Tag Archives: startups

Who’s Getting Rich Off Profit-Driven ‘Clicktivism’

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This reflects how today’s internet, despite its potential as a Democratizing Tool, is controlled by the few. Look at mobile—most apps have to go through Apple and Google’s not-always transparent approval process to be placed on their app stores and become visible to millions of smartphone users. The featured petitions on Change.org, currently a private “B” corporation, (a voluntary, non-binding certification which means they met the nonprofit B Lab’s standards for social and environmental performance) are similarly controlled not by its millions of users but its CEO and founder Ben Rattray, and, according to a spokesperson, a global “Leadership Team.”

via Who’s Getting Rich Off Profit-Driven ‘Clicktivism’ | Motherboard.

Service Drains Competitors’ Online Ad Budget

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The service, which appears to have been in the offering since at least January 2012, provides customers both a la carte and subscription rates. The prices range from $100 to block between three to ten ad units for 24 hours to $80 for 15 to 30 ad units. For a flat fee of $1,000, small businesses can use GoodGoogle’s software and service to sideline a handful of competitors’s ads indefinitely. Fees are paid up-front and in virtual currencies (WebMoney, e.g.), and the seller offers support and a warranty for his work for the first three weeks.

via Service Drains Competitors’ Online Ad Budget — Krebs on Security.

Startup Has a New Way to Make Rare Earths and Other Metals

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The ceramic material Powell showed me—which is made of zirconium oxide—replaces the carbon electrode and eliminates those emissions. Researchers have been trying to replace carbon for many years, but the molten salts have corroded the alternatives. The key advance for Infinium was developing alternative molten salts that don’t react with the zirconium oxide, so that it can last long enough to be practical.

via Startup Has a New Way to Make Rare Earths and Other Metals | MIT Technology Review.

Finding an alternative to carbon has long been the “dream” of the metals industry, says Donald Sadoway, a professor of materials science at MIT who is not involved with the company. “I believe [Infinium’s] technology is sound. It’s real,” he says. Whether the company succeeds “is all about the economics,” he says. “No one cares about the flow chart for the process. You care about the prices. If it produces a good metal at a lower cost, people will be interested.”

The Tiny Box That Lets You Take Your Data Back From Google

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For open source developer Johannes Ernst, what the world really needs is a simple device that anyone can use to take their data back from the wilds of the internet. So he designed the Indie Box, a personal web server preloaded with open source software that lets you run your own web services from your home network–and run them with relative ease. Any system administrator will tell you that setting up a server is just the first step. Maintaining it is the other big problem. Indie Box seeks to simplify both, with an option to fully automate all updates and maintenance tasks, from operating system patches to routine database migrations.

via Out in the Open: The Tiny Box That Lets You Take Your Data Back From Google | Enterprise | WIRED.

A completely assembled device costs $500.

This is just a linux box with standard server packages installed and probably a customized management system.  Running your own web server does not take your data back from Google unless you run your own search engine.   The main type of data Google retains for its customers is email.  Running your own email server does keep your personal information from Google.  However, from the article:

For now, it won’t include an e-mail server since spam filters make it so hard to run one from home.

Democratizing the Datastore

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No matter how you slice it, the database market is massive and evolving. It’s also a market that has received a disproportionate share of VC investment, with VCs plowing funding into a long list of database related market segments including: NoSQL, Hadoop, graph databases, open-source SQL, cloud-based databases, visualization, etc. But for all of that innovation, the process of setting up and running very large database remains either expensive or complicated. Expensive because large databases still often require expensive hardware and/or licenses. Complicated because setting up a massive cluster of commodity machines to run a database requires a ton of administrative work and expertise that not a lot of people have. It’s this administrative complexity that Crate is out to eliminate – and that’s the real story behind the investment: the democratization of database cluster management. Crate’s real claim to fame is that it allows developers – any developer – to easily set up a massively scalable data store on commodity hardware with sub-second query latency simply and within minutes.

via Democratizing the Datastore: Why we invested in Crate | Yankee Sabra Limey.

Drones On Demand

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Supposing you can make the whole thing safe, then it might stand a chance. The app could summon a drone using its GPS for location and the internet to communicate with the drone. This means the drone has to have a good internet connection and a satellite link seems like the best option, but the technology for this isn’t easy to get right.

via Drones On Demand.

Washington University team builds out prototype to win first GlobalHack

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Each team had to create an application that scores and weighs sales opportunities in Salesforce according to an algorithm, then displays the ranked opportunities in a graphical user interface.

Gabe Lozano, co-founder of the event and CEO at LockerDome, told Silicon Prairie News that the team built out all of the UI/UX, integrated it with Salesforce and created a prototype-grade algorithm within the 48-hour window. As a result, TopOPPS is going to expand upon the team’s work for the earliest versions of its software.

via Washington University team builds out prototype to win first GlobalHack – Silicon Prairie News.

Cellular’s open source future is latched to tallest tree in the village

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And that network runs on open source. OpenBTS, an all-software cellular transceiver, is at the heart of the network running on that box attached to a treetop. Someday, if those working with the technology have their way, it could do for mobile networks what TCP/IP and open source did for the Internet. The dream is to help mobile break free from the confines of telephone providers’ locked-down spectrum, turning it into a platform for the development of a whole new range of applications that use spectrum “white space” to connect mobile devices of every kind. It could also democratize telecommunications around the world in unexpected ways. Startup Range Networks, the company that developed the open-source software powering the network, has much bigger plans for the technology. It wants to adapt the transceiver to use unlicensed spectrum for small-scale cellular networks all over the world without the need to depend on the generosity of incumbent telecom providers or government regulators.

via Cellular’s open source future is latched to tallest tree in the village | Ars Technica.

OpenBTS is a Unix-based software package that connects to a software-defined radio. On the radio side, it uses the GSM air interface used globally by 2G and 2.5G cellular networks, which makes it compatible with most 2G and 3G handsets. On the backend, it uses a Session Initiation Protocol (SIP) “soft-switch” or a software-based private branch exchange (PBX) server to route calls, so it can be integrated with VoIP phone systems.

Docker: the Linux container engine

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Docker is an open-source engine that automates the deployment of any application as a lightweight, portable, self-sufficient container that will run virtually anywhere.

Docker containers can encapsulate any payload, and will run consistently on and between virtually any server. The same container that a developer builds and tests on a laptop will run at scale, in production*, on VMs, bare-metal servers, OpenStack clusters, public instances, or combinations of the above.

Common use cases for Docker include:

  • Automating the packaging and deployment of applications
  • Creation of lightweight, private PAAS environments
  • Automated testing and continuous integration/deployment
  • Deploying and scaling web apps, databases and backend services

via About Docker – Docker: the Linux container engine.

Many eyes on Earth

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By contrast, the swarm satellites’ cameras will always be on, photographing everything in their path and, owing to their numbers, will pass over the same points on Earth with a frequency of hours to a few days, depending on latitude.

The biggest customers of conventional commercial imaging satellites are governments, in particular intelligence agencies and the military. Prices can be prohibitive for many other potential users, including researchers,

via Many eyes on Earth : Nature News & Comment.

Because the swarms are still to be launched, scientists have yet to fully assess the quality of the imagery. But the satellites’ spatial resolutions of 1–5 metres are much higher than those of most scientific satellites. Landsat, NASA’s Earth-observation workhorse, for example, has a resolution of 15–100 metres depending on the spectral frequency, with 30 metres in the visible-light range.