Aliro

Quantum data centers will feature diverse QPUs operating across different physical regimes. This video explores how quantum interconnects enable communication between these heterogeneous systems, and how the quantum network fabric establishes entanglement between nodes. hubs.la/Q044DBCq0 Timestamps for this video: 00:03 – Platform-specific QPU properties and wavelength mismatch 01:25 – Optical interconnects 02:53 – Encoding entanglement and qubits 04:04 – The roles of Bell state measurement arrays #QuantumNetworking #SecureNetworks

The Turing Award recognition for Charles H. Bennett and Gilles Brassard marks a turning point for quantum cryptography: what began as a bold idea is becoming part of the future of secure communications. ACM honored them for foundational contributions to quantum information science, including work that underpins quantum cryptography. At Aliro, we believe the next era of cybersecurity will be built on physics. How do organizations move from concept to capability? How do they prepare networks, operations, and security strategies for a world where quantum secure communications become essential? That is the work we're doing at Aliro. Congratulations to Bennett and Brassard on a landmark achievement! #TuringAward #QuantumSecureCommunications #QuantumNetworking #SecureNetworks Read more here: hubs.la/Q047k9WJ0

A future quantum data center won’t rely on one qubit type. It will integrate multiple layers of abstraction and multiple operational roles, unifying computation and networking into a coordinated architecture and control stack. Our latest blog unpacks a practical vocabulary for qubits in networked quantum systems (logical vs physical, stationary vs flying, and the roles in between). hubs.la/Q044DRQD0 #QuantumNetworking #SecureNetworks

To move from noisy quantum experiments to practical computation, we need more than physical QPUs, we need logical QPUs too. Michael Cubeddu, Co-founder at Aliro, explains how a physical QPU becomes logical, and the interplay between CPUs, GPUs, and the QPU hardware itself. This is how quantum data centers achieve scalable, fault-tolerant performance. hubs.la/Q044DBmD0 Timestamps for this video: 00:03 – Logical QPUs 00:32 – Real-time hosts for error correction 01:39 – Role of the quantum system controller 01:54 – Other hardware for logical quantum systems #QuantumNetworking #SecureNetworks

Quantum networking requires the ability to test, compare, and optimize quantum networks before any devices are purchased. Without predictive modeling, hardware procurement shifts from a strategic investment to a high-cost trial-and-error exercise. Join us on April 16 at 1 PM for a presentation from Brian Doolittle, PhD, Director of Engineering at Aliro, on Comparing Quantum Network Simulators and Emulators. hubs.la/Q0466WkH0 In this session, Brian will break down the quantum network simulation and emulation landscape and explain how these tools can reduce the time and cost of designing quantum networking applications. Drawing from recent research, he’ll cover: - The difference between simulation and emulation, and when to use each. - How to benchmark and compare tools. - How the state-of-the-art has developed and the current bottlenecks. For organizations preparing for the quantum era, understanding these tools is essential to accelerating development and making smarter design decisions today. #QuantumNetworking #SecureNetworks

Click here to read the full white paper: aliroquantum.com/quantum-comput…

What will it take for quantum computing to scale from today’s noisy prototypes to fault-tolerant, reliable machines? Back in 1984, John Gage coined a phrase that shaped modern distributed computing: “The Network is the Computer.” A similar shift is now emerging in quantum. A growing consensus is forming that practical quantum advantage will require networked Quantum Processing Units (QPUs), not a single monolithic device. Scaling to the levels often projected for useful computation is unlikely to happen on one chip. Instead, the path forward is modular, with multiple QPUs interconnected and orchestrated to behave like one logical machine, much like how classical HPC scaled through CPU/GPU clusters. Our latest white paper outlines the architecture and design principles behind quantum computer networks and the quantum data center, including: >> An overview of today's diverse QPU platforms and how this diversity shapes networking requirements. >> The protocol layers and control stack needed for networked QPUs. >> How compilers, schedulers, and orchestrators translate application intent into coordinated actions across QPUs and links. >> What it means to integrate QPUs alongside CPUs/GPUs in hybrid HPC and cloud environments. The architectural decisions we make today will determine how quickly quantum computing evolves from isolated devices into interoperable, commercially valuable systems. The link to our white paper, Quantum Computer Networking: A Vision for the Future Quantum Data Center, is in the comments! #QuantumNetworking #SecureNetworks

Not all qubits are the same. This video offers a kind of taxonomy of qubit types that can be found in quantum data centers. Michael Cubeddu, Co-founder at Aliro, covers how different qubits perform different functions. This is essential knowledge for anyone architecting scalable, modular quantum infrastructure. hubs.la/Q043l0b40 Timestamps for this video: 00:03 – 00:03 – Defining logical vs physical qubits 01:36 – Roles of computational, ancilla, and storage qubits 03:15 – Communication qubits and quantum interconnects 04:33 – Flying qubits and photonic encoding methods 05:53 – Why quantum data centers need all qubit types #QuantumNetworking #SecureNetworks

