With continuous 24/7 operation, Navee GPT enables large-scale, high-quality moderation across various brands and industries with an online presence, setting new standards for speed, efficiency, and accuracy of counterfeit detection.
If counterfeit production were a country, it would be the sixth-largest emitter of CO2 globally. With 40% of luxury merchandise sold online being fake, the impact of counterfeit production on not only the economy but also the environment should be taken seriously. At the forefront of combating this is Navee, offering an AI-driven GPT solution that helps top global brands defend their reputation and protect their triple bottom line.
“Today, creating thousands of counterfeit listings is simpler and cheaper than detecting just one,” explains Matteo Amerio, co-founder and CEO of Navee.
Navee GPT is a large-scale language model (LLM) that allows high-risk counterfeit listings to be automatically monitored around-the-clock, 365 days a year. This new advancement complements Navee’s earlier innovation, the CVAN (Collaborative Visual Authentication Network). CVAN has been instrumental in proactively blocking counterfeits at the point of upload through semi-exact image matching and shared insights. Together, Navee GPT and CVAN enhance listing moderation efficiency, reducing average processing times by up to tenfold. This combination identifies and evaluates suspicious content, reducing counterfeiting by as much as 90% without the need for human intervention.
The integration of Navee GPT, with its advanced automation capabilities, could enable the processing of up to 15,000 counterfeit cases per month for each of its customers, thereby potentially tripling the efficiency of analyst teams. By conducting prompt and precise analysis while helping brands trim operational costs, this solution becomes an indispensable tool for organizations seeking to streamline their content moderation processes. By speeding up and improving the quality of counterfeit takedowns, Navee contributes to overall efforts to protect brands from counterfeiters.
Drawing on its extensive moderation history and structured training protocols, Navee GPT is designed to enable high-quality, large-scale moderation. Navee’s aim is not to eliminate human moderation but to enhance its accuracy and efficiency via automation. This approach is crucial given the ease and speed with which counterfeit listings are uploaded and spread. This approach stands to change the rapid rate at which counterfeit listings can be uploaded and circulated. By enhancing the detection and management process, the startup wants to stop how simple it is for counterfeiters to exploit the internet to generate and spread fake content.
Each gigaplant removes more than 6.2 billion tons of CO2 from the atmosphere every year
With 2,700 gigaplants, fossil fuels could be completely replaced
CEO Frank Obrist: “At just under 6 cents per kilowatt hour, methanol is far more cost-effective than any other energy source. This will free up market forces for the nearly $50 trillion cost of building the gigaplants. By 2150, the CO2 concentration in the atmosphere can be reduced to the 1950 level.”
CEO Frank Obrist will present his concept at the Global Energy Summit of the think tank Diplomatic Council with UN consultant status on May 28 at 3 pm CET (Central European Time). Participation is free of charge after registration: www.diplomatic-council.org/energysummit2024
Lindau/Germany, Lustenau/Austria – May, 21, 2024 – The German-Austrian industrial group Obrist Group is planning to build so-called gigaplants, a type of giant solar park that will not supply electricity, but green methanol. During production, more climate-damaging carbon dioxide (CO2) is removed from the atmosphere than is released during subsequent use, claims company CEO Frank Obrist. As a result, the gigaplants are said to be CO2-negative and therefore climate-positive. “Net zero is not enough, we are going for net negative,” says the inventor, entrepreneur and visionary: “In order to leave an intact climate for future generations, we need to recapture the carbon dioxide emitted through the extensive use of fossil fuels, i.e. remove it from the atmosphere.” Obrist holds 190 patents that should make this possible. The United Nations supports the concept. The United Nations Industrial Development Organization (UNIDO) recently named the Obrist concept “The Most Promising Solution Award Winner in Energy Efficiency Category”.
Four million tons of methanol per gigaplant per year
The specifications of the planned gigaplants are impressive. Almost four million tons of methanol are to be produced per year on an area of around 280 square kilometers. At today’s energy prices, this corresponds to a sales volume of around 4.3 billion US dollars per year. The annual operating costs are estimated at around 340 million dollars, leaving a gross profit of almost four billion dollars a year. The construction costs for a gigaplant, calculated at 18.6 billion dollars, would therefore be recouped in less than five years, which corresponds to an annual return on capital costs of over 21 percent.
