Drive a truck from across the world.
NanoPing keeps tele-operated machinery responsive over 5G, LTE, and satellite, even when one link drops mid-maneuver. Frame-perfect video, tight control loops, and observability operators can trust.
Why this is hard
Remote control of heavy machinery is unforgiving: a stalled packet is a stalled machine, and the only links available are wireless ones that were never built for deterministic latency.
- Control loops can’t wait for a retransmission: by the time a dropped packet is resent, the moment to act has passed.
- Cellular links jitter, hand over between cells, and hit dead zones without warning.
- A single uplink failing mid-maneuver can sever control entirely.
- Operators act on what the video shows them: stale or frozen frames are a safety risk.
The protocol does the hard part for you
NanoPing bonds your links, recovers loss in flight, and holds latency to a budget you set, so Tele-operation traffic stays reliable on networks that aren’t.
Bond every radio into one path
Combine 5G, LTE, and satellite links into a single overlay. NanoPing selects the lowest-jitter path per packet, so control and video ride whichever radio is healthiest at that instant.
Recover loss in flight
The RAFT protocol rebuilds lost packets at the receiver with adaptive Forward Error Correction (Reed–Solomon and RLNC), tuned in real time to link conditions, so the control loop never stalls waiting for a resend.
A latency budget you set
Define the allowable latency for the link; the RAFT transport delivers in order within that budget, with ARQ as a backstop for what coding alone can’t cover.
Failover without a reset
If a carrier drops mid-maneuver, traffic keeps flowing over the survivors. There’s no session teardown and no gap in control.
Per-path health, live
Latency, loss, and bandwidth trackers expose exactly what every radio is doing, so operators and engineers can trust the link, and audit it after the fact.
Encrypted end to end
Traffic is encrypted and authenticated across every hop, so commands and telemetry stay private over public cellular and satellite networks.
The outcomes that matter
- Less jitter
- More uptime
- Bonded links
- Frame-perfect video
How it works under the hood
Each NanoPing node runs the RAFT reliable transport, which bonds your links and recovers lost packets in flight with adaptive Forward Error Correction, continuously tuned to match the condition of the underlying network. Traffic is encrypted end to end while a hub control plane keeps the fleet in sync. It installs and comes up in two commands.
Explore the architecture
Reliable real-time connectivity in just a few steps
Every signup includes 30 days of full Pro access, no credit card. Spin up NanoPing on your device in just two commands and watch your traffic become reliable and stable right away.
Explore what else NanoPing powers
Remote production
Move production crews out of the truck and into a central control room. NanoPing carries broadcast-quality feeds, intercom, and tally between venue, gallery, and home-based commentators with deterministic latency, so REMI workflows feel local, even when the talent is on another continent.
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Mission-critical
When packets carry orders, telemetry, or alerts, latency spikes and dropped frames cost more than a pixel. NanoPing keeps mission-critical traffic flowing across hostile RF, congested cells, and degraded backhaul, with deterministic delivery, end-to-end encryption, and per-path health you can audit.
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SD-WAN
Use the NanoPing protocol to power your SD-WAN with any number and type of network links, whether cellular, Wi-Fi, satellite, or wired. Adaptive load balancing increases bandwidth and reliability, drives down latency, and cuts network cost with cost-optimized adaptive technology, all on your own hardware, with no lock-in.
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