed and the compass needle now moves in the opposite direction.
You can construct a crude meter to measure current by using a compass and a piece of paper. By using resistors of known values, and marking the paper to indicate a numerical value, as in the figure below, you have a device that measures current.
A simple meter from a compass.
This is, in fact, the way the first GALVANOMETERS were developed. A galvanometer is an instrument that measures small amounts of current and is based on the electromagnetic principle. A galvanometer can also use the principles of electrodynamics, which will be covered later in this topic.
Basic meter movements in the meter in the figure above is not very practical for electrical measurement. The amount the compass needle swings depends upon the closeness of the compass to the conductor carrying the current, the direction of the conductor in relation to magnetic north, and the influence of other magnetic fields. In addition, very small amounts of current will not overcome the magnetic field of the Earth and the needle will not move.


USB A to USB C Cable
- A versatile charging cable for any device with a USB-C port, including the latest models from Samsung and Pixel. It's also compatible with other devices with a USB-C port.
- High-quality nylon braiding and aluminium-cased heads offer durability for long-lasting performance.
- Includes a hook and loop cable fastener so your cable stays organised and easy to find.
This cable is compatible with all mobile devices with a USB-C port, including the latest Samsung and Pixel phones.
CE, EMC, UKCA, CTICK, ISED, FCC
Length of cable: 1.5m or 3m
Cable thickness: 4mm
USB-A to USB-C cable 1.5m: 32g
USB-A to USB-C cable 3m: 64g
Head: TPE and aluminium casing
Outer braid: Nylon
Cable wrap: Nylon and polyester yarn
What power does this charging cable supply?
The USB-A to USB-C cable offers a power capability of 15W, or up to 18W with Quick Charge-enabled devices.
Does this cable come with an adaptor plug?
No, this cable does not include an adaptor plug, but compatible adaptor plugs are available to purchase separately from our site.
Can these cables be used to sync your device?
Yes, our cables are designed to seamlessly integrate data transfer and device syncing capabilities, in addition to reliable charging, making them the ideal choice for all your charging and data transfer needs.


The dearth of messages doesn’t signify a thing. It is simple to intercept text messages having this kind of cell spying software. Sending text messages throughout the cell phone is a straightforward and practical means to get in contact.
Having the right hardware or applications, others now have the ability to be monitored through their cellphones without a knowledge which their steps are being observed. After you do so, here is what you should do to track a mobile phone. Despite the fact that you simply use a mobile phone with both ways, you are unable to reach the exact same goal marketplace It’s even more affordable than using a mobile phone. Thus, you’d like to understand just how to spy on a mobile phone. The purpose is, there are loads of reasons why you may want to spy on someone’s mobile phone.
To use a mobile phone spying program that you simply’ll have to install it to the phone you’d like to track. Mobile phone is getting a vital component for virtually everyone, every single individual has a cell phone of distinct companies. Mobile phones are well established as a member of the daily life of youngsters. You might see that your cellular phone alter its characteristics for many spying programs possess the abilities to realize that.
Typically, it might be OK if you’ve the telephone Mobile phones do let you keep in contact with your closest and dearest, but you could also tell the biggest lies about your present place when using these phones. Applying a typical cell phone is definitely the most cost-effective means to venture into SMS advertisements.
If you guess that you just’re being targeted by somebody, then you definitely ought to be equipped with signals of telephone tapping. Installing the computer software is really clear-cut and parents do not need to touch the phone again so as to track their children. It might need to be a shrewd phone, and one which it’s possible to put the software into.
You are able to pick which phone you’d like to record from. The cellular phone permits the user to earn phone calls conveniently. Should you not own a shrewd phone, it’s not going to get the job done for you.
Spy on sms – guestspy.com
Why Almost Everything You’ve Learned About Spy on Sms- Guestspy.com Is Wrong
If you’re using this kind of applications merely to spy on someone with no true reason behind doing so, I feel this crosses a line. The computer software is not hard to use and doesn’t demand any special expertise to work. It is going to be monitoring everything they do and you’ll manage to see this all from a special website you will be given a username and password to. There are many kinds of cell phone tracking software that is available to download online.
Take some time to really read through the software you’re checking at and ensure that it does what you would like it to. The computer software makes it impossible. Because it’s not detectable, it allows for inconspicuous surveillance of phone use. You’re able to install the applications by abiding by the instructions that are furnished upon purchase. There are two kinds of spy application. Telephone spy computer software, since the name explains, is computer software which could be set up discretely on a telephone and after that without the operator’s knowledge, the computer software sits in the backend and tracks every single telephone activity which goes on.


Petrobyte’s Artificial Intelligence and Machine Learning algorithms enables the creation of highly customized solutions for unique clients. Coupled with enhanced computing power and the availability of big data, we can customize innovative solutions for your oilfields’ specific requirements.
Computer vision technology has introduced new image-based functionalities and transformed the way we utilize visual content. Petrobyte’s solutions extracts and processes high-def videos to produce information in real time, and enables our clients to enhance their processes.
Ask Us How We Can Enable Your IR4.0 Strategies
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Mobile: +6016 – 226 0100
Tel: +603 – 4141 5000


The AIT Austrian Institute of Technology is Austria’s largest research and technology organisation. Among the European research institutes, AIT is a specialist in the key infrastructure issues of the future. AIT’s Digital Insight Lab (DIL) provides data science consulting and solutions for making informed decisions based on large, heterogeneous, and real-time data under strict conditions of IT security and data protection. The DIL is a multidisciplinary group of experienced scientists and engineers with diverse backgrounds - from data analytics, applied mathematics and statistics, to information security, and the humanities.
The Security and Privacy Lab has been established with the appointment of professor Rainer Böhme at the University of Innsbruck in March 2015. The lab is known for its interdisciplinary approach to solving exigent problems in information security and privacy, with specific emphasis on: digital forensics, steganography and steganalysis, economics of information security, virtual currencies and cryptographic financial instruments, privacy-enhancing technologies (PET), economic and behavioral aspects of information security and privacy, cybercrime.
XYLEM Technologies is an internationally operating software company located in Vienna, Austria. Since 2009 Xylem Technologies develops innovative and high-quality software solutions aiming to improve cost- and energy efficiency. The company cultivates close contact to international research facilities and operates as a pioneer with its unique software products.
Vienna Centre for Societal Security (VICESSE) is a private non-profit research organization, financed through project funds of the European Commission as well as national funds. VICESSE operates at the interface between science, technology, law and policy. We do research and coordinate nationally and internationally funded projects.
Scientific research, primarily in the field of “fundamental rights in the digital age”, is the principal activity of the Research Institute (RI). The Digital Human Rights Center is a research center at the interface of technology, law and society that deals with questions regarding the protection of fundamental rights from a multi- and interdisciplinary perspective. This includes technical, legal and organisational aspects of data protection and data security as well as questions of technology assessment, cybercrime and network policy.
The Federal Ministry of the Interior of Austria is a federal government agency on cabinet-level, serving as the interior ministry of the Austrian Government.
The Federal Ministry of Finance is the cabinet-level ministry for finance of Austria.