Michael Cubeddu, Co-Founder & CTO at Aliro, is speaking at Stony Brook’s Quantum Networks Town Hall in NYC today! Michael will present “Quantum Simulators for Quantum Networks” as part of the program’s Quantum Networks Research in Industry session, bringing an industry perspective to the question: how do we turn promising protocols into reliable, scalable networked systems? #QuantumNetworking #SecureNetworks

If two quantum network nodes can’t stay tightly time-aligned, usable entanglement rate drops, fidelity degrades, and real-world entanglement-based applications can quickly become impractical. In our latest blog, we break down: >> How coincidence detection actually works (time-tagging, alignment, coincidence windows). >> Three real-world synchronization approaches. >> What drives requirements in practice: encoding choice, application tolerance, and link dynamics. Read the full blog - link is in the comments! #QuantumNetworking #SecureNetworks

As organizations prepare for a post-quantum era, most conversations focus on upgrading cryptography and moving to post-quantum algorithms, modernizing PKI, and exploring quantum-secure communications. A different (and often misunderstood) question is emerging: how do you verify not just who is requesting access, but where they really are? Our next LIVE webinar discusses Quantum Position Verification (QPV): what it is, how it differs from classical location checks, and where it can realistically strengthen security and trust decisions. hubs.la/Q03_VxVv0 #SecureNetworks #QuantumNetworking

This overview of entanglements generation is a brief, high-level take on this important protocol. hubs.la/Q03_VwNk0 Timestamps for this video: 00:04 – Some basic quantum network components 01:23 – Entanglement generation overview 02:05 – Different architectures #QuantumNetworking #SecureNetworks

Stabilizing Quantum Protocols in Real-World Networks. What does it take to make entanglement-based quantum protocols work in the field? Suparna Seshadri, Research Scientist at Aliro, discusses maintaining signal fidelity through active stabilization and automation in today’s quantum networks. Timestamps for this video: 00:17 – Factors that impact drift, and how to compensate for this 00:52 – Using automation for long-term stability 01:24 – Securing real-world QKD implementations 01:40 – Packaging and deploying quantum nodes #QuantumNetworking #SecureNetworks

Today’s data centers scale by clustering processors over networks, and quantum data centers will follow the same principle. In this clip, Michael Cubeddu, Co-founder at Aliro, explains what the quantum network provides. Timestamps for this video: 00:03 — From monoliths to clustered quantum systems 00:27 — What the quantum network provides 00:49 — Inter-QPU entanglement as a resource #QuantumNetworking #SecureNetworks

In a rush to understand quantum networking? Our Quantum Networking 101 page pulls everything you need into one place! hubs.la/Q042S7PN0 Bookmark it and share with anyone starting their quantum networking journey. #QuantumNetworking #SecureNetworks

🛰️ Before You Launch, Simulate. Aliro is at SpaceNext today, focusing on one thing: Mission-ready decisions, backed by simulation. Quantum satellite programs face complex trade-offs: orbit selection, uplink vs. downlink performance, atmospheric loss, optical ground station placement, payload SWaP-C constraints... The cost of getting it wrong is measured in years and millions. With Aliro Simulator®, teams can: >> Quantify mission feasibility early. >> Model realistic atmospheric and optical effects. >> Compare architectural trade-offs before hardware procurement. >> Evaluate entanglement distribution performance across space and ground. >> Reduce technical and financial risk before integration. Simulation is the foundation of resilient space architecture. If you’re attending SpaceNext, let’s talk about how modeling and emulation can accelerate your quantum satellite programs, and reduce surprises at launch. #SpaceNext #QuantumNetworks #QuantumSatellites

Big news to share today! Aliro just raised $15M in an oversubscribed round. This milestone reflects growing recognition that the cybersecurity landscape is changing. Adversaries are already harvesting encrypted data today with the intent to decrypt it tomorrow. Classical cryptography (whether RSA, ECC, or even post-quantum cryptography - PQC) is ultimately rooted in mathematical hardness assumptions. At Aliro, we believe the future of security must be grounded in something stronger: the fundamental laws of physics. Read the full announcement here: hubs.la/Q043yJ930 #QuantumNetworking #SecureNetworks

Aliro is heading to SpaceNext 2026 to discuss how entanglement-based quantum networking is enabling secure satellite architectures, from payload design to operational deployment. Stop by our booth to find out more about: • Satellite-based quantum secure communications. • Inter-satellite quantum networking. • Software-powered quantum command & control. • Emulation and mission design before launch. #QuantumNetworking #QuantumSatellites #SpaceNext

Did you know we host live webinars every month? Our team of quantum networking experts choose topics that are timely and helpful to organizations exploring, building, and expanding quantum networks. Join us for our next webinar to get your questions answered live, or check out our on-demand webinars! hubs.la/Q03_V7CB0 #QuantumNetworking #SecureNetworks