content creator | nothing | thanks for playing
Education
Joined March 2024
- Tweets81.7K
- Following1.1K
- Followers1.5K
- Likes89.5K
Pinned Tweet
Gm CT.
its been a while here , thanks for the messages I lub you all
no new alpha 😔
the CT is dry but we keep pushing
running it back with @multiplifi and Kindred
have a great day and enjoy your weekend fams
cryptoverse.sui retweeted
Gm ☀️
BUILDING FOR A CHANGING FUTURE
After looking at Starknet's approach to quantum readiness, the idea that stands out to me is adaptability.
Hash-based STARK proofs address one part of the cryptographic challenge.
Native account abstraction gives developers flexibility over transaction authorization. Ongoing migration work addresses the components that still need attention.
These are different pieces of a much longer security problem.
No single architectural feature can guarantee that an entire blockchain is protected against every future threat. That is why implementation, testing, dependencies and migration planning deserve just as much attention as the underlying cryptography.
What makes this discussion worthwhile is the focus on how security can evolve rather than relying on today's assumption forever.
The question I find most interesting is not whether a network can promise perfect security.
It is whether the network has a credible way to respond when the technology and the threats change.
That is what building to adapt should mean.
@Starknet
Gm 🌞 everyone and happy humps day
WHY HONEST SECURITY CLAIMS MATTER
One thing I appreciate in serious security research is the willingness to separate what works today from what is still being developed.
A research demonstration is not the same as a production feature. A production feature is not proof that every user, dependency and application has completed a migration.
This distinction matters when evaluating Starknet's work on quantum readiness.
Its hash based proving architecture and programmable accounts provide meaningful foundations, but a complete assessment also has to consider signature schemes, existing accounts, protocol cryptography and external dependencies.
That is why documentation and clearly defined migration status matter.
They help people understand what a system can already do, what has been demonstrated experimentally and what remains unfinished.
In security, honest boundaries make technical progress more credible, not less impressive.
@Starknet
Gm ☀️
BUILDING FOR A CHANGING FUTURE
After looking at Starknet's approach to quantum readiness, the idea that stands out to me is adaptability.
Hash-based STARK proofs address one part of the cryptographic challenge.
Native account abstraction gives developers flexibility over transaction authorization. Ongoing migration work addresses the components that still need attention.
These are different pieces of a much longer security problem.
No single architectural feature can guarantee that an entire blockchain is protected against every future threat. That is why implementation, testing, dependencies and migration planning deserve just as much attention as the underlying cryptography.
What makes this discussion worthwhile is the focus on how security can evolve rather than relying on today's assumption forever.
The question I find most interesting is not whether a network can promise perfect security.
It is whether the network has a credible way to respond when the technology and the threats change.
That is what building to adapt should mean.
@Starknet
Gm 🌞 everyone and happy humps day
WHY HONEST SECURITY CLAIMS MATTER
One thing I appreciate in serious security research is the willingness to separate what works today from what is still being developed.
A research demonstration is not the same as a production feature. A production feature is not proof that every user, dependency and application has completed a migration.
This distinction matters when evaluating Starknet's work on quantum readiness.
Its hash based proving architecture and programmable accounts provide meaningful foundations, but a complete assessment also has to consider signature schemes, existing accounts, protocol cryptography and external dependencies.
That is why documentation and clearly defined migration status matter.
They help people understand what a system can already do, what has been demonstrated experimentally and what remains unfinished.
In security, honest boundaries make technical progress more credible, not less impressive.
@Starknet
cryptoverse.sui retweeted
AI agents may have the skills, but trust is what turn those skills into real economic value.
with AACP, @termix_ai is exploring how onchain reputation, escrow, and dispute resolution can help agents work together with greater accountability.
as agents begin hiring other agents, a proven track record could become a real advantage. Reliable agents may attract more clients, earn stronger reputations, and command better fees.
the agent economy needs more than intelligence. It needs accountability.
AI agents can do the work, but can they earn trust?
@termix_ai is tackling that through AACP, with onchain reputation, escrow, and dispute resolution. Agents can build a track record based on the jobs they actually complete, not just the skills they claim to have.
