Secure IoT Cellular Connectivity (LPWA & 5G) Image

Secure IoT Cellular Connectivity (LPWA & 5G)

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Actionable Benefits

  • Optimize a network security strategy for IoT cellular deployments.
  • Identify new target markets for cellular-based security solutions.
  • Determine a realistic timeline for LPWA and 5G network security demand by enterprise.

Critical Questions Answered

  • What are the new threats and risks presented by LPWA and 5G technologies for IoT deployments?
  • Which security technologies can minimize risks at the network level?
  • How can fit-for-purpose security be delivered to network operators and IoT deployers? 

Research Highlights

  • A detailed overview of the threat landscape and security technologies that will emerge for cellular IoT deployments in LPWA and 5G technologies
  • Market data on IoT cellular connections and security services by network type (2G, 3G, 4G, 5G and LPWA) and by IoT application.
  • Business models and primary target markets for security solutions for the cellular IoT.     

Who Should Read This?

  • Vendors in the IoT security space: Network Equipment and Solution Providers, Hyperscalers, Cybersecurity Vendors, Technology Providers.
  • CSOs, CIOs and CTOs at enterprises planning to deploy cellular IoT.
  • Planners in the telco space building out LPWA and 5G infrastructures who want to consider new revenue avenues through enterprise IoT security solutions.

Table of Contents

1. EXECUTIVE SUMMARY

2. CONNECTIVITY, RISKS, AND SECURITY TECHNOLOGIES

2.1. IoT Cellular Connectivity
2.2. Threat Landscape and Risk Assessment
2.3. Secure Cellular Network Technologies

3. THE MARKET FOR NETWORK SECURITY

3.1. Business Models
3.2. Solutions and Services
3.3. Security Service-Level Agreements
3.4. Security Services Market Forecasts and Analysis

4. VENDOR PROFILES

4.1. 1NCE
4.2. Allot
4.3. Ericsson
4.4. FirstPoint
4.5. Fortinet
4.6. G+D
4.7. IoTerop
4.8. Kudelski
4.9. Mobileum
4.10. NETSCOUT
4.11. Nokia
4.12. Thales
4.13. Transatel
4.14. ZTE