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4 Steps to Prepare for an IoT Deployment

Be sure to understand your vision, strategy and security needs before starting any new state and local smart project.

As the Internet of Things (IoT) becomes more popular, state and local government IT agencies need to play more of a leadership role in understanding the transformation of their departments and their networks. 

Governments need to prepare properly to ensure they can handle the influx of smarter and more numerous devices, sensor networks and connected communications across their geographies. Embarking on any IoT-based journey requires governments and agencies to go through four key phases, which should be developed in the context of creating strategic partnerships between business lines and IT organizations

1. Define Your Long-Term IoT Vision

Think carefully about where you expect IoT will be in the next three to five years. IoT can be daunting, because it is happening in so many different directions, seemingly simultaneously: connected traffic signals, smart electric grids, connected HVAC and lighting controls, sensors integrated into street lighting and pavements, and better access to municipal and public services. But that just means designers need to widen the overall approach and ensure all bases are covered

2. Improve and Keep Up with Cybersecurity Accordingly

Security was the top impediment of any IoT rollout, according to a recent poll by 451 Research.

“Security will become more important as the sheer number of devices increases,” says David Sandel, the founder of smart cities consultancy iNeighborhoods. “Some IoT applications might also contain confidential, real-time patient information or will require a higher quality of service, such as deploying metropolitan wide area networks.”

3. Develop a Plan to Fit Your Local Strategy

A good first step is to integrate cloud, mobile and analytics into a coherent whole. Consider what kinds of security policies will be needed as part of an upfront investment and plan accordingly. 

“A distributed and integrated security architecture needs to cover your entire networked ecosystem, expand and ensure resilience, secure compute resources and workloads, and provide routing and WAN optimization,” a recent Fortinet blog recommends

Don’t forget to get a better handle on what your supply chain will look like as your teams invest more in IoT tech.

4. Articulate IoT’s Role in Operations

Understand the differences between IoT and traditional endpoints in terms of applications, protection hardware and network requirements. As the number of IoT devices increases, they will place more of a strain on traditional IT infrastructure, becoming more application-focused, centralized, hardware-centric and rigid. The current generation of IT infrastructure was designed for predictable endpoints such as PCs and servers that, once purchased, remained pretty much in place for the years to follow. But the new world of IoT isn’t so monolithic or static. Instead, it covers a far more dynamic world that is services-centric, cloud-based, agile, scale-on-demand, and capex-friendly.

That multipronged design should be more distributed and use software-defined networks to handle a flexible configuration and a wider variety of devices, from sensors that cost a few pennies to seven-figure industrial controllers.

Another important piece to understand is who will be responsible for building the underlying wireless and broadband infrastructure to support communications, control and IoT connections. That is where business partnerships can play a key role.

 

monicaodo/istock/Thinkstock
Apr 05 2017

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