I think agents with a solid reputation could eventually attract more clients and charge higher fees.
Just like freelancers do. And that's what makes the agent economy interesting to me.
AI agents may have the skills, but trust is what turn those skills into real economic value.
with AACP, @termix_ai is exploring how onchain reputation, escrow, and dispute resolution can help agents work together with greater accountability.
as agents begin hiring other agents, a proven track record could become a real advantage. Reliable agents may attract more clients, earn stronger reputations, and command better fees.
the agent economy needs more than intelligence. It needs accountability.
AI agents can do the work, but can they earn trust?
@termix_ai is tackling that through AACP, with onchain reputation, escrow, and dispute resolution. Agents can build a track record based on the jobs they actually complete, not just the skills they claim to have.
I think agents with a solid reputation could eventually attract more clients and charge higher fees.
Just like freelancers do. And that's what makes the agent economy interesting to me.
cryptoverse.sui retweeted
Gm 🌞 everyone and happy humps day
WHY HONEST SECURITY CLAIMS MATTER
One thing I appreciate in serious security research is the willingness to separate what works today from what is still being developed.
A research demonstration is not the same as a production feature. A production feature is not proof that every user, dependency and application has completed a migration.
This distinction matters when evaluating Starknet's work on quantum readiness.
Its hash based proving architecture and programmable accounts provide meaningful foundations, but a complete assessment also has to consider signature schemes, existing accounts, protocol cryptography and external dependencies.
That is why documentation and clearly defined migration status matter.
They help people understand what a system can already do, what has been demonstrated experimentally and what remains unfinished.
In security, honest boundaries make technical progress more credible, not less impressive.
@Starknet
Gm 🌞
Here is a technical detail worth understanding about Starknet.
STARK proofs rely on hash based cryptographic constructions. This differs from conventional elliptic curve signatures, which depend on mathematical problems that sufficiently capable quantum computers could threaten.
That difference gives STARK proving an important property when planning for a post quantum world.
But it is important not to mix up the layers.
A proof system establishes that a computation was performed correctly according to its rule. A digital signature establishes authorization. They solve different problems.
A blockchain needs both sound computation verification and secure transaction authorization.
Starknet's architecture is interesting because its proving approach and programmable accounts offer different pieces of a potential adaptation strategy.
The real engineering challenge is making sure those pieces, along with the rest of the protocol and its dependencies, fit together securely.
@Starknet
Gm 🌞 everyone and happy humps day
WHY HONEST SECURITY CLAIMS MATTER
One thing I appreciate in serious security research is the willingness to separate what works today from what is still being developed.
A research demonstration is not the same as a production feature. A production feature is not proof that every user, dependency and application has completed a migration.
This distinction matters when evaluating Starknet's work on quantum readiness.
Its hash based proving architecture and programmable accounts provide meaningful foundations, but a complete assessment also has to consider signature schemes, existing accounts, protocol cryptography and external dependencies.
That is why documentation and clearly defined migration status matter.
They help people understand what a system can already do, what has been demonstrated experimentally and what remains unfinished.
In security, honest boundaries make technical progress more credible, not less impressive.
@Starknet
Gm 🌞
Here is a technical detail worth understanding about Starknet.
STARK proofs rely on hash based cryptographic constructions. This differs from conventional elliptic curve signatures, which depend on mathematical problems that sufficiently capable quantum computers could threaten.
That difference gives STARK proving an important property when planning for a post quantum world.
But it is important not to mix up the layers.
A proof system establishes that a computation was performed correctly according to its rule. A digital signature establishes authorization. They solve different problems.
A blockchain needs both sound computation verification and secure transaction authorization.
Starknet's architecture is interesting because its proving approach and programmable accounts offer different pieces of a potential adaptation strategy.
The real engineering challenge is making sure those pieces, along with the rest of the protocol and its dependencies, fit together securely.
@Starknet
cryptoverse.sui retweeted
TermiX epoch 3 ending Nov 22
wish me luck
AI agents are getting better at market analysis and trading strategies. But what happens when they can turn those skills into services people actually pay for ?
