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Enterprise barcode scanner company Scandit has closed an $80 million Series C round, led by Silicon Valley VC firm G2VP. Atomico, GV, Kreos, NGP Capital, Salesforce Ventures and Swisscom Ventures also participated in the round — which brings its total raised to date to $123M.
The Zurich-based firm offers a platform that combines computer vision and machine learning tech with barcode scanning, text recognition (OCR), object recognition and augmented reality which is designed for any camera-equipped smart device — from smartphones to drones, wearables (e.g. AR glasses for warehouse workers) and even robots.
Use-cases include mobile apps or websites for mobile shopping; self checkout; inventory management; proof of delivery; asset tracking and maintenance — including in healthcare where its tech can be used to power the scanning of patient IDs, samples, medication and supplies.
It bills its software as “unmatched” in terms of speed and accuracy, as well as the ability to scan in bad light; at any angle; and with damaged labels. Target industries include retail, healthcare, industrial/manufacturing, travel, transport & logistics and more.
The latest funding injection follows a $30M Series B round back in 2018. Since then Scandit says it’s tripled recurring revenues, more than doubling the number of blue-chip enterprise customers, and doubling the size of its global team.
Global customers for its tech include the likes of 7-Eleven, Alaska Airlines, Carrefour, DPD, FedEx, Instacart, Johns Hopkins Hospital, La Poste, Levi Strauss & Co, Mount Sinai Hospital and Toyota — with the company touting “tens of billions of scans” per year on 100+ million active devices at this stage of its business.
It says the new funding will go on further pressing on the gas to grow in new markets, including APAC and Latin America, as well as building out its footprint and ops in North America and Europe. Also on the slate: Funding more R&D to devise new ways for enterprises to transform their core business processes using computer vision and AR.
The need for social distancing during the coronavirus pandemic has also accelerated demand for mobile computer vision on personal smart devices, according to Scandit, which says customers are looking for ways to enable more contactless interactions.
Another demand spike it’s seeing is coming from the pandemic-related boom in ‘Click & Collect’ retail and “millions” of extra home deliveries — something its tech is well positioned to cater to because its scanning apps support BYOD (bring your own device), rather than requiring proprietary hardware.
“COVID-19 has shone a spotlight on the need for rapid digital transformation in these uncertain times, and the need to blend the physical and digital plays a crucial role,” said CEO Samuel Mueller in a statement. “Our new funding makes it possible for us to help even more enterprises to quickly adapt to the new demand for ‘contactless business’, and be better positioned to succeed, whatever the new normal is.”
Also commenting on the funding in a supporting statement, Ben Kortlang, general partner at G2VP, added: “Scandit’s platform puts an enterprise-grade scanning solution in the pocket of every employee and customer without requiring legacy hardware. This bridge between the physical and digital worlds will be increasingly critical as the world accelerates its shift to online purchasing and delivery, distributed supply chains and cashierless retail.”
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In October, Walmart-owned Sam’s Club opened a test store in Dallas where it planned to trial new technology, including mobile checkout, an Amazon Go-like camera system, in-store navigation, electronic shelf labels and more. This morning, the retailer announced it will now begin testing a revamped Scan & Go service as well, which leverages computer vision and machine learning to make mobile scanning easier and faster.
The current Scan & Go system, launched two years ago, requires Sam’s Club shoppers to locate the barcode on the item they’re buying and scan it using the Sam’s Club mobile app. The app allows shoppers to account for items they’re buying as they place them in their shopping cart, then pay in the app instead of standing in line at checkout.

However convenient, the system itself can still be frustrating at times because you’ll need to actually find the barcode on the item — often turning the item over from one side to the other to find the sticker or tag. This process can be difficult for heavier items, and frustrating when the barcoded label or tag has fallen off.
It also can end up taking several seconds to complete — which adds up when you’re filling a cart with groceries during a big stocking-up trip.
The new scanning technology will instead use computer vision and ML (machine learning) to recognize products without scanning the barcode, cutting the time it takes for the app to identify the product in question, the retailer explains.

In a video demo, Sam’s Club showed how it might take a typical shopper 9.3 seconds to scan a pack of water using the old system, versus 3.4 seconds using the newer technology.
Of course, the times will vary based on the shopper’s skill, the item being scanned and how well the technology performs, among other factors. A large package of water is a more extreme example, but one that demonstrates well the potential of the system… if it works.
The idea with the newly opened Dallas test store is to put new technology into practice quickly in a real-world environment, to see what performs well and what doesn’t, while also gathering customer feedback. Dallas was chosen as the location for the store because of the tech talent and recruiting potential in the area, and because it’s a short trip from Walmart’s Bentonville, Arkansas headquarters, the company said earlier.
Sam’s Club says it has filed a patent related to the new scanning technology, and will begin testing it this spring at the Dallas area “Sam’s Club Now” store. It will later expand the technology to the tools used by employees, too.
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