2,573 karma · joined September 28, 2009
> open source serverless platform which is faster than bare-metal code
does't make sense. It eventually has to run on top of bare metal (via hypervisor or directly), so claiming that something that eventually runs on top of bare metal is "faster than bare metal" doesn't make sense at all.
WTF? Can somebody explain to me what they are trying to convey here?
The third option is faster than anything else, but would require you to load planet-osm.
- GRASS has had that since the 80s: https://grass.osgeo.org/grass72/manuals/addons/r.traveltime....
- ESRI has had those in web form since the 90s: https://doc.arcgis.com/en/arcgis-online/analyze/create-drive...
- GeoTrellis has that working in an open source project on top of a Spark cluster: https://transit.geotrellis.io/travelshed.html
This is far more than a glorified mirror.
In the geospatial industry, there are many organizations that produce free open data.
For example the NAIP image data comes USDA and has been paid for by the US govt so the city/state can used it for agriculture - hence why the images are not just RGB, but they also include an infrared band so they can be used for agriculture algorithms like NDVI results. For that particular dataset the license is very liberal. In case you are curious about that particular problem, you can find more info here: https://www.fsa.usda.gov/programs-and-services/aerial-photog...
The problem with dealing with datasets of this size is that just the mere collection and storage of it, is a problem of resources. This AWS link here is saying that they have grabbed all these datasets from various govt and non-profits and are hosting them in raw form so you can use them. Because the data comes from so many different institutions, the license is different - but practically speaking super liberal.
It is not competing with any previous commercial service from any vendor, nor it is meant to be a solution of any kind... Just big public spatial datasets hosted at AWS.
The "product" of a startup is a sustainable business model that can scale fast. The core technology may or may not be a key element part of that model.
So they solved a customer problem with interesting technology - regardless of arguments if it ACID compliant, or as good as <replace with whatever you think is "better">.
Where they sustainable at the beginning? No. Are they sustainable now and did they scale appropriately? Yes.
As a startup that went through it stages, they did it. This is not easy because it requires all the elements to work properly (market need, sales, marketing, engineering, operations, etc).
So what if RethinkDB/or_other has a feature that is better? Irrelevant.
Even better they did this ethically, which is more than I can say about other "startups" with insane funding and dubious and questionable strategies.
It is extremely difficult to do good marketing and sales and they did it.
Solve a customer problem while building a healthy business... a success story in my book.
To put the conversation back in a grounded and reasonable list of arguments, let's start with the premise that technology != business.
So even if the tech that Magic Leap is creating is so great, by the time they go to market, they will be competing with an ecosystem already in place. Apple will have all the apps that have been built with their ARKit (not to mention their App Store monetization strategy). Sony, FB/Oculus, HTC and MS are already at the infancy of developing something serious there. If Magic Leap came out with a product today, they are already starting behind.
If we take in consideration price point, it even becomes a more challenging scenario.