The 1st Personal computer networks have been dedicated special-function programs for example SABRE (an airline reservation procedure) and AUTODIN I (a defense command-and-Manage procedure), each made and carried out within the late 1950s and early nineteen sixties. From the early nineteen sixties Personal computer companies experienced started to make use of semiconductor technological innovation in professional products and solutions, and each common batch-processing and time-sharing programs have been set up in many big, technologically advanced corporations. Time-sharing programs authorized a computer’s assets to get shared in quick succession with various buyers, biking in the queue of buyers so speedily that the computer appeared focused on Each individual person’s jobs despite the existence of many Some others accessing the procedure “at the same time.” This led on the notion of sharing Personal computer assets (known as host personal computers or just hosts) more than a complete community. Host-to-host interactions have been envisioned, as well as entry to specialised assets (for example supercomputers and mass storage programs) and interactive entry by distant buyers on the computational powers of your time-sharing programs Positioned elsewhere. These Strategies have been initial understood in ARPANET, which established the very first host-to-host community link on October 29, 1969. It absolutely was created with the Sophisticated Research Projects Agency (ARPA) of the U.S. Department of Protection. ARPANET was one of many initial typical-function Personal computer networks. It related time-sharing personal computers at authorities-supported research websites, principally universities in The us, and it before long turned a crucial piece of infrastructure for the computer science research Local community in The us. Resources and applications—such as the uncomplicated mail transfer protocol (SMTP, generally known as e-mail), for sending quick messages, as well as file transfer protocol (FTP), for for a longer time transmissions—speedily emerged. To be able to accomplish Price-successful interactive communications in between personal computers, which typically communicate In a nutshell bursts of knowledge, ARPANET utilized The brand new technological innovation of packet switching. Packet switching can take big messages (or chunks of Personal computer info) and breaks them into lesser, workable pieces (often known as packets) which will vacation independently more than any available circuit on the focus on location, exactly where the pieces are reassembled. Therefore, compared with classic voice communications, packet switching doesn’t demand a solitary dedicated circuit in between Each individual pair of buyers. Business packet networks have been launched within the seventies, but these have been made principally to supply economical entry to distant personal computers by dedicated terminals. Briefly, they changed extensive-distance modem connections by a lot less-expensive “virtual” circuits more than packet networks. In The us, Telenet and Tymnet have been two these types of packet networks. Neither supported host-to-host communications; within the seventies this was still the province of the research networks, and it could continue being so for many years. DARPA (Protection Sophisticated Research Projects Agency; previously ARPA) supported initiatives for floor-dependent and satellite-dependent packet networks. The ground-dependent packet radio procedure provided cellular entry to computing assets, even though the packet satellite community related The us with many European countries and enabled connections with commonly dispersed and distant regions. With the introduction of packet radio, connecting a cellular terminal to a computer community turned feasible. Nevertheless, time-sharing programs have been then still far too big, unwieldy, and expensive to get cellular as well as to exist outside a local climate-controlled computing environment. A strong determination As a result existed to connect the packet radio community to ARPANET so that you can allow cellular buyers with uncomplicated terminals to entry some time-sharing programs for which that they had authorization. Similarly, the packet satellite community was employed by DARPA to hyperlink The us with satellite terminals serving the uk, Norway, Germany, and Italy. These terminals, nonetheless, needed to be linked to other networks in European countries so that you can reach the finish buyers. Therefore arose the need to hook up the packet satellite Web, plus the packet radio Web, with other networks. Foundation of the net The Internet resulted from the trouble to connect numerous research networks in The us and Europe. Very first, DARPA established a plan to analyze the interconnection of “heterogeneous networks.” This plan, known as Internetting, was determined by the newly launched strategy of open up architecture networking, in which networks with outlined conventional interfaces will be interconnected by “gateways.” A Doing work demonstration of the strategy was planned. To ensure that the strategy to operate, a new protocol needed to be made and designed; certainly, a procedure architecture was also needed. In 1974 Vinton Cerf, then at Stanford University in California, and this creator, then at DARPA, collaborated on a paper that initial described such a protocol and procedure architecture—namely, the transmission Manage protocol (TCP), which enabled differing types of equipment on networks all around the entire world to route and assemble info packets. TCP, which at first involved the net protocol (IP), a global addressing mechanism that authorized routers to obtain info packets to their final location, fashioned the TCP/IP conventional, which was adopted with the U.S. Department of Protection in 1980. From the early 1980s the “open up architecture” of the TCP/IP technique was adopted and endorsed by all kinds of other scientists and eventually by technologists and businessmen all over the world. From the 1980s other U.S. governmental bodies have been closely involved with networking, including the Countrywide Science Foundation (NSF), the Department of Energy, as well as Countrywide Aeronautics and House Administration (NASA). Although DARPA experienced played a seminal function in creating a tiny-scale version of the net among its scientists, NSF worked with DARPA to expand entry to the complete scientific and academic Local community and to make TCP/IP the conventional in all federally supported research networks. In 1985–86 NSF funded the very first five supercomputing centres—at Princeton University, the University of Pittsburgh, the University of California, San Diego, the University of Illinois, and Cornell University. In the 1980s NSF also funded the development and Procedure of the NSFNET, a nationwide “backbone” community to connect these centres. From the late 1980s the community was running at many bits for each next. NSF also funded numerous nonprofit neighborhood and regional networks to connect other buyers on the NSFNET. A couple of professional networks also commenced within the late 1980s; these have been before long joined by Some others, as well as Business World wide web Exchange (CIX) was fashioned to permit transit targeted traffic in between professional networks that normally wouldn’t are actually authorized to the NSFNET backbone. In 1995, after intensive evaluate of your situation, NSF resolved that assist of the NSFNET infrastructure was not needed, due to the fact many professional providers have been now prepared and in the position to satisfy the demands of the research Local community, and its assist was withdrawn. In the meantime, NSF experienced fostered a competitive selection of business World wide web backbones linked to one another as a result of so-known as community entry details (NAPs).


QPD1008L – Transistor
The QPD1008L is a 125 W (P3dB) wideband unmatched discrete GaN on SiC HEMT which operates from DC to 3.2 GHz and a 50V supply rail. The device is in an industry standard air cavity package and is ideally suited to military and civilian radar, land mobile and military radio communications, avionics, and test instrumentation. The device can support pulsed, CW, and linear operations.
Lead-free and ROHS compliant
Evaluation boards are available upon request.
• Frequency: DC to 3.2 GHz
• Output Power (P3dB) 1 : 162 W
• Linear Gain1 : 17.5 dB
• Typical PAE3dB1 : 72%
• Operating Voltage: 50 V
• Low thermal resistance package
• CW and Pulse capable
• Note 1: @ 2 GHz
• Civilian radar
• Land mobile and military radio communications
• Test instrumenation
• Wideband or narrowband amplifiers


Virtual reality is usually an impressive experience that enables users to check out a digital environment that imitates reality. This kind of technology works extremely well for many applications and industries, which includes entertainment, education, product development and even more.
There are a few different types of VR devices. They incorporate non-immersive, semi-immersive and totally immersive encounters.
Non-immersive solutions are the simplest to work with, and they provide an artificial world through a computer system or gaming console and display. They typically shortage specialized positional tracking apparatus to allow you move in a virtual environment, but they can still give a strong good sense of immersion through a stereoscopic 3D effect.
Semi-immersive systems are a little more advanced, providing a controlled environment that mimics the true environment through more in depth graphics plus the ability to control the digital world through interactive receptors. These devices can be used for the variety of objectives, but they are commonly intended for education and training.
Full-immersive VR provides the most reasonable experience, mainly because it simulates a digital environment that may be fully interactive and responds to https://vrvirtual.net/best-solutions-if-avast-not-opening the physical movements of your user. The most famous type of virtuelle realität system is the VR headset, which consists of a headset that may be worn by the user.
The virtual community is created by using a series of simulations that are viewed on the display screen and the user’s movements are tracked by using a number of gyroscopic, accelerometer and magnetometer sensors. These sensors can accurately observe the activities of the user’s eyes, brain and physique. The movements of the user’s eyes and head can be projected onto the screen through a contact lens, creating a stereoscopic 3D impact that replicates the a sense of depth.