However, the high profitability is only possible if the plant is operated in the Earth’s sun belt, where solar power is available at a cost of just 0.88 cents per kilowatt hour due to the intensity of the sun. These so-called electricity generation costs for the conversion of another form of energy into electricity are between 3 and over 5 cents for conventional solar parks, between just under 4 (onshore) and around 12 cents (offshore) for wind power plants, between 7 and 17 cents for biomass, between just under 8 and 13 cents for natural gas, between ten and 20 cents for hard coal and lignite and between 3.5 and 8 cents per kilowatt hour for nuclear power plants. The Obrist concept therefore generates electricity at more than three times the cost of the cheapest alternative method.
Low costs thanks to production in the desert
However, as electricity is difficult to store on a large scale and even more difficult to transport, it is “only” used for electrolysis in the gigaplant to produce hydrogen from water in the first step and methanol from this in the second step. Methanol is liquid at normal temperature and can be transported via all the transportation routes that already exist today for fossil fuels (pipelines, tankers, tanker trucks, etc.).
The water required for methanol production does not have to be added to the plant because it is taken from the air. A humidity level of ten percent, which is even found in the desert, is sufficient to produce the coveted methanol. The gigaplants can therefore be set up in deserts or on other wasteland that could not be used for any other purpose anyway. This keeps costs low and there are no conflicts with settlement projects or agriculture. The Obrist Group puts the cost of liquid methanol produced using solar energy and “desert water” at less than 6 cents per kilowatt hour, far less than any other known energy source. What’s more, unlike other sustainable energy generation methods such as photovoltaics or wind power, methanol is base-load capable and is therefore available regardless of weather conditions.
Over six billion tons of CO2 from the atmosphere
More important for the climate than the yield: Gigaplant is expected to remove more than 6.2 billion tons of carbon dioxide (CO2) from the atmosphere every year. This means that the gigantic energy factory will be CO2-negative on a large scale – more CO2 will be taken out of the atmosphere than is later returned when the synthetic fuel methanol is used. Experts refer to this as Direct Air Capture (DAC).
As a side effect, around 228,000 tons of carbon are produced each year, which can be used to manufacture carbon fibres or plastics, thus increasing the economic efficiency of the plant. The climate benefits from the more than 6.5 million tons of oxygen that are released into the atmosphere every year during methanol production.
2,700 gigaplants in the fight against the fossil economy
According to calculations by the Obrist Group, around 2,700 gigaplants would be needed to completely replace the use of fossil fuels with green methanol. The total cost of building the clean energy factories would be almost 50,000 billion or 50 trillion dollars. “That’s a huge sum,” admits Frank Obrist, “but in view of a global turnover of around 8 trillion dollars a year with fossil fuels, it’s not utopian.”
The visionary is also planning for the long term: calculations have shown that by 2150, the CO2 concentration in the atmosphere could be reduced to that of 1950 as a result of the gigaplants. In 1950, the CO2 concentration in the air was around 290 ppm (parts per million), while 420 ppm was measured in 2023. Like many scientists, Frank Obrist expects the peak to be around 450 ppm in 2050. From this peak, the proportion of CO2 could be gradually reduced again over 100 years by “sucking” carbon dioxide out of the atmosphere with the help of gigaplants, according to the plan.
Inventor and entrepreneur Frank Obrist is convinced that for the plan to succeed, market forces must be activated alongside politics. His credo: “Because the production, transportation and use of green methanol is many times cheaper than all fossil fuels or other energy sources such as nuclear power, investments in gigaplants represent an extremely lucrative business model.”
Projects in Namibia, Egypt, Thailand and the USA
The Obrist Group recently entered into a global alliance with EWU Tech, DSE Green Technology Holdings with over 25 European technology partners and Global Enterprises to build gigaplants using the patented Obrist process. Projects worth billions are planned in Namibia, Egypt, Thailand and the USA. According to information, so-called “Sub Zero Funds” are currently being set up for financing, which are experiencing lively demand from both industry and institutional investors.
Surprising at first glance, but understandable at second glance: there is a particularly strong willingness to invest in the oil-producing regions of the Middle East – the entire region is located in the Earth’s sun belt and could therefore participate just as strongly in the newly emerging methanol economy as it has in the oil business to date, which cannot continue “forever” anyway due to the finite nature of fossil fuels.