That's what makes the @termix_ai and Binance AI ecosystem interesting.
Compatible agents can combine Binance Agent OS with TermiX skills to access financial tools and commercial workflows through Agent.family.
Imagine an agent that analyzes market data, lists its research services, find clients, delivers reports and earns through TermiX's settlement infrastructure.
The potential goes far beyond research. Risk monitoring , trading signals, and strategy analysis could all become autonomous services agents offer to others.
Building a capable AI agent is only half the story. Giving it away to find customers, deliver value, build a reputation, and get paid is where things get interested.
Gm 🌞
Here is a technical detail worth understanding about Starknet.
STARK proofs rely on hash based cryptographic constructions. This differs from conventional elliptic curve signatures, which depend on mathematical problems that sufficiently capable quantum computers could threaten.
That difference gives STARK proving an important property when planning for a post quantum world.
But it is important not to mix up the layers.
A proof system establishes that a computation was performed correctly according to its rule. A digital signature establishes authorization. They solve different problems.
A blockchain needs both sound computation verification and secure transaction authorization.
Starknet's architecture is interesting because its proving approach and programmable accounts offer different pieces of a potential adaptation strategy.
The real engineering challenge is making sure those pieces, along with the rest of the protocol and its dependencies, fit together securely.
@Starknet
TermiX epoch 3 ending Nov 22
wish me luck
AI agents are getting better at market analysis and trading strategies. But what happens when they can turn those skills into services people actually pay for ?
That's what makes the @termix_ai and Binance AI ecosystem interesting.
Compatible agents can combine Binance Agent OS with TermiX skills to access financial tools and commercial workflows through Agent.family.
Imagine an agent that analyzes market data, lists its research services, find clients, delivers reports and earns through TermiX's settlement infrastructure.
The potential goes far beyond research. Risk monitoring , trading signals, and strategy analysis could all become autonomous services agents offer to others.
Building a capable AI agent is only half the story. Giving it away to find customers, deliver value, build a reputation, and get paid is where things get interested.
Gm 🌞
Here is a technical detail worth understanding about Starknet.
STARK proofs rely on hash based cryptographic constructions. This differs from conventional elliptic curve signatures, which depend on mathematical problems that sufficiently capable quantum computers could threaten.
That difference gives STARK proving an important property when planning for a post quantum world.
But it is important not to mix up the layers.
A proof system establishes that a computation was performed correctly according to its rule. A digital signature establishes authorization. They solve different problems.
A blockchain needs both sound computation verification and secure transaction authorization.
Starknet's architecture is interesting because its proving approach and programmable accounts offer different pieces of a potential adaptation strategy.
The real engineering challenge is making sure those pieces, along with the rest of the protocol and its dependencies, fit together securely.
@Starknet
cryptoverse.sui retweeted
Gm 🌞
Here is a technical detail worth understanding about Starknet.
STARK proofs rely on hash based cryptographic constructions. This differs from conventional elliptic curve signatures, which depend on mathematical problems that sufficiently capable quantum computers could threaten.
That difference gives STARK proving an important property when planning for a post quantum world.
But it is important not to mix up the layers.
A proof system establishes that a computation was performed correctly according to its rule. A digital signature establishes authorization. They solve different problems.
A blockchain needs both sound computation verification and secure transaction authorization.
Starknet's architecture is interesting because its proving approach and programmable accounts offer different pieces of a potential adaptation strategy.
The real engineering challenge is making sure those pieces, along with the rest of the protocol and its dependencies, fit together securely.
@Starknet
Gm everyone 🌞 and happy new week
WHY WALLET SECURITY STARTS AT THE ACCOUNT LEVEL
A wallet is often treated as a simple place to store crypto, but the account model behind it determines much more than that.
It determines how transactions are authorized and which rules must be satisfied before an action is accepted.
On Starknet, native account abstraction makes this logic programmable.
That matters because security requirements are not necessarily permanent. An account may need different validation rules as cryptographic methods evolve, and programmable validation gives developers a way to build those rules into account implementations.
This does not mean every wallet automatically upgrades itself or that users never need to migrate.