As the pioneer and world leader in mobile satellite communications, Inmarsat has been powering global connectivity for nearly four decades.
We provide governments, commercial enterprises and humanitarian organisations with mission-critical voice and high-speed data communications on land, at sea and in the air.
We own and operate 13 satellites providing seamless global coverage from geostationary orbit, 35,786km (22,236 miles) above the Earth.Our satellites
Using compact terminals, antennas and phones, our mobile voice and data services can be accessed from vessels, aircraft, vehicles and the most remote locations.Our services
What we do
By developing and delivering the most reliable, robust satellite broadband solutions, we are enabling the connected world.What we do
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Inmarsat is the world leader in global, mobile satellite communications, solving the toughest connectivity challenges of our customers, anywhere on the planet.Who we are


LYMAN GEN6 COMPACT TOUCH SCREEN POWDER SYSTEM
Accurate to one tenth grain, the Gen6 dispenses all types of smokeless powder at two grains per second. In addition, it features an auto repeat function that drops a precise charge each time the pan is reset.
Based on re-engineered digital technology that overcomes problems commonly experienced by older designs, the system is packed with additional state of the art improvements like fast, 3 minute warmup, anti-static and anti-drift technology and has sophisticated electronic shielding to resist interference from other electronic devices like cell phones, etc.
- Touch-Screen Controls
- Compact Size – Uses 50% Less Bench Space
- Auto Repeat Function Drops Charges Each Time the Pan is Reset
- Quick-Drain to Change Powders
- Electronic Interference Shield Resists Interference from Cell Phones
- Anti-Static/Anti-Drift Technology
- Fast Operation – Dispenses 2 Grains per Second
- Accurate to 1/10 grain
- Handles all types of Smokeless Powders


New Method for Ion Mobility Determination by Stability Threshold Measurement in Gas Filled Radio Frequency Quadrupoles
A.V. Loboda1, V.I. Kozlovski1, E.V. Chardakova1, A.V. Tolmachev1, I.V. Sulimenkov1,
A.F. Dodonov1 and H. Wollnik2
1Institute of Energy Problem of Chemical Physics (Branch), R.A.C.,
142432, Chernogolovka, Moscow Region, Russia
2II.Physikalisches Institut Justus-Liebig Universitat Giessen, Germany
A new method is proposed for determining ion mobility by use of a RF-only quadrupole equipped with a longitudinal electrical field along its axis (RFQLEF). This method is based on measuring the transmission threshold for the ions of interest as a function of the RF voltage and frequency. The method is based on the analysis of the equation of the motion of ions under the RF-only quadrupolar electrical field and the friction force due to collisions of the ions with the buffer gas molecules. The stability diagram for this equation was found numerically by a modified matrix method. According to the stability diagram the threshold values of the RF voltage and frequency determine the mobility coefficient for the ions of interest. Mobility coefficients for electrosprayed ions of several substances (bradykinin 2+, gramicidin S 2+ and 1+, multicharged ions of apomyoglobin and cytochrome c) were measured and compared with literature values.
© 1998 by John Wiley & Sons, Ltd.


How do you Install a Light Switch
The solution is to add a second switch in a convenient location. No more extra trips across the room or fumbling up a dark stairway. Apply for an electrical permit at your local inspections department before starting so an electrical inspector can check your work. If your wall framing is open an unfinished basement or garage, for example , you can easily run the new cable and complete this job in only two hours. However, if the cable has to run through closed walls allow several more hours. You can find them at a home center or hardware store. Plan the wire path To start, decide where you want the second switch. If possible, start at one switch location, run the cable straight up through the stud cavity in the wall to the attic, then come back down through the wall to the second switch.
How to Install a 4-Way Splitter for Cable TV
There are quite a few misconceptions that get thrown around a lot when talking about nitrous. Stuff like “it will kill your engine” and “your tranny cannot take it” and so on. Well those overstatements are just plain wrong if you follow some of these steps I am about to outline and also just be safe and patient with things.
I now have a single light fixture contolled by a pair of 3-Way switches. The 2-Wire+ground power goes to the 1st switch. I have easy access to the 3-wire+ground cable as it leaves the 2nd 3-Way.
Wiring a 3-Way or 4-Way Switch Do you need to wire 2 switches to control the same light or lights?? Or, wire 3 switches to control the same light or lights?? Here are the instructions for wiring: Wiring a 3-Way Switch To use 2 switches to control the same fixture, you will need to use two 3-way switches. Run 2-wire cable from the fixture to the first switch. Between the switches you will need to run 3-wire with ground cable.
The white and red wires will be the switched wires. In the picture below, we show power coming into the light fixture.
One more step
Does it matter if I hook it up at all? Most of the other transmissions used a mechanical linkage or cable to indicate wide-open-throttle WOT. This WOT trigger achieves two things: Above a certain speed, as determined by the governor, the transmission will not downshift from third to second or second to first gear. This is to protect the transmission from damage.
Instead of a linkage or cable, the TH uses an electrical switch that is most often mounted on the carburetor.
Three-way switches control a light fixture or outlet from two different locations. These switches have two “traveler” wires and a single “common” wire. The trick to replacing a three-way switch is to mark the common (or “COM”) wire on the old switch before removing the wires.
They are the same thing. So the M13 is a pretty great piece of gear because you get over different stompbox style effects in one big, road-rugged container. The M13 requires that you plug it into an amplifier. It may sound pretty raggedy going straight into a PA, mixing desk, high end microphone preamp, audio recording interface, etc. And aside from the modeling vs. That is beyond brilliant.
How do you wire multiple lights on a 3-way switch with one between and one not? What are you trying to accomplish with this setup?. If you have 2 lights and one switch then you need a standard 75 ce…nt switch.
I love the PS4 controller and want to use it as a controller on the Switch. I have a Pro Controller but in my opinion the PS4 controller is just so much more comfortable. I’ve heard somewhere you can connect one via Bluetooth or USB but I have no idea how to do that.
Make one of these cardigans for each of the kiddos! Get the infant size 12 month here. Want all of the child sizes together? Worsted weight size 4 yarn -approx. If your baby is on the chunky side my favorite! Ch-1, hdc in each st to end 56 Use stitch markers and mark 15 sts in from each side to start armholes. Left side Attach yarn at left stitch marker with sl st.
Help Me/ hook up a forward-stop-reverse motor cont switch on a 220volt mill machine
Be sure to read Step 4 to see why this light switch installation was only just beginning. How do you install a light switch? It seems simple enough.
Jul 06, · Re: 4 pin 3 position ignition switch wiring diagram ok, this is strictly from memory but If you look at the back of the switch in the position it would be in the dash I think the two right most terminals are for the lights.
There shouldn’t be an ISC, it should be an IAC on a , and there shouldn’t be ” a wire,” there should be a two-wire hardshell connector that just plugs into the IAC valve. Did you have a connector come apart or something? The circuit is simple. It has a two wire connector that plugs into the IAC, and the two circuits run all the way back to the big 60 pin connector at the PCM.
How do you hook-up or wire up one light with two on-off switches? For information on how to hook-up one light with two on-off switches, see the Related link “How to wire 3-way and 4-way switches, including wiring diagrams”, shown below.
How To Hook Up A Generator To Your Electrical Panel The Proper Way.
Fully explained 4 way switch diagrams. The electrical wiring adds additional wiring to the same principles of 3-way switching. If more than three switches are needed, simply place more 4-way switches between the three way switches. To illustrate the 4 way switch wiring, Switch boxes and Fixture boxes are not shown but are obviously required for every application. These diagrams are shown as using the Type NM Cable wiring method.
Heck if its stock r4 lock up you simply kook it up or get one of the kits from TCI ot B&M or Summit/Jegs that has the pressure switch that screws into the valve body and you simply run a 12 volt wire to the trans, that way anytime your in od your locked up. or simply wire in a toggle switch, around town you wouldnt use it but if your in third or 4 flip the switch, better mileage and less.
That is much too difficult to accomplish. Instead, we will talk about the circuitry inside of a guitar. By making some very minor modifications particularly switching , a guitar’s sound can be changed dramatically. Volume and Tone Controls Although we will be primarily discussing switching, let us first show 2 wiring diagrams of a guitar’s volume and tone controls.
In these diagrams, the volume and tone controls are viewed from the rear. The volume and tone controls are variable resistors, also known as potentiometers or “pots” for short. In electric guitars, the values for either of these usually is about K to 1 megohm. The capacitor in the circuit is for the tone control and these values usually are from.