Even more important for Frank Obrist: “The economically weaker global South in particular will benefit from the switch to a methanol economy due to its geographical location, because the intensity of the sun is particularly high there. In the Middle East, we have seen how the fossil fuel economy has brought an enormous upswing to an otherwise barren desert region. Gigaplants in Africa and other regions of the global South will bring similar positive local development.” This prospect also proved to be a key argument when the concept was presented at the annual meeting of the UN Commission on Science and Technology for Development in Geneva in spring 2024.
Visualization of an aFuel® Gigaplant for the production of CO2-negative methanol / Source: Obrist Group
Bristol based Kingfisher Labels welcomed more than 100 visitors to its first ever Open House in Yate recently – the event marked the first opportunity to showcase the company’s latest digital print capability and extended flexo capacity in its modern 22,000 sq.ft. headquarters.
Kingfisher’s Andy Watts shows print samples from the DPro 3 to visitors at the recent Open House
Speaking for the company, Karl Jackson, son of co-founder Martin Jackson, commented: “We were delighted with the number of our valued customers and suppliers that attended and the positive comments they made about our organisation and production workflow – we have invested heavily in the new premises and latest flexo and digital technology and it’s really paying dividends.”
With a large portfolio of local and regional artisanal customers, as well as key major accounts to satisfy, the recent addition of digital print capability is seen as crucial to the company reaching its proposed target of £3.6m sales in 2024. The digital press is a Mark Andy Digital Pro 3 toner-based engine fitted with inline finishing capable of 23m/min CMYK plus white at 1200dpi.
Intended to bring Kingfisher’s growing volume of digital work in-house, the Digital Pro 3 is also releasing valuable capacity on the company’s three flexo presses that are better suited to medium and long run work. “Having digital capability rounds out our offering and shows we have grown into a good size business that can offer a full service on jobs from very short to very long, and all with a great deal of customer care,” he added.
Citing the current market trends as ‘time to market’ and ‘sustainability’ Mr Jackson says Kingfisher has always adopted a responsible approach to serving the market. “We can turn jobs quickly, and even quicker now we have the digital press, and we work hard to reduce waste to a minimum, especially with expensive substrates, but the costs of sustainability are still more than most customers can afford to pay in today’s price-conscious market. That’s where the production efficiency of our new facility comes into its own, and we are grateful that so many took the time to come to see it in action.”
The three companies have joined forces to revolutionize the press manufacturing landscape with a turnkey, end-to-end digital packaging workflow.
Fremont, California. May 21, 2024. Industry leaders Fiery, LLC, Esko, and Global Inkjet Systems (GIS) announced a new partnership to provide inkjet press manufacturers with a comprehensive, one-stop-shop digital print solution for packaging. This strategic collaboration leverages over 75 years of combined digital experience to deliver pre-integrated solutions and standardized components from all three companies. This best-of-breed solution helps accelerate the analog to digital transition by reducing development time for press manufacturers, enabling them to swiftly introduce innovative printing solutions to better meet converter and packaging producer needs.
“Fiery, Esko, and GIS joining forces provides press manufacturers with a hassle-free, ready-to-go, end-to-end solution,” said Toby Weiss, CEO, Fiery. “This partnership marks a pivotal moment where our collaboration and expertise converge to redefine what’s possible in digital printing. We’re proud to come together to set the standard for excellence in digital technology, empowering our customers to navigate the digital landscape with confidence and agility.”
Prepress
Esko has a proven track record of managing prepress and color needs across existing plants, including both analog and digital production. Industry-leading solutions, including ArtPro+, Automation Engine, ArtiosCAD, and Phoenix, intelligently digitize, connect, automate, and accelerate the concept to market processes for every packaged product. In fact, Esko solutions enable packaging production for 9 out of 10 major brands. This integration gives Esko’s customers the confidence that digital capabilities can be seamlessly added to existing analog workflows.
Together, Esko and Fiery have co-developed a new color workflow that’s configurable based on customer needs. Customers can choose either Esko Color Engine (fully integrated into Fiery Impress) or Fiery’s color management workflow, which includes Fiery Edge profiling technology, Fiery Spot Pro, and Fiery Color Profiler Suite. This flexible approach helps ease the integration of digital capabilities into flexo shops, and delivers exceptional brand color accuracy, whether matching industry standards or customizing to client brand specifications.
