Adidas Unveil 3D Printed Shoe Sole

On Friday, Adidas launched an exciting new product for the mass produced shoe industry. This massive launch was for a 3D-printed sole shoe, which now plans to be mass produced next year. And while Adidas may have been the first, similar shoe companies are following and we expect that the next type of shoe to experience 3D printing are mens boots.

Adidas already lets people personalise the colour and pattern of shoes ordered online, but with their new 3D printing techniques, will now make small production runs, limited edition sneakers, as well as bottoms made to fit a person’s weight and shoe structure. Rivals such as Nike, Under Armour and New Balance also have been experimenting with 3D printing but have so far only used the method to create prototypes, soles tailored for sponsored athletes and a couple of high-priced novelty women’s sneakers. That is because traditional 3D printers are slower, more expensive and frequently make an inferior product compared to injection molds for plastic that are currently utilised to make hundreds of millions of shoes annually, mostly in Asia. But, Adidas says its new venture with Silicon Valley startup Carbon allows it to overcome lots of those difficulties to generate a sole that can rival one made by means of an injection mould, and at a speed and cost that allow for mass production. This mass production of shoe technology is such a highly anticipated event for shoemakers alike, creating a new means to the mass production of men’s and women’s shoes.

Carbon, a company funded by venture firms such as Sequoia Capital, in addition to funds set up by General Electric, and Alphabet’s Google, has pioneered a new technologic method that prints with light-sensitive plastic resin that is then baked for strength. Conventional 3D printers build up products with layers of plastic powder, a method employed by Hewlett Packard that is working with Nike and states its newest machines operate 10 times faster and at half the price than earlier versions. With the advancement in mass shoe production technology, Adidas expects to sell 5,000 pairs of its own “Futurecraft 4D” this year, and 100,000 next year since Carbon cuts the time needed to print a sole in the present hour and a half to as low as 20 minutes per sole. The shoes will sell at an unspecified premium cost but Adidas plans to decrease the price as the technology grows with the product. And to think that late last year, without this technology, Adidas sold a few hundred pairs of running shoes with soles made by routine 3D printing for $333, but, they were comparatively rigid and heavy and required 10 hours to print.

Carbon’s technology will allow Adidas to make little batches of shoes a lot more quickly making it time and cost efficient. Yet, smaller production runs were not very cheap before, as the metal moulds for most soles take four to six weeks to throw and grind, making it an expensive means to shoe making. Adidas originally planned batches of sneakers tailored to specific cities or sports but expects consumers will eventually be quantified and tested in shops to style perfectly fitting shoes substituted to get an individual’s gait, weight, and type of sport.

Mass producing this type of shoe is not only exciting for the company, but also the buyer as they can now buy shoes online that are 3D printed and are perfectly fitted to each individual foot.

3D printing will also help reduce the time it takes to find new designs to shops from the 12 to 18 months it usually takes for sneakers. This exciting, new mass produced shoe is only the start for major companies world wide, as technology is advancing, so will the mass produced shoe.

IUNU Delivers Computer Vision to Industrial Greenhouses

Disruption without interruption. That is exactly what the team at Seattle-based technology startup iUNU (pronounced “you-knew”) is working to give the commercial horticulture industry with LUNA, an artificial intelligence (AI) solution that monitors and forecasts human plant health on a large scale.

It’s not about substituting growers; it is about augmenting their truth by allowing them to be in two places at the same time, work proactively rather than reactively to solve plant development problems in real time, and divert how they use their time by cutting the amount of hours committed to scouting out plants and walking through greenhouses with second storey extensions to check environmental problems. Instead, growers can assess crop conditions over java, create task lists, and assign tasks to staff members before they even walk into work in the morning.

