The Attack Has Already Begun
Right now, 16 November 2025, state actors are actively harvesting your encrypted cloud backups, emails, and traffic. They can’t break RSA or ECC yet, so they store everything on ice. When quantum computers arrive around 2030–2035, Shor’s algorithm will unlock it all in minutes. Your tax returns, medical records, intimate photos, everything you’ve ever uploaded, is already captured. The breach isn’t coming. It’s done. We’re just waiting for the future to read it.
You use encrypted cloud storage. You think your files are safe.
You’re wrong.
Not because of hackers today, but because of quantum computers in 5–10 years.
And the scariest part? The attack has already started.
What Is “Harvest Now, Decrypt Later”?
Definition: Adversaries (nation-states, cybercriminals, intelligence agencies) intercept and store encrypted data today, with the intent to decrypt it later using quantum computers.
Note
The NSA, China’s Ministry of State Security, and Russian GRU are actively stockpiling encrypted traffic. CISA warns: “Migrate to PQC now.”
Real-World Targets
- Medical records with DNA data
- Corporate M&A documents
- Diplomatic cables
- Your personal cloud backups (taxes, photos, passwords)
“Hence, if data has to remain confidential for 10 years, organizations need to start using quantum-secure mechanisms today to guarantee future confidentiality.”
- EY (Ernst & Young) quantum security publication, October 2025
The Quantum Hammer: Shor’s Algorithm
| Classical Encryption (Today – Still Safe) | Quantum Attack (2030–2035 – Game Over) |
|---|---|
| RSA-2048 → Secure for now | Shor’s Algorithm → Completely broken |
| ECC P-256 → Powers HTTPS, Signal, Bitcoin | ~4,000 logical qubits → Cracks RSA-2048 in <8 hours |
| AES-256 → Symmetric gold standard | AES-256 → Weakened by Grover (effective 2¹²⁸ strength), brute-force still impractical |
Bottom line:
PublicKEY encryption (RSA, ECC) dies instantly with Shor. Your private keys, TLS certificates, and digital signatures
from the past 20+ years become retroactively exposed. Symmetric encryption (AES-256) survives but takes a serious hit.
The clock is ticking.
Quantum Progress: The Clock Is Ticking
The quantum countdown is accelerating, faster than most people realize.
| Year | Milestone | What it really means |
|---|---|---|
| 2021 | IBM Eagle → 127 qubits | First processor bigger than classical simulation could easily handle |
| 2023 | IBM Condor → 1,121 qubits | Raw qubit count crosses 1,000, marketing milestone |
| 2024 | Google Willow → 105 qubits with real error correction | First logical qubits that actually work reliably |
| 2025 (today) | IBM Starling → ~2,000 qubits planned Multiple players hitting logical qubit demos | We’re no longer counting raw qubits, we’re counting working ones |
| 2027–2029 🔥 | Projected hundreds of logical qubits | Useful quantum advantage in chemistry & optimization |
| 2030–2035 💀 | CRQC (Cryptographically Relevant Quantum Computer) 1,000,000+ logical qubits | Shor’s algorithm online → RSA & ECC dead forever |
Bottom line:
We are already past the “it’s decades away” phase.
The first organizations that need 10+ year secrecy (governments, banks, healthcare, you) are already out of time.
Your data isn’t safe in 2035.
It stopped being safe the day they started harvesting it.
Note
NIST Deadline: All U.S. federal systems must migrate to PQC by 2035.
You should too, starting today.
Who’s at Risk? (Spoiler: Everyone)
-
Individuals
Tax docs, health records, family photos, exposed in 2035 (even before). -
Businesses
Trade secrets, contracts, customer data, corporate espionage fuel. -
Governments
Classified data harvested via undersea cables and cloud leaks.
Ellipticc Drive: Built for the Post-Quantum World
We didn’t wait for NIST. We didn’t wait for 2035.
We shipped PQC on day one.
// Ellipticc Drive: Key encapsulation with Kyber-768import { kyber768 } from '@noble/post-quantum/ml-kem'
const { publicKey, privateKey } = await kyber768.keypair()const { sharedSecret, ciphertext } = await kyber768.encapsulate(serverPublicKey)
// -> Your file key is quantum-resistantconst fileKey = await deriveFileKey(sharedSecret, fileId)// Encrypt file with XChaCha20-Poly1305const encryptedFile = await xchacha20_poly1305(fileKey, plaintextFile)All encryption happens on your device.
We never see your keys. We can’t read your files, even if quantum breaks in.
Head-to-Head: Ellipticc vs. The Giants
| Feature | Dropbox | Google Drive | Proton Drive | Ellipticc Drive |
|---|---|---|---|---|
| Encryption | AES-256 (server-side) | AES-256 (server-side) | PGP (RSA) | E2EE + PQC |
| Key Exchange | RSA/TLS | RSA/TLS | ECC/RSA | Kyber-768/X25519 |
| Signatures | ECDSA | ECDSA | EdDSA/RSA | Dilithium-2/Ed25519 |
| Quantum Safe? | No | No | No | Yes NIST-approved |
| Open Source | No | No | Yes | Yes GitHub |
| Free Tier | 2 GB | 15 GB (shared) | 2 GB | 10 GB Dedicated |
| Zero-Knowledge Previews | No | No | Yes | Yes (PDF, images, text) |
Note
Your data survives the quantum era.
Act Now: 3 Steps to Quantum-Proof Your Files
1. Stop using vulnerable drives
Dropbox, Google, OneDrive, iCloud, all use RSA/ECC.
2. Move to Ellipticc Drive
10 GB free, quantum-safe, open-source.
3. Enable 2FA + secure sharing
Password-protected links with expiry.
The Clock Is Ticking
“The time to migrate to post-quantum cryptography is now, not in 2035.”
- NIST, FIPS 203 & 204, August 2024
Ellipticc Drive isn’t just encrypted.
It’s future-proof.
Built with Battle-Tested, Open-Source PQC
@noble/post-quantumAuditable, no-std, MIT-licensed
NIST PQC Round 3 Winners
Your Data. Your Keys. Your Future.
Ellipticc Drive never sees your keys. Never scans your files. Never sells your trust.
Start Protecting Your Future
“Privacy means protecting users from today’s threats and tomorrow’s quantum breakthroughs. We’re committed to open-source security that never compromises on trust.”
- The Ellipticc Team
Note
Have feedback? Found a bug?
DM us on X @ellipticc_com or email [email protected]
View Source on GitHub