Developer
Free
Evaluation and small robot labs.
- Up to 5 devices
- Direct P2P networking
- Stable Netflux IPs
- Basic status
Connectivity infrastructure for physical AI
Connect, understand and operate machines anywhere.
Secure direct networking, real-time path intelligence, fleet authorization and operational visibility for robots, edge computers and distributed physical-AI systems.
Direct-first by designBuilt for real-world roboticsUsers free, devices priced
Direct paths, not cloud hairpinsPeer traffic stays machine-to-machine when a direct path is available.
Stable private identityEach authorized machine receives a persistent Netflux address and identity.
Live connection intelligenceRTT, jitter, loss, path type and endpoint visibility in one control plane.
Automatic incidents & alertsKnow when a device or direct path goes down and when it recovers.
Connect · Understand · Operate
More than an overlay network.
Netflux combines secure machine connectivity with the operational layer needed to understand why a connection is healthy, degraded or down.
C
Connect
Encrypted, direct-first peer connectivity with automatic private addressing, device identity and explicit authorization.
U
Understand
See latency, jitter, packet loss, path selection, public endpoints and path changes for every machine.
O
Operate
Diagnose connectivity, track incidents, alert operators and build toward remote machine operations from the same console.
Device Control Center
Every machine gets an operational control center.
Click a device and see connection health, direct-path quality, peer state, traffic, system telemetry, security posture, events and robotics context.
master
ONLINE · DIRECT10.80.1.11 · Robot master
Health96/100
RTT72 ms
Jitter3 ms
Loss0.1%
Path Intelligence
See how the connection actually behaves.
A binary “online” indicator is not enough for remote machines. Netflux exposes the selected path, alternatives, performance and recovery history.
Current direct path
Mac · 10.80.1.10master · 10.80.1.11
Selected: public IPv4 · 89.43.185.63:51830 ↔ 150.228.63.207:38062
RTT72 ms
Jitter3 ms
Loss0.1%
Stability99.8%
Connection timeline
Network interface changedWi-Fi uplink moved to a new network.
Direct path lostAutomatic recovery started.
Direct path restoredNew public endpoint selected · 69 ms.
Incidents & alerts
If the network does not recover, the operator knows.
Netflux separates device-offline, peer-path, latency and packet-loss incidents so teams know what failed—not simply that “the VPN is down.”
!
Device offline
Create an incident when a machine stops checking in beyond the configured threshold.
↯
Direct path down
Both endpoints can still be online while their P2P path fails. Netflux detects that separately.
↗
Performance degradation
Alert on sustained high latency or packet loss and send a recovery notification when health returns.
Built for physical AI
Networking that understands the machines using it.
Robots combine networking, compute, sensors and middleware. Netflux is designed to correlate the health of the connection with the machine stack.
R
ROS 2 / DDS context
Surface ROS distribution, domain ID and middleware context, with diagnostics for discovery and interface-selection issues on the roadmap.
E
Edge-compute visibility
Operate Jetson, Linux, Mac and edge computers across Wi-Fi, Ethernet, 5G and satellite connections.
D
Actionable diagnostics
Move from “connected or disconnected” to specific findings about path changes, NAT mappings, interfaces and machine connectivity.
Why Netflux
Connect + understand + operate.
Capability
Traditional overlay networking
Netflux
Private addressing & direct connectivity
✓
✓
Explicit device authorization
✓
✓
Live RTT, jitter & packet-loss history
Usually separate tooling
Built in
Candidate path visibility & scoring
Network-centric
Core feature
Device Control Center
Limited
Machine-centric
Incidents & operator alerts
Usually external monitoring
Built in
Robotics / DDS awareness
Not primary focus
Physical-AI roadmap
How it works
Private machine networking in minutes.
STEP 01
Create a network
Netflux generates the Network ID and private subnet automatically.
STEP 02
Install
Use the Mac installer, Linux package or the command line.
STEP 03
Join
Run netflux join nfx_…. Identity and addressing are automatic.
STEP 04
Authorize
Approve the device in the console and the direct P2P path comes online.
curl -fsSL https://install.net-flux.com | sudo sh
netflux join nfx_XXXXXXXXXXXX
netflux join nfx_XXXXXXXXXXXX
Pricing
Pay for machines, not seats.
Invite the engineers and operators who need access. Pricing scales with the connected devices Netflux manages.
Connect
$2 / device / month
Production private connectivity.
- Multiple networks
- Authorization
- Path & latency visibility
- API access
Operate
$6 / device / month
Operational intelligence for robot fleets.
- Device Control Center
- RTT, jitter & loss history
- Diagnostics & incidents
- Email alerts
Enterprise
Custom
OEMs and large global fleets.
- Volume pricing
- Enterprise identity
- Dedicated deployment options
- SLA & onboarding
Build a more reliable physical-AI fleet.
Create a Netflux account and connect your first five devices free.