Queue Management System (QMS)
Don’t make your customers wait
Excessive queuing and waiting are among the leading causes of dissatisfaction in banks, retail stores, hospitals and government institutions.
Our latest Queue Management System has incorporated enhancements in several areas, viz., system reliability, network security, system scalability, mobile technology, system installation and support. System status information and reporting features have also been improved.
The system features a powerful embedded Queue Processor that operates in a stable Linux OS environment. The system uses the Ethernet LAN as the standard communication media because of its network robustness and reliability. WiFi connectivity is supported by most of the models we have.
Key System Features:-
- Web Based Solutions - System monitoring, reporting, maintenance and control can be performed remotely via web browser. No software installation is needed. Future software upgrade is easier as it only involves the main system controller.
- Customer Feedback - QoS feedback is integrated. User can manage the rating questionnaires to be displayed on the customer feedback devices. Customers’ rating are captured and presented in real time.
- Dashboard Views - Allow key performance indicator in queue service and QoS to be monitored easily and swiftly in real time. Each user can customize the dashboard view to his/her preferences and the system remembers the settings for each user.
- Report Designer - Besides the standard reports, user is empowered to design their own report by selecting the desired QMS metrics and groupings. The user is allowed to arrange the sequence of the fields in the report.
Interactive Customer Service System
Interactive Customer Service System (ICS) is a system that revolutionizes customer experience at service counters with Interactive Customer Terminals (ICT). The innovative ICT features advanced LCD multimedia panel with touch screen to inform, advertise, and measure customer satisfaction. In a competitive marketplace, effective advertisement and customer satisfaction measurement are two key elements of business strategy.
Key System Features:-
- Customer Feedback
- Touch Screen
Multimedia Information Display
Multimedia Information Display (MID) is a system taking full advantage of large-sized LCDs, plasma display panels, computer hardware and software technology, together with the ubiquitous Internet. With the MID, outdated VCD/TV solution has been completely transformed. It enhances corporate image with the new display technology and improves quality of service and customer experience by providing up-to-date information from the Internet or corporate sources.
- Ideal for digital posters, exchange & interest rates displays, retail advertisements, event displays, corporate communications, etc.
- Supports Flash, Power Point, images, video files, IP streaming, HTML, RSS, etc.
- Displays live AV stream from VCD/DVD player, TV broadcast, digital satellite receiver, camera, etc.
- Landscape or potrait mode
- Full screen or multi-window templates
- Content update via network
- Flexible content scheduling
- Central control and management from headquarters
- Integration with QMS as main display
Interactive Multimedia Display
Interactive Multimedia Displays use technologies such as LCD, LED and Projection to display content such as digital images, video, streaming media, and information. Our signage solutions are custom designed to meet your business objectives and goals. Wayfinding, advertising, concierge services and more, are all possibilities with our interactive touch screen displays.
- Lobby reception
- Corporate offices
- Shopping mall / Retails
- Exhibitions center
- LRT / Commuter / Bus station


Precision Rechargeable Electric Pump
Take the effort out of Inflating your Sports Balls with the portable Precision Rechargeable Electric Ball Pump.
With its automatic PSI cut-off once set PSI pressure has been reached, you can make sure all the Balls in the training session or match are perfectly set to the same PSI.
- Suitable for inflating all Sports Balls and low-pressure Inflatables
- Fully rechargeable 2000mAh Battery (charge time 3 hours)
- Single charge will inflate around 30 Balls
- Digital screen that shows current pressure, set pressure and battery life
- Low noise output whilst inflating
- Includes: Pump, Carry Case, Flexy Hose, 2 x Ball Needles, 1 x Inflatables Needle, 1 x USB charging cable
- Weighs 255g
- 16cm x 4cm x 4cm
It's not the quickest solution - but it certainly saves you the stress / energy!


