ISPA builds quantum networking infrastructure and the coordination systems to manage it. When your research spans multiple labs, universities, or national facilities — the bottleneck is never the physics. It's the collaboration layer. IspaOS solves that.
Quantum research is inherently distributed. Entanglement experiments cross institutional boundaries. Calibration data lives across three different university systems. Experimental parameters need to be synchronized before a run can start.
ISPA has been building quantum network infrastructure in Western NY and researching cross-institution coordination systems since our founding. IspaOS emerged directly from that work — purpose-built for the coordination problems quantum research actually produces.
We design and build physical quantum networking layers — photonic interconnects, entanglement distribution systems, and the hardware needed to connect nodes across facilities.
Coordination protocols for experiments that span facilities: synchronized run scheduling, shared state management, and auditable parameter handoffs between institutional systems.
IspaOS gives every institution in a collaborative research project shared visibility into status, blockers, and progress — without exposing proprietary methods or giving blanket data access.
Manage the full lifecycle of a quantum network collaboration: partner onboarding, run scheduling, result attribution, and knowledge capture across institutional boundaries.
All collaborating institutions see the same project state. No email threads reconstructing what happened. No Excel sheets tracking who has what. One authoritative view, always current.
Collaborators see what they need to see. Proprietary methods, internal notes, and sensitive data remain scoped. Coordination doesn't require trust you haven't established yet.
Capture what was tried, what failed, and why — before the grad student who knows leaves. Knowledge doesn't walk out the door with the postdoc rotation.
We're particularly interested in connecting with labs doing multi-institution quantum networking, entanglement distribution research, or quantum computing coordination at scale. Tell us what you're building.
Updates on ISPA's quantum networking coordination work and multi-institution research tools. No noise — just signal.