Elo Partners with FreedomPay to Transform the Digital In-Store Experience

PHILADELPHIA, Jan. 16, 2023 (GLOBE NEWSWIRE) — FreedomPay, the global leader in Next Level Commerce™, and Elo, a leading global provider of interactive solutions and interactive display solutions, announce the integration of Elo’s M60 Pay handheld computer with FreedomPay’s secure commerce technology.

Built to accept today’s popular payment and loyalty cards, the M60 Pay has a built-in EMV, magnetic stripe reader and NFC for cards with either chips or strips and digital contactless payments. The Android®-based M60 Pay computer can transform from a mobile to a fixed POS solution with the optional docking station, expansion module and Elo touchscreen monitor.

Together, FreedomPay and Elo are reinventing the digital in-store experience by uniting Elo’s innovative and interactive solutions with FreedomPay’s industry-leading commerce technology platform to create a secure, frictionless, unified shopping experience for global consumers while supporting merchants with robust loyalty and data analytics capabilities.

“The M60 Pay makes decentralizing the checkout process and taking payments anywhere easy,” said Craig Witsoe, CEO at Elo. “The partnership with FreedomPay will bring enhanced functionality and security to create a more personalized experience for consumers.”

FreedomPay’s Next Level Commerce™ platform offers many benefits to merchants and their customers, including:

  • The ability to unify commerce across properties, channels, and regions within a single open, fully agnostic, flexible platform;
  • A touchless ecosystem that supports contactless payments, QR technology, Apple Pay, and Google Pay; and
  • A fully integrated end-to-end solution enabling secure payments, identity-as-a-service, loyalty, and business intelligence.

“Consumers are looking continually for new payment functionality and greater customization when it comes to payments. The partnership with Elo will give customers secure and seamless checkout experience expected with FreedomPay coupled with the innovative and modular designed solutions from Elo,” said Tom Durovsik, Founder & CEO of FreedomPay.

To learn more about the solution, visit FreedomPay at NRF booth #4250 or Elo at NRF booth #5803 to request a demo.

About FreedomPay
FreedomPay’s Next Level Commerce™ platform transforms existing payment systems and processes from legacy to leading edge. As the premier choice for many of the largest companies across the globe in retail, hospitality, lodging, gaming, sports and entertainment, foodservice, education, healthcare and financial services, FreedomPay’s technology has been purposely built to deliver rock-solid performance in the highly complex environment of global commerce. The company maintains a world-class security environment and was first to earn the coveted validation by the PCI Security Standards Council against Point-to-Point Encryption (P2PE/EMV) standard in North America. FreedomPay’s robust solutions across payments, security, identity, and data analytics are available in-store, online and on-mobile and are supported by rapid API adoption. The award-winning FreedomPay Commerce Platform operates on a single, unified technology stack across multiple continents allowing enterprises to deliver an innovative Next Level experience on a global scale. www.freedompay.com

About Elo
As a leading global supplier of interactive solutions, #EloIsEverywhere. To date, Elo has deployed more than 25 million installations in over 80 countries. A new Elo touchscreen is installed every 21 seconds, on average, somewhere in the world. Built on a unified architecture, Elo’s broad portfolio allows its customers to easily Choose, Configure and Connect & Control to create a unique experience. Choose from all-in-one systems, open-frame monitors and touchscreen monitors ranging from 7 to 65 inches. Configure with Elo’s unique Elo Edge Connect® peripherals that allow use-specific solutions. Connect & Control with EloView®, a secure, cloud-based platform for Android-powered devices. EloView enables secure deployment and management of a large network of interactive systems designed to reduce operating costs while increasing up-time and security.

Consumers can find Elo touchscreen solutions in self-service kiosks, point-of-sale terminals, interactive signage, gaming machines, hospitality systems, point-of-care displays and transportation applications, to name a few. Learn more at EloTouch.com.

