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NYSE built one. Facebook built one. Both spent billions on a private global network. ZeroMesh gets you the same connection, multicast, and dedicated fiber, built by contributors, not capex.
9.65 Tbps
aggregate network capacity
164
dedicated links
94
network devices globally
15
independent infrastructure providers
Every subscriber is a separate connection. Publisher resource requirements scale linearly. Latency varies by region.
Solves the problem. Costs millions — sometimes billions — and takes years to build.
There has never been a third option. Until now.
CME, Nasdaq, and NYSE built on this model decades ago. The same architecture — now available without building a proprietary network.
Unicast publisher resource requirements scale with every subscriber added. On ZeroMesh, they stay fixed regardless of how many subscribers join.
The cost of fan-out
Nx
Publisher resource requirements per subscriber added
Move data between a firm's own infrastructure across regions without building a dedicated line.
Publish a feed to clients or subscribers outside the firm.
Designate which infrastructure originates the data and which receives it. The network handles delivery.
Publishers and subscribers are defined by the firm using the network
Use cases include internal backhaul between a firm's own locations, external feed distribution to clients, or both simultaneously
Pricing is based on publishers, subscribers, and overall bandwidth — reach out to discuss pricing for a specific use case
Publisher
connects via GRE/BGP to the nearest ZeroMesh Device
ZeroMesh Network
replicates in hardware, transports over dedicated fiber, delivers to all subscribers simultaneously
Subscribers
receive the feed as standard UDP multicast. No API to poll. No websocket to maintain.
Exchanges and Trading Venues
Market data generated in one location, delivered to trading infrastructure in others — over dedicated fiber, without a proprietary network build.
Data Providers and Oracle Networks
One send. True multicast fan-out. Publisher resource requirements stay fixed regardless of subscriber count.
Trading Firms: Internal Distribution
Signals, pricing data, or coordination state — moved between a firm's own global infrastructure over dedicated fiber, without a dedicated line.
Beyond financial data.
Media, AI model weights, IoT firmware, gaming state, SaaS config sync — the use case does not change how the network works.
To create the ZeroMesh network, operators contribute fiber capacity to ZeroMesh. Contributors register their endpoints and links, earning rewards tied to verified uptime, latency, and performance.
No single company controls the network. No single failure takes it down.
30+
Metro areas served
Key markets globally
14
Independent contributors
And growing
Each metro has multiple providers peering at a ZeroMesh Exchange — redundant paths by design
Contributors guarantee bandwidth, latency, and jitter profiles — not best-effort delivery
As traffic increases, providers earn more. The incentive model keeps capacity growing ahead of demand.
14 independent infrastructure providers across 30+ metros
Each metro has multiple providers peering at a ZeroMesh Exchange — redundant paths by design
Cloud providers have no multicast offering. Proprietary networks cost millions and take years. Legacy extranets require physical cross-connects and bilateral contracts.
On a unicast network, every subscriber requires a separate stream from the publisher — lines multiply with every connection. On a multicast network, the publisher sends once and the network replicates at each node.
Each subscriber taxes the publisher.
Load balances. WebSocket connections. N Copies.
1x
Publisher resource requirements regardless of subscriber count
Publisher resource requirements stay fixed.
Publisher sends once. Network handles the rest.
Contributors guarantee bandwidth, latency, and jitter profiles — not best-effort delivery
As traffic increases, providers earn more. The incentive model keeps capacity growing ahead of demand.
After
Before
Cross-region multicast global fan-out |
|---|
Yes 30+ metros |
No multicast not available |
Yes build cost required |
Yes within network coverage |
Publisher resource requirements per subscriber added | Fixed publisher sends once | Linear each subscriber taxes publisher infrastructure | High capex fixed after build | Custom contract per subscriber |
|---|
Latency consistency across regions | Consistent all recipients simultaneous | Varies CDN path and region dependent | Consistent after build | Consistent within network |
|---|
HFT / perf-sensitive suitable for trading | Yes dedicated fiber | Not recommended shared infrastructure, no multicast | Yes purpose-built | Yes purpose-built |
|---|
Time to go live publisher onboarding | Hours software-defined | Fast to launch slow to scale | Months to years build + procurement | Days to weeks circuit provisioning |
|---|
Subscriber procurement to receive the feed | Account signup same as cloud | API key / account platform signup | Custom agreement per subscriber | Circuit + sales cycle provisioning required |
|---|
