If this sounds foreign to you, it's because these highly capable electrically powered aircraft are finally becoming possible through advancements in structural design, propulsion systems, materials, sensors, artificial intelligence (AI), batteries and high-speed connectivity.

Short for "eXperimental Electric vaRIANT", Xeriant plans to enable point-to-point on-demand and scheduled short-haul flights in congested urban environments, or urban air mobility (UAM), by acquiring, developing, and commercializing revolutionary, eco-friendly aircraft concepts.

When you mention NASA to most people, it's natural for them to think about rockets and space shuttles, but it's much more than merely spacecraft. Tang, Teflon, Velcro, Memory Foam, your smart phone’s Precision GPS and Digital Image Sensors, and medical breakthroughs, including the Cardiac Pump are just a few of the commercial successes that are conjoined with NASA. That’s because there are many technologies within technologies and this is a major part of Xeriant's unique business model, in which it’s positioned to leverage its strengths.

THE SHAPE OF
THINGS TO COME

Xeriant's Current and Target Technologies

Xeriant Shape of Things to Come

* Please be advised that Xeriant has conducted a series of advanced discussions with the aforementioned companies and/or technologies (the "Third Parties") to execute joint ventures, acquisitions, distribution agreements, and/or strategic relationships, which the Company’s management expects to complete. However, until the terms of the definitive agreements are finalized and the transactions have closed, and announced in a Company-issued press release or SEC filing, there is no guarantee that the negotiations will yield the intended results with the listed Third Parties.

A NEW FRONTIER IN
AVIATION TECHNOLOGY

A Flood of SPAC Money Will Take You Out Of Your Car And Into The Air.

The SPAC trend has changed the capital outlook for aviation and aerospace by potentially injecting billions of dollars into the ecosystem this year alone, with dramatic consequences.

In addition, New Vista Acquisition, Zanite Acquisition and Genesis Park Acquisition will all likely invest in the mobility space. eVTOL.COM reports that close to $2 billion in committed SPAC funds are looking for electric vertical take-off and landing (eVTOL) and urban air mobility (UAM) deals and that amount could be multiplied by additional private investment in public equity (PIPE) funding. 

Since billions of dollars are flowing into this space, companies and investors that want exposure to it are now chasing that trend. However, Xeriant's CEO Keith Duffy had the foresight to plot Xeriant’s course, well ahead of the curve, to cost effectively and methodically position the Company to capitalize on the recent influx of interest. In other words, the market is, in essence, chasing Xeriant.

Inspired by Art. Powered by Science. Built for Success.

The team is headed by Keith Duffy, Xeriant's CEO, whose previous successes include founding a leading biotech company that is now trading on NASDAQ. Xeriant's aggressive growth blueprint includes plans to acquire multiple strategic assets.

Duffy designed Xeriant's holding company structure to best target rapid growth, through strategic investments and licensing arrangements, into disruptive technology assets at various stages of maturity, ranging from far-out designs to revenue-generating enterprises. The Company is focused on the emerging advanced air mobility opportunities, which includes drones, sustainable on-demand aerial transport of passengers and cargo, and short-haul intercity flights.

Xeriant intends to acquire strategic interests in the most promising of these technological breakthroughs and next-generation aircraft configurations, leveraging the synergies and collective expertise of its growing international network of industry partnerships to accelerate the development of economically viable products that address specific market demands

Today’s tech is opening up autonomous vehicles to massive investment flows into companies looking to reduce carbon emissions and traffic, oil dependency, and driver errors. Companies are pouring $BILLIONS$ into this space, because they cannot afford to be complacent and their only choices are to evolve, or fade away like relics of the past industrial revolutions.

XERIANT AEROSPACE

SYMBOL: OTC:XERI

eVTOL IS THE SPACE TO BE

The green rush is finally evolving so that improved eco-friendly technologies are becoming easier to implement. Battery and electric vehicle progress is accelerating, making air taxis the natural next step in the evolutionary chain.

We are in a tech revolution and, to the developers, vehicles are not just transportation, but tech hubs; kind of like giant iPhones that take us from point A to point B. These travel hubs are only possible with today’s advanced AI, software and sensory optics, which optimize fuel efficiency, safety and autonomy. It won’t be long before the driver’s seat is just another passenger seat.

Our cities are becoming increasingly congested and impacted by harmful fuel emissions, and the dreaded public transportation system provides little relief. But this may all change with the development of electric and autonomous vehicles, which will use mapping and logistics technologies to identify the safest, quickest, and most efficient routes to our destinations.

Air Taxis and drones help solve huge problems

The use of air taxis and drones will open up our underutilized airspace, creating new opportunities and revenue streams, much like the expansion of the railways that won the west in the 1800s. Aerial routes will be plotted for these new vehicles to safely and conveniently move passengers and cargo to their desire destinations.

Air taxis and drones making deliveries in cities will help to cut down on traffic by keeping fewer trucks and delivery vehicles on the congested roads, which will have the added benefits of reducing emissions and saving billions of dollars in lost productivity costs.

A Quantum
Leap in Air Transportation

The Association for Unmanned Vehicle Systems International (AUVSI) reported that air domain only projects account for over $5 billion in FY20, or 61% of the overall Department of Defense (DOD) funding request for unmanned systems. DOD is looking specifically at UAVs that can improve the situational awareness of small units and perform complex missions in urban locales.