Contact

Jennifer Tayebi
Hill+Knowlton Strategies for FreedomPay
Jennifer.Tayebi@hkstrategies.com
+1 734 395 0780

GlobeNewswire Distribution ID 8730050

PENTAX Medical to launch new premium video processor and endoscope series

PENTAX Medical INSPIRA™ video processor (EPK-i8020c) and the i20c endoscope generation obtain CE marks

TOKYO, Jan. 16, 2023 /PRNewswire/ — PENTAX Medical, a division of HOYA Group, has obtained CE marks for two of its latest innovations; PENTAX Medical INSPIRA™, the new premium video processor, and the i20c video endoscope series. Developed with a focus on healthcare provider’s needs, the new video processor maintains compatibility with PENTAX Medical’s recent endoscope models[1], and sets new standards in combination with the new i20c video endoscope generation.

PENTAX Medical INSPIRA(TM) Video Processor

Optimum image quality

PENTAX Medical INSPIRA™ video processor delivers striking image quality with any PENTAX Medical endoscope[2]. Compatible with two connection types, it allows for upgrading the legacy endoscopy portfolio[1] to the latest imaging standards. As a result, the image quality of current endoscope generations meets high-class clinical needs, for an extended duration of time. This smart feature thus extends the lifecycle of each endoscope for greater sustainability, while continuing to meet the highest standards of modern imaging and visualization.

Enhanced user experience

PENTAX Medical INSPIRA™ video processor was developed with a focus on healthcare providers’ needs. It combines cutting-edge functionalities in one plug-and-play solution with intuitive usability. The video processor is controlled via a customisable, state-of-the-art touch panel, equipped with innovative image enhancement functionalities and 4K image processing. This ultimately enables physicians to focus on what is really important; achieving optimal clinical outcomes.

Next generation endoscopes with superior ergonomics

The i20c generation of endoscopes is designed with superior ergonomics for healthcare professionals and exceptional imaging for the highest quality of procedures. Physicians instantly benefit from outstanding manoeuvrability, angulation and handling, combined with further improved vision. The unique control body and light-weight connector of the i20c video endoscopes are designed to further optimize the endoscopic workflow.

Rainer Burkard, Global President at PENTAX Medical, comments: “PENTAX Medical INSPIRA™ video processor not only upgrades legacy instruments’ imaging capabilities, in combination with our new i20c endoscope generation, it is a milestone for endoscopy. In line with our commitment to continually innovate products, this cutting-edge solution provides a future-proof platform and we are proud of the ground-breaking image quality it brings.”

About PENTAX Medical

PENTAX Medical is a division of HOYA Group. The company’s mission is to improve the standard of patient care and quality of healthcare delivery by providing the best endoscopic products and services with a focus on QUALITY, CLINICALLY RELEVANT INNOVATION, and SIMPLICITY.

PENTAX Medical strives to align with the healthcare community’s Triple Aim goals through transparent partnerships with its customers and by providing the highest quality solutions to help them reach their goals, including enabling customers to improve patient outcomes by offering evidence-based solutions across the continuum of care; ensuring value by supporting the customers to improve their efficiency and minimise their healthcare costs; and enriching patient and provider’s experience by empowering every member of the care team to achieve optimal outcomes through products, education, and support.

Focused on the outcome instead of technological features, PENTAX Medical listens to the healthcare community and their patients, understands their daily obstacles and helps improve endoscopy with smart innovations.

For more information: http://www.pentaxmedical.com

About HOYA

Founded in 1941 in Tokyo, Japan, HOYA Corporation is a global technology and med-tech company and a leading supplier of innovative high-tech and medical products. HOYA is active in the fields of healthcare and information technology, providing eyeglasses, medical endoscopes, intraocular lenses, optical lenses, as well as key components for semiconductor devices, LCD panels, and hard disk drives. With over 150 offices and subsidiaries worldwide, HOYA currently employs a multinational workforce of 37,000 people. For more information, please visit: http://www.hoya.com.

[1]90i, i10, J10, 90K and i10c series endoscopes.

