Computing – Securities.io

Computing March 16, 2026
By Jonathan Schramm

AMD: An AI Hardware Push to Challenge Nvidia’s Dominance

Summary: AMD is expanding its AI presence: The company now competes across GPUs, CPUs, FPGAs, and edge AI hardware instead of relying on one segment. Hyperscalers...

Computing March 12, 2026
By Jonathan Schramm

Intel Ohio One: Betting on America’s New Silicon Heartland

Intel’s Role In American Chip MakingA Tense Global ContextIn its competition with China, the USA has been using semiconductor and chip manufacturing as a weapon to...

Computing February 26, 2026
By David Hamilton

Harvest Now Decrypt Later: The Quantum Threat Explained

The “Harvest Now, Decrypt Later” hacking strategy relies on the belief that the world is only a few years away from affordable quantum computing. These computers...

Glowing digital security shield with a lock over a global network map, representing quantum-safe cybersecurity, encrypted financial systems, and post-quantum data protection.

Computing February 25, 2026
By Daniel Martin

Quantum-Safe Finance: Protecting Global Wealth in the Quantum Era

The global financial system is built on a foundation of digital trust that is becoming architecturally obsolete. As quantum computing scales toward commercial viability, the encryption...

A photorealistic, high-dimensional geometric lattice structure glowing with iridescent light, centered within a digital HUD circle and circuit-board overlays. The background features a blurred nocturnal cityscape, representing the implementation of complex cryptographic standards in a global financial infrastructure.

Computing February 25, 2026
By Daniel Martin

The NIST Standards: A Deep Dive into CRYSTALS-Kyber and Dilithium

Series Navigation: Part 1 of 6 in The Quantum-Safe Finance Handbook Summary: The New Standards NIST has finalized the first three global standards for post-quantum cryptography,...

Computing February 25, 2026
By Jonathan Schramm

Triplet Superconductivity and Quantum Qubits

Summary: NbRe alloy exhibits behavior consistent with triplet superconductivity. Could enable spin transport without resistance in quantum systems. New FPGA-based method tracks qubit defects in real...

Digital shield with glowing “S” symbol over a world map and server infrastructure, representing global cybersecurity and quantum-safe financial encryption.

Computing February 24, 2026
By Daniel Martin

Quantum-Safe Banking: CBDCs, SWIFT, and the HNDL Threat

Series Navigation: Part 2 of 6 in The Quantum-Safe Finance Handbook Summary: Institutional Resilience Global payment networks are re-architecting their security layers to defend against the...

Photorealistic quantum computing processors inside glass chambers, illustrating advanced quantum hardware infrastructure powering post-quantum finance and high-performance computation.

Computing February 23, 2026
By Daniel Martin

Quantum Hardware Leaders: Rigetti, Pasqal, and IonQ Comparison

Series Navigation: Part 3 of 6 in The Quantum-Safe Finance Handbook Summary: The Hardware Race The transition to quantum-safe finance relies on the physical development of...

Abstract lattice-based cryptography visualization showing a glowing geometric grid over a city skyline, representing quantum-safe encryption and high-dimensional security mathematics.

Computing February 20, 2026
By Daniel Martin

Lattice-Based Cryptography: The Science of Quantum-Safe Finance

Series Navigation: Part 4 of 6 in The Quantum-Safe Finance Handbook Summary: The Mathematical Shield Traditional encryption relies on the difficulty of factoring large numbers, a...

Computing February 19, 2026
By David Hamilton

Majorana Qubits Breakthrough: What It Means for Quantum Computing

A team of researchers from Delft University of Technology and other prestigious institutions just unlocked a key milestone in quantum computing. Their work centers on Majorana...

Glowing digital tokens representing real-world assets like real estate, bonds, and commodities connected on a blockchain network, illustrating quantum-resistant RWA tokenization and secure financial infrastructure.

Computing February 19, 2026
By Daniel Martin

Upgrading the Ledger: Quantum-Resistant RWA Tokenization

Series Navigation: Part 5 of 6 in The Quantum-Safe Finance Handbook Summary: Securing the Tokenized Economy Real-World Asset (RWA) platforms are migrating to quantum-resistant signatures to...

Futuristic digital shield protecting global financial infrastructure, surrounded by quantum computing hardware, cybersecurity networks, and rising investment charts representing post-quantum finance and cryptographic security.

Computing February 18, 2026
By Daniel Martin

The Post-Quantum Investment Audit: Top 10 Stocks for (2026)

Series Navigation: Part 6 of 6 in The Quantum-Safe Finance Handbook Summary: The Investment Landscape The transition to quantum-safe standards is creating a multi-billion dollar market...

Computing February 9, 2026
By David Hamilton

Lattice Surgery Demonstration Advances Fault-Tolerant Quantum Computing

A team of scientists, led by ETH Zurich researchers, recently demonstrated a way to entangle quantum bits via lattice surgery. The process enables engineers to make...

Computing February 2, 2026
By Jonathan Schramm

Veeco (VECO): A Major Merger To Build A Semiconductor Champion

Summary: Veeco is a niche semiconductor equipment supplier with process-critical tools across deposition, annealing, and epitaxy (MOCVD/CVD), with growing exposure to advanced memory, power semis (SiC/GaN),...

Photorealistic illustration of a futuristic quantum processor chip focusing a beam of light onto a holographic Bitcoin padlock, symbolizing the 'transistor moment' in technology and the potential cryptographic risks to blockchain security.

Computing January 27, 2026
By Daniel Martin

Quantum “Transistor Moment”: Coinbase Preps for Q-Day

Summary What changed: Researchers are increasingly framing quantum as moving from “science” to “engineering and scale”—a “transistor-era” shift. Bitcoin risk (realistic model): The main exposure is...