Reaktor and Aalto University’s satellite team set up a new company, which focuses on new types of nano satellites. The aim is to create a new space business to Finland’s export industry.
Reaktor technology and Aalto University Aalto-1 satellite projects have been included in the team to set up a new satellite company. The new Reaktor Space Lab Ltd focuses on the design, construction and testing of a small-sized satellites.
The new company will be able to help Reaktor software development, but also to build the beginning of the satellite to the end. Responsible for the company’s space program and the robot business director Juha-Matti Liukkonen says the new company.
Typical costs today just to get something into orbit has gone from–no pun intended–astronomical, to pretty reasonable. Lifting a pound of mass on the Space Shuttle cost about $10,000. On an Atlas V, it costs about $6,000. A Falcon Heavy (when it launches) will drop the cost to around $1,000 or so. Of course, that’s just the launch costs. You still have to pay for whatever you want to put up there. Developing a satellite can be expensive. Very expensive.
Satellites are expensive because they have to operate in a very harsh environment. Then there’s the “integration costs” of putting your payload on a launch vehicle, which can run up to $35,000 per pound).
[Jekan Thanga] at Arizona State University wants to reduce the cost of doing space projects. He claims his SunCube can go to the International Space Station for just $1,000. If you want to do something in low Earth orbit, that could run $3,000.
Keep in mind, though, that at that price, the satellite is tiny: only 35-100 grams, and just over an inch on each side.
Reaktor is triggered by the first commercial satellite in Finland
Software company Reaktor is triggered by the fall of the first Finnish player in commercial satellite into orbit.
The company plans to open satellites in the same software development for millions of developers, while in the past it has been a few thousand developers area. The reactor is to be used nanosatelliitissa-Node.js runtime environment, wherein applications utilizing satellites can be programmed in JavaScript.
Reaktor Hello World is the third satellite Finnish Aalto University Aalto triggered after 1 and Wave-2. established Aalto University’s satellite team with Factory Space in April the company Reaktor Space Lab focuses on the design, construction and testing of satellites. Wave mechanics testing of the satellites, Reaktor electronics design and software behalf.
“Today, satellite systems programmed received training in space technology factors, not software engineering professionals. Tasks are, however, increasingly software-based.”
Why is running Node.js on a satellite a small step for Reaktor but a giant leap for the satellite industry? The key is the ability to use JavaScript, one of the most popular programming languages in the world. Read on about how our little “Hello World” cubesat is about to make a big splash in the space industry.
What would happen if everyone with a normal driver’s license could fly an airplane just as safely and smoothly as a professional pilot?
This is what we are planning to do with the satellite business: to make it as easy as building a web site.
Now we are taking JavaScript from your browser window and making it a programming language that you can use in space.
Industry-grade programming has traditionally been very complicated and expensive, requiring unique programming languages and skills. Buying an industrial robot is not difficult, but programming it to do something useful without it breaking things can take weeks or months
This is where the Reaktor Hello World satellite is changing everything. If your industrial machinery, robots or satellites could understand popular languages, such as JavaScript, you would have no trouble finding programmers. You would not need to understand the low-level implementation of a robot or satellite for it to be productive.
If a satellite was running Node.js, programmers and developers could use all the familiar tools they have utilized before. There would be no need for a special rocket scientist toolkit.
“For millions of developers” – Reaktor open the door the satellites for development of software
Finland is not a traditional space power, but the technology for launch Reaktor says the first Finnish player in commercial satellite into orbit this year. It also opens up new opportunities for software developers.
Reaktor Reaktor announces make use of Hello World -nanosatelliitite high-level programming languages. This opens up the satellite software development to enable millions of developers. In the past, development has been only a few thousand in the hands of developers.
According to him, the current satellite systems programmed received training in space technology factors, not software engineering professionals. Tasks are, however, increasingly software-based.
To Nanosatelliitte reactor is to be installed, inter alia, Node.js runtime environment. Thanks to this functionality utilizing satellite applications can be programmed using JavaScript.
“Traditionally, each software is built for a special task, after which they have become useless. Our goal is not only to be able to update the software of the satellite is in space, but also to extend the software once created the life of one task to another, ”
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6 Comments
Tomi Engdahl says:
Finnish company to make small satellites
Reaktor and Aalto University’s satellite team set up a new company, which focuses on new types of nano satellites. The aim is to create a new space business to Finland’s export industry.
Reaktor technology and Aalto University Aalto-1 satellite projects have been included in the team to set up a new satellite company. The new Reaktor Space Lab Ltd focuses on the design, construction and testing of a small-sized satellites.
The new company will be able to help Reaktor software development, but also to build the beginning of the satellite to the end. Responsible for the company’s space program and the robot business director Juha-Matti Liukkonen says the new company.