Not all models are compatible. For detail, contact your local PENTAX Medical service facility.

[2]90i, i10, J10, 90K, i10c and i20c series endoscopes.

Not all models are compatible. For detail, contact your local PENTAX Medical service facility.

Document Control Number:  MKGEN-3765EN-G Rev 1 (v1.3)

Photo – https://mma.prnewswire.com/media/1982158/image.jpg

Video of 10-Year-Old Singing ‘Beautiful Day’ Goes Viral

The latest viral video capturing the hearts of millions of users on social media is of a 10-year-old Jamaican boy singing about beauty and gratitude.

The song, “Beautiful Day,” along with its myriad remixes, has been shared globally across Tik Tok, Instagram and YouTube.

While the video has only recently gone viral, the story of the song began nearly a decade ago when singer-songwriter Jermaine Edwards debuted “Beautiful Day” in Jamaica in 2014.

Several years later, 10-year-old Rushawn Ewears sang the song during lunchtime in 2017 at Top Hill Primary School in Jamaica. His teacher recorded the classroom performance in a video, which also captured Ewears’ classmates sweetly looking in from the next room.

Ewears croons in the chorus: “Lord, I thank you for sunshine / Thank you for rain / Thank you for joy / Thank you for pain / It’s a beautiful day!”

The video was posted to Facebook, where it was shared by users across Jamaica over the next several years.

However, it was not until recent weeks that the video went international with bands across the world creating their own remixes.

South African musician known as “The Kiffness” made a remix with a ukulele that has garnered more than 6 million views on YouTube.

Ewears is now 16 and is delighted by the worldwide interest in the video. He told the Jamaica Gleaner, “I don’t know how many people have viewed the song, but for me, music is an inspiration. Sometimes when you feel down, music helps you to motivate yourself.”

The song’s original creator, Edwards, has also benefited from the resurgence of his song, recently signing a deal with Song Music U.K., according to music website, DancehallMag.

Source: Voice of America

Move Over Ben Franklin: Laser Lightning Rod Electrifies Scientists

When Benjamin Franklin fashioned the first lightning rod in the 1750s following his famous experiment flying a kite with a key attached during a thunderstorm, the American inventor had no way of knowing this would remain the state of the art for centuries.

Scientists now are moving to improve on that 18th-century innovation with 21st-century technology — a system employing a high-powered laser that may revolutionize lightning protection. Researchers said on Monday they succeeded in using a laser aimed at the sky from atop Mount Santis in northeastern Switzerland to divert lightning strikes.

With further development, this Laser Lightning Rod could safeguard critical infrastructure including power stations, airports, wind farms and launchpads. Lightning inflicts billions of dollars in damage on buildings, communication systems, power lines and electrical equipment annually while also killing thousands of people.

The equipment was hauled to the mountaintop at an altitude of about 8,200 feet (2,500 meters), some parts using a gondola and others by helicopter, and was focused on the sky above a 400-foot-tall (124-meter-tall) transmission tower belonging to telecommunications provider Swisscom SCMN.S, one of Europe’s structures most affected by lightning.

In experiments during two months in 2021, intense laser pulses — 1,000 times per second — were emitted to redirect lightning strikes. All four strikes while the system was active were successfully intercepted. In the first instance, the researchers used two high-speed cameras to record the redirection of the lightning’s path by more than 160 feet (50 meters). Three others were documented with different data.

“We demonstrate for the first time that a laser can be used to guide natural lightning,” said physicist Aurelien Houard of Ecole Polytechnique’s Laboratory of Applied Optics in France, coordinator of the Laser Lightning Rod project and lead author of the research published in the journal Nature Photonics.

Lightning is a high-voltage electrical discharge between a cloud and the ground, within a cloud or between clouds.

“An intense laser can generate on its path long columns of plasmas in the atmosphere with electrons, ions and hot air molecules,” Houard said, referring to positively charged particles called ions and negatively charged particles called electrons.

