Download PDF version Contact company

In the new normal, differently and hygiene is something that will play a greater part in one's lives. That’s why SALTO Systems, in partnership with BioCote® the anti-microbial technology supplier, has since 2011 incorporated anti-microbial silver ion technology in the electronic smart lock range, electronic cylinders, locker locks, and supporting devices such as wall readers.

The addition of BioCote’s anti-microbial technology helps reduce microbes on door handles and improves hygiene in buildings creating a cleaner, more hygienic environment for both users and visitors.

The more hygienic the handle set, the less chance of cross-contamination. This helps to reduce the spread of microbes around a building as microbes are not transferred from door to door and surface to surface,” comments Aznar Sethna, CSMO SALTO Systems. “We have long seen and offered the benefit of having BioCote® added to our electronic lock products to contribute to customers’ existing cleaning and hygiene regimes.

Silver-ion technology for anti-microbial protection

BioCote® has successfully tested against a feline strain of coronavirus, showing a reduction of 90% in two hours, which is a positive indicator of the antiviral properties of their technology. Previous testing has revealed that BioCote® delivers 99.9 percent, 24/7 protection against an array of microbes including Influenza A H1N1, E.coli, Salmonella, and antibiotic-resistant CRE, VRE, and MRSA.

BioCote® cannot be wiped or worn away and thus enhances hygiene management and reduces the possibility of cross-contamination. SALTO BioCote® anti-microbial protection consists of silver-ion technology which is integrated during the manufacturing process. SALTO added BioCote® as a standard additive for all the plastic devices it produces as well as with the new XS4 Locker Lock BLE. SALTO also offers BioCote® as an option on its complete line of electronic locks and online wall readers.

Lasting hygienic protection from BioCote®-treated hardware

The finish is long-lasting and maintains its anti-microbial performance over the expected lifetime of the products

"Our findings continue to show the positive impact of having anti-microbial coatings on our smart-locking product range with regards to reducing levels of bacterial contamination. BioCote® silver ion technology significantly reduces the level of microbes on SALTO escutcheons and door handles by up to 99.99 percent which is an incredible achievement,” says Sethna.

The finish of BioCote®-treated smart door lock hardware differs slightly from that of standard-finish escutcheons due to the mix of lacquer and silver ion particles. On wall readers, locker locks, and lock readers, it's invisible. The finish is long-lasting and maintains its anti-microbial performance over the expected lifetime of the products.

Integrated and lasting hygienic protection

Current government guidelines recommend regular cleaning to minimize the spread of microbes in all types of building. However, beyond regular cleaning, little consideration has been given to alternate or non-traditional methods for limiting the potential for cross-contamination within a public environment.

By effectively reducing a broad spectrum of microbes by up to 99.9 percent, BioCote® anti-microbial technology provides integrated and lasting hygienic protection that supports regular cleaning regimes and hand hygiene.

SALTO has been an innovative leader in electronic access control technology for two decades and we are just as proud to have been equally as advanced when it comes to the hygienic properties of our products with a leading partner like BioCote®,” said Sethna.

Download PDF version Download PDF version

In case you missed it

Visual AI Company AnyVision Changes its Name to Oosto
Visual AI Company AnyVision Changes its Name to Oosto

AnyVision announced today that the company will change its name to Oosto. The new name reflects the company’s evolution and vision for the future which is shaped, in part, by a new collaboration with Carnegie Mellon University’s (CMU) CyLab Biometric Research Center. The CMU partnership will focus on early-stage research in object, body, and behavior recognition. Vision AI Oosto CEO, Avi Golan remarks, "Historically, the company has focused on security-related use cases for our watchlist alerting and touchless access control solutions. With the launch of Oosto, we’re looking beyond the lens of security to include ways our solutions can positively impact an organization’s safety, productivity and customer experience.” AnyVision pioneered Vision AI to automate watchlist alerting, identifying security risks as well as valuable customers in real-time to personalize customer experiences and enhance physical security. The rebranded Oosto will leverage the power of Vision AI to enhance the safety of customers, guests, and employees. Solutions include touchless access control, video analytics, and new flavors of video-based recognition (object, body, and behavioral recognition), which deliver the insights and alerts to protect pivotal stakeholders from bad actors and security threats. Partnership with CyLab Biometric Research Center The company’s research partnership with Carnegie Mellon University’s (CMU) CyLab Biometric Research Center will focus on advanced object classification and behavior recognition algorithms for commercial use cases. This collaboration will help Oosto address a broad range of safety-related use cases, including object detection (e.g., weapons on school grounds) and behavioral analysis (e.g., when someone falls down). As part of the partnership, Marios Savvides, a Professor of Electrical and Computer Engineering (ECE) and founder and director of the Biometrics Center at CMU, will join Oosto as the Chief AI Scientist to expand Oosto’s AI team led by CTO, Dieter Joecker. “We were impressed by Oosto's commitment to the fair and ethical use of the technology, preserving user privacy, and creating safer spaces for everyone,” said Professor Marios Savvides. “These shared values make Oosto an ideal research partner for CMU to advance object, body, and behavioral recognition and to positively impact our collective safety.” Long histoy in artificial intelligence Over the past 10 years, more than 400 startups linked to CMU have raised more than $7 billion in funding. CMU has a long history in artificial intelligence including the creation of the first AI computer program in 1956 and pioneering work in self-driving cars, facial recognition, and natural language processing. ECE Professor Marios Savvides was named one of the “2020 Outstanding Contributors to AI” awards from the former U.S. Secretary of the Army. His research has been focused on developing core AI and machine-learning algorithms that were successfully applied for robust face detection, face recognition, iris biometrics, and most recently, general object detection and scene understanding. Savvides has generated over 35 patents and patent publications, and over 50 unpublished patent applications to date. "Under the leadership of Prof. Savvides, CMU’s CyLab Biometric Research Center has an impressive track record of successfully transferring AI research out of a lab environment and into reliable and scalable solutions," added Golan. "Visual intelligence is in its infancy and there is so much more work yet to be done. With this partnership, we now have an elite U.S.-based AI research center that will work in concert with our existing AI teams to accelerate the development of advanced deep learning algorithms and exploration of new safety-related use cases, markets, and industries, including medical, payments, and smart cities.” As part of these corporate rebranding efforts, the company is also renaming its products to OnWatch (formerly A Better Tomorrow), OnAccess (formerly Abraxas), and OnPatrol.

How Well Do Systems Meet Video Surveillance Needs In Prisons?
How Well Do Systems Meet Video Surveillance Needs In Prisons?

Keeping prisoners safely housed is among the biggest challenges the security industry faces. Correctional applications of security technology are often more extreme and require a specialized mix of technologies. We asked our Expert Panel Roundtable: What are the video security and surveillance needs in prisons, and how well do technologies meet those needs? Are there any ethical qualms about selling to prisons?

Which Technologies Are Transforming Airport Security?
Which Technologies Are Transforming Airport Security?

Air travel is returning to pre-pandemic levels. COVID and its aftermath have added new compliance and operational concerns for airport security, and social and political volatility around the world emphasises the need for constant vigilance. A range of new technologies are enhancing airport security, not to mention providing new tools to simplify processes throughout the airport. We asked our Expert Panel Roundtable: Which technologies are transforming airport security?