AS400053 · 2607:6100:1010::/44 · BGP + WireGuard
Your devices, on the real internet.
Most IoT connectivity is a private overlay mesh or a metered cellular plan — neither gives your device an address the rest of the internet can actually reach. Synapse gives every device its own globally-routed IPv6 /64, rate-limited to what it needs, for $10/year, routed the same way the rest of the internet is.
- Session
- AS400053 → PoP
- State
- ESTABLISHED
- Prefix
- 2607:6100:1010:4506::/64
- Rate cap
- 128 kbps
- Uptime
- 47d 12h
Bandwidth graphed directly from WireGuard’s own transfer counters.
Live in under a minute
No fleet manager, no approval queue. Works behind any NAT, any network, anywhere in the world.
Generate a Key
Run wg genkey on your device. Your private key never leaves it — we only ever see the public key you give us.
Register It
Submit the public key and pick a plan. We allocate a /64 and a BGP session instantly — no manual approval, no waiting.
It's Reachable
Your device has a real, globally-routed IPv6 address — rate-limited to your plan, graphed on your dashboard. Any IPv6 host on the internet can reach it directly.
Think of it like this: most IoT connectivity platforms give your device an identity inside their own private network — reachable only through their gateway, never directly. Synapse gives your device an identity on the actual internet, rate-limited so it can’t cost you more than you planned for.
Everything a managed endpoint needs
Real routing, real limits, real visibility — not just a tunnel.
Real BGP Routing
Your /64 is announced from AS400053 to the real internet — any IPv6 host can reach your device directly. A private mesh VPN gives your device an identity inside its own network; this puts it on the internet itself.
Rate-Limited by Design
Every device gets a bandwidth cap enforced at our PoP — a hard limit, applied in the kernel. The base plan is sized for telemetry and control traffic; upgrade if you're streaming video.
Real Usage Graphs
Every device's dashboard shows actual up/down throughput over time, pulled straight from WireGuard's own counters — a real picture of what's happening, beyond just connected or not.
Works on Any Linux Device
A Raspberry Pi, an industrial gateway, a $5 microcontroller running embedded Linux — if it can run WireGuard, it can get a Synapse address. x86 or ARM, no special agent required.
Bring Your Own Key
Generate your keypair locally and register only the public half. We never generate, see, or store your device's private key — not even transiently.
Built for Fleets
Registration is one API call. Provision ten devices or ten thousand the same way a human provisions one — no web form required unless you want one.
Built for
Priced for what a device actually uses
No hidden fees. No long-term contracts. Cancel anytime.
Price is per device. Each device = one globally-routed /64.
Base
128–256 kbpsTelemetry, control traffic, periodic check-ins.
- 128–256 kbps rate cap
- 1 globally-routed /64 per device
- Bring your own WireGuard key
- BGP (AS400053) — real internet routing
- Usage graphs in your dashboard
- Email support
Bandwidth
1 Mbps+Cameras, OTA-heavy fleets, real-time control.
- 1 Mbps+ rate cap
- 1 globally-routed /64 per device
- Bring your own WireGuard key
- BGP (AS400053) — real internet routing
- Usage graphs in your dashboard
- Priority support
Lifetime
128–256 kbpsA capped, numbered cohort — no renewal, ever.
- 128–256 kbps rate cap
- 1 globally-routed /64, no expiration
- Bring your own WireGuard key
- BGP (AS400053) — real internet routing
- Usage graphs in your dashboard
- Limited to 4,096 total
Fleet
CustomHundreds or thousands of devices, API-provisioned.
- Volume pricing per device
- API-driven bulk registration
- Custom rate caps per device class
- Dedicated support
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