Throughout the mission, NASA’s Orion spacecraft will use the voice-activated assistant Amazon’s Alexa to answer questions about the craft. Users will be able to ask Alexa about questions such as the craft’s temperature, distance to the moon, and more. The company is also expanding its interactive experiences for products powered by Amazon’s Alexa. During the mission, Amazon’s Alexa will offer users information, images, and videos about the Orion spacecraft. This test will last from 28 to 42 days.
NASA’s Artemis 1 mission
The astronauts aboard NASA’s Artemis 1 mission will get a chance to test out a new voice-activated device called Callisto. Named after the goddess Artemis, the system is meant to make astronauts’ jobs easier by answering their questions, adjusting cabin lights, and even contacting family via WebEx. The Callisto spacecraft will be equipped with Amazon’s Local Voice Control technology. Unlike a human-operated voice assistant, Alexa can work in locations with limited connectivity.
While the artemis 1 mission won’t have a crew, it will have technology aboard to make astronauts more self-reliant in deep space. During the mission, the Callisto system will act as a “virtual crew” that will issue commands to astronauts. It will also interact with a human operator from mission control using cameras onboard Orion.
The device will allow astronauts to ask questions to Alexa. The voice assistant will be able to answer questions about the temperature inside the craft, how long it will take to reach the moon, and how long it will take to return. Amazon is also planning to add interactive experiences to Alexa-enabled devices. The team hopes that the data collected on the mission will be used to improve the voice assistant on Earth.
The Callisto spacecraft is the first human deep space mission, and the collaboration between NASA and commercial companies will benefit future missions. If Callisto is successful, it could be used on other missions, including the Artemis 2 and the Artemis 3 moon landing. However, the Callisto mission has not yet decided if it will use the device. The mission is still a few years away from launch, but it will serve as a test for future astronauts.
The first of several Moon missions, the Artemis 1 mission, will be the first to test Amazon’s voice-activated artificial intelligence (AI) on an astronaut. The mission will launch early 2022. The astronauts on Artemis will test many technologies to be used in future missions. The data collected from this mission will feed into a technology demonstration called Callisto, which was developed by Lockheed Martin and Cisco.
The launch comes on the heels of a story in Engadget about Amazon’s Alexa interacting with astronauts in space. The tech giant is testing Alexa on the Orion spacecraft, which will carry a manikin payload. The device, named Callisto, will be embedded into the center console. It will connect with mission controllers via voice commands and handle questions and tasks related to the mission. The voice-activated device is designed to mimic the Enterprise’s computer. In addition to connecting to the Orion spacecraft’s telemetry data, it will also be able to control cabin lighting.
The test is expected to begin in March. The capsule will be equipped with an interactive tablet and a voice-activated assistant, such as Amazon’s Alexa. Other features on the tablet include webcams that allow astronauts to communicate with each other and with Earth. The tablets will also be equipped with Cisco’s WebEx video conferencing technology. Amazon’s Alexa is expected to function smoothly in space and in remote locations.
Onboard the spacecraft, Alexa will receive real-time telemetry data that it needs to process commands. It will also be able to respond to a thousand mission-specific questions. Alexa will also control in-cabin lighting. Engineers behind the system will use the information they learn from the mission to improve Alexa features for customers on Earth. The launch will help Amazon to demonstrate its capability to develop voice-activated devices and voice-activated hardware.
Unlike its Echo speaker, Alexa will be much more advanced in space. It will be able to answer thousands of questions about the mission and control the cabin’s lighting. The algorithms that make Alexa work in space have been fine-tuned to account for the acoustics of the craft. Alexa will also be carried on the Callisto technology payload. The technology will allow the astronauts to voice control the payload’s lights or even access Deep Space Network news.
The next step for the technology to make life in space easier for astronauts will be its launch on Artemis I. The mission will send an Orion spacecraft to orbit the moon. During the test, the cabin will be mostly empty, with a tablet containing a reconfigured version of Alexa. They will also be able to engage in video sessions and ask questions of Alexa to see how well it works in space.
In the next few months, NASA will launch a new deep-space rocket. The craft will be equipped with Cisco’s Webex videoconferencing platform and Amazon’s Alexa voice assistant. The two companies will be demonstrating technology that could be useful for astronauts in future missions. Cisco and Amazon have also teamed up on the Callisto project. This demonstration will test video, voice, and whiteboarding communications in space.
While the mission to the moon will not include humans, Cisco engineers will be testing video-conferencing tools in space. It will be difficult to stay connected via video in space, where communication systems have the potential to lose data after milliseconds of delay. The engineers will also test buffering technology, which is critical for space-based video-conferencing. Artemis is a deep-space program that will eventually send humans to the South Pole of the moon.
The Callisto payload includes custom hardware and software that integrates Alexa and Cisco’s Webex. The payload was developed by engineers from Amazon, Lockheed Martin, and Cisco. It includes some innovative technology, including the ability to use Alexa without an Internet connection, and run Webex on a tablet powered by the NASA Deep Space Network. It will be the first deep-space flight to feature any of these technologies.
A custom version of Cisco’s Webex video conferencing software will be used on the Artemis 1 spacecraft. The software will facilitate video calls between the virtual crew members aboard Artemis 1 and Orion’s payload. The Webex software will be optimized for deep space communications. The company also expects the Orion spacecraft to be 240,000 miles from Earth, so bandwidth will be an issue.
The new spacecraft will be able to communicate with the Mission Control Center on Earth using a voice-activated Alexa speaker and a tablet running Webex. Cisco is partnering with Amazon and Lockheed Martin to test the technology on the new spaceship. It will also allow the companies to demonstrate voice-activated assistance, video conferencing, and whiteboarding on long missions. That’s a huge deal for the company, and for NASA.
The call for Amazons Alexa to be tested on Artémis I comes as NASA plans to send a spacecraft without a crew. While the mission is still uncrewed, NASA hopes to demonstrate voice-activated assistants and video conferencing capabilities while astronauts are away on long missions. The new technology was developed by Lockheed Martin and is expected to be used on future human deep space missions.
The company worked with Lockheed Martin to build the hardware for the device, while Amazon helped with acoustics. Alexa will process requests to control connected devices on Artemis I, including lighting in the cabin and video. While the astronauts are on board, people at NASA’s Johnson Space Center will act as virtual astronauts and ask questions of Alexa to get an idea of how the device functions.
The system will have a variety of capabilities, from virtual crew members to controls for lights and navigation. The voice-activated interface will also let astronauts and flight control staff interact with each other in real time. The device is expected to be compatible with the Orion capsule. And it will be fully connected to the spacecraft’s telemetry data, which means it will have access to thousands of mission-related questions.
The Amazon Alexa that will be used on the Artemis 1 spacecraft is a much more advanced version of the voice assistant available on Echo speakers. It can answer a variety of questions, such as temperature and distance to the moon. It is expected to be fully functional by the end of the mission, which will last anywhere from 28 to 42 days. It will also allow astronauts to control their smart home devices with a voice command.
This test flight will be a significant milestone for NASA’s development of the new Orion crew capsule. The Orion will be launched from a 3.5-million-pound rocket and an Orion space capsule with a 16-foot diameter. As a result, the new system will improve the experience for astronauts in remote regions of Earth. If the test program goes well, Amazon hopes to develop a version of Alexa for deep space missions.