Industry executives and experts share their predictions for 2019. Read them in this 11th annual VMblog.com series exclusive.
Contributed by Mike Lunt, VP Engineering, Zenoss
No Skynet here...
20-ish years ago, Agile was acquiring
mainstream pickup, and now, triggered by the Agile movement along with some new
enabling technologies, DevOps is doing the same with a decade's worth of
momentum. While transforming into a DevOps culture is practically a do-or-die
imperative for most businesses, the incorporation of artificial intelligence
(AI) into business-generating ideas is at the beginning of its hype cycle.
Since many of last year's predictions about AI turned out to be a bit
premature, 2019's forecast is focused more on the enabling steps necessary to
enact a bona fide world of machine-savviness.
Infrastructure
becomes completely blurred
Physical and virtualized infrastructure
vendors originally tackled the inevitable conquest of public cloud by providing
features that allowed on-prem resources to extend/burst into public cloud. As
with most hype
cycles, the promise of fully transparent infrastructure
has yet to become a reality, but a few notable vendors are setting the tone for
what's to come. Google's GKE
On-Prem reminds us that good ole on-prem infrastructure
still has a purpose, and on the opposite side of the tracks, Nutanix's Prism and Beam remind us that
enterprise customers are demanding a seamless management experience across both
on-prem and public cloud infrastructure. While the operational complexity of
managing this matrix of multi-cloud and hyper-converged infrastrastructure will
only increase, the promise of write-once-run-literally-anywhere is finally on
the visible horizon.
Context and performance become overused
As any enterprise IT veteran knows, industry
analysts provide a never ending normalization of jargon-y terms and acronyms as
a way to make comparisons and help explain a highly technical world. Service
health and service assurance have been the business driving goals for IT
operations management (ITOM) tools for a few decades, but given the DevOps
disruption of recent years, performance monitoring
of the entire IT stack has become the new battleground given the use of highly
ephemeral software nuggets (microservices) strewn across semi-invisible
infrastructure. Application performance monitoring (APM) vendors initially
seemed to have an eye towards the future by promising end-to-end visibility
from the user through the application server; however, DevOps teams need context of the full IT stack and don't
want to wait for a traditional NOC operators to perform calibration of the
monitoring tool(s). Immediate and self-served performance monitoring of the entire IT context will replace legacy terms such as service and visibility to
become the go-to qualities that attract DevOps cultures with freshly formed Site Reliability Engineering (SRE)
teams.
IT ops
realizes its tools are not intelligent
The "unified" part of unified management tools
continues its evolution from breadth+proactive to breadth+automation to
breadth+self-heal. The "breadth" part of this equation has broadened from being
focused on a range of monitoring targets to adding a range of platform
capabilities; and most recently, machine learning (ML) with a lean towards AI
has become trendy. As ML-touted tools become status quo, operations teams are
already learning their existing ITOM tools need expansive breadth
to create meaningful ML models. This means that adding intelligence on top of logs
or events alone is not sufficient to create trustworthy automation. For
operations teams to realize robust self-healing, tools must be able to stream
varying types of data from all sources to provide the enough context to be trustworthy in hands-off
scenarios. Ops teams are beginning their journey to cloud-based tools with the
scalability to combine events, model, metrics, logs and etc., and only tools
with the ability to intelligently measure performance
from all forms of collection will become viable mechanisms for autonomous data
centers to flourish.
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About
the Author
Mike Lunt is Zenoss's vice president of
Engineering. Mike oversees Zenoss's global engineering teams, which are
responsible for both the open source and commercial products at the heart of
Zenoss's offerings. Mike joined Zenoss in 2008 and has over 20 years of
experience delivering enterprise on-prem and SaaS based solutions to the
Fortune 500. Prior to Zenoss, Mike served as a director of R&D at BMC
Software, responsible for delivering various ITOM solutions, and he was a key
change agent in BMC's transformation to Agile development techniques. Mike
joined BMC through the successful acquisition of Evity, providing Web
transaction monitoring solutions, where he lead the Operations and QA teams.
Prior to Evity, Mike was a founding engineer of Onebox.com, which was acquired
by Phone.com, and a part of other early stage companies such as Aquity. Mike
holds a Bachelor of Science in Mechanical Engineering from Oklahoma State
University.