Every logistics company says the same thing now: “We’re automating.” Robots. Vision AI. Predictive analytics. The promise of end-to-end autonomous logistics sounds closer than ever.

Over the past 3 years at DeepCharge, we’ve worked alongside some of the largest logistics operations in the U.S., including Fortune 500 pilots. What we found? It’s not the lack of AI or robotics holding autonomy back.

It’s the invisible friction beneath it all.

Let’s talk about 3 of those problems that rarely make it into whitepapers or pitch decks — but define whether your logistics operation can truly scale.

1. Autonomous Systems Built on Manual Foundations

You can install a robot, but if its charging is manual, you just created a new bottleneck.

You can deploy AI vision, but if the tablets go missing or are left unplugged, the insight pipeline dies.

You’re not autonomous if your edge devices still need babysitting.

2. Device Downtime as Invisible Sabotage

It doesn’t show up on your dashboard.

It rarely gets escalated.

But it’s bleeding throughput every day.

Most logistics teams can’t even quantify device availability. Let alone track which zones are losing uptime due to missed charging, loss, or inconsistent usage.

This is a hidden operations tax that compounds over time: missed scans, longer pick cycles, manual handoffs.

And the worst part? It’s hard to attribute. Which makes it easy to ignore.

Until it quietly erodes the ROI of your entire automation stack.

3. Power Is the Constraint Nobody Tracks

Every automation system is ultimately constrained by power.

Not just grid-level. Micro-power. Device-level. Cycle-level.

• Is your robot ready at shift start?
• Are your tablets charged at every dock?
• Do you have charging data that’s actually integrated with ops systems?

We’ve found that most companies don’t even have visibility into their power layer.

And that means they’re flying blind on readiness. It’s like deploying autonomous trucks with no fuel gauge.

What We’ve Learned at DeepCharge

At DeepCharge, we’ve spent the last three years building infrastructure that disappears the friction.

• Wireless charging that removes the human from the loop
• Real-time visibility on device health and readiness
• Smart power orchestration that integrates with your ops

The Real Path to Autonomous Logistics

If we want true autonomy in logistics, we need to:

• Design for readiness, not just capability
• Treat power and device uptime as first-class data
• Build invisible infrastructure that doesn’t rely on heroic effort