Hackers Are Stealing Your Encrypted Data Today. They'll Decrypt It Later.
Quantum computers aren't sci-fi anymore. They're coming. And when they arrive, every encrypted email, database backup, and API call you've ever sent will be readable by anyone with enough qubits. Most companies are doing nothing. We're not most companies.
Deployed on EU-sovereign infrastructure, with no dependency on foreign-controlled server fleets.
Waiting for Quantum Supremacy to Update Your Security Is a Gamble You Will Lose
Here's the threat no one talks about at board meetings: malicious actors are actively intercepting and storing encrypted enterprise data right now. Not to use it today. To decrypt it later. When quantum systems break classical encryption — RSA, ECC, the algorithms protecting every TLS handshake on the internet — those stolen archives become instant gold. If your security roadmap says "address quantum when it arrives," you're already too late. The data being harvested today has a shelf life of decades.
Architected for Post-Quantum From Day One
DCNetwork ships a crypto-agile encryption backend across our entire stack — engineered to activate NIST-finalized post-quantum primitives the moment they clear hardening, with no caller-side re-encryption:
Zero-downtime migration
Data packets move through zero-downtime migration layers.
Hardware-level isolation
Memory sandboxes are isolated at the hardware level.
Tamper-evident audit logs
System audit logs are cryptographically tamper-evident.
Hardened key-based auth
Passwordless, key-based authentication paths are hardened against next-generation exploitation.
We didn't bolt this on. We built it in. Because retrofitting security after the fact is how breaches happen.
Three Eras. One Architecture.
The same indirection that powers zero-downtime KMS migrations today is what gates the move to post-quantum tomorrow.
Battle-Tested Symmetric
Industry-standard symmetric encryption protects every wallet key, file, and agent secret at rest. Per-product-surface KEKs contain blast radius; a compromised key never unlocks the whole platform.
Cryptographic Agility
The same single-line backend selector that supports KMS and Vault has been engineered to slot in post-quantum primitives the moment NIST-finalised libraries clear hardening. No caller-side code change required.
Post-Quantum Live
Lattice-based encryption (Kyber-class KEM + Dilithium-class signatures) rolls out behind the existing backend abstraction. Old ciphertexts stay readable through their original backend during the migration window.
Defense in Depth
Quantum readiness is one layer. Here is the rest of the stack.
Quantum-Ready Architecture
Pluggable encryption backend designed for cryptographic agility. PQC algorithms slot in without touching caller code.
Zero-Downtime Backend Migration
Switch encryption backends in production with no read-side outage. Old ciphertexts stay readable; new keys encrypt through the new backend.
Isolated Key-Encryption-Keys
Per-product-surface KEKs (wallet keys, trading keys, file keys) contain blast radius. A compromised KEK never unlocks the whole platform.
Self-Custody by Default
SIWE wallet auth, no passwords, no plaintext keys at rest. Auto-provisioned iMessage wallets reveal once, then the platform destroys its copy.
Sandboxed Execution
Per-user Docker isolation with a REST sidecar instead of brittle SSH prompts. Agent-authored UI runs in `connect-src: none` iframes.
Audit & Compliance Trail
Append-only audit log for admin mutations, compliance rules, violation tracking, and data retention — SOC2-shaped from day one.
Built for EU Buyers: NIS 2 & GDPR
European customers need infrastructure that is data-resident, NIS 2-aligned, and GDPR-native — on iron that isn't foreign-controlled. We don't claim certifications we don't have.
Fully integrated natively into core routing profiles — EU data residency on member-owned, EU-sovereign infrastructure, a data processing addendum, and right-to-erasure workflows. No dependency on foreign-controlled server fleets.
Datacenters are in-scope digital infrastructure under NIS 2, and DCNetwork is aligned with its requirements. Security governance, a 24h/72h incident-reporting workflow, and supply-chain controls are built to the standard for essential and important entities, overseen by an in-house cybersecurity team.
Aligned — transparency, risk-tier, and record-keeping obligations mapped directly to automated model-routing logs.
Certifications in progress. We don’t publish target dates — we publish audit results the day they’re available.
EU Compliance Pack — NIS 2 & GDPR
For EU buyersA procurement-ready brief for European customers: DCNetwork is NIS 2-aligned and GDPR-native, on member-owned EU-sovereign iron. Includes the shared-responsibility matrix, our 24h/72h incident-reporting workflow, and data-flow diagrams your security and legal teams need to sign off an RFP.
Get the EU Compliance PackHere's the Deal
DCNetwork is the only AI platform architected for post-quantum from day one — a crypto-agile backend ready to activate NIST-finalized PQC without re-encrypting, defending your data against harvest-now-decrypt-later attacks while competitors wait for quantum supremacy to panic.
PQC Architecture Brief
The technical specs, the threat model, and the implementation roadmap.