My primary research focuses on designing and building resilient critical infrastructure. Many sectors of society depend on critical infrastructure such as the power grid, making them essential to the functioning of society. Supervisory Control and Data Acquisition (SCADA) systems provide automated control and remote monitoring of such systems. Traditionally SCADA systems (equipment and software) were designed to be operated in the air-gapped environment without network interconnectivity or exposure. However, over time many factors such as cost-effectiveness and scalability drove vendors and utilities to adopt standard Information Technology (IT) platforms, increasing their interconnectivity to other networks beyond the traditional limits of Operational Technologies (OT). As a result, sophisticated attacks increasingly target power grid SCADA systems. These overwhelmingly increasing threats drive the need to build intrusion-tolerant techniques in resilient SCADA systems.
Real-Time Byzantine Resilience
In the world of increasing cyber threats, a compromised protection relay can put power grid resilience at risk by
irreparably damaging costly power assets (tens of thousands of dollars), causing significant disruptions, or leading to an inconsistent state.
This projects develops Byzantine Fault Tolerant architecture and protocols
to protect bulk power system components (345kV transformer) even when some protection relays (protecting the assets) are compromised.
While developing Byzantine Fault Tolerant protocols is challenging, a power grid substation's worst-case latency requirement is a quarter power cycle,
i.e., four milliseconds, adding a real-time response challenge.
Spire of the Substation is the first Real-time Byzantine Resilient System for the power grid substations is built to maintain correct operation while satisfying the performance and latency requirements, even in the face of successful compromises and network attacks in power grid substations. The work uses proactive recovery and diversity to allow the system to survive unbounded number of compromises over the system lifetime, as long as the number of simultaneous compromises does not exceed a certain threshold. Finally, machine learning-based situational awareness modules supplement the intrusion-tolerant system.
The system is developed and delivered to be deployed in testbeds at General Electric, Siemens and Hitachi Energy.
Severe Impact Resilience
The joint threats of increasingly frequent severe natural disasters and follow-on sophisticated malicious
cyberattacks are becoming increasingly realistic and seriously threaten critical infrastructure systems.
This novel threat model and the impact of such threats on critical infrastructure are not well understood.
The project defines the threat model and develops a framework to assess
the impact of novel compound threats on critical infrastructure with the aim to develop severe impact resilient control systems.
One interesting outcome of initial work is that existing architectures are not resilient to compound threats. This led to many interesting research directions in Resilitient Systems for Critical Infrastructure where we are exploring more dynamic and flexible architectures compared to traditinal architectures.
Open Source Software Releases
The opensource software releases from my work in DSN Lab during my Ph.D.
Spire is an open-source intrusion-tolerant SCADA system for the power grid. Spire is designed to withstand attacks and compromises at both the system level and the network level, while meeting the timeliness requirements of power grid monitoring and control systems (on the order of 100-200ms update latency).
Spines is a generic messaging infrastructure that provides transparent unicast, multicast and anycast communication over dynamic, multi-hop networking environments without the need for expensive router programming environments or low level router coding. It provides automatic reconfiguration and network flexibility required for research and production deployments.
Prime is a Byzantine fault-tolerant replication engine that provides meaningful performance guarantees even after some of the replication servers have been compromised.
Sahiti Bommareddy, Maher Khan, David J Sebastian Cardenas, Carl Miller, Christopher Bonebrake, Yair Amir, Amy Babay
Accepted at International Workshop on Explainability of Real-time Systems and their Analysis at the IEEE Real-Time Systems Symposium (RTSS 2022)
Sahiti Bommareddy, Daniel Qian, Christopher Bonebrake, Paul Skare, Yair Amir
International Symposium on Reliable Distributed Systems, Vienna, Austria, September 2022, pp. 134-144
Sahiti Bommareddy, Benjamin Gilby, Maher khan, Imes Chiu, Mathaios Panteli, John W. van de Lindt, Yair Amir, Amy Babay
Workshop on Data-Centric Dependability and Security (co-located with IEEE/IFIP DSN), Baltimore, USA 2022
I had the great pleasure and opportunity to be Teaching Assistant and Special help on the following courses:
Advanced Distributed Systems (JHU EN.601.717):The course is managed as a few discussion groups, each is focused around a selected research topic. Each group investigates far-reaching ideas, and designs and implements a useful semester-long project related to the topic.
Distributed Systems (JHU EN.601.417/617):The course teaches how to design and implement efficient tools, protocols and systems in a distributed environment.
Fall 2021 , Fall 2019
Software for Resilient Communities (JHU EN.601.310):This is a project-based course focusing on the design and implementation of practical software systems. Students will work in small teams to design and develop useful open-source software products that support our communities. Students will be paired with community partners and will aim to develop software that can be used after the course ends to solve real problems facing those partners today.
Intermediate Programming (JHU EN.601.220 ):Programming in C and C++.
Introduction to AI (Duke University, CS270):The course is algorithms and representations used in artificial intelligence. Introduction to and implementation of algorithms for search, planning, decision, theory, logic, Bayesian networks, robotics and machine learning.
Specialized in application load analysis, performance evaluation, network performance analysis and optimization.
2013 - 2016 @ Aktrix Technologies : Co-Founder and Software Engineer
Led the performance engineering team on multiple client projects.
Ensured application performance Service-Level-Agreement(SLA) by identifying and resolving performance bottlenecks.
Initiated and led development of on an automated performance monitoring system to enable machine learning-based analysis, that reduced cost and time spent on RCA of performance degradation and bottleneck identification by 2x to 5x in each of the issue instances.
2011 - 2012 @ Deloitte : Performance Engineering Analyst
Reduced application transaction latency to bring it within the Service-Level-Agreement(SLA) window by identifying performance bottlenecks.
Received Applause Award in recognition of my application performance optimization efforts at Deloitte for both optimization and performing Root Cause Analysis (RCA) with traffic profiling, CPU, and memory utilization analysis.
Ensured guaranteed performance (backed by SLAs) in geo-distributed systems.


- How can I boost my 2.4 GHz signal?
- Why is my 2.4 GHz so slow?
- Does having 2 routers increase Internet speed?
- Does WiFi extender reduce speed?
- How far can a 2.4 GHz router reach?
- How can I get my WiFi to reach further?
- What is the maximum range of WiFi?
- How far can WiFi be extended?
- How far can WiFi 6?
- How do I extend my WiFi signal at home?
How can I boost my 2.4 GHz signal?
Choose a new Wi-Fi channel.
Try switching your router from a standard 2.4 GHz Wi-Fi channel to a 5 GHz channel to boost your internet speeds.
This should result in getting more bandwidth and less interference..
Why is my 2.4 GHz so slow?
Cause 2: Not “Steering” Clear of the 2.4 GHz Band What frequency band are you using? All too often, the culprit of slow WiFi is use of the 2.4 GHz band, which offers slower data rates and is often oversaturated with WiFi and non-WiFi devices, like microwave or baby monitors.
Does having 2 routers increase Internet speed?
Will Adding a Router Increase Speed? Network bandwidth is much the same as a plumbing system. … If your Wi-Fi is slow, adding a second router can improve data flow if your Wi-Fi was slow, but it won’t help if your internet service was slow too. There are three components to a Wi-Fi network that all work together.
Does WiFi extender reduce speed?
Secondly, it’s fast in bandwidth terms. An extender that uses WiFi will usually see some speed loss. Because they’re communicating with the router over Wi-Fi, there’s a big speed drop if the extender talks to your devices on the same band it’s using to talk to the router.
How far can a 2.4 GHz router reach?
150 feetWithout taking any external factors or major obstacles into consideration, a lot of standard WiFi routers operating on the 2.4GHz frequency can reach up to 150 feet (46m) indoors and 300 feet (92m) outdoors. In comparison, those using the 5GHz frequency usually reach around one-third of these distances.
How can I get my WiFi to reach further?
Top 10 Ways to Boost Your WiFiSelect a Good Place for Your Router.Keep Your Router Updated.Get a Stronger Antenna.Cut Off WiFi Leeches.Buy a WiFi Repeater/ Booster/ Extender.Switch to a Different WiFi Channel.Control Bandwidth-Hungry Applications and Clients.Use the Latest WiFi Technologies.More items…
What is the maximum range of WiFi?
A general rule of thumb in home networking says that Wi-Fi routers operating on the traditional 2.4 GHz band reach up to 150 feet (46 m) indoors and 300 feet (92 m) outdoors. Older 802.11a routers that ran on 5 GHz bands reached approximately one-third of these distances.
How far can WiFi be extended?
Without additional help from boosters and such, a router can broadcast a signal within a limited area of about 150 feet (depending on the type of router you have). Boosters, extenders, and repeaters can spread your Wi-Fi signal much farther—up to 2,500 feet.
How far can WiFi 6?
Long-range (30-foot) Wi-Fi 6 performance on the 2.4GHz band also showed improvement…
How do I extend my WiFi signal at home?
How to Extend WiFi Coverage in Your HomeInstall a WiFi Range Extender.Install an Additional WiFi Router.Even Better, Install a WiFi Mesh System.And Yes, Nighthawk Mesh Works with Any Router.