Adam Greenberg, CEO of iUNU, said they want to be the grower’s best friend. The system can even solve inventory issues like finding crops which were transferred, and helping farmers sell plants grown on spec to prospective buyers.

iUNU has raised $6 million from 2nd Avenue Partners, Initialized Capital, Fuel Capital, Liquid 2 Ventures, and many others, to bring large scale, computer vision-based, industrial production process and inventory management to the industrial greenhouse market. Alexis Ohanian of Initialized Capital describes this solution to turn greenhouses into data driven manufacturing plants. To IT managed service providers and consultant companies, it’s both a seriously practical and critical business application of AI to a basic industry.

Following three years of testing and development in large scale commercial operations, LUNA combines computer vision and machine learning technology to continuously build detailed models of individual plants, unique among the countless, throughout the day. Using high resolution and 3D vision, in addition to real time bioinformatics, LUNA monitors even the most minute changes in the health of individual plants, giving growers the exact knowledge they need for proactive management.

When Liquid 2 Ventures (Joe Montana, Mike Miller, and Michael Ma) saw how distinguished LUNA was from the other options in the space, they knew they needed to put money into iUNU. LUNA provides a really comprehensive understanding of each plant’s health and development, centered on the plant’s actual performance, not only the environment around it. Closing the control loop has the potential to alter the equation of the economics of commercial-scale, indoor horticulture.

Greenhouse growers must deal with pests, diseases and other environmental risks to plants. The struggle is quantifiable: around 20 percent of fruits and vegetables go to waste before they’ve even left the farm – and that amount can be even higher for fragile ornamentals. At the exact same time, growers are under persistent pressure from retailers to provide consistently on quality and quantity. While technology such as sensors and private cloud computing services provide incremental relief to growers, LUNA provides a solution that permits greenhouses to operate as contemporary, demand-based, information-driven, production centers.

Adam Greenberg, CEO of iUNU, explained that all the solutions they have seen so far concentrate on enhancing the grower’s reaction time to problems. They reject the assumption that ‘reactive manner’ is the natural condition for growers. With the right technology, thoughtfully applied to provide them better computer driven visibility, greenhouse operations can be as precise, proactive, and predictable as contemporary manufacturing.

LUNA can understand, and remember, the minute her cameras and detectors are first installed into your greenhouses, providing growers with historic records of each detail of each plant from the machine, in addition to live data – whatever they need to make decisions to conduct their small business, all in one area.

LUNA has been tested for three years with an indoor cannabis growing center in Seattle, WA and at a large scale ornamentals greenhouse operations in Skagit Valley, WA. Its development was based on real-world situations that farmers face every day, while also taking into consideration the present infrastructure of every operation and limits to hiring extension builders or architects specialised in horticulture landscapes to prevent interrupting gear or developing practices.

Once installed in a grower manufacturer, the machine instantly begins recording data such as greenhouse humidity, humidity, lighting levels, and expansion speed, which allows growers to monitor plant improvement and health with time, supplies historic records of each detail of each plant from the machine, and make decisions proactively as the machine alerts them to problems that may impact growing advancement.

LUNA uses detectors, high-resolution cameras, and 3D vision to manage the growing atmosphere. With both extensive range perspectives and the ability to zoom in and see individual crops, LUNA detects minute changes in each plant’s growth in real time, and instantly communicates the activities needed to ensure healthy results.

With these skills, LUNA provides growers all the information they need for successful management based on exact knowledge, and ideally will help growers optimize product quality and yields, decrease operational costs and waste, and confidently forecast prepared dates, Greenberg says. Officially started on August 22, LUNA is accessible now, and currently has Orders rolling into 2017 and 2018.

On Computers Pushing these Buttons Spells Panic

Stand-alone push-buttons are becoming hot. Out of printer ink? Simply push a button to order more. The buttons are just $5, ink quite a little more. Is there any inconvenience in this convenience? We can find some.

So here is how it begins: Amazon sells $5 “Dash” buttons which you stick around the house. Press one labeled “Charmin” to automatically reorder toilet paper. Press “Tide” to find detergent. (Amazon then kicks in and sends you whatever amount you normally purchase.) The office giant Staples includes a trial version of an office supply button. And there are others. Remember the old “Panic” push-buttons which were sold as a novelty item? We are getting there.

