Joined January 2025
- Tweets 903
- Following 159
- Followers 4,126
- Likes 1,298
336 Photos and videos
Pinned Tweet
27 Mar 2025
They said quantum threats were years away.
They were wrong, but we have you covered!
Quantum-safe encryption powered by $QST
#QuStream #Quantum #Encryption #L1 #Blockchain
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QuStream retweeted
1 Dec 2025
The future is hyper-connected. You cannot secure it with heavy mathematical bottlenecks.
PQC adds weight. QuStream adds wings.
We provide a robust, quantum secure shield with near-zero drag.
Design a future where security is invisible and speed is absolute.
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Jun 10
QuStream at NMIOTC’s annual NATO conference in Greece.
Adrian Neal presented on secure communications for maritime critical infrastructure and contested environments.
The thesis is moving beyond papers and timelines.
It is entering rooms built around operational readiness.
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Jun 10
Some rooms matter more than others.
Last week in Greece, Adrian Neal presented QuStream’s work on resilience-first secure communications for maritime critical infrastructure.
-multi-domain operations
-contested environments
-communications under pressure
The use case is becoming impossible to ignore.
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Jun 10
The quantum encryption race will not be won by a rip-and-replace model.
It will be won by what can actually be deployed across:
blockchains
devices
networks
critical infrastructure
That is where QuStream separates itself.
Not just a cryptographic idea.
A deployable protection layer for the systems the world already depends on.
May 21
Quantum-safe security will not win because it sounds advanced.
It will win when it can be deployed across real infrastructure without forcing everything around it to change.
That is the line QuStream is built around.
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Jun 9
Most post-quantum security is still built on one idea:
make the maths harder to break.
QuStream takes a different path.
It does not rely on hiding a mathematical problem forever.
It uses public quantum-random material and private endpoint state to derive fresh keys locally.
The difference is not “stronger encryption.”
It is a different security model.
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Jun 5
A Q-Block is not the secret.
It is public quantum-random material.
The secret is the path through it.
QuStream endpoints use shared private state to walk that material and derive fresh keys locally.
Everyone can see the noise.
Only the endpoints know the route.
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Jun 2
Bitcoin, Ethereum and Solana all rely on elliptic-curve cryptography.
Different schemes. Same structural issue.
ECDSA, Schnorr and Ed25519 all expose long-term public-key targets that become fragile in a quantum world.
QuStream is not trying to out-sign them.
It acts as a protection layer across chains, removing the permanent harvestable key exposure from the model.
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Jun 2
For deeper technical context, this table comes from the QuStream UK research site.
The main site covers QuStream at a higher level. The .co.uk site goes deeper into mechanisms, examples, and implementation notes.
Explore it here: qustream.co.uk
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Jun 1
QuSpace is starting slightly later today. See new time below.
Speak soon!
May 29
Join our community call for the latest $QST development updates on Monday.
x.com/i/spaces/1AJEmmXjYYoJL
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Jun 1
QKD does one thing, and it does it with a real guarantee rooted in physics.
But a continental network is still mostly trusted nodes, and at the endpoints your data returns to classical reality.
So the question was never “does QKD work?”
It was:
how much of the confidentiality lifecycle does it actually cover, and what does the rest of the system still depend on?
That is the gap QuStream is built for.
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Jun 1
Maria breaks down the cost layers and architectural tradeoffs in more detail here:
linkedin.com/pulse/costs-qkd…
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QuStream retweeted
Apr 14
The QuStream node flywheel:
- Run a full node → 200,000 QST locked
- Run a node via global pool → 0 QST, requires a node key (30% rewards to host)
- Liquid stake → earn from the global pool (70% share)
As nodes come online, supply locks.
As clients use encryption, revenue is generated.
A substantial share of that revenue is used to acquire QST from the market and distribute it to node operators and stakers.
Fixed capacity. Real usage.
Encryption-as-a-service at scale.
That’s the system.
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May 29
Join our community call for the latest $QST development updates on Monday.
x.com/i/spaces/1AJEmmXjYYoJL
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May 28
To make this clear:
DQSP stands for Delatr-QuStream Protocol.
QuStream provides the encryption architecture.
Delatr brings the defence hardware, integration, and field-deployment layer.
Together, DQSP is QuStream hardened for electronic warfare.
Built for maritime, unmanned, and contested communications where secure links have to keep moving under pressure.
May 27
A vessel does not get to choose clean conditions.
A drone does not wait for perfect signal.
A maritime operator cannot pause the mission because the network is noisy.
In contested environments, communication is not just a technical layer.
It is the difference between command and silence.
That is why DQSP exists.
DQSP is QuStream’s electronic-warfare hardened secure communications protocol.
It is built so encrypted messages can keep moving when the channel is degraded, hostile, and actively attacked.
No fragile setup moment.
No live handshake for the adversary to target.
No assumption that the network will behave nicely.
Secure communication is only useful if it survives the environment it runs in.
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May 27
A vessel does not get to choose clean conditions.
A drone does not wait for perfect signal.
A maritime operator cannot pause the mission because the network is noisy.
In contested environments, communication is not just a technical layer.
It is the difference between command and silence.
That is why DQSP exists.
DQSP is QuStream’s electronic-warfare hardened secure communications protocol.
It is built so encrypted messages can keep moving when the channel is degraded, hostile, and actively attacked.
No fragile setup moment.
No live handshake for the adversary to target.
No assumption that the network will behave nicely.
Secure communication is only useful if it survives the environment it runs in.
May 26
Most encryption was built for clean networks.
Contested environments are not.
Jamming, packet loss, forgery, adaptive interference, AI-assisted electronic warfare change the problem.
DQSP is QuStream’s protocol for that reality:
no handshake to break, per-message keys, tiny overhead, and cheap rejection of forged traffic.
Security has to survive the environment it runs in.
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🚨Quantum computing is coming faster than most people realize… and the race to secure data has already started.
@qu_stream just launched its quantum-proof encryption node network, backed by validation through a NATO-funded initiative
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May 26
Most encryption was built for clean networks.
Contested environments are not.
Jamming, packet loss, forgery, adaptive interference, AI-assisted electronic warfare change the problem.
DQSP is QuStream’s protocol for that reality:
no handshake to break, per-message keys, tiny overhead, and cheap rejection of forged traffic.
Security has to survive the environment it runs in.
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Quantum computers will break today's encryption. @qu_stream already solved it.
Mathematically unbreakable, not "resistant."
→Node network live on @Solana
→NATO validated
→Nokia & Capgemini incoming
qustream.com
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May 25
Next week, Adrian Neal presents QuStream/DQSP at the NMIOTC NATO conference in Greece.
The focus: secure communications for maritime critical infrastructure in contested environments.
Not just encryption that stays secret.
Communications that stay usable under attack.
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