Industry executives and experts share their predictions for 2018. Read them in this 10th annual VMblog.com series exclusive.
Contributed by Cole Crawford, founder and CEO of Vapor IO
2018: The Year of Edge Computing
2018 is the year that edge computing goes
mainstream and we will see a tsunami of new use cases emerge, from enhanced IoT
to mobile virtual reality. But there will also be deeper, more profound and
unexpected net positive effects. Here are three edge computing predictions
which may be unconventional and contrarian, but which I believe will come true.
As Arthur C. Clark once said, "If what I say now
seems to be very reasonable, then I will have failed completely. Only if what I
tell appears absolutely unreasonable have we any chance of visualizing the
future as it really will happen".
Drones,
not cars, will be the first large-scale player in the autonomous race
Flight code automation and large volume
wireless data ingress will cause drones to surpass cars as the gold standard
for low latency telemetry and data transport use cases. Solutions discovered by
autonomous drone operators will help accelerate and cost-reduce other kinds of
autonomous vehicles, such as cars and trucks.
2018
will give birth to the edge native application
As edge computing grows in importance, we'll
see a new class of applications emerge that we will call "edge native." Edge
native applications will distribute their services across a gradient of compute
and storage, from core to edge. These applications and their orchestrators
(e.g., Kubernetes, Docker Swarm, Mesos) will use real time analysis of factors
such as cost, latency, bandwidth and so on to optimally place workloads. New
levels of sensorfication and real-time data about infrastructure and field
conditions will enable applications and service fabrics to better understand
their environments and autonomously react to opportunities and failures associated
with the underlying data center and network infrastructure.
We'll
start running out of long haul fiber
The explosive growth of machine-to-machine and
IoT data will quickly outstrip the world's fiber capacity. There is simply not
enough long haul fiber in the ground to transport the 11 zettabytes (that's 1
trillion gigabytes) of data that is expected to be generated daily by 2020. The
solution will be putting more compute and storage capacity at the far edge of
the network in order to store and perform nearby analytics without requiring
100% of the data to be backhauled to the core. Transport, cost and latency will
largely drive the use of more dense metro fiber.
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About the Author
Cole
Crawford is the founder and CEO of Vapor IO. Vapor
IO is building the cloud of the future by delivering a suite of hardware and
software for edge computing. The company's technology enables
highly-distributed micro data centers to be embedded in the wireless and
wireline infrastructure, colocated with the last mile or Radio Access Network
(RAN), and meshed together with software and high-speed fiber for remote
operations, fault tolerance, low-latency workloads, and scale. The company has
also built Project Volutus, a partnership with landowners and
infrastructure providers to deliver edge as a service using modern data center
automation and a colocation business model. For additional information, please
visit www.vapor.io.