“We have shown here that these plasma columns can act as a guide for lightning,” Houard added. “It is important because it is the first step toward a laser-based lightning protection that could virtually reach a height of hundreds of meters [yards] or a kilometer [0.6 mile] with sufficient laser energy.”

The laser device is the size of a large car and weighs more than 3 tons. It uses lasers from German industrial machine manufacturing company Trumpf Group. With University of Geneva scientists also playing a key role, the experiments were conducted in collaboration with aerospace company ArianeGroup, a European joint venture between Airbus SE AIR.PA and Safran SA SAF.PA.

This concept, first proposed in the 1970s, has worked in laboratory conditions, but until now not in the field.

Lightning rods, dating back to Franklin’s time, are metal rods atop buildings, connected to the ground with a wire, that conduct electric charges lightning strikes harmlessly into the ground. Their limitations include protecting only a small area.

Houard anticipated that 10 to 15 years more work would be needed before the Laser Lightning Rod can enter common use. One concern is avoiding interference with airplanes in flight. In fact, air traffic in the area was halted when the researchers used the laser.

“Indeed, there is a potential issue using the system with air traffic in the area because the laser could harm the eyes of the pilot if he crosses the laser beam and looks down,” Houard said.

Source: Voice of America

Seychelles’ Aldabra giant tortoise’s genome decoded, arming scientists with tools to protect species

Researchers at the University of Zurich (UZH) have decoded the entire genome of the Seychelles’ endemic Aldabra giant tortoise (Aldabrachelys gigante), which will allow scientists to better study the diversity of the species.

The statement was made by the director of Indian Ocean Tortoise Alliance (IOTA), Rich Baxter, in an interview with SNA after the completion of the study, which was published in October 2022.

IOTA, a Seychelles-anchored non-profit organisation, was initiated at a Paris Peace Conference in 2018 by a group of conservationists and philanthropists.

“Now we can look more closely at the population on a genetic level to find differences and the more difference we find the better. If there’s no difference then we need to manage the population to find tortoises that have different genetics and breed them and bring them into the population,” he said.

The Aldabra giant tortoise is listed as vulnerable to extinction on the Red List of the International Union for Conservation of Nature (IUCN), which means that the species face a high risk of extinction in the wild.

The only surviving tortoises in the wild can be found on the Aldabra Atoll, a UNESCO World Heritage Site in Seychelles, in the western Indian Ocean. The atoll, which is situated 1,120 km southwest of the main island of Mahe, is home to the world’s largest wild Aldabra giant tortoise population of 100,000.

Baxter said that the study “now completes the genomes of all the tortoises existing in the Western Indian Ocean and this discovery will help identify the various tortoises found on Aldabra.”

According to the press statement, “assembling the species’ full genetic code makes it possible to determine genetic differences between individual Aldabra giant tortoises in the wild or in captivity.[…] Moreover, the data could be used to monitor the genetic diversity of rewilded or restored giant tortoise herds in Seychelles.”

In the press statement, Baxter said that “being able to measure genetic diversity between individuals within a population is essential as we start to repopulate islands with tortoises in the Seychelles.”

“By mixing and matching tortoises with different genetic makeups, we can ensure the highest possible level of genetic diversity of tortoises on islands, reducing potential harmful effects of inbreeding. Having high genetic diversity also matters for enabling a population’s ability to respond to changes such as the effects of climate change,” he added.

The reference genome will also allow researchers to determine the genetic differences between populations on the Aldabra Atoll but also determine from which population a specific tortoise originates, which could have further use in tracking tortoises in the pet trade.

The first author of the study, Gözde Çilingir, said “We found that most of the genome is similar to other known genomes of tortoises. This means our data will help the conservation efforts for other tortoise species across East Africa and Madagascar.”

The next steps from this work by researchers at UZH will be to investigate how DNA can be used to determine the age of animals that are still alive, as the exact age of such extremely old tortoises is often unknown, and potentially reveal the secret on how tortoises are able to live so long.

Source: Seychelles News Agency