Every year, Geo Week gives us a real-time view into where the industry is heading, and  in Denver the message was simple: the future of high-precision navigation won’t ride on a single connectivity method. It will be hybrid, resilient, and designed for scale.

From the three of us—Denny, Brandon, and Kelly—the conversations with OEMs, integrators, dealers, and technology partners reinforced that the industry wants something more robust than conventional cellular-only RTK delivery. The challenges are predictable, and expectations for uptime and performance are high.

Why Hybrid Correction Delivery Matters Now

Across agriculture, machine control, surveying, and autonomy, one theme kept popping up: organizations need correction delivery that actually works everywhere, not just where LTE is strong. ATSC 3.0 broadcast landed with people on the show floor because it can deliver corrections one-to-many—across wide regions with deterministic latency—a structural difference  from traditional IP-only RTK.

  • Our hybrid model combining ATSC 3.0 broadcast with LTE/IP backhaul directly addresses pain points we heard repeatedly:
    • NTRIP session drops in congested locations
    • High cellular load causing latency and jitter
    • SIM management and operational complexity
    • The need for predictable behavior in autonomy and machine control

Put simply: the industry asking for better corrections—they’re asking for a correction transport that’s reliable. 

Data Transfer at Fleet Scale: A Quiet but Critical Advantage

One topic that gained a surprising amount of attention this year was large-scale data distribution. Beyond GNSS corrections, customers need reliable ways to push software updates, machine files, and configuration data to entire fleets—without overwhelming cellular bandwidth.

Broadcast excels here.

Multiple partners told us they struggle to push even modest data payloads across hundreds or thousands of devices simultaneously. With ATSC’s one-to-many architecture, these updates can be delivered in a controlled, predictable way across entire regions.

Integration Conversations: OEMs and Dealers Are Leaning In

One of the most energizing parts of this year’s event was the depth of engagement from both OEMs and dealer networks. Across multiple meetings, we heard a clear signal:

Manufacturers want broadcast-ready chipsets integrated directly into devices, and dealers want solutions that are easy to deploy and support.

Performance Still Matters—and Hybrid Moves the Needle

While correction transport got a lot of attention, performance metrics still matter. In our live discussions and demonstrations, the interest was strong around:
• 1–2 cm RTK performance
• 2–3 cm vertical reliability
• Fast reconvergence after dropouts
• Stronger fix retention in marginal LTE environments

Broadcast offload doesn’t replace RTK, it enhances it. For many use cases, it’s the missing piece needed to move from “usable” to “infrastructure-grade.”

What Stood Out to Us

Teams are starting to think of correction delivery as infrastructure, not just a service add-on.  That shift in mindset changes everything, from purchasing decisions to long-term product strategy.

When we framed EdgeBeam as a hardened correction transport layer that complements existing GNSS receivers and software, the response was immediate and positive.

For us as a team, that validation was powerful.

Looking Ahead

We left Geo Week with a sense of momentum for the industry and for EdgeBeam. The transition toward hybrid correction delivery isn’t a distant idea; it’s happening now.

And the three of us are motivated by what comes next:
helping OEMs integrate broadcast into devices, supporting dealers as they bring hybrid solutions to customers to access to the most resilient correction transport and data-delivery infrastructure available.

Denny, Brandon & Kelly
EdgeBeam Wireless