Still time to win!
We're giving away 5 exclusive Lace-branded @KeystoneWallet devices. Fully air-gapped signing, no USB, no Bluetooth, no WiFi, no NFC for signing, just your keys, staying yours.
Haven't entered yet? Details below. Winners are announced publicly, we'll never DM you asking for a seed phrase or payment.
https://t.co/DqJf9aJksU
What if intelligence wasn't a commodity to be owned, but a public utility to be shared?
In my latest article, "One AI," I explored a simple thought experiment:
What happens if we move past the race for proprietary, competing AI models and instead envision a singular, universal intelligence accessible to anyone, anywhere, at the same time?
From education and healthcare to scientific discovery, AI's defining feature isn't just power—it's simultaneity.
The future of technology may ultimately depend on whether we see intelligence as another asset to control, or as something that belongs to everyone.
Read the full piece below. 👇
https://t.co/8gCjNSVVbg
#OneAI #ArtificialIntelligence #FutureOfAI #AIForHumanity #HumanityAndAI #UniversalIntelligence #AIAndSociety #FutureOfHumanity #TechnologyAndPhilosophy #TheFutureIsNow
In my opinion, @ATT is the worst... at one time the best and now the worst, too big for its own bridges. Think about it: using AI bots for a human-voice communication company... your hold times are only going to get worse.
BIP-110 did not achieve sufficient support to become a consensus rule on the dominant Bitcoin chain. When its enforcing nodes began rejecting blocks that didn’t comply, they followed a minority fork that lacked the mining power and economic support necessary to become the dominant Bitcoin chain.
It tested the balance between miners, node operators, developers, users, and economic consensus—and the result showed that a small group of nodes can enforce their own rules, but they cannot make the rest of Bitcoin follow those rules simply by declaring them mandatory.
BIP-110 did not achieve sufficient support to become a consensus rule on the dominant Bitcoin chain. When its enforcing nodes began rejecting blocks that didn’t comply, they followed a minority fork that lacked the mining power and economic support necessary to become the dominant Bitcoin chain.
It tested the balance between miners, node operators, developers, users, and economic consensus—and the result showed that a small group of nodes can enforce their own rules, but they cannot make the rest of Bitcoin follow those rules simply by declaring them mandatory.
Bitcoin worked exactly as designed. BIP-110 was free to fork, and the network was free not to follow. The result was decisive: about 99.85% of Bitcoin's hashpower stayed with Bitcoin. The BIP-110 branch mined only two blocks and is already more than 80 blocks behind.
Why crypto appears to be at a crossroads: technology promises a decentralized financial system built on open networks, community governance, and new forms of digital ownership, yet the path toward large-scale corporate adoption is increasingly being measured through the lens of traditional finance.
The S&P Pantera Digital Asset Index highlights this tension by favoring assets that resemble conventional businesses—those with measurable revenue, cash-flow-like characteristics, and mechanisms that return value to token holders. While this approach makes crypto more familiar and investable for institutions, it also risks pushing decentralized networks to conform to Wall Street's existing frameworks rather than creating entirely new economic models.
The current standstill is not because crypto lacks innovation, but because two visions are competing: one sees blockchain as a new decentralized infrastructure that challenges traditional finance, while the other seeks to integrate crypto into the existing financial system using familiar valuation methods.
The next major phase of adoption may depend on whether institutions adapt to crypto's unique principles or whether crypto evolves to satisfy institutional expectations.
Not Investment Advice
#Crypto, #Blockchain, #Decentralization, #DigitalAssets, #Web3, #TokenEconomy, #FutureOfFinance, #InstitutionalAdoption, #TradFi, #FinancialInnovation
https://t.co/CCSorWzACl
🇨🇳 Meanwhile in China
Driverless delivery trucks are quickly taking over.
No limits on drivers hours, no salary or insurances for the employee drivers & the data will soon show they are safer.
This is the 4th Industrial Revolution.
@saylor Love to hear why exactly you made the statement 'never sell bitcoin' to sell bitcoin. I'm sure there's a good reason... just address the BIG elephant in the room. Thanks in advance.
Now you too can speak the cytpro language (copy, save for later, paste in any LLM for future learning. Prompt: explain in detail. That’s it.
I continue to appreciate Cardano’s interoperability—the best, in my humble opinion—because while others compromised long-term structure for quick price appreciation, Cardano spent a decade refusing to skip steps, finally reaching the "last frontier" of scaling today without sacrifice. Its modular five-era roadmap—Byron (foundation), Shelley (decentralization), Goguen (smart contracts), Basho (scaling via Leios parallel pipelines: Input, Endorser, and Ranking Blocks), and Voltaire (community governance)—has created a research-first, deterministic environment that makes it the envy of other chains now struggling to retrofit security onto speed.
For any protocol to attain this level of robust interoperability, it must provide: a deterministic execution model; succinct state or light-client proofs; standardized cross-chain messaging and token formats; trust-minimized bridge designs with incentives and slashing; formal verification and audits; explicit finality/reorg handling; on-chain governance and upgrade procedures; sound economic-security models; rich SDKs and unified wallet UX; optional privacy primitives; and full operational readiness—including observability, chaos testing, and robust recovery plans.
#Cardano #BlockchainScaling #Interoperability #CryptoGovernance #Web3Infrastructure