Vector Space Biosciences, Inc. has launched a new CubeSat launch platform for biotechnology and pharmaceutical companies. The platform was developed in collaboration with Oracle and NVIDIA.
The platform includes:
- A biosciences lab
- A CubeSat lab
- A language modeling/AI lab
The platform is designed to help the biotechnology and pharmaceutical sectors develop. It combines CubeSat technology with biological research. The platform is equipped to design, develop, and launch biological CubeSats to generate data related to space bioscience.
Vector Space Biosciences also works with its Scientific Advisory Board to develop solutions
Vector Space Biosciences, Inc. (SBIO) is a company that designs, develops, and launches small satellites (CubeSats). The company’s goal is to generate and interpret datasets related to microgravity and radiation. The data is used to develop countermeasures against diseases associated with stressors during spaceflight
Vector Space Biosciences also develops AI and language modeling to make breakthroughs in biotechnology. The company’s platform uses experimental and formal language models to power advanced approaches in artificial intelligence and machine learning. This allows research groups in space biosciences to generate natural language correlation matrix datasets.
Vector Space Biosciences is the parent company of Vectorspace AI (VXV)
CubeSats are a type of miniature satellite that are square-shaped and roughly the size of a Rubik’s cube. They have a form factor of 10 cm (3.9 in) cubes, and weigh no more than 2 kg (4.4 lb) per unit. CubeSats can be used alone or in groups of up to 24 units
CubeSats are commonly used in low Earth orbit for applications such as:
- Observing the Earth
- Testing new communications technology
- Performing miniature experiments
- Remote sensing
CubeSats are expensive because of the quality requirements. The design has to be qualified for use in space, which requires testing.
CubeSats in low Earth orbit will eventually de-orbit and burn up in our planet’s atmosphere. This is due to the tiny amount of aerodynamic drag that is still present at those altitudes
CubeSats are launched into space by hitching a ride on rockets. They are packed into a container, called a dispenser, and stacked like peas in a pod. The power is turned off until the right time during the mission
Once the rocket reaches the right elevation, the main spacecraft separates. A few seconds later, the dispenser door opens and a spring pushes the CubeSats out. The CubeSats’ transmitters turn on and they are ready for their mission.
CubeSats can be deployed in two ways:
- Directly from the launch vehicle
- Taken to the International Space Station (ISS) where a crewmember deploys it
NASA’s CubeSat Launch Initiative provides launch slots for CubeSats on traditional rocket launches. Companies like Spaceflight – Launch Services, Dedicated and Rideshare or Nanoracks can also put CubeSats into orbit.
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