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JVNC.NET — John von Neumann Computing Network Est. 1985 / Cooperative

Advancing research networks since 1985

A non-profit cooperative of 380 institutions running its own optical backbone, a distributed compute fabric and a federated identity layer — so that distant machines behave like nearby ones.

Optical backbone400G ZR+Anycast DNSFederated identityOpen telemetryExascale data movement Optical backbone400G ZR+Anycast DNSFederated identityOpen telemetryExascale data movement
01 About

JVNC is a cooperative, not a carrier. The members own the fabric, set the policy and read the same measurements the engineers do.

We began in 1985 as the John von Neumann Computing Network, linking a handful of university sites over a single shared backbone. Four decades later the fabric is optical, the scheduler is topology-aware and the members are spread across five continents — but the operating principle has not moved: predictability beats peak numbers.

Every lambda we light, every probe we deploy and every allocation we grant is documented in public. If a route degrades, members see it before they open a ticket.

The cooperative is governed by a council drawn from member institutions, with engineering held to published service objectives rather than commercial ones.

Founded1985
Backbone capacity42 Tbps
Member institutions380
Points of presence11
Measured uptime99.995 %
Data moved, cumulative1.2 EB
We are not selling bandwidth. We are selling predictability.
Network engineering group, JVNC
02 Capabilities

Six layers of infrastructure, operated as one system.

01 / 06

Optical Backbone Transit

Coherent 400G ZR+ lambdas on leased dark fibre, reconfigurable in under ninety seconds through a software-defined ROADM layer.

400G ZR+ROADMDark fibre
02 / 06

Supercomputing Fabric

Shared GPU partitions, large-memory nodes and a scheduler that understands topology, so jobs land close to their data.

GPUSlurmTopology-aware
03 / 06

Data Movement & Caching

Edge caches inside member campuses, namespace policies that separate checkpoints from archives, no per-gigabyte charge.

Edge cacheNamespaceTape
04 / 06

Research Identity Federation

Hardware-backed assurance levels, attribute-based authorisation, temporary rights across institutions without new credentials.

SSOABACStandards-track
05 / 06

Anycast DNS & Naming

Eleven points of presence, DNSSEC validation everywhere, free secondary service for member authoritative zones.

DNSSECAnycastIPv6-first
06 / 06

Observability & Telemetry

Hardware timestamping probes on every hop, one-way delay measurement, raw data published to members.

gNMIP4 probesOpen data
03 Network

Eleven points of presence. One flat address plan. No hidden queues.

01
Princeton
Primary peering
0.4 ms
02
Ashburn
Interchange
2.1 ms
03
Chicago
Midwest aggregation
7.8 ms
04
Amsterdam
EU interchange
38 ms
05
Frankfurt
DE-CIX presence
41 ms
06
London
LINX presence
40 ms
07
Tokyo
APAC anchor
102 ms
08
São Paulo
LATAM anchor
96 ms
09
Johannesburg
Africa gateway
168 ms
10
Singapore
South-east Asia
146 ms
11
Sydney
Oceania
178 ms
Latency is a design decisionOpen measurementsOwned by members Latency is a design decisionOpen measurementsOwned by members
04 Newsroom

Dispatches from the cooperative.

Engineering notes, allocation calls and field data — published as they happen, archived in full.

Connect your institution to the network.

Membership review takes three weeks. No fees for member institutions.