We examined a “goButton” by a business just getting started on Kickstarter.com, the website where you raise money from strangers. The pitch is this: imagine if workers could push a button whenever they wanted printer ink, had a paper jam or needed general plumbing and emergency plumbing services? They would push the goButton (terrible name) along with a support professional would arrive. The buttons have been configured in advance via a program on your phone and can be changed as the need changes.

The company sent us a few prototypes. One was labeled “Support.” Another was labeled “Refill.” Pushing either one brought a text message and an email saying that our order was accepted or support was on the way. The messages contained the name of the man who pushed the button and the company that responded.

Any possible problems with this? We can see a few hundred. At a company, for example: Imagine if each time a printer jams, someone presses the “help” button! A tech person would arrive but the individual sitting next to you has already fixed the problem. Sorry, you need to pay for the tech man’s time anyhow.

How about house use. How many people do you know who would push a “help” button each time they had some problem with their computer or the internet? Got any kids around who’d think that it’s fun to push buttons after new gas installations or repair? How about cats performing their “kitten on the keys” walks?

Remember: There is always time to panic.

Flipping That Telephone

Flipsy.com bills itself the “Blue Book of phones.” It tells you what you can get for your old phone at trade-in websites, as well as from private parties. We have $55 for a Samsung Galaxy S3 we sold on eBay last year but could have gotten $104 through Flipsy.

Type in your phone number and click on “private party value” to find out what you may be able to get. For an iPhone 6s, you may get $436 selling it yourself, $335 in a trade-in website or $235 from the phone supplier. Big spread! Trade-in websites linked to Flipsy include Amazon, Exchange It, Buy Back World and others.

A reader told us he had been scammed on eBay, so he now avoids it. We did not have any problems selling two devices there. However, on other websites it is possible to get faster payment. We’ve got scammed on CraigsList, one of the first trading and reselling websites.

Apple iPhones hold their value better than Android phones. The existing iPhone 7 would fetch $395 in a trade-in website. A Samsung Galaxy S7 Edge, the most recent model, would fetch around $240. If you go back three generations, a favorite phone of either kind will go for about $100. Go back further and you get less. Amazon will provide you $20 for an iPhone 4s. If you were to purchase one from Amazon, however, it would cost $92 to $170. That’s a significant markup.

Speaking Boxes: Google vs Alexa

We are still undecided on which nosy box is better: Google Home or Amazon Echo. So we have both. (We figure everyone in the known universe is already hip to this tendency, but merely to recapitulate, both are little gizmos that answer questions and play games and music.)

Amazon’s Echo and Echo Dot have 71 percent of the market. Could 71 percent of the buyers possibly be wrong? We enjoy our Echo, which has some bad woman named Alexa inside, but Google Home seems smarter. We asked her to play the opening number from the film “La La Land” as we helped a couple contractors review their as2550.1 plan, and she did it. Asking Alexa, we heard, “I don’t have a song called ‘Opening Number.’ ”

We asked Alexa how many genes a wheat plant has. She stated “2,017” and then began telling us about fashions in blue jeans, like plastic pants (they must literally be hot stuff). Google Home said there were about 164,000 wheat genes (that is a whole lot more than we have), depending on the variety. We then asked Google house for an “intense ab workout” on our TV, and it began playing immediately. (you must turn on the TV first, pick the perfect input and be sure a $30 Chromecast is plugged in.)

This year, an estimated 36 million Americans will use those devices at least once each month. Ninety-five percent will probably use one from Google or Amazon, other producers are entering the lists, among them Lenovo, LG, Harmon Kardon and Mattel. What matters most isn’t the brand of the gizmo, but the extent of its knowledge and context, so whether it’s applicable to be used on a slab crane, in a high-rise office or in your car.

Tips for Approaching Data Capture

 

mobile data capture, workforce mobility, innovationThere are several innovations offered to the marketplace to help in catching information, however how do organisations understand which option they should be implementing? The procedure isn’t really as simple for markets such as health care which have an entire various set of requirements if compared with airline companies, building, police or oil & gas.

