Operating & Product Units: The Vector Space Biosciences (SBIO) Innovation & IP Pipeline

Bringing Innovations in Space to Everyone on Earth

Space is not just for billionaires and astronauts. Innovations in space biosciences result in products and services for everyone on the ground. Thousands of new innovations, products, services, solutions and therapies have had their start in space, which is made up of thousands of separate industries. Some examples include:

Health and Medicine

1. Artificial limbs: Advanced materials and robotics developed for space applications are now used in prosthetics.
2. LASIK surgery: Technology from NASA’s tracking systems has contributed to the precision of eye surgery.
3. Infrared thermometers: Originally developed to measure the temperature of stars and planets without contact.
4. Portable X-ray machines: Lightweight, compact X-ray devices derived from space technology.
5. Breast cancer detection technology: Imaging techniques adapted from space telescopes have improved early detection methods.

Consumer Electronics

1. Camera phones: Miniaturized imaging sensors used in space exploration inspired compact digital camera technology.
2. Wireless headsets: NASA developed wireless communication systems for astronauts, leading to Bluetooth technology.
3. Scratch-resistant lenses: Coatings for astronaut helmets are now used in eyeglasses and sunglasses.
4. GPS navigation systems: Space-based satellite systems power everyday GPS devices.

Home and Daily Utilities

1. Memory foam: Originally developed to improve seat cushioning in spacecraft; now used in mattresses, pillows, and sports equipment.
2. Cordless vacuum cleaners: Derived from portable lunar drills designed by NASA.
3. Water filtration systems: Space water purification methods adapted for personal and municipal water systems.
4. Freeze-dried foods: First developed for long space missions; now used by campers and in emergency food supplies.

Transportation

1. Anti-icing systems: Technology developed for spacecraft surfaces is now used in airplane wings.
2. Tire durability technology: Kevlar and advanced materials used in Mars rovers have improved car tire resilience.
3. Traffic monitoring systems: Satellite imaging aids real-time traffic management.

Environment and Agriculture

1. Solar panels: Improved energy efficiency and durability for solar cells based on space technology.
2. Crop monitoring: Satellites provide data for more precise agricultural practices.
3. Weather forecasting: Satellite imaging technology is essential for accurate meteorology.

Safety and Emergency Services

1. Fire-resistant materials: Flame-retardant fabrics designed for spacecraft are now used in firefighting gear.
2. Emergency blankets: Mylar blankets initially used to protect astronauts are now common in survival kits.
3. Rescue tools: Space-derived lightweight materials enhance rescue operations.

Industrial Applications

1. Advanced robotics: Technology from robotic arms used on the International Space Station (ISS) aids manufacturing automation.
2. 3D printing: Developed for building parts in space, now used across industries.

Entertainment and Recreation

1. Satellite television and internet: Direct result of space communications technology.
2. Virtual reality (VR) and augmented reality (AR): Initially developed for astronaut training simulations.

Vectors Space Biosciences is parent company and incubator to spinoffs, subsidiaries and JVs (Joint Ventures). Each portfolio company has their own science, engineering, technology, IP (Intellectual Property), product lines, revenue targets, specific industry focus, equity arms, crypto arms and overall valuation reflected in its equity and crypto structures. Each is a business unit of Vector Space Biosciences with the NAV (Net Asset Value) of each spinoff is reflected in the overall valuation of Vector Space Biosciences, as the parent company. For more information, feel free to engage with us directly on Telegram.

The current Vector Space Biosciences innovation pipeline and business unit organization is described in the diagrams below along with its equity and utility token flows:

Figure 1. Vector Space Biosciences — Business units & spinoffs functional diagram. VSB is parent company & incubator to spinoffs and subsidiary companies, each with their own crypto arm, equity arm, products, revenue & valuation objectives which are focused on specific vertical industries.

Figure 2. 3D rendering

Figure 3. Vectorspace AI X (VAIX) financial product units diagram with hedge fund operations where % of net gain is used to buyback VAIX, SBIO and other ecosystem spinoffs.

Figure 4. 3D rendering

Figure 5. Vectorspace AI X (VAIX) Dataset Security and Provenance Pipeline (DSPP) including VAIX utility token flow.

Figure 6. 3D rendering

If you have questions related to operations or details not covered here, please feel free to contact us any time via Telegram or email: support@vectorspacebio.science.

Latest press: vectorspacebio.science/press

About Vector Space Biosciences

VSB develops AI models with data from the space industry based on enabling biotechnology, pharmaceutical and AI semiconductor customers to launch payloads via CubeSats enabling development of new drug compounds to the radiation-hardening of AI semiconductors. Data from biological payloads along with AI modeling (language modeling) can be used to develop new forms of precision medicine related to human aging and cancer or provide insights into radiation’s effect on AI semiconductors used in data centers being built in space today. Our primary goal connects to understanding how to develop countermeasures against stressors on the human body during spaceflight, like microgravity and radiation, resulting in new forms of precision medicine for all mankind. VSB maintains the token symbol SBIO, a utility token based in Dubai and parent company to VAIX and other spinoffs in the space and precision medicine industry. More information can be found here: vectorspacebio.science/technology.