Spatial Computing is a blanket term that covers the combined capabilities of some incredibly disruptive innovations in tech that are making their way in the world. These include:
- Positioning (GPS)
- Artificial intelligence (AI)
- The internet of things (IoT)
- Machine learning
- Mixed reality
- Remote sensing
- Geographic Information Systems (GIS)
- Spatial Database and Management Systems (SDBMS)
- Spatial data science
The word ‘spatial’ is used, rather than location or geography, because it refers to time as well as physical space. And it is the convergence of our physical and digital worlds.
For instance, wearable tech helps monitor our body health as well as tracking our surroundings. devices such as Fitbit, Garmin, Apple etc can monitor heart rate, pulse, blood pressure and temperature. These can then link into Strava or Runtastic to map a ride or run.
Meanwhile, professional sports teams are using Catapult (ASX:CAT) wearable tech to monitor players speed, direction, temperature, general wellbeing etc. These measurements are gathered using a mixture of magnetometer, GPS, gyroscopes and accelerometers.
Revolutionising the world with spatial computing
There are now countless navigation apps, ride sharing apps for smartphones and precision agriculture that use spatial computing technologies. And these technologies are seeing their use and influence on our lives grow at a rapid pace.
Many of these technologies will not be new to you and they’re ingrained within the depths of Cathie Wood’s ARK Invest ETFs, thereby generating further buzz and investment.
The reason spatial computing is such a ground-breaking phenomenon is because it offers the potential to revolutionise our world. And in the process, it could very well displace many of the astoundingly successful businesses of today.
Here are a few notable businesses currently operating in this space.
Augmented Reality: enhancing gaming capabilities
Augmented reality is rapidly enhancing gaming and entertainment in the consumer space. It also has massive potential for business applications throughout the military, healthcare and manufacturing.
Spatial computing is dependent on 3D imaging techniques, such as those experienced through AR/VR headsets, or glasses-free holographic displays. There are many branded products now in this space such as Oculus, Varjo, Pimax, HTC Vive, PSVR, GearVR, Magic Leap and many more.
Google now allows us to experience 3D & augmented reality in Search. This is great fun for immersing children in a physical and virtual learning activity.
Earlier this year German company TeamViewer (FFT:TMV) acquired US augmented reality software firm Upskill. TeamViewer is a secure remote connectivity solution provider, while Upskill is a pioneer in augmented reality (AR) software for frontline workers.
China’s ahead of the augmented reality game
In China, many companies are coming on leaps and bounds in this arena. Alibaba (NYSE:BABA, HKG: 9988), Tencent (OTCMKTS: TCEHY, HKG:0700), Baidu (NASDAQ:BIDU), and JD (NASDAQ:JD) have trained, deployed, and monetized deep learning products at scale.
Hong Kong based Artificial intelligence company SenseTime, is leading the way in virtual reality. SenseAR is its Augmented Reality Platform providing AR solutions for the internet entertainment industry, including short videos, live streams, image beautification, and social media apps.
During China’s Singles Day shopping spree in November 2020, Qiyu’s VR headsets ranked number one in sales on JD.com. Independent VR startup iQIYI Intelligent, created this headset. iQIYI Intelligent, a spinoff from NASDAQ-listed iQIYI (NASDAQ:IQ), recently raised several million Chinese Yuan in a Series B funding round.
Home electronics company Xiaomi (HKG: 1810) is heavily investing in IoT device start-up companies as well as 5G and other tech start-ups.
Then there’s US camera application developer Snap (NYSE:SNAP), which uses augmented reality lenses in its arsenal. And the company believes it has a big revenue growth opportunity in boosting its US ad revenue by placing ads in non-messaging products such as its Snap Map and Spotlight video platform.
Spatial computing leading medical advancements
ARK believes 3D printing is one of the highest growth potential industries in the economy and it’s set to transform the manufacturing landscape.
ARK is a 20% shareholder in Organovo Holdings, Inc. (NYSE MKT:ONVO), a 3D biology company. Organovo is delivering scientific and medical breakthroughs using its 3D bioprinting technology. It has 3D printed a human liver.
The Company’s 3D bioprinting technology creates tissues that are both spatially patterned and three-dimensional.
ARK Invest has also been topping up its holdings in Berkeley Lights (NASDAQ: BLI), now present in its ARKK and ARKG ETFs. ARK currently owns 4.68% of the company. Berkeley Lights uses digital cell biology to advance the field of spatial profiling, allowing researchers to visualise the 3D-spatial organization of genetic material in tissues.
Mojo Vision is building the world’s first augmented reality smart contact lens. Last year the company won NASA iTech 2020 Cycle 1 competition.
Driving the development of autonomous vehicles
While ARK is invested in both Apple (NASDAQ:APPL) and Tesla (NASDAQ:TSLA), it appears to still view Tesla as the superior company with the most potential. Apple and Hyundai (OTC:HYMTF) (KOREA SE:005380) were hoping to be teaming up to create an autonomous car but the plug’s been pulled on that deal. Now Apple still hopes to launch an autonomous vehicle in 2024, but ARK is concerned it’s too late to the party.
Tesla appears ready to launch a fully autonomous driving service within the next two years, and Waymo launched its driverless robo-taxi to the public via a pilot scheme in Phoenix in October.
