Syed: It will be great to finally experience Outernet when we get our Lantern. I am now organizing a microsatellite project involving twin, 100Kg spacecraft to be deployed to LEO in 2022 from the Wallops Island spaceport aboard successive Vector-H launches. Most of the payload will be telecom experiments. We would still like to work with Outernet on creating an alternative space infrastructure for uncensorable datacasting, without the costs you’re presently paying to legacy transponder providers. Please contact me by private message on Skype, LinkedIN or Facebook, and let’s chat about the future. If you can engineer the ground segment using our satellites, we’ll put up the transponder for you.
Our current baseline is that each spacecraft will carry dual redundant 96-core processors and 10 TB of solid state storage, or 192 cores and 20 TB per satellite. The satellite design provides that their telecom payloads will not have power constraints. With other telecom relays the system will host, we envision a “Forward & Store” system, in which each overhead pass transmits audio and video content at greater than linear speed, such that the periodic updates provide for a pseudo-realtime listening/viewing experience for the user. I’m sure you can think of things to do with that topology.
Come visit us this summer on the Eastern Shore, at Wallops Island.
Wow. I really enjoyed living in Salisbury, MD and working at the Univ. of MD, Eastern Shore, a long, long time ago. What a nice area. Would love to visit again some day.
Hi! Just saw your post from January. Reach me by PM on Facebook, LinkedIN or Skype anytime. The microsatellite platform we are developing will consist of 15 spacecraft, most the size of Quarter [beer] Kegs, deployed in LEO orbits between 125 and 200 miles altitude. They will be used primarily as a testbed for advanced propulsion technologies; the practical upshot of which is that they will have very long term endurance at these low altitudes (for some, decades). The two which are designated for telecommunications research will have conductive tether reboost and additional power utilities which will permit high power operation over North America, AU/NZ, UK/IE, and India, measured in the hundreds of watts, electrical. The inclinations will be as given, but will be useful nonetheless. We are at a planning stage where we are looking to accommodate a number of telecom payloads, and are seeking partners to work with. The frequencies to be used and the size of any given comms package are to be determined. What do you want and how big is your transceiver? A part of the intended telecoms research will involve using the conductive tether, and, separately, its plasma return sheath, as antennas. Between this and the power, it should be able to deliver a very strong signal throughout the Anglosphere. Now, we’re working out what to do with it. Chat me up online when you get a chance.
No reason to be sorry; please send an email to [email protected] and include the email address associated with both your Indiegogo profile and your Paypal account.
Calling it a failure is inaccurate, as we have not given up/closed shop/stopped developing/etc. For the 6000 or so backers that will receive their Lanterns, the product will deliver about 50-times the utility as we originally described. Of course, it’s taken years to get there, but there is definitely still progress being made.
Syed Karim|Tue, Jun 25, 2019, 4:09 PM (13 days ago)
We’ll start production after we confirm the new circuit board. It usually takes about 4 weeks to acquire all of the parts. I have been so wildly off with targets that I don’t like to say, but I would assume we could start shipping by the end of the summer.
This version of Lantern is just not that great. It’s been really frustrating because after all of this time, we still haven’t made a really great product–though everything does work better than we described long ago. >>
We are still fighting the good fight! We try to do things as economically as possible, but sometimes that does backfire. The supplier that was supposed to cut the tooling and produce the dome enclosure for us said–after four months of back and forth–that they could not build the part. We are working with another supplier now for a custom dry box (Otterbox/Pelican case). I have the 3D print of the current version which I’ll post later today.
Hi @Syed
Any further news on this? Is there a better place to track progress e.g. a single pinned thread on the forum that is updated by the team on a regular basis? European coverage is looking promising now so still excited to try out the system.
Cheers
Andy