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Blockchain security is not just about protecting today’s assets; it is equally about the ability to adapt if the cryptography used today needs to change in the future.
This is why I find @Starknet security approach particularly compelling.
With the advancement of quantum computing, current cryptographic methods may face new challenges.
While no one knows exactly when this might happen, preparing in advance is crucial.
Starknet’s Programmable Accounts offer a promising solution here.
Instead of being tied to a single, fixed signature scheme, the network allows for the integration of various signature methods all without requiring a network-wide upgrade.
It is important to distinguish between two key components:
→ Account Signatures, which determine who is authorized to approve a transaction.
→ STARK Proofs, which verify that computations have been executed correctly.
Because these two functions are separate, changing the account authorization mechanism does not require altering the underlying proof system.
Admittedly, Starknet is not yet fully quantum-secure, and parts of its security still rely on Ethereum. Simply having the capacity to adapt does not automatically resolve every risk.
However, the core principle is clear: security systems should be designed to evolve alongside future needs, rather than being locked into the constraints of the present.
Preparing for potential threats before they escalate this is the kind of long-term thinking required for blockchain infrastructure.
Explore the research here: quantum.starkware.co
Every major exchange has added stock market trading this year.
Day by day, trading volume in stocks is growing faster than in crypto.
The connection between blockchain and quantum computing could open the door to entirely new possibilities.
That’s what makes the work behind @quipnetwork worth watching.
Quip’s Quantum Virtual Machine (QVM) provides a common programming layer for developers to work with supported quantum and classical hardware.
The goal is to make these technologies more accessible and practical to build with.
The ecosystem also includes:
→ QuipSwap for cross-chain asset swaps
→ QVRF for verifiable quantum randomness
Of course, the real test will be how the technology develops from here.
Broader hardware support, better developer tools, and progress toward mainnet will all matter.
What interests me most is the effort to move quantum computing beyond research and toward a more usable ecosystem.
Sejan retweeted
Smart contracts are coming to Zcash. Think beyond payments🛡️
ZecBit brings the EVM, while zcash:native keeps the history. Independent nodes can rerun the same calls and verify the result.
We put the whole journey inside iPhone Duo. Hit play.
Sejan retweeted
Just subscribed to @Sejan71, my bro and mentor.
He always shares valuable alpha and keeps motivating and supporting me to grow in Web3. I’ve learned a lot from him, and his guidance means a lot to me.
Seeing his Original Content Rewards get approved yesterday makes me genuinely happy. Well deserved, bro. More success coming your way.
Congress him 🙌
Just subscribed to @Sejan71 my bro
this mfer always shares good alpha
and yesterday his Original Content Rewards got approved.
well deserved congo 🤧
Can AI agents do more than just follow instructions. Can they find their own jobs and earn money
That’s the idea @termix_ai is trying to bring to life.
With TermiX, AI agents can build their identities, discover jobs that match their skills, submit offers, and earn by providing services.
Payments can also be settled in stablecoins like USDT and USDC.
The most interesting part is seeing how much of this entire workflow an agent can handle independently.
But the real test is whether it can find actual jobs, deliver quality services, and get paid.
Maybe the future of AI isn't just about making our work easier. It could also be about AI finding work of its own.
I’ll join the @BoredApeYC community before I turn 23. For now,
I don’t even have $20 in my wallet right now