The futuristic idea of on-demand air taxis or “flying cars,” depicted in science fiction, is fast becoming a reality due to technological advancements in VTOL aircraft design, power systems, AI and fly-by-wire automation.

Electric aircraft are being considered for regional routes, flights generally less than 500 miles between smaller regional airports, which account for nearly half of all global flights. These intercity flights will soon be within the range of most proposed electrically powered aircraft.

The federal government maintains about 3,000 general aviation airports that have no scheduled passenger flights, but can be developed for point-to-point electrically powered aircraft service.

Among the advantages of electric aircraft are clean emissions, better acoustics, less complex flight controls, autonomous capability, increased safety on the ground, superior maneuverability and reduced expenses related to operations, maintenance and repair.

Stakeholders shaping the integration of electric aircraft, and advanced air mobility (AAM) vehicles in general, include aircraft manufacturers, ridesharing companies, governmental regulatory agencies and civil transportation authorities, all of whom are working toward establishing standards and overcoming the multitude of issues involved with AAM application.

Helicopters have performance limitations based on their fundamental flight principles. Due to a condition called retreating blade stall, also known as dissymmetry of lift, helicopters have a maximum forward speed of about 250 miles per hour. They also produce high noise levels, due primarily to rotor blade vortex interaction and vibration.

The UN's International Civil Aviation Organization (ICAO) projects that aviation emissions may triple, by 2050, if sustainability measures are not adopted. The aviation industry, including the FAA and Airlines for America in the U.S. and the Advisory Council for Aeronautics Research in Europe, set a goal of stabilizing emissions over the next 30 years, which includes a 75% reduction in CO2, a 90% reduction in NOX and a 65% reduction in perceived noise. According to Proponent, a leading aerospace distribution company, the aerospace industry spends about $15 billion each year on sustainability and efficiency related research and development.

UAM, or on-demand aviation, is an emerging segment of the aviation industry that generally refers to point-to-point passenger and cargo flights in congested urban areas using advanced electrically powered aircraft capable of vertical takeoff and landing (eVTOL). UAM aircraft design requirements include minimizing the environmental impact through low noise levels, clean emissions, and a reduced logistical footprint.

While UAVs were originally designed to reduce casualties and replace more expensive air support systems in the military, they have also become a more cost effective and safer option in a variety of business applications.

Joby Aviation is going public at a $6.6 billion valuation — take a look at its electric air taxi.

“The company has raised nearly $800 million in funding, including a roughly $600 million round led by Toyota in 2020. The Japanese auto giant is partnering with Joby Aviation on manufacturing the latter's electric aircraft ahead of its planned passenger service. Joby also received a $75 million investment from Uber in December, when Joby acquired Uber's own fledgling air taxi service, Uber Elevate.”

The FAA has approved several drone delivery operations, including Alphabet's (GOOGL) Google Wing and more recently Amazo's Prime Air, and CNBC reported that Amazon will move forward with a trial to deliver goods "beyond the visual line of sight of the operator."

While the hobbyists are typically into joyriding, photography and racing, the professionals are using drones in wildfire monitoring, construction, insurance, communications, delivery, film making, agriculture, conservation, search and rescue, energy infrastructure, mapping, traffic control, precision farming, environmental projects and even archaeology.

"Technological advancements are making it easier to execute complex and diverse data gathering exercises. Innovation in packaged software products and data visualization makes the process more accessible, efficient and convenient to end-users. The evolution of drones over the last 5 years and the convergence of AI, technological innovations, analytics, and IoT will drive the widespread adoption of drone technology over the course of the next decade."

UAVs have proven to be vital to the military due to their multiple advantages, the most obvious of which is reducing casualties in high risk battlefield environments.  Their military role continues to expand beyond ISR operations, to munitions delivery, electronic attack, bomb detection, communications, combat search and rescue and logistics.

Innovation Soaring

While reaching for the stars, Xeriant’s management is exploring environmentally friendly technologies that it believes will have significant cross industry appeal. Xeri Lubricants and Movychem are two such examples, in that management has identified sustainable aviation industry applications and other commercial applications. In fact, these technologies are already generating revenues and have the potential to create their own unique legacies.

Nonflammable Epoxy
Nonflammable Textile
Fireproof Treatment w/ Hemp fiber
Plastic/Fiberglass infused with Movychem Retacell™

And the current health crisis seems to be expediting the significant growth outlook. According to the Drones in the Global Power and Utilities Industry, Forecast to 2030 report, "Drones or unmanned aerial vehicles (UAVs) are currently finding application opportunities across various commercial businesses and are poised to impact multiple industry verticals in various capacities. Drone applications are emerging in various sectors such as agriculture, mining, oil and gas (O&G), construction, utilities and safety & security."

By honoring stakeholders and supporting our technological partners, current and future, Xeriant (XERI) is committed to pioneering "third wave of aeronautics" breakthroughs and invites you to follow our developments. You’ll receive updates on our disruptive technologies that target the sustainable aviation industry and other transformational applications.

Make sure you sign up for future Xeriant (XERI) updates!

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XERIANT AEROSPACE

SYMBOL: OTC:XERI

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ABOUT US

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MISSION

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TECHNOLOGY FOCUS

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You can purchase Xeriant stock through brokerage firms. The company’s stock is sold through OTC Markets under the stock symbol: XERI.

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INVESTOR RELATIONS

Matt Chipman
Phone: 818-923-5302
ir@xeriant.com

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