The self-driving car business requires huge sums of money in research and development and is not an easy business to make progress in. Therefore, the big players such as Tesla and Apple are most likely to be the eventual winners.
ARK holds Apple (NASDAQ:APPL) in both its ARKF and ARKQ ETFs. Apple has some involvement in spatial computing through its various product development processes. For instance, its new iPads are equipped with LiDAR sensors, which combine lasers and radar to provide spatial depths in the external world. LiDAR stands for light detection and ranging. It’s widely used in autonomous vehicle technology.
Apple’s AirPods Pro feature spatial audio which may be crucial in making advanced AR glasses work.
Tesla is possibly the world’s biggest player in the ‘spatial computing’ space according to Robert Scoble, self-proclaimed ‘Spatial Computing evangelist’ and possible ‘Tesla evangelist’ too.
Autonomous drone delivery using spatial computing
US enterprise autonomous drone manufacturer Skydio has raised $170 million in a Series D funding round led by Andreessen Horowitz’s Growth Fund. It’s now looking at a market value of around $1 billion.
In 2019 AiRXOS, a unit of GE Aviation (LON: GEC, NYSE:GE), successfully delivered a human kidney via drone. It travelled from Baltimore’s St. Agnes Hospital to the university’s medical center 2.7 miles away.
Drone delivery is an area of spatial computing getting set to transform how interconnected our world is. AiRXOS is working on shaping a new era of autonomous air transportation.
Transforming agricultural tech
While autonomous vehicles seem new, autonomous tractors have been around for a while. And precision agriculture is another area that’s transforming the way food is produced.
John Deere (NYSE: DE) recently entered into an allied distribution agreement with Smart Guided Systems to sell its Smart-Apply Intelligent Spray Control System for use with John Deere tractors in high value crop applications. This system uses LiDAR to help farmers reduce the amount of chemicals they use on their crops.
AI covers computing that develops machines that think and work like humans. This can be in the form of speech recognition, problem-solving, learning and planning. Examples of companies leading the use of AI include:
ARK invest has a 0.21% ownership of DocuSign (NASDAQ: DOCU) and it’s currently in ARKK, ARKW and ARKF ETFs. Contract law improvements and online notarization is growing, and DocuSign is immersing itself in the AI space. DocuSign Insight uses a proven combination of artificial intelligence (AI) technologies—including natural language processing, machine learning and rules-based logic to help enterprises manage their contracts. This can help reduce the time and cost of reviewing legal documents.
Ecommerce company MercadoLibre (NASDAQ: MELI) is found in ARKW and ARKF ETFs. ARK has 0.16% ownership in the Argentinian company. Back in 2018, MercadoLibre acquired Córdoba-based start-up Machinalis, which specializes in the development of machine learning algorithms.
Fintech company MoneyLion is coming public via a SPAC in a $2.9 billion deal. It’s a modern finance application for individual use. The company uses a combination of artificial intelligence, superior analytics, and machine learning, to analyse customers’ personal finances and deliver uniquely personalized products and services including banking, lending and investing. The blank-check vehicle to bring this to IPO is Fusion Acquisition Corp (NYSE:FUSE).
Then there’s a completely different area of artificial intelligence at work in transforming our energy systems. H2GO Power, in collaboration with the European Marine Energy Centre (EMEC) and Imperial College London, are trialling the use of artificial intelligence (AI) software coupled with hydrogen technology. H2GO is looking to launch a crowdfunding campaign in the future.
Snowflake is a cloud-based data-warehousing company that went public last year. Harnessing data it powers many vital businesses. Strava, the GPS tracking app and social network for athletes, uses Snowflake to power its business. Snowflake’s Geospatial data support in its Cloud Data Platform is introducing intelligent security solutions helping its customers increase profits while reducing fraud and risks.
Palantir Technologies also publicly listed last year. It’s a US software company serving government agencies and private companies. Founded by Billionaire Peter Thiel, it specializes in big data analytics. In Palantir’s IPO S1 SEC registration it states Spatial Information Management as a software category its platform addresses. It also enhances raw video footage with geospatial information and overlays based on other data sources in its Palantir Gotham video application.
Moderna is a US pharmaceutical and biotech company. Moderna’s technology platform inserts synthetic nucleoside-modified messenger RNA (mRNA) into human cells. AI is a big deal in modern medicine and particularly in R&D. It has the ability to lift success rates to up to 50%, while reducing time-to-market, thereby cost saving and profit enhancing. This has been core to the company’s ability to bring its leading COVID-19 vaccine to achieve efficacy levels of 94.5% in a rapid time frame.
A spectrum of possibilities
Spatial Computing covers an enormous array of possible investments in a multitude of exciting technologies and industries. It offers huge scope for innovative improvements in our lives, but it also comes with ethical concerns around privacy and security.
Many big names are already extensively deploying investment in R&D in many of these spatial computing areas. Along with those listed above, Microsoft (NASDAQ: MSFT), Facebook (NASDAQ:FB), Alphabet (NASDAQ:GOOGL), Apple (NASDAW:AAPL), Uber (NYSE:UBER), IBM (NYSE:IBM) and Oracle (NYSE:ORCL) are all involved in one way or another and public government agencies are getting in on the action too.
Weather forecasting, anticipating outbreaks of infectious diseases, making homes safe for the elderly and disabled, reducing road-traffic accidents and friendly fire incidents in combat are all potential benefits to ongoing investment in spatial computing.