“We’re thrilled to formalize the partnership with Fiery and GIS, a testament to the inherent openness of the Esko software platform” said Joël Depernet, President, Esko. “Our customers need innovative, integrated technology to meet time to market and print quality requirements. And now, we can present a comprehensive, end-to-end solution that packages a best-in-class combination of prepress workflow, color management choices, DFE technology, and printhead controls.”
Digital front end (DFE)
Fiery® Impress™ is a flexible, scalable DFE designed exclusively to support industrial inkjet production. Powering the broadest range of digital solutions in the market, Fiery Impress allows packaging producers to quickly respond to changing market demands, from one-off proofs and versions to short runs to the longest runs supported on press.
Built on an open architecture, Fiery Impress delivers unmatched performance to drive inkjet presses at maximum press speeds with streaming variable data printing (VDP). A native Adobe® PDF Print Engine implementation delivers reliable reproductions of an original PDF, ensuring that the final printed product matches brand designer and customer expectations. Fiery Impress produces the highest quality press output with advanced screening technology that leverages printhead-level optimization, plus image-based missing nozzle and density compensation to reduce print defects on labels and packaging.
Combining Fiery’s industry leading DFE technology with Esko’s expertise in workflow automation and supply chain color management offers a single solution with unmatched efficiency, enabling press manufacturers to provide a streamlined user experience that optimizes production from job creation to final output, ensuring a seamless transition from analog to digital.
Printhead and machine control
GIS offers premier printhead electronic systems to deliver color ink anywhere throughout the job at speed with accuracy. Their high-performance electronics and core software enable seamless configuration with leading printheads from Epson, Fujifilm Dimatix, Konica Minolta, Kyocera, Ricoh, SII Printek, Toshiba TEC and Xaar, as well as ink delivery systems compatible with all leading suppliers. Combined with the Atlas Ready integration program, it delivers superior industrial inkjet machine control and diagnostics.
Fiery Impress streams RIPped data directly to GIS printhead electronics for maximum press productivity. Any press manufacturer who chooses GIS printhead electronics will have plug-and-play, streaming connectivity to Fiery Impress on day one. GIS’s advanced printhead control systems combined with Fiery Impress ensure exceptional color consistency and uniformity, and, with Esko’s inspection technology, product quality is guaranteed in every print.
“GIS advanced printhead control systems with the Fiery Impress DFE and an Esko prepress workflow provides the ultimate flexibility, scalability, and customizability to meet any customer requirement,” said Steve Williamson, GM, GIS. “We are delighted to join forces to offer a combined inkjet development technology platform to reduce time to market for press manufacturers, builders, and OEMs.”
Drupa 2024
Fiery will present the full end-to-end solution at drupa in Hall 8b, booth B10. Visit Esko just a few meters away in hall 8b, booth A12 to learn more about their fully integrated packaging ecosystem.
About Fiery, LLC
Fiery, LLC is the leading provider of digital front ends (DFEs) and workflow solutions for the growing industrial and graphic arts print industries. With a customer base that includes over 2 million DFEs sold globally, the company offers innovative software and cloud-based technologies that deliver fast performance, stunning color, and exceptional print quality across a broad range of production printing devices.
Fiery DFEs are installed in a diverse range of industry segments, including commercial print, packaging, signs and display graphics, ceramics, building materials, textiles and other specialty applications. With over 30 years of excellent support and service, Fiery has built an unmatched community of customers, dealers, and partners.
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Fiery is a registered trademarks of Fiery, LLC in the U.S. and/or certain other countries. All other terms and product names may be trademarks or registered trademarks of their respective owners and are hereby acknowledged.
Nothing herein should be construed as a warranty in addition to the express warranty statements provided with Fiery products and services.
HHV Advanced Technologies manufactures a range of optics such as plano windows, prisms, wedges, mirrors, spherical lenses, domes and aspherics for UV, visible and IR ranges. These optics can be coated with single wavelength or broad-band anti-reflection coatings, dichroic beam splitter coatings with customized transmission to reflection ratios, and metallic mirror coatings consisting of Aluminum, Silver or Gold.
Products
Spherical & aspherical lenses
Windows with ARC
First surface mirrors
Metal mirrors with Al, brass & steel
Prisms & cubes
Features
Single & broadband anti-reflection coating from 400-1500nm
Metal reflective coating: Aluminium,silver, and gold.
Beam splitter coating in the ratio of 90/10,80/20,70/30,60/40 & 50/50.
