QuantumExpress Meets Cisco: Entangled Visions for the Quantum Internet
- mansour ansari
- 13 minutes ago
- 3 min read
So, for all you people following the Quantum Computing news, this is big. I mean big. So Cisco has entered the quantum networking arena by developing a photonic entanglement chip and supporting software tools. The chip, produced at Cisco’s Quantum Labs in California, can generate entangled photon pairs at unprecedented rates.
To help researchers and developers like myself, experiment with quantum networking, Cisco is also building out a suite of software development kits (SDKs), simulators, and APIs associated with this technology. The stack is not available, yet for download. By like going to the star wars movie, I am willing to camp out in the cold behind the movie theater and wait until it is ready for download. I have some dreams there... This report details Cisco’s photonic quantum chip, and identifies the SDKs/APIs, simulators, and developer tools Cisco has released or made available (either publicly or through partner programs) to support quantum networking.
As the founder of QuantumLaso, I’ve been building something quietly powerful from the ground up:
QuantumExpress: a secure, entropy-rich platform for drag-and-drop file encryption powered by live quantum randomness (from USB and PCIe QRNGs). Now Cisco's QRNG is like a a notch up from my USB or PCIe QRNG systems, although each has its unique benefits.
Zaban-e-Quantum: a symbolic linguistic protocol that translates raw entropy into glyphs, phrases, and ultimately, machine-to-machine symbolic communication — seeded by real quantum noise.
Now, with Cisco’s QNDK simulator and entanglement chip architecture coming online, the door opens to entangled multi-node key exchanges, mesh-authenticated symbolic tokens, and even QuantumEntropy-as-a-Service frameworks. Who knows, may be If I figure out a few things before, I may see a path to scale QuantumExpress from a standalone system to a distributed, photonic-aware security and comms platform. Well, it is possible. I like to build that!
Imagine using Cisco’s simulation tools to generate entangled states, validate Zaban token paths, or train an AI model to speak fluently in the language of entanglement. That is what I am doing now at a slower speed, since I have no money to do this with a real quantum computer yet. Now, my pipelines in place works and when I do have the funds, I can run that pipeline on ionQ or Dwave systems. I’m already sketching integration layers where symbolic glyphs trigger QKD protocols, or where an AI artist generates quantum-inspired art using real-time entropy fingerprints.
Ok. This image made with CollapsMachine depicting a Quantum random Generator attached to Collapsemachine.com, my portal made for QRNG Art production. Then I fed that to Midjourney AI and below is Midjourney' reply.
🎨 One of my generative art pieces—"Photon’s Dream"—used a Zaban-seeded entropy map to influence brushstroke placement in a Midjourney AI.🔐 In another case, a live PCIe QRNG key bundle was used to encrypt a visual transmission of a symbolic phrase, later validated across a simulated QNDK teleportation circuit.
This isn’t just about bits anymore. It’s about meaningful noise, encoded futures, and machines whispering across entangled time.
I’m ready to collide these tools into a next-gen platform. Thank you, Cisco, for building the quantum backbone. Let the solo builders plug in.
Mansour Ansari Founder,
QuantumLaso
I am on Linked in and TailScale.
contact me:videomover@gmail.com
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