Remember this?
The avatar reports a new quantum compute breakthrough by QuantWare, an EU, Dutch company. QuantWare is making the tech “open source” (7:45).
This is, IMO, not yet validated or proven. But it is a step forward.
Ie, I’m willing to wait for more info.
And predicts 2028 as the year that quantum compute goes mainstream.
SealSQ (LAES) is a small company, HQ Switzerland, that is developing software and middleware to deploy their product.
Grok:
{ SEALSQ Corp (NASDAQ: LAES) is a company specializing in quantum-resistant semiconductors, post-quantum cryptography (PQC), and secure IoT solutions. Their quantum security technology centers on hardware like the QS7001 Quantum Shield, a secure chip that embeds NIST-standardized PQC algorithms (such as ML-KEM/Kyber for key encapsulation and ML-DSA/Dilithium for digital signatures) directly at the hardware level. This provides secure key storage, signing, key exchange, secure boot, and hardware-rooted trust, protecting against future quantum attacks that could break traditional encryption like RSA or ECC.
The quantum security middleware refers to a recent partnership (announced December 15, 2025) with Airmod, a French embedded software specialist. This collaboration produced a production-ready, open-source-enabled middleware stack built on SEALSQ’s Secure DevKits and optimized for the QS7001 platform. }
PANW, CRWD, S, are cyber security companies. Undoubtedly they have RnD in the quantum space.
MSFT n GOOGL, too, have quantum RnD teams, and undoubtedly are looking at quantum security.
NVDA is mentioned on the above YT at (3:41 and 7:42) as “providing the integration platform”.
Quantum compute companies:
RGTI
QBTS
IONQ
ralph owns some RGTI n QBTS, NVDA n TSLA.
This is NOT investing advice.
I happen to think quantum compute is coming sooner, rather than next century.
{ Founded in 2020, Dutch startup QuantWare is one of these, which claims that the hardware it manufactures already powers quantum computers for customers in 20 countries. Its core offering, VIO, focuses on scaling bottlenecks in quantum processing units (QPUs). }