ST. LOUIS, Missouri — February 6, 2024— Baldwin Technology Co. Inc. continues to invest in resources and manufacturing capabilities to meet growing demand across multiple print, packaging and industrial markets in the Americas. This includes additions to the Americas sales team, and expansion of its LED-UV and IR manufacturing capabilities at its world-class facilities in River Falls, WI and Easton, PA.
Baldwin is a leading global manufacturer and supplier of innovative process-automation equipment, parts, service and consumables for the printing, packaging, textile, plastic film extrusion, corrugated and industrial industries. The extensive product portfolio includes equipment that drives automation, quality and productivity – including inspection, color management and registration, cleaning systems, surface treatment, spray dampening and LED-UV curing and drying.
To support the growth of the business and increased demand in narrow web, packaging and corrugated markets Baldwin added two new equipment sales leaders in January.
Jason Atturo (jason.atturo@baldwintech.com), based out of Philadelphia, Pennsylvania, is responsible for sales into the Northeast region of the U.S. and Eastern Canada. With a career spanning two decades in the print, packaging and converting space, he has a wealth of experience in the offset, flexo and corrugated industries having supported customers with their ink, substrate and equipment needs.
Barry White (barry.white@baldwintech.com) joins the team based out of Indianapolis, responsible for sales in the East Central region, covering Indiana, Kentucky, Michigan and Ohio. Having served in the United States Air Force from 2000-2006, White has spent the rest of his career in the coding and marking industry in product development, field service technician and sales manager roles.
Baldwin has also strengthened its aftermarket team with the addition of two more sales leaders. Nick Harkness (nick.harkness@baldwintech.com) rejoins the Barry-Wehmiller family as the Aftermarket Sales Leader representing the Central Region. He previously worked for PCMC, focusing on operational excellence and operations leadership, as well as customer engagement. Harkness has expressed his excitement to be back with Barry-Wehmiller and to join the Baldwin organization, diving even deeper into the printing industry.
Baldwin has promoted Dave Gero (dave.gero@baldwintech.com) from his role as a service technician to Aftermarket Sales Manager for the East Coast. With more than 20 years of experience in the field with Baldwin, and extensive product knowledge and customer relationships, the time is ripe for Gero to progress his career within Baldwin.
In addition to the recent additions to the sales team, Baldwin’s U.S. based manufacturing capabilities continue to grow. Proud to manufacture the majority of its equipment that is sold to the U.S. market domestically, the St. Louis, MO-based BW Converting brand continues to invest in its North American manufacturing footprint.
Baldwin has expanded its manufacturing capabilities for its curing and drying product lines. It is now able to manufacture IR drying systems at its flagship facility in River Falls, WI, in addition to its prior capabilities with best-in-class LED and UV systems. Baldwin is also adding an additional furnace to its UV lamp production lines in Easton, PA, to meet growing demand.
These new investments in operational capabilities are supported by local engineering teams, product management and an extensive field service team based throughout the U.S. for a company with a strong history in the market and committed to its robust domestic presence.
“It’s exciting to see the investment in the selling team and across the Baldwin business, to support the growth we are seeing in multiple markets. The ability to attract Jason, Barry, Nick and Dave to the team sets us up for further success and supports the long-term growth we expect to see.,” said Craig Black, Baldwin’s Vice President of Sales, Americas. “I look forward to seeing them contribute to Baldwin’s continued success as we have seen rapid growth in markets that we were not as well known in just a few years ago – narrow web and corrugated in particular. When you are looking for a supplier that’s fully committed to the U.S. – sales, service support and manufacturing – make sure to reach out to my team!”
ABOUT BALDWIN TECHNOLOGY COMPANY INC.
Baldwin Technology Company Inc. is a leading global manufacturer and supplier of innovative process-automation equipment, parts, service and consumables for the printing, packaging, textile, plastic film extrusion and corrugated industries. As a total solutions provider, Baldwin offers our customers a broad range of market-leading technologies, with a focus on improving the economic and environmental efficiency of production processes. Through a global footprint of 21 company-owned locations and an extensive network of partners, our customers are supported globally, regionally and locally by dedicated sales and service team members who add value by forming long-term relationships. Baldwin is privately owned by BW Forsyth Partners, a Barry-Wehmiller company. For more, visit baldwintech.com.