Any digital content recording option has to enhance workflow procedures by permitting organisations to automate improvements and the channelling of information; whether it is billing-related, client, personnel, or client associated or owned by another job or action.

For any planned mobile data capture project the following elements ought to be thought about:

Identify exactly what details you are planning to catch

To begin with, you have to identify a content strategy detailing exactly what details you are wanting to gather and maintain, along with taking a look at how it impacts your company as a whole. For a health care organisation, the details you are aiming to record and digitise is normally associated with clients.

In this setting you are aiming to transfer info associating with a client, therefore enabling a clinician to invest more time with a client. For other organisations, such as insurance provider, the operations can be multi-faceted such as catching details from a brand-new consumer over a phone or performing an assessment following a mishap or a burglary to somebody’s home.

Typically in field based activities, paper based types are still commonly utilized as it is hard to equate illustrations and annotations on stated types to a format that would fit a portable computer system. The obstacle here is for organisations to then replicate the info by returning to the information to a computer system.

Do not replicate

The secret with information capture is to lower the administrative time needed to return to info to a computer system. This can be an expensive and lengthy procedure and can lead to mistakes as information is re-keyed. With digital input approaches this procedure is gotten rid of, making sure a smoother circulation of information and details throughout an organisation.

Keep it basic

Do not make complex things. The innovation does not always need to be the current and biggest. The very best information record options are those that do not alter the method you are accustomed to working with. When you are selecting the suitable tools, make certain that you do not alter things significantly and in a manner that will make life harder for those utilizing the option.

Security

Just like all information, the security ramifications are of fantastic value. No matter the information you are gathering and recording into a digital format, you do not want it falling under the wrong hands. Make certain that the service that you use does not expose your organisation to information loss, or that the gadgets you utilize do not consist of any easily assessable sensitive information in case it is lost

Organisations with either an analogue or extremely digital workplace can make quick advances by assessing the best ways to align their recognized workflow with existing innovations. The points above are the fundamental areas to think about when preparing to modernise and preparing to implement an information capture service as part of the mission to digitise organisation crucial document handling procedures.

There are services out there that match every market’s vision. For far reaching field operations in severe conditions workforce mobility solutions are needed whereas for secured indoor workplace environments and conference rooms simpler solutions can be implemented. Today’s services can catch information and send it straight to any backend system for instant and even automated processing.

Prevent being stylish

When picking one gadget or a set of numerous gadgets to perform these jobs, prevent fashionable options and select smart sustainable innovations that fulfill or surpass requirements. It is simple to be blindsided in the sea of offerings be it for a little business or global business. It goes without stating, that picking incorrect technology can considerably deflate your bottom line.

Just, understanding your workflow environment and mapping your requirements and expectations can take part in providing a quantifiable favorable result for your business’s efficiency.

A quick guide to ISTQB Accreditation

With so many different accreditation’s offered in the software testing industry, ISTQB is one of the most popular. Whilst renowned in the industry, for those outside or just starting out it may seem a little confusing. Don’t worry here’s a quick guide!

istqb,software,software testing,course,qualifications

Exactly what is ISTQB Accreditation?

ISTQB accreditation is among the most popular accreditation tests offered today for software application testers. It is a worldwide accepted accreditation test performed by International Software application Screening Credentials Board. The ISTQB as a company charters and manages the curriculum and plan of the examination. Different nationwide boards certified under ISTQB carriy out the examination in defined nations.

In U.S.A the nationwide board is called ASTQB or American Software application Screening Credentials Board, in UK it is UK Screening Board, in India it is Indian Screening Board or ITB. The list of the nationwide boards that arranges ISTQB accreditation are vast and a quick google search will reveal who your relevant board is.