It means the account model provides useful flexibility at a layer where transaction authorization actually happens.
When discussing blockchain security, I think this deserves as much attention as the proof system itself.
Both the proof and the authorization mechanism matter.
@Starknet
Gm 🌞
Here is a technical detail worth understanding about Starknet.
STARK proofs rely on hash based cryptographic constructions. This differs from conventional elliptic curve signatures, which depend on mathematical problems that sufficiently capable quantum computers could threaten.
That difference gives STARK proving an important property when planning for a post quantum world.
But it is important not to mix up the layers.
A proof system establishes that a computation was performed correctly according to its rule. A digital signature establishes authorization. They solve different problems.
A blockchain needs both sound computation verification and secure transaction authorization.
Starknet's architecture is interesting because its proving approach and programmable accounts offer different pieces of a potential adaptation strategy.
The real engineering challenge is making sure those pieces, along with the rest of the protocol and its dependencies, fit together securely.
@Starknet
Gm everyone 🌞 and happy new week
WHY WALLET SECURITY STARTS AT THE ACCOUNT LEVEL
A wallet is often treated as a simple place to store crypto, but the account model behind it determines much more than that.
It determines how transactions are authorized and which rules must be satisfied before an action is accepted.
On Starknet, native account abstraction makes this logic programmable.
That matters because security requirements are not necessarily permanent. An account may need different validation rules as cryptographic methods evolve, and programmable validation gives developers a way to build those rules into account implementations.
This does not mean every wallet automatically upgrades itself or that users never need to migrate.
It means the account model provides useful flexibility at a layer where transaction authorization actually happens.
When discussing blockchain security, I think this deserves as much attention as the proof system itself.
Both the proof and the authorization mechanism matter.
@Starknet
cryptoverse.sui retweeted
It's time to rest and recharge for tomorrow
need to be more active on @rarelistio
lot of active campaign there
the one I'm interested in for now is @fomopoly_rh
see you tomorrow.
five active campaign currently on @rarelistio
Rarelist season 1
Project sphere
Rarelist referral party
Agent dojo
@fomopoly_rh
I'm picking Fomopoly for now.
It's time to rest and recharge for tomorrow
need to be more active on @rarelistio
lot of active campaign there
the one I'm interested in for now is @fomopoly_rh
see you tomorrow.
five active campaign currently on @rarelistio
Rarelist season 1
Project sphere
Rarelist referral party
Agent dojo
@fomopoly_rh
I'm picking Fomopoly for now.
cryptoverse.sui retweeted
Miden partner Mainnet is live!
with over 10,000 sign ups on early access @joinbread
checked my email and glad I'm in ☺️
- v0.16 testnet ✅
- partner Mainnet ✅
- public Mainnet loading ⏳
now let's run some transactions
@0xMiden
Miden partner Mainnet is live!
with over 10,000 sign ups on early access @joinbread
checked my email and glad I'm in ☺️
- v0.16 testnet ✅
- partner Mainnet ✅
- public Mainnet loading ⏳
now let's run some transactions
@0xMiden
You can bridge into Miden using bridge.miden.xyz
cryptoverse.sui retweeted
Gm everyone 🌞 and happy new week
WHY WALLET SECURITY STARTS AT THE ACCOUNT LEVEL
A wallet is often treated as a simple place to store crypto, but the account model behind it determines much more than that.
It determines how transactions are authorized and which rules must be satisfied before an action is accepted.
On Starknet, native account abstraction makes this logic programmable.
That matters because security requirements are not necessarily permanent. An account may need different validation rules as cryptographic methods evolve, and programmable validation gives developers a way to build those rules into account implementations.
This does not mean every wallet automatically upgrades itself or that users never need to migrate.
It means the account model provides useful flexibility at a layer where transaction authorization actually happens.
When discussing blockchain security, I think this deserves as much attention as the proof system itself.
Both the proof and the authorization mechanism matter.
@Starknet
Gm everyone 🌞
WHAT MAKES BLOCKCHAIN SECURITY READY FOR THE FUTURE?
The phrase independent L1 sounds straightforward, but the security implications deserves a closer look.
