Sign in with LinkedIn5G Is Coming -- Is Your Enterprise Ready To Take Advantage Of It?
This article from Forbes outlines the industries most likely to face disruption due to the wide access to 5G. For more information, contact Alexaur Technology Services, Inc. today.
What makes 5G different for enterprises?
5G isn’t just “faster 4G.” It reshapes what’s technically and commercially possible for enterprises.
Three capabilities stand out:
- Much higher bandwidth: 5G can be up to 600x faster than today’s typical 4G speeds. That opens the door to data-heavy use cases like real-time video analytics, AR/VR, and rich IoT telemetry.
- Massive device density: Networks can support up to 100x more devices per unit area, which is critical for factories, smart buildings, logistics hubs, and city-scale IoT deployments.
- Ultra-low latency: Latency can drop to around 1 millisecond, enabling time-sensitive applications such as remote operations, industrial automation, and advanced driver assistance.
Coverage is also expanding quickly. GSMA Intelligence estimates that by 2025, 5G networks will cover about one-third of the world’s population. That means the window to rethink products, services, and operations with 5G in mind is open now. Waiting too long risks leaving new revenue streams on the table and giving competitors room to move first—similar to what happened when some incumbents underestimated cloud and mobile.
Which industries are being reshaped by 5G first?
Several industries are already positioned to rethink their operating models and customer experiences with 5G:
- Manufacturing: 5G supports new production models built on constant data exchange between connected machines and sensors. Use cases include:
- Real-time quality control on the line
- Industrial automation with mobile robots and cobots
- More responsive supply chain monitoring and optimization
- Entertainment & media: User-generated content and streaming continue to grow. A Cisco report cited in the article projects that video will account for almost 80% of mobile data traffic by 2022. 5G enables:
- Richer, higher-resolution mobile video experiences
- More immersive AR/VR content and live events
- New social and interactive formats that depend on low latency
- Transportation: With high-speed, consistent connectivity and low latency, 5G can support:
- Advanced driver assistance systems
- Autonomous vehicles for both consumers and logistics
- Real-time fleet tracking and routing
- Energy: 5G helps enable smart grids that manage energy distribution more efficiently and sustainably across homes and industries.
- Healthcare: Providers can offer more personalized and remote services, including:
- Virtual health centers and hospitals
- Remote monitoring and telehealth at scale
- Complex procedures performed remotely using robotics, supported by low-latency connections
In all of these sectors, the common thread is a sharp increase in real-time data and connected endpoints. That’s where the real enterprise opportunity lies.
How should CIOs prepare their data infrastructure for 5G?
5G will generate a surge of data across devices, applications, and locations. To turn that into business value, CIOs need to reimagine their data infrastructure so it’s flexible, accessible, and cloud-ready.
Key shifts include:
- Break down data silos: A modern data experience depends on data being easily accessed and delivered where it’s needed, without rigid barriers between environments, teams, or applications.
- Provide data services “as a service” internally: The article highlights five data services CIOs should prioritize:
- Analytics and AI/ML as a service: To deliver intelligent, personalized services and understand usage patterns across 5G-enabled products.
- Database as a service: Scalable, cross-platform data repositories that multiple teams and applications can consume without bespoke setups.
- Data search as a service: Ad hoc querying so product, operations, and business teams can quickly explore data and improve offerings.
- Messaging as a service: Reliable communication between 5G applications and microservices, supporting loosely coupled architectures.
- Streaming data as a service: Infrastructure for real-time data pipelines that feed dashboards, algorithms, and operational systems.
- Leverage cloud and cloud-native technologies: The good news is that these services can now be built more simply and cost-effectively using a hybrid model—combining on-premises infrastructure with public cloud services. What once required large, upfront investments can now be deployed incrementally and scaled as demand grows.
In practice, CIOs who prepare for 5G well are the ones who treat data as a shared, on-demand capability across the enterprise, not a set of isolated systems tied to individual projects.
