Our mission is to close the digital divide, connecting 4 billion people without regular access to basic information. In fact, on June 5, 2011 the United Nations declared Internet access a human right. So what should we do, send UN telecom peace keeping forces?
Intel research points to a future world that will be possible once we can achieve Intel’s description of “ensemble computing”. We call it cloud on steroids, because cloud today truly exists only in the data center. However, ensemble computing is like extending the cloud all the way to the edge of the network. So imagine a DDOS attack that can’t be mounted because of load balancing at the edge and nodes collaborating to defend the enterprise network.
Cooperative peering, packet forwarding and a world of multi-connectedness where your device transmits over the least cost route will finally be possible.
Ether2 is partnered with Illinois Institute (IIT, Chicago) and Universidad Politècnica de Catalunya (UPC/CTTC, Barcelona); both are equity stakeholders in the company.
| Team member
Jonathan Gael is a Co-Founder of the breakthrough technology think tank, Ether2. Jonathan is responsible for all aspects of business development, including the acquisition of Ether2’s intellectual property from Illinois Institute (IIT, C...
We have a better solution than 40 years of data network development can ever achieve. No other company is attempting to solve this fundamental flaw that inhibits broadcast from IP networks. Further, there is no other technology that combines the best features of circuit and packet switching, with a migration path for legacy devices. Ether2 offers the deterministic qualities of circuit-switched networks with the economics of packet-switched shared networks.
Further, because we can run anything 802.x.x on top of our near-perfect MAC, we can keep adding users to the network without incurring overhead...just like a TV or radio station broadcasting broadband connectivity; and because we are independent of the physical medium, we can be wired or wireless.
Our family of protocols was originally designed for cable TV with set top boxes, so the network is controlled entirely from the edge resulting in the elimination of middle switching and routing hardware in the access networks.
We've also built security into the architecture because it shouldn't be the burden of the end-user.