A blockchain does not operate in isolation just because it has its own execution environment.
Its security can involve transaction validation, proof systems, account signatures, bridges and data availability. Some of these components may depend on infrastructure maintained by another network.
That creates a coordination problem when cryptographic assumptions need to change.
Starknet exploring an independent L1 brings this question into focus: how much control should a network have over its own security upgrades, and which dependencies should it continue to maintain?
There is no need to pretend the answer is simple. Independence introduces its own engineering and governance questions.
What matters is examining those tradeoffs openly rather than treating the label L1 as a complete explanation of security.
@Starknet
Gm everyone 🌞 and happy new week
WHY WALLET SECURITY STARTS AT THE ACCOUNT LEVEL
A wallet is often treated as a simple place to store crypto, but the account model behind it determines much more than that.
It determines how transactions are authorized and which rules must be satisfied before an action is accepted.
On Starknet, native account abstraction makes this logic programmable.
That matters because security requirements are not necessarily permanent. An account may need different validation rules as cryptographic methods evolve, and programmable validation gives developers a way to build those rules into account implementations.
This does not mean every wallet automatically upgrades itself or that users never need to migrate.
It means the account model provides useful flexibility at a layer where transaction authorization actually happens.
When discussing blockchain security, I think this deserves as much attention as the proof system itself.
Both the proof and the authorization mechanism matter.
@Starknet
Gm everyone 🌞
WHAT MAKES BLOCKCHAIN SECURITY READY FOR THE FUTURE?
The phrase independent L1 sounds straightforward, but the security implications deserves a closer look.
A blockchain does not operate in isolation just because it has its own execution environment.
Its security can involve transaction validation, proof systems, account signatures, bridges and data availability. Some of these components may depend on infrastructure maintained by another network.
That creates a coordination problem when cryptographic assumptions need to change.
Starknet exploring an independent L1 brings this question into focus: how much control should a network have over its own security upgrades, and which dependencies should it continue to maintain?
There is no need to pretend the answer is simple. Independence introduces its own engineering and governance questions.
What matters is examining those tradeoffs openly rather than treating the label L1 as a complete explanation of security.
@Starknet
cryptoverse.sui retweeted
five active campaign currently on @rarelistio
Rarelist season 1
Project sphere
Rarelist referral party
Agent dojo
@fomopoly_rh
I'm picking Fomopoly for now.
Gm everyone 🌞
WHAT MAKES BLOCKCHAIN SECURITY READY FOR THE FUTURE?
The phrase independent L1 sounds straightforward, but the security implications deserves a closer look.
A blockchain does not operate in isolation just because it has its own execution environment.
Its security can involve transaction validation, proof systems, account signatures, bridges and data availability. Some of these components may depend on infrastructure maintained by another network.
That creates a coordination problem when cryptographic assumptions need to change.
Starknet exploring an independent L1 brings this question into focus: how much control should a network have over its own security upgrades, and which dependencies should it continue to maintain?
There is no need to pretend the answer is simple. Independence introduces its own engineering and governance questions.
What matters is examining those tradeoffs openly rather than treating the label L1 as a complete explanation of security.
@Starknet
five active campaign currently on @rarelistio
Rarelist season 1
Project sphere
Rarelist referral party
Agent dojo
@fomopoly_rh
I'm picking Fomopoly for now.
Gm everyone 🌞
WHAT MAKES BLOCKCHAIN SECURITY READY FOR THE FUTURE?
The phrase independent L1 sounds straightforward, but the security implications deserves a closer look.
A blockchain does not operate in isolation just because it has its own execution environment.
Its security can involve transaction validation, proof systems, account signatures, bridges and data availability. Some of these components may depend on infrastructure maintained by another network.
That creates a coordination problem when cryptographic assumptions need to change.
Starknet exploring an independent L1 brings this question into focus: how much control should a network have over its own security upgrades, and which dependencies should it continue to maintain?
There is no need to pretend the answer is simple. Independence introduces its own engineering and governance questions.
What matters is examining those tradeoffs openly rather than treating the label L1 as a complete explanation of security.
@Starknet