ABOUT BW CONVERTING SOLUTIONS
BW Converting Solutions is a strategic alliance of resources and services that bring together six Barry-Wehmiller companies — Paper Converting Machine Company (PCMC), Baldwin Technology Co., Winkler + Dünnebier (W+D), STAX Technologies, Hudson-Sharp, and Northern Engraving and Machine. These industry leaders offer trusted brands and innovative technologies in the design, manufacture, and service of high-performance converting and packaging machinery for the tissue, nonwovens, hygiene, bag-converting, mailing, and printing industries.
New location in Dayton, Ohio, which is expected to be fully operational by August 2024, will be home to more than 200 employees.
The facility, which will host GLM (Graphic and Label Materials) functions initially, will also add RFID capabilities and serve the entire North American market.
12 December 2023, MILAN: Beontag, one of the world’s largest manufacturers of pressure-sensitive adhesives and smart tags such as RFID and NFC, has announced an agreement to take on a 200,000 square foot industrial building in Dayton, Ohio, for a best-in-class manufacturing facility to support their North American expansion.
Beontag is set to invest more than USD $60 million in equipment, machinery, and tenant improvements over the next two years to bring this manufacturing facility to the highest international operational standards that the company is known for around the world. Boentag has committed to creating around 200 new jobs at the facility, which is expected to be fully operational by August 2024.
The state-of-the-art factory will allow the scale up of the production volumes through the utilization of more productive machinery, such as coaters, slitters, and sheeters for roll label stock, servicing the roll converter market. In addition, RFID and Linerless operations will be integrated in the same building.
Beontag’s investments in the North American market began in September 2022 with the acquisition of Technicote, a company specializing in the pressure-sensitive adhesives market for more than 40 years. In addition to the new Ohio facility, Beontag will soon begin the process of merging Technicote, which will become Beontag US, reinforcing the multinational’s strength and expertise to the United States market. Beontag is already one of the world’s largest manufacturers of pressure-sensitive adhesives and smart tags (RFID and NFC) with a commercial presence in more than 40 countries.
Commenting on the new facility, Ricardo Lobo, CEO of Beontag said: “Beontag has made no secret of our ambitious plans for US Expansion – which are dependent on state-of-the-art facilities, new and innovative equipment, strong infrastructure, and a great community of people. We’re very pleased to have found that in Dayton, Ohio and wish to thank the City and State offices that have helped make this ambition possible. On behalf of everyone in our truly global business, I’m glad to say that Beontag is looking forward to sharing the innovative products that will be manufactured here, with the wider North American market – and beyond.”
“We are excited that Beontag has chosen the Dayton Region as the home of their new Ohio facility,” said Dayton Development Coalition Executive Vice President of Regional Development Julie Sullivan. “This new facility will accommodate new equipment, technology, and employment growth.”
ABOUT BEONTAG Beontag is a global business enabler that serves as one of the world’s leading providers of IoT solutions and pressure-sensitive adhesives. With operations in more than 15 countries and a footprint in over 40 markets, the multinational company offers end-to-end product capabilities for a range of industries and businesses, driving seamless communication between companies, products, and people.
Beontag’s business is underpinned by modern manufacturing facilities, strategic investments, R&D, and a range of highly qualified teams. Furthermore, the multinational is fully committed to enabling positive impacts across the entire value chain. As a member of the UN Global Compact since 2021, Beontag offers its customers a series of increasingly sustainable products while also working towards a diverse and equitable work environment. To learn more, visit: https://beontag.com/
ABOUT TECHNICOTE
Technicote, Inc., a Beontag company, was established in 1980 in Cuyahoga Falls, Ohio to service local roll converters. As a privately owned company, Technicote is small enough to care and big enough to deliver solutions across the pressure sensitive industry. We deliver this with four manufacturing and distribution facilities throughout North America and three strategic business units within the pressure sensitive market.
Forward-Looking Information Any forward-looking statements in this press release are based on available current market material and management’s expectations, beliefs and forecasts concerning future events impacting Beontag. You are cautioned that any such forward-looking statements are not guarantees of future performance and involve risks and uncertainties, as well as assumptions, which, if they were to ever materialize or prove incorrect, could cause the results of Beontag to differ materially from those expressed or implied by such forward-looking statements. The forward-looking statements made in this press release speak only as of the date hereof and we disclaim any obligation, except as required by law, to provide updates, revisions, or amendments to any forward-looking statements to reflect changes in our expectations or future events.
