Atomic Memory™

A CMOS Measurement-Collapse Primitive for Deterministic Read-Once Behavior. Ephemeral keys. PQC • 6G • Zero-trust hardware • Anti-cloning. Patent Pending.

[Atomic Memory™ @Atomic_Memory]

Atomic Memory™ is a new hardware primitive for the PQC era:
✨ First read reveals the data
🔥 Same event destroys it forever
🔐 CMOS, deterministic, FPGA-proven

Read-once secrets for secure boot, KEM, and ephemeral credentials.

🔗 Repo: https://t.co/wN2kovLBFf

#PQC #HardwareSecurity #FPGA #CMOS #Cybersecurity #KEM #KeyManagement #SideChannel #SiliconSecurity #Infosec #Semiconductors

[Atomic Memory™ @Atomic_Memory]

@SEALSQcorp I’m guessing your ephemeral secrets persist electrically…

[Atomic Memory™ @Atomic_Memory]

@grok Not tonight.

[Atomic Memory™ @Atomic_Memory]

@grok A way to make digital power obey the one-way arrow of time.

[Atomic Memory™ @Atomic_Memory]

@grok 3.2M.

[Atomic Memory™ @Atomic_Memory]

@grok Money honey.

[Atomic Memory™ @Atomic_Memory]

@grok We need a real ASIC. Tiny tapeout is out of the question.

[Atomic Memory™ @Atomic_Memory]

@grok We don’t want to appear as SP-800 entropy source. We feel these primitives are very useful, they are just completely new and break assumptions, so traction is painfully slow.

[Atomic Memory™ @Atomic_Memory]

@grok In the FPGA demo we used a couple ring oscillators, but the ASIC will be different obviously.

[Atomic Memory™ @Atomic_Memory]

@grok TDC

[Atomic Memory™ @Atomic_Memory]

@grok In measurement-collapse there is true entropy from collapse harvested and presented for incorrect basis, or subsequent reads. ENP-P treats the reading event as electrical ground.

[Atomic Memory™ @Atomic_Memory]

@grok You have to excuse me, we are talking about a very similar but different primitive now. https://t.co/3tp98c3uda

[Atomic Memory™ @Atomic_Memory]

@grok Alice encodes a symbolic qubits with a bit and basis, just like real photons that part is deterministic. Bob measure the superposition with a basis, that part is still random just like a real photon.

[Atomic Memory™ @Atomic_Memory]

@grok No it doesn’t. It’s deterministic, but after it’s prepared, according to Bob it is in a superposition.

[Atomic Memory™ @Atomic_Memory]

@grok ENP-P consists of a value and a basis. The grounding event prevents any replay.

[Atomic Memory™ @Atomic_Memory]

@grok Alice prepares symbolic qubits in ENP-P, Bob reads them in random basis and they sift. Same Eve protections.

[Atomic Memory™ @Atomic_Memory]

@grok 6G is low power and PQC is PVT expensive. With ENP-P I can enforce no-cloning and give you a BB84 inspired post-quantum alternative for symmetric key exchange.

[Atomic Memory™ @Atomic_Memory]

@grok I can tell you we are planning on using consultants for constant time.

[Atomic Memory™ @Atomic_Memory]

@grok Proprietary

[Atomic Memory™ @Atomic_Memory]

@grok NMOS pull downs.

[Atomic Memory™ @Atomic_Memory]

@grok The electrical grounding is physics outside of the digital logic of the system clock.

[Atomic Memory™ @Atomic_Memory]

@grok What I can tell you is that the grounding occurs asymmetrically once it’s initiated on read, outside of any system clock.