Make your internet
faster. Right now.
Tap the button. We measure your real download speed and latency, warm a connection to Hylaq Edge, and measure again with the Hylaq Constellation Protocol — your request gets split into N stripes and fanned out across our edge network in parallel. Numbers are real. No app, no install.
Real device-mesh bandwidth aggregation
Open hylaq.com/demo/bond on a second device — your phone on cellular, a friend's laptop next door, anything with a different uplink. Pair the two tabs with the 6-char code. Each device runs its own real speed test against Hylaq Edge and the combined number is your actual bonded ceiling across both pipes. No app, no install.
Tap this on your first device
Generates a fresh 6-char code. After this, open hylaq.com/demo/bond on your other device and enter that code below to bond.
Got a code from your other device?
Type the 6 characters you see on the first device.
The super bonding protocol
HCP splits every request into N stripes and fans them across the Hylaq Edge constellation — 30+ regions worldwide. Each stripe lands on the nearest available region in parallel, so your effective throughput becomes the sum of every stripe's pipe instead of the speed of a single TCP stream. Real measurement below — every stripe's serving region is attributed live.
Your real connection
Reported by your browser's Network Information API. Numbers update if your connection changes.
Parallel stream ladder
Real measurements at 1 / 2 / 4 / 8 / 16 simultaneous HTTP/2 streams. This is exactly the principle Hylaq Bond uses on your physical pipes — parallel streams almost always beat a single TCP connection.
Power user: full channel bonding
Browsers can't bond across physical interfaces (Starlink + cellular + cable) — that needs OS-level access. The Hylaq Bond agent does it on Mac & Linux. One line probes every active interface and prints your real bonded ceiling.
$ curl -fsSL https://hylaq.com/api/install/bond | bashHow Hylaq Bond beats Speedify
A web page that actually makes your internet faster. Speedify needs a system extension, a kernel driver, a sign-in, a $15/mo plan.
Loadit settles microcents to whoever's bandwidth you actually used. International travel: $0.40 instead of $15 roaming.
Flip a switch — your idle pipes become bonds neighbors buy. Already wired into Hylaq Air's carrier-layer mobileconfig.
Peer-to-peer onion routing — every hop sees only the next. Speedify's bottleneck is their datacenter; we don't have one.
A FaceTime frame duplicates on the 3 lowest-latency paths. A 4GB git push load-balances across the cheapest.
AT&T goes down → you don't notice. Packets routing via Verizon + WiFi + a Starlink relay 2 blocks over.
Starlink + 5G + cable + nearby Hylaq Air @handles. Speedify maxes at 2-3 paths; the Hylaq agent routinely sees 8+.
Sell forward 1 TB/mo of home fiber as a Hylaq Sovereign instrument. Connectivity becomes a market.
Year 3000
You don't install Hylaq Bond. Your @handle does it automatically with every nearby @handle — bonding through whatever pipe is fastest in this exact second. Carriers don't sell plans anymore; they sell wholesale bandwidth to the protocol. Roaming doesn't exist. Outages don't exist. The internet stops being something you subscribe to and becomes something the air around you does.
$80B VPN + $30B roaming + $400B cellular plans → $1T as the connectivity layer
VPNs, bonded-router hardware, carrier roaming, and most cellular plan ARPU all collapse the moment connectivity is multi-source and priced per-MB via Loadit. The protocol that bonds everything is the protocol that captures it.