IBM Edge Computing Accelerates ISS Research
Key Points
- IBM has partnered with NASA since the Apollo era and now provides edge‑computing capabilities for the International Space Station (ISS).
- The ISS’s micro‑gravity environment enables unique experiments such as DNA sequencing, but traditional downlink and ground‑based analysis can take weeks.
- IBM, together with NASA, the ISS National Lab, HPE, and Red Hat, developed a containerized edge‑computing solution that runs analytical code directly on the ISS, eliminating massive data transfers.
- This approach can cut DNA‑sequencing analysis time by nearly 50 % and speeds code development and deployment by using Red Hat code‑ready containers linked to IBM Cloud’s OpenShift on the ground.
- The accelerated research workflow not only boosts current ISS science but also lays foundational technology for future deep‑space missions and exploration beyond low‑Earth orbit.
Full Transcript
# IBM Edge Computing Accelerates ISS Research **Source:** [https://www.youtube.com/watch?v=Hm6mN0sbmC4](https://www.youtube.com/watch?v=Hm6mN0sbmC4) **Duration:** 00:02:11 ## Summary - IBM has partnered with NASA since the Apollo era and now provides edge‑computing capabilities for the International Space Station (ISS). - The ISS’s micro‑gravity environment enables unique experiments such as DNA sequencing, but traditional downlink and ground‑based analysis can take weeks. - IBM, together with NASA, the ISS National Lab, HPE, and Red Hat, developed a containerized edge‑computing solution that runs analytical code directly on the ISS, eliminating massive data transfers. - This approach can cut DNA‑sequencing analysis time by nearly 50 % and speeds code development and deployment by using Red Hat code‑ready containers linked to IBM Cloud’s OpenShift on the ground. - The accelerated research workflow not only boosts current ISS science but also lays foundational technology for future deep‑space missions and exploration beyond low‑Earth orbit. ## Sections - [00:00:00](https://www.youtube.com/watch?v=Hm6mN0sbmC4&t=0s) **IBM Enables On‑Orbit DNA Analysis** - IBM partnered with NASA, the ISS National Lab, HPE, and Red Hat to run containerized DNA‑sequencing analytics directly on the International Space Station, cutting analysis time by nearly 50 % and accelerating future space missions. ## Full Transcript
Three, two, one, zero...
From the earliest days of Apollo when NASA landed the first humans on the moon,
IBM has had the distinct honor of playing a key role in NASA's space exploration efforts. Fast
forward 50 years to today when the International Space Station is helping to lay the groundwork for
living and working in space, a baseline for future nasa missions.Traveling at over 17,000 miles per
hour and orbiting the earth every 90 minutes, the ISS offers a one-of-a-kind microgravity
environment where crew members perform research that cannot be done anywhere else.
Critical research like DNA sequencing on the ISS provides foundational knowledge that will
be essential as NASA seeks to venture further into space than ever before. However, analyzing
this research often requires data to be downlinked to earth and processed by personnel on the ground,
a procedure that can take several weeks and delay results. That's where IBM comes in in partnership
with NASA, ISS National Lab, HPE, and Red Hat, IBM created the edge computing and space solution
eliminating the need to move massive libraries of DNA sequencing data by presenting containerized
analytical code locally right on the ISS where the data originates. This solution has the potential
to cut analysis time by nearly 50 percent opening the door for many new mission possibilities.
In addition, NASA researchers will use this platform to more rapidly develop,
test, and push code to the ISS in a fraction of the time by leveraging Red Hat code-ready
containers and connecting to IBM Cloud running OpenShift on the ground. This groundbreaking
partnership will not only expedite NASA's ISS research but will help to lay the foundation
for future exploration opportunities on ISS and beyond. We can't wait to support what comes next.