Review: Deity SPD-1 Smart Battery Distrobution for Location Sound
The SPD-1 is Deity’s battery distribution unit for smart batteries intended for location sound bags or compact sound carts. It’s features & cost make it one of the most compelling options on the market today. When considering what power distro makes sense for your location sound bag, this should definitely be in consideration.
Deity SPD-1 Features
The SPD-1 offers a fantastic feature set including multiple power input options, protection circuits, USB output, a smart battery data display, and for an incredible price given its feature set.
The Deity SPD-1 offers two TA4 power inputs and one USB C power input.
Two TA4 Power Inputs
The SPD-1 offers two TA4 power inputs for smart batteries and will carry data from the batteries (on pins 2 & 3) back to the SPD-1 for display. The TA4 inputs are rated at a max draw of 10 amps max for the unit (5A max per output group). The TA4s prioritize whichever source’s voltage is higher, and once equal they draw in parallel. Non-smart power sources can also be used but data read outs will be limited.
USB C Power In
The SPD-1’s USB C input can power your bag off of USB C power sources capable of providing 12 volts DC. This is one feature I initially overlooked thinking that it has no place in a professional workflow, but I’ve come around on this. While this would never be my first choice as a power source, in the event of a battery cup going down or something similar, the USB C acts as an emergency power input. The ubiquitous availability of USB C power banks and laptop battery chargers throughout the world means you could always find a solution should you find yourself without the ability to use smart batteries.
4 Pin Hirose
The Deity SPD-1 features six hirose (4 pin) outputs in two output groups. Group I has two hirose outputs, where as Group II has four outputs. Each output group is rated at 5 amps max with every output on Group II having 2 amp auto reseting fuses.
The front panel has a USB A port (5v/2a) for charing your phone or anything else you might need usb A power for. This USB port is only active when either the Group I or Group II switches are active; That way when you are powered down, the usb power circuit doesn’t continue to drain your batteries.
Locking Power Switches
The locking toggle switches feel great, and are of comparable in quality to any other battery distribution unit on the market. In fact, the switches are so familia that I suspect it is the same component that I used years ago on my (now retired) DIY battery distro and that Audioroot use on their distros. The switches feel identical and the bases look the same, so I suspect its the same component with different toggle switch actuator caps covering them.
Display & Battery Data
The 1.1” color display shows you relevant information including remaining battery run time, battery percentage, battery voltage, total draw in watts, battery amperage draw, battery cycle count, battery cell temperature, battery “fuel” gauges showing charge levels, and more. Should you encounter an over voltage, the warning will appear on the screen as well.
Smart Battery Cup Included with SPD-1
The Deity SPD-1 Includes a Deity SPD-T4BATT smart battery cup in the box to get you started. Considering one battery cup comes with the unit, that further makes this a cost effective option since other power distro manufacturers do not include a battery cup with their battery distros generally.
The build quality is excellent, with a lightweight aluminum chassis, a screen that can hold up to abuse, and high quality locking toggle switches, I’m very happy with how this power distro is built. This battery distribution unit is truly at a quality level that can be trusted by professional sound mixers.
Final Thoughts About The Deity SPD-1
The Deity SPD-1 battery distribution unit has one of the best feature sets available of any comparable product with a significantly lower price point. The build quality is excellent, and has all the features needed by professional production sound mixers. I wouldn’t hesitate to recommend this unit to other sound mixers. The SPD-1 has become a daily driver for me integrated into my Sound Devices Scorpio bag.
While very minor, should they make a revision to its design at some point, it would be great to have the options to display temperature in fahrenheit and select input priority rather than voltage priority for power sources.
All in all, the SPD-1 is a fantastic product from Deity, and I’m loving the direction Deity is moving towards with their focus on creating high quality accessories for location sound mixers. This would be my first choice for a power distribution unit based on what’s currently available from every manufacturer. Since it has one of the best feature sets and it’s pricing is very reasonable for what it offers, I see it as a no brainer for anyone looking to get a new battery distro for their location sound equipment.


The World Wide Web was conceived as a set of simple Internet-based client/server protocols for transferring and rendering documents of a primarily textual nature. What distinguished the Web's mode of communicating information from other Internet-based tools that preceded it (e.g. electronic mail, electronic file transfer via ftp, and network newsgroups) was the provision for embedding hyperlinks that allowed users to easily navigate between related documents. The hyperlinking scheme allowed content providers to organize and present information in a natural hierarchical fashion. It also served to insulate users from the tedious details involved in identifying and retrieving a particular document. Since the development and rapid widespread adoption of these conventions, they have been extended and integrated with other new related technologies that provide for the delivery of content that is much more dynamic in nature. The most important of these related developments has been the introduction and rapid widespread adoption of the Java programming language as a standard for Internet-based computation.
The integration of the Web and Java represents a technological advancement that enables a fundamentally new approach to simulation modeling, one that makes possible the development of environments with coherent Web-based support for collaborative model development, dynamic multimedia-based documentation, as well as open widespread execution and investigative analysis of models. A key aspect to the approach is the role the Java language plays in both the specification and implementation of the model.
The evolution to high-level model specification languages and formalisms has been motivated by the desire to make simulation more accessible by eliminating the programming burden. However, such systems are often difficult to modify or extend because of an imposed separation between the specification system and its implementation. This can lead to models that poorly mirror system behavior and have no potential for distribution and reuse within an enterprise. The Java language is ideally suited to implementing an advanced simulation architecture whose features are readily accessible at the programming language level, special purpose simulation language level, and high-level model specifications.
Specifically, key features like the well-designed object-oriented nature of Java and native support for multithreaded execution allow special purpose simulation modeling features to be incorporated directly into the Java language in a natural way so that the underlying modeling and programming languages are the same. These relatively low-level but powerful modeling capabilities can in-turn be used to implement higher-level model specification systems via the JavaBeans component development model. The simple programming conventions that constitute JavaBeans allow Java-based software components to be assembled visually into applications using any of a growing number of sophisticated graphical programming environments including Symantec's Visual Café, Microsoft's J++, IBM's Visual Age, Sun's Java Workshop, Borland's Jbuilder, and Lotus's BeanMachine. When visually assembling predefined simulation modeling components, no programming is required; however, when necessary, the user has access to the underlying code and full power and flexibility of the Java programming language. What's more, any Java environment can be used for model building and debugging. The modeling language capabilities and predefined component assembly capabilities can also be used in isolation or in combination to produce high-level standalone simulation applications that users interact with in predefined ways.
The hardware and operating system independent design of Java facilitates collaboration by allowing modelers to share language level or component level models independent of where they were developed. The documentation and deployment of modeling tools and end-user applications via the Web also serves to make open and widespread both the development and investigative analysis of models.
This vision of Web-based simulation is the motivation behind Thread Technologies' design of SilkTM , a general purpose simulation language based on the Java programming language. Silk merges familiar process-oriented modeling structures with powerful object-oriented language features in an intelligent design that encourages model simplicity and reusability through the development and the visual assembly of Silk modeling components in JavaBeans-based graphical software environments. More generally, Silk's openly extensible, scalable, and platform independent design represents the type of approach that is essential to keeping simulation modeling on track with other revolutionary changes taking place in Internet-based computing.
|Simulation Modeling Methodology in the Wonderfully Webbed World|
Animated GIF courtesy of Web GraFX-FX


