Unlock The Full Potential Of IoT Security & Network At Scale

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The Internet of Things (IoT) represents the next stage in the Internet’s evolution. IoT has demonstrated its value across many industries and has now reached an inflection point, where it’s ready to move forward into large, business-scale deployments. 

But success with large-scale IoT means overcoming new infrastructure, security, and innovation challenges. The complexity of running IoT at full production scale has led Gartner to predict, for example, that many expanded IoT deployments will fail at achieving their intended business outcomes1. Consider security alone: AT&T has reported a 3,198 percent increase in attackers scanning for IoT vulnerabilities over the past three years, and a single IoT breach can cost a large company tens of millions of dollars. 

It’s imperative, then, that your network operations and cybersecurity defenses are up to meeting the stringent technical requirements of full-scale IoT.

Juniper is ready to help, with software-defined infrastructure, security, edge computing, and automation solutions that address and simplify the tasks that could otherwise derail big IoT projects.

Glean strategic and actionable insights to help you meet the stringent technical requirements of full-scale IoT, and enable reliable, scalable, and secure connectivity from anything to any cloud. Complexity is the key challenge of scaling IoT.   

• Connect.
• Secure.
• Innovate.

Secure network access for IoT devices at distributed enterprises .  IP Clos networks provide increased scalability and segmentation. 

Enterprise Internet of Things (IoT) deployments have become  business scale. However, most IoT devices connected to  enterprise networks are not managed by nor visible to the IT  department. As a result, many enterprises fail to meet the basic  security, scalability, and agility requirements needed to support  these IoT network environments, making them hot targets for  security breaches.  
You can use an IP Clos network from the distribution and core layers to the access layers of your topology Network Architects need to apply a combination of microsegmentation, macrosegmentation, and application segmentation techniques to secure data and assets.
Macrosegmentation is the logical separation of the network across shared links and within a shared device.  

Microsegmentation addresses critical network protection issues, reduces risks, and adapts security to changing demands. The three traditional microsegmentation practice includes host-agent segmentation, hypervisor segmentation, and network.
Application segmentation uses higher layer controls to isolate one application tier from another. It isolates and protects an application from other applications and other resources.You can use microsegmentation to implement application segmentation with greater visibility and granularity.

Network segmentation leverages  an EVPN-VXLAN architecture  that supports a highly scalable  and agile environment while  maintaining the security and  performance requirements needed  to protect users and IoT devices .

 Benefits

 • Enhanced security, visibility, and  control of users and IoT devices

 • Flexible and scalable  architecture

 • Simple, agile network operations