The quantum revolution — pitting the US vs UK — is heating up in 2025. The US dominates with investment and scale, but the UK holds its own with smart innovation and regulatory savvy. From talent pools to chip design, both nations bring unique strengths to the field. It’s not a 1776-style rout—none-the-less, it’s another fight with global impact.
The Micius satellite’s QKD system, designed for secure communication, faces vulnerabilities due to laser timing flaws. A 300 ps delay allows eavesdroppers to distinguish signal and decoy states, nullifying security. Enhanced testing and synchronization are critical for future systems.
DARPA’s Quantum Benchmarking Initiative aims to determine if a fault-tolerant quantum computer can be built by 2033. Fifteen companies have begun Stage A, while three more finalize contract details. By analyzing diverse hardware approaches, DARPA seeks to accelerate quantum technology for national security and industry.
The FCC’s new National Security Council is changing how the United States addresses telecom risks. Chairman Brendan Carr introduced the council on March 13, 2025, amid rising concerns over foreign infiltration. Quantum computing remains at the forefront, as it could weaken current encryption methods. Here we look through the lens of quantum computing at this new Council.
Venari Security and QryptoCyber have teamed up to deliver the first complete cryptographic compliance solution addressing quantum risks. Their partnership offers real-time cryptographic visibility, automatic policy enforcement, and accelerated transition towards post-quantum encryption. Enterprises now have actionable tools to mitigate encryption vulnerabilities proactively.
Helium’s limited availability is pivotal to quantum computing, where ultra-low temperatures are essential to stabilize qubits. Supply disruptions and geopolitical factors have made this rare resource increasingly expensive and uncertain. As quantum technologies expand, so does the demand—and risk—around helium’s tenuous supply.
Quantum.Tech 2025 draws leading innovators, government visionaries, and financial powerhouses for a deep dive into quantum computing. Attendees can expect clear insights on post-quantum cryptography standards, hardware breakthroughs, and real-world applications across defense, finance, and beyond. Join history-in-the-making in Washington, DC, to explore how quantum is moving from theory to necessity.
LightSolver merges optical and electronic methods for faster, more energy-efficient computing. Their technology addresses iterative workloads in fields like climate modeling and complex simulations. By integrating photonic hardware with existing silicon structures, LightSolver envisions a unified future for next-generation processors.
Singapore-based Horizon Quantum Computing is simplifying and speeding up software development for quantum computers. The company, founded in 2018, aims to allow non-quantum computing developers to develop applications for quantum computer hardware. In fulfilling this goal, the company anticipates all software developers will be able to access quantum computing.
Washington D.C. is set to host the most anticipated event in the quantum technology sphere: Quantum.Tech USA on April 25-26. This pivotal conference, held for the first time in the nation’s capital, promises to be a gathering of the brightest minds in quantum technology, drawing experts from government agencies, Fortune 500 companies, and global enterprises.