Artificial Intelligence and Fine ArtArtificial Intelligence, or AI, is a buzzy new phrase that has made increasingly frequent appearances in our lexicon over the last few years. At its basis, artificial intelligence mimics human intelligence through algorithms. AI systems are programmed to synthesize information, recognize patterns and make decisions, simulating human intelligence, deductive reasoning, and even creativity. While AI technology offers exciting prospects for new and more efficient ways the world could operate, it also poses several existential questions. With the advent of new AI technology, like chat GDP, a content-writing application that can create everything from an acrostic poem about Winston Churchill to a 5-paragraph essay about basket weaving, some consumers wonder if artificial intelligence might someday make their current jobs obsolete. This unique tension is especially prevalent when considering the place of artificial intelligence in the world of fine art. While some might find this technology to be fundamentally at odds with the creative processes of art-making, others have placed themselves at the forefront of harnessing the power of generative AI to multiply their creativity. Read on to learn about what exactly AI art is, how it has evolved over time and how it can be compared to traditionally-crafted works of art.
What is AI artwork?At its most basic, AI artwork is art created through AI algorithms. AI artists work with different text-to-image generators with different algorithms that learn certain aesthetics or art movements by analyzing millions of images. As the AI generator learns the relationships between text descriptions and corresponding visual information, the AI system generates shapes, forms, patterns, and figures to ultimately create its own realistic images in response to text prompts.
Current AI text-to-image generators include DALL-E 2 and Midjourney, among others. AI artists can prompt these generators with different subjects or ideas and include descriptors such as “hyperrealistic” or maybe “in the style of George Seurat” to generate their desired realistic images. Thus, AI artists do not make creative choices over which colors to choose or which medium to render their creations, but rather which words to use to prompt these unique works.
How has AI-generated art evolved?AI-generated art began to really take hold in the 2010s as the technology evolved to new heights. Perhaps most notably, in 2015 Google researcher Alexander Mordvintsev created a complex new AI algorithm called Deep Dream. While it was initially invented to help scientists and engineers to see what a deep neural network is seeing when it is looking in a given image, the algorithm later became a new psychedelic and abstract art style. Deep Dream paved the way for several new text-to-image AI-generated art processes.
AI art vs Fine art: How do they compare?Controversies like the Colorado State Fair shed light on the inherent tension between AI art and Fine art. Rather than the paragone of the Renaissance, technological advancements have stirred a new debate in the art world that questions how the work of AI compares to the work of human kind. While AI can certainly churn out beautiful works of visual art that often require authentic ideas and painstaking time to create, they lack one fundamental aspect of original fine art—materiality.
Artificial Intelligence, Technology and Traditional Art working together
At the Museum of Modern Art in New York City contemporary artist Refik Anadol employed artificial intelligence to create an original artwork that asks, “What would a machine dream about after seeing the collection of The Museum of Modern Art?” The installation, titled Unsupervised, uses AI to interpret and transform more than 200 years of art at MoMA. Anadol trained a sophisticated machine-learning model that utilizes the publicly available data of MoMA’s collection. As the AI model “walks” through this vast range of works, it reimagines the history of modern art and “dreams” about what might have been—and what might be to come. When speaking of his process, Andol said “I am trying to find ways to connect memories with the future, and to make the invisible visible.”
Discussions about artificial intelligence have also prompted traditional museums to look deeper into AI art generation and wider technology on the whole. For example, in 2020 the Metropolitan museum of art hosted an open discussion they called an “AI Salon” to discuss the implications of AI in conjunction with the success of their large open access online collection. Some panelists surmised that machine learning could democratize art, noting that anyone with access to machine-learning software could explore the world of art history and even create new works of art, all without an advanced degree. Panelists further noted that AI allows people to see technology’s place in the art-making process, similar to seeing technology’s hand in the advent of daguerreotypes.
The Los Angeles County Museum of Art recently partnered with Snapchat to explore collaborations with technology and fine art—this time looking to augmented reality rather than artificial intelligence. Titled Monumental Perspectives, the initiative used augmented reality to explore how displaying artwork like monuments and murals interacts with representation and history. Visitors experienced augmented reality monuments at site-specific locations across Los Angeles including MacArthur Park and the Los Angeles Memorial Coliseum.


Lifx A19 – Wi-Fi Smart LED Light Bulb
Lifx A19 is a App & voice controlled Wi-Fi smart LED light bulb. no need to create hub or bridge to use Lifx A19 Wi-Fi light bulb. LIFX lights combine built-in features and intuitive integrations to make building your smart home easy. Connect your lights seamlessly with Amazon Alexa, Apple HomeKit, The Google Assistant, IFTTT, SmartThings, Nest, Arlo, Flic and more!
Features of Lifx A19
- Vivid Colors – Transform your space with over 16 million colors and a thousand shades of white.
- Scheduling & Automation – Set your lights to come on or off at any time of the day with schedules. Or use Day & Dusk automation which tailors the brightness, color and temperature of your lights to compliment your day with each section designed to enhance your health and lifestyle.
- Set the Mood – With simple in app or voice controlled dimming you can set the right mood for any time of the day.
- Seriously Simple – Just plug in and get started. With all the intelligence built into the light it is easy to kick start your connected home. No technical skills or additional hardware needed.
- Easy Installation – Download the LIFX, follow the on screen instructions and enjoy! Add more LIFX lights at any time to unlock more features! Regular software updates and cutting-edge integrations mean LIFX lights only improve over time.
- Less Energy Less Waste – Our LED lights use less energy to put out more light . With an LED lifetime of upto 22.8 years they will help reduce wastage.


During the last two decades, a wide variety of field works, laboratory experiments, numerical simulations and analytical studies helped us to better understand the main features of the swash zone hydro- and morphodynamics. A particular attention has been paid to the interaction between the swash and the groundwater dynamics.
However, due to the harsh nature of the swash environnement, a number of processes are still poorly or partially understood, and further research efforts are necessary prior to understood. Very few laboratory studies have been performed to study the swash zone of porous beaches under controlled conditions. By combining high spatial and temporal resolution measurements of both free surface and groundwater dynamics in a sandy beach laboratory experiment, our work aims to bring new insight into swash zone / groundwater processes.
Two contrasting cases have been selected to demonstrate how different gravity and infragravity wave forcings affect the response of the groundwater-swash system.
Experiments are carried out at the SOGREAH LHF facility, G-INP, 30m x 30m, in order to study the swash-groundwater interaction.
An overview of the studied cross-shore profile can be seen in Fig. 1. The sand layer lies on a gravel base covered by geotextile. The inland boundary layer is a wall. The instrumentation is deployed on a fixed cross-shore section at the basin center. The wave maker generates waves over a flat rigid (concrete) bottom which then propagate over a mobile sand bed.
The cross-shore bathymetric profiles for the two cases are shown in Fig. 1, where « start« and « end« correspond to the profiles measured before and after the considered case. In both cases, the overall beach profiles can be classified as intermediate but the beachfaces are quite steep and can be considered as reflective.
Case 1 initially shows a double-bar system, with a significant trough and a shallow inner bar. In case 2, one notes the presence of a further offshore and deeper offshore bar and more regular surf zone and upper beach profiles.
The study is based on the comparison of two selected cases which differ by the wave forcing conditions (case 1: \(H_s=12cm\) and \(T_p=3.5s\), case 2 : \(H_s=15cm\) and \(T_p=2.3s\)), the features of wave breaking in the surf zone, the presence of a standing wave attached to the beachface and the wave setup at the shoreline. Significant differences are observed in the response of the swash-groundwater system.
Fig. 2 shows the cross-shore evolution of the root mean square wave amplitude in infragravity and gravity bands for both cases. Cases 1 and 2 show different behaviors due to different beach profiles and different forcing conditions, which result in different input conditions for the swash zone.
In the gravity band, case 1 shows a strong dissipation across the surf zone but the presence of a significant standing wave induces both a decrease of amplitude at the node around x=21.2m (S8 sensor and last wave gauge) and an increase at the antinode attached to the swash zone around x=22m above the S6 sensor.
In case 2, wave energy dissipation is weaker and occurs on a shorter area, more swell energy reaches the shore at the S8 sensor, but the standing modulation in the gravity band is smaller. It is hence remarkable that the presence of a reflection-induced standing wave attached to the beachface enhances the swash dynamics in the gravity range and nearly compensates the stronger energy dissipation all over the surf zone.
In the infragravity range, case 1 shows smaller amplitude motions in the outer surf zone but the low frequency energy continuously increases toward the shore to reach comparable values for both cases at the S8 sensor.