Source: http://www.uusiteknologia.fi/2016/04/06/suomalaisyritys-tekemaan-piensatelliittteja/
Tomi Engdahl says:
A $1000 Tiny Personal Satellite
http://hackaday.com/2016/04/11/a-1000-tiny-personal-satellite/
Typical costs today just to get something into orbit has gone from–no pun intended–astronomical, to pretty reasonable. Lifting a pound of mass on the Space Shuttle cost about $10,000. On an Atlas V, it costs about $6,000. A Falcon Heavy (when it launches) will drop the cost to around $1,000 or so. Of course, that’s just the launch costs. You still have to pay for whatever you want to put up there. Developing a satellite can be expensive. Very expensive.
Satellites are expensive because they have to operate in a very harsh environment. Then there’s the “integration costs” of putting your payload on a launch vehicle, which can run up to $35,000 per pound).
[Jekan Thanga] at Arizona State University wants to reduce the cost of doing space projects. He claims his SunCube can go to the International Space Station for just $1,000. If you want to do something in low Earth orbit, that could run $3,000.
Keep in mind, though, that at that price, the satellite is tiny: only 35-100 grams, and just over an inch on each side.
The next big thing in space is really, really small
https://asunow.asu.edu/20160406-creativity-asu-suncube-femtosat-space-exploration-for-everyone
ASU’s SunCube FemtoSat will open space exploration to everyone, with launch costs as low as $3,000 for low-Earth orbit
Going into space is now within your grasp.
SunCube FemtoSat Standard
http://suncube.asu.edu/
Tomi Engdahl says:
Reaktor is triggered by the first commercial satellite in Finland
Software company Reaktor is triggered by the fall of the first Finnish player in commercial satellite into orbit.
The company plans to open satellites in the same software development for millions of developers, while in the past it has been a few thousand developers area. The reactor is to be used nanosatelliitissa-Node.js runtime environment, wherein applications utilizing satellites can be programmed in JavaScript.
Reaktor Hello World is the third satellite Finnish Aalto University Aalto triggered after 1 and Wave-2. established Aalto University’s satellite team with Factory Space in April the company Reaktor Space Lab focuses on the design, construction and testing of satellites. Wave mechanics testing of the satellites, Reaktor electronics design and software behalf.
“Today, satellite systems programmed received training in space technology factors, not software engineering professionals. Tasks are, however, increasingly software-based.”
Source: http://www.tivi.fi/Kaikki_uutiset/reaktor-laukaisee-ensimmaisena-suomessa-kaupallisen-satelliitin-6548795
Tomi Engdahl says:
Node.js on a satellite means anyone can be a space programmer
https://reaktor.com/blog/node-js-satellite-means-anyone-can-space-programmer/
Why is running Node.js on a satellite a small step for Reaktor but a giant leap for the satellite industry? The key is the ability to use JavaScript, one of the most popular programming languages in the world. Read on about how our little “Hello World” cubesat is about to make a big splash in the space industry.
What would happen if everyone with a normal driver’s license could fly an airplane just as safely and smoothly as a professional pilot?
This is what we are planning to do with the satellite business: to make it as easy as building a web site.
Now we are taking JavaScript from your browser window and making it a programming language that you can use in space.
Industry-grade programming has traditionally been very complicated and expensive, requiring unique programming languages and skills. Buying an industrial robot is not difficult, but programming it to do something useful without it breaking things can take weeks or months
This is where the Reaktor Hello World satellite is changing everything. If your industrial machinery, robots or satellites could understand popular languages, such as JavaScript, you would have no trouble finding programmers. You would not need to understand the low-level implementation of a robot or satellite for it to be productive.
If a satellite was running Node.js, programmers and developers could use all the familiar tools they have utilized before. There would be no need for a special rocket scientist toolkit.
Tomi Engdahl says:
Node.js on a satellite means anyone can be a space programmer
https://www.reddit.com/comments/4iog6c
“Satellite re-entered atmosphere because of missing right-pad dependency”
Tomi Engdahl says:
“For millions of developers” – Reaktor open the door the satellites for development of software
Finland is not a traditional space power, but the technology for launch Reaktor says the first Finnish player in commercial satellite into orbit this year. It also opens up new opportunities for software developers.
Reaktor Reaktor announces make use of Hello World -nanosatelliitite high-level programming languages. This opens up the satellite software development to enable millions of developers. In the past, development has been only a few thousand in the hands of developers.
According to him, the current satellite systems programmed received training in space technology factors, not software engineering professionals. Tasks are, however, increasingly software-based.
To Nanosatelliitte reactor is to be installed, inter alia, Node.js runtime environment. Thanks to this functionality utilizing satellite applications can be programmed using JavaScript.
“Traditionally, each software is built for a special task, after which they have become useless. Our goal is not only to be able to update the software of the satellite is in space, but also to extend the software once created the life of one task to another, ”
Source: http://www.tivi.fi/Kaikki_uutiset/miljoonille-kehittajille-reaktor-avaa-oven-satelliittien-ohjelmistokehitykseen-6549005