Apart from the nationwide boards, there are Worldwide Accreditation service providers who can perform examinations online and can serve candidates worldwide. A Worldwide test service provider can provide tests in your area and across the globe, consisting of online examinations through their own examination centers or by means of Prometric/Pearson Vue examination centers. Below is a basic list

– ASTQB– American Software application Screening Credentials Board

– BCS– The Chartered Institute for IT

– Cert-IT GmbH

– CertInstitute UG

– gasq– Global Association for Software application Quality GmbH

– iSQI– International Software application Quality Institute GmbH

Amongst online test centers, Prometric/Pearson Vue examination centers are the most popular world broad because of their availability and ease of access

What after Foundation Level?

When Foundation Level is attained, one can choose Advanced Level and Expert Level accreditation. If you have an interest in taking the ISTQB Test and it’s best to at first get some suggestions and sample documents to adequately prepare.

To undertake advanced level examination one needs to finish the foundational level and possess appropriate experience in software application screening. For a bachelor degree holder, the prospect ought to have at least 3 years of experience and for non-bachelor degree candidates must have 5 years of experience.

ISTQB Expert Level is the highest level of accreditation that can be tried after Advanced level examinations. This level has 4 sub curriculum with security screening now being included

Whilst there is effort included, there are a number of advantages of ISTQB accreditation for a specific consisting of

– International acknowledgment of obtained proficiencies and abilities

– licensed to utilize the “Qualified Tester” logo design (defining the level of accreditation).

– Professional course assistance, from Foundation to Expert level for people.

For organisations a number of advantages include

– Accreditation can offer a competitive advantage for business, assuring a greater level of dependability of the applications being established due to effective and cost effective screening practices originated from the ISTQB proficiencies.

– Consulting businesses with licensed personnel can provide higher-level services to consumers, increasing incomes and brand name worth.

– ISTQB has specified a “Partner Program” for businesess that engage a great deal of qualified testers.

The benefits far outweight the effort and you should look to gain this certification if you wish to be considered a credible software tester. Of course if you’re just starting out as a Software tester is may be worthwhile to initially start with a software testing course

How To Incorporate Green Technology In Your Home

Unless you are building a new home, incorporating green technology will often mean making significant changes to the infrastructure of your home. This is something which may seem intimidating to some people. It doesn’t have to be. Here are some suggestions that will make it easier for you to do so.

Choose systems requiring the least change

Picking systems and technologies that require the least amount of change or reconfiguration can make it much less painful for you to switch over to green technologies in your home. For example, changing from a traditional hot water tank system to a tankless version will usually not require as much change as it would if you were installing in-floor heating would be. Replacing a floor made with materials that are more friendly to the environment can be less disruptive than bringing in a number of green materials to use in your home’s construction. By minimizing the amount of disruption and change, you can make the transition a much less painful one.

Replace existing technologies as needed

By making changes on an ongoing basis, you can minimize the disruption and impact on your home as much as possible. While it is great to replace everything in your home as quickly as possible, you will find the process to be a much simpler one if you do it on a more gradual and as needed basis. Some green technologies can be quite expensive. If you have to change a furnace, for example, you may find the price of an environmentally friendly alternative much more acceptable if all you replace is the furnace. If you opt to change your windows, insulation and heating system at the same time, the bill might be so large that it would seem like it would never pay for itself. If you only replace an item or two at a time and do not make every change to your home at once, you can end up feeling like you are much less overwhelmed financially.

Replace the least efficient systems first

Replacing the least efficient systems first is a good idea. Unless you need to replace something in your home (such as windows or a heating system) because it is broken, you would be better off identifying the least efficient systems first. Replacements for systems that are the least efficient will allow you to recoup the money you have spent as rapidly as possible.

How to start the process

There are several ways of starting the process of changing to green technology. The first is to have an energy audit performed on your home or office space. A trained expert will go over the various areas in your home and focus on the systems and areas that utilize the most energy. They will be able to tell you which areas to address first. The drawback is that an energy audit may often be expensive and it may not be available in all areas. A second method is to look at which of your household bills are the highest or most unmanageable. If you choose the bills that are the most expensive and find green methods of reducing them you may find that you will welcome the changes instead of being nervous about them.