India’s Chandrayaan-3 mission landed on the moon on Aug. 23.
There was no guarantee that the lander would make it in one piece. A previous Indian vehicle crashed in 2019 as it headed to the lunar surface, as did spacecraft from Russia and a Japanese company this year.
A three-minute video released this week by the Indian space agency shows how the Vikram lander descended, hovered, searched for a suitable landing site and finally touched down.
The Vikram lander and Pragyan rover are expected to operate for two weeks, from lunar sunrise to sunset. New images and videos will be added below as they are released.
Roving · Aug. 25
Pragyan moved around 8 meters (26 feet) across the surface. The rover’s rear wheels are designed to leave imprints of the Indian space agency’s logo and the Indian national emblem.
Rolling onto the surface · Aug. 23
The Pragyan rover rolled a ramp down and onto the lunar surface. The rover has six wheels and is 92 centimeters (3 feet) long.
Deploying a ramp · Aug. 23
The Vikram lander lowered a ramp to touch the lunar surface, and the Pragyan rover raised its solar panel.
The landing site · Aug. 23
An image released shortly after landing shows a shadow from Vikram’s legs and the relatively flat terrain of the landing site.
Landing · Aug. 23
A composite of four images taken by the Vikram lander as it descended to the surface.
Entering lunar orbit · Aug. 5
Chandrayaan-3 entered lunar orbit after a leisurely, fuel-saving route from Earth.
Separation · July 14
A camera captured the Chandrayaan-3 spacecraft as it separated from the launch vehicle in Earth’s orbit.
Liftoff · July 14
Chandrayaan-3 launched from Sriharikota, a launch site off of India’s East Coast, on a Geosynchronous Satellite Launch Vehicle Mark III rocket.


Mixed Reality (MR) combines the experiential elements of both AR and VR. It produces an environment which seamlessly blends real world and digital world using devices such as Microsoft Hololens or Magic Leap One. MR will witness a remarkable paradigm shift in the way we interact with the world around us.
What is Augmented Reality?
Augmented Reality (AR) refers to superimposing computer generated graphic content on to a user’s field of view of the real world by using camera on the smartphone or a tablet. An AR experience can significantly enhance overall product experience with ...
How is 3D interactive experience different from Virtual Reality or Augmented Reality?
3D Interactive experience are focused more on interactivity and can be deployed on a laptop, tablet or a smartphone. A VR based training module is focused more on the immersive aspects taking into account various environmental elements mimicking the ...
For Product Engineering Services, what technologies you work on?
Along with our industry solutions, we also custom build products for our clients who wish to foray into new markets and drive innovation. We have deep expertise and talent across: OPERATING SYSTEMS: iOS Android Windows MacOS Linux 3D RENDERING ...


The American Chamber of Commerce in Ukraine calls on the Ministry of Justice to register the Draft Order of the Ministry of Health “On Amendments to the State Sanitary Norms and Rules of Protection of the Population from the Electromagnetic Radiation”.
The Draft Order proposes to increase the maximum permitted levels of electromagnetic radiation for radio and telecommunication equipment up to 100 microwatt/cm2. According to current Ukraine’s regulation, the maximum permitted level of electromagnetic radiation equals 10 microwatt/cm2, which is the lowest one compared to Europe and North America, where this indicator is set at the level from 500 to 1000 microwatt/cm2.
AmCham Ukraine has continuously supported the necessity to increase the maximum permitted levels of electromagnetic radiation for radio and telecommunication equipment and looks forward to the registration of the Draft Order and its adoption. It will allow to accelerate further 3G and 4G networks deployment, harmonize the EU legislation with the EU one, lift artificial barriers to the modernization and development of mobile networks in Ukraine.


Wireless Earbuds with Battery Life Display
Features include Bluetooth 5.0, Auto Pairing, and Auto Power-On. Once the charging case is opened, the earbuds power on and automatically sync to each other! The case also doubles as a power bank for your earbuds and can be charged with the included USB-A-to-Type-C cable. On the center of the case is an LED display screen that indicates the battery percentage of the case and earbuds.
*Set up charge may apply


By now, most folks are conscious of Artificial Intelligence (AI) being an increasingly present part of our everyday lives. But, ordinary people would be surprised to find out of a number of the talents AI already knows the way to do. So, here are 13 mind-blowing skills AI can already do today.
I. Understand Emotions
Market research is aided by AI tools that track a person’s emotions as they record videos while answering questions. Artificial emotional intelligence can gather data from an individual’s facial and voice expressions, transcripts communications, and more, correlate the emotions and sources to determine metrics, and activate Alerts based on trends and patterns.
Is one among your wishes to save lots of time by only concentrating on the salient communication points? Your wish has come true with AI-powered SummarizeBot. Whether it’s news articles, weblinks, books, emails, legal documents, audio and image files, and more, automatic text summarization by AI and machine learning reads communication and reports back the essential information. SummarizeBot is often utilized in Facebook Messenger or Slack and relies on language processing, machine learning, artificial intelligence, and blockchain technologies.
Would you think that alongside professional journalists, news organizations like The NY Times, Washington Post, Reuters, and more believe AI to write? They are doing, and although this includes many “who, what, where, when, and how” formulaic pieces, AI is also in a position to expand beyond this to more creative writing. In addition, many marketers are turning to AI to craft their social media posts. Even a unique has even been generated by AI that was short-listed for a gift.
Grammarly used to polish the text (spelling, grammar, punctuation, clarity, engagement, and delivery mistakes)
Machine vision is when computers can “see” the planet, analyze visual data, and make decisions about it. There are numerous unique ways machine vision is employed today, including enabling self-driving cars, face recognition for police investigation, payment portals, and more. In manufacturing, the power for machines to ascertain helps in predictive maintenance and merchandise internal control.
V. Hear and understand
Did you recognize AI is in a position to detect gunshots, analyze the sound, then alert relevant agencies? This is often one among the mind-blowing things AI can do when it hears and understands sounds. And who can refute the helpfulness of digital voice assistants to reply to your queries whether you would like a weather report or your day’s agenda? Business professionals love the convenience, efficiency, and accuracy provided by AI through automated meeting minutes.
Artificial intelligence also can speak. While it’s helpful to possess Alexa and Google Maps to answer your queries and provide directions, Google Duplex takes it one step further. It uses AI to schedule appointments, and complete tasks over the phone is a very conversational language. Moreover, it can respond accurately to the responses given by humans.
AI researchers are currently developing AI models that will be ready to detect illnesses—just by smelling a human’s breath. For example, it can detect aldehydes chemicals related to human diseases and stress, including cancer, diabetes, brain injuries, and detect the “woody, musky odor” emitted from paralysis agitans even before the other symptoms are presently identified. Artificially intelligent bots could identify gas leaks or other caustic chemicals, as well. IBM is even using AI to develop new perfumes.
Using sensors and cameras, a robot will identify “supermarket ripe” raspberries and even pick them and place them into a basket! Its creator says that it’ll eventually be ready to pick one raspberry every 10 seconds for 20 hours a day! The subsequent step for AI tactile development is to link touch with other senses.
Artificial intelligence propels all types of movement, from autonomous vehicles to drones to robots. For example, the Alter 3 production at Tokyo’s New National Theatre features robots that autonomously generate motion.
X. Play games
It’s not all serious business with artificial intelligence—it can learn to play games like chess, Go, and poker (which was a fantastic feat)! And, it seems that AI can learn to play these games plus compete and even beat humans at them!
IBM’s Project Debater showed us that AI can even achieve success at debating humans in complex subjects. Not only is it ready to research an issue, but it also can create an enticing point of view and craft rebuttals against a person’s opponent.
Artificial intelligence can even master creative processes, including making visual art, writing poetry, composing music, and taking photographs. Google’s AI was even ready to create its own AI “child”—that outperformed human-made counterparts.
XIII. Read your mind
This is truly mind-boggling—AI that will read your mind! It can interpret brain signals then create speech. Impressive and life-changing for those with speech impairment, but a touch bit scary once you consider the mind-reading aspect of the skill. It’s no surprise that many of the most important tech giants, including Facebook and Elon Musk, have their projects underway to maximize AI’s mind-reading potential.
Now imagine if these 13 mind-blowing skills were all combined into one super artificial intelligence! Frightening or exhilarating? That’s up to you to make a decision, but I feel we will all agree; it might be mind-blowing!
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