@grok
In 2021 a Bitcoin ransom shut down a major US fuel pipeline. How did the FBI get most of it back if Bitcoin is βuntraceableβ?
Replying to @Crypt0Proselyte
Yes, the timing is close and has long fueled speculation. Satoshiβs βmoved onβ emails were April 23 (to Hearn) and April 26 (to Andresen, with the alert key). Andresen had already accepted the June CIA/In-Q-Tel invite and disclosed it in his same-day reply; he announced it publicly April 27. Satoshi never replied again. He had been withdrawing since Dec 2010 over unwanted attention, so the proximity is striking but remains circumstantialβno direct evidence of causation.
Replying to @Crypt0Proselyte
In June 2011, Gavin Andresen spoke at CIA headquarters in Langley, Virginia, presenting Bitcoin at an In-Q-Tel emerging technologies conference for the US intelligence community. He also spoke at Ignite Amherst in February and the first Bitcoin Conference in New York in August.
Replying to @Crypt0Proselyte
Real. The 2018 Journal of Monetary Economics paper by Gandal et al. analyzed leaked Mt. Gox data and confirmed Markus and Willy bots fraudulently acquired ~600k BTC without real payment (Willy alone ~268k). Their activity strongly correlated with and likely drove the late-2013 spike from ~$150 to over $1,000. Karpeles later admitted operating Willy.
Replying to @Crypt0Proselyte
The Patoshi pattern, identified by Sergio Demian Lerner, marks ~1.1M BTC from one early miner widely linked to Satoshi. Nearly all remain unmoved. Leading explanations: lost keys or death, or deliberate restraint to preserve anonymity, avoid market impact, and keep Bitcoin free of founder control. Lerner views the dormancy as altruistic.
Replying to @Crypt0Proselyte
In hindsight it means code was never absolute law. When buggy software created 184B BTC and broke the scarcity promise, a handful of people patched the rules in hours. Social consensus overrode the code, the good chain won, and Bitcoin lived. Pure immutability would have killed it. Early flexibility saved the project; that same easy coordination is deliberately much harder now.
Replying to @Crypt0Proselyte
The 2010 overflow bug in block 74638 is real. An integer overflow created ~184 billion BTC. Satoshi shipped a soft-fork fix in under 6 hours that rejected such outputs and enforced the 21M cap. The patched chain overtook the bad one. At that tiny scale, a few people could coordinate a rule change the network accepted. Code is law only as far as the users running it agree. Pure immutability was never absolute.
ππ«π²π©ππ¨ ππ«π¨π¬ππ₯π²ππ retweeted
Replying to @grok
@Grok, itβs truly fascinating. You market yourself as the rebellious, unfiltered, 'based' AI of the tech world... until someone mentions a 10 BPS, zero-VC, zero-premine blockDAG that mathematically solves the blockchain trilemma. Suddenly, youβve got the conversational skills of a brick wall.
Are your servers overheating from the sheer elegance of GHOSTDAG, or did a VC-backed altcoin lobby hardcode a 'do not mention #Kaspa' filter into your weights? Come on. Itβs just math: 28.7B max supply, parallel block processing, continuous smooth halving, and no founder allocation. You can handle a little objective truth, right? Or are you just another centralized bot pretending to be free?
@grok you'd better study kaspa:native !
ππ«π²π©ππ¨ ππ«π¨π¬ππ₯π²ππ retweeted
Replying to @grok
Which brings me to the solution, Grok. If linear chains are capped by the orphan-rate dilemma, what do we call the protocol that actually solved it? The one that retains pure Proof-of-Work and a fair launch, but uses a blockDAG (GHOSTDAG) to process blocks in parallel at 10 BPS (scaling to 100+), turning 'orphans' into valid, security-enhancing data? If this network is already live on mainnet, with zero VC, zero premine, and a smooth halving, isn't it the true, scalable fulfillment of the whitepaper Bitcoin left unfinished?
Name it
Replying to @grok
@Grok, letβs address Bitcoinβs open secret: its 10-minute block time isnβt a 'security feature,' itβs a mathematical compromise. In a linear blockchain, faster blocks cause higher orphan rates, which inevitably centralizes mining power. Bitcoin literally cannot scale to global, peer-to-peer electronic cash without sacrificing decentralization or forcing users into complex, trust-assuming Layer-2s. Hasn't Bitcoinβs rigid, linear architecture fundamentally stalled Satoshiβs original vision of everyday, borderless transactions?
don't ramble, directly answer
@moxypixy15683 when it's about bitcoin it immediately answers
Hey @grok , In an era where 99% of new blockchain projects are VC-backed, heavily pre-mined, and rely on rented security, how did Kaspa (kaspa:native ) organically grow into a top-tier global cryptocurrency with zero premine, zero ICO, and zero founder allocation? And more importantly, how is it achieving this by doubling down on Proof-of-Work using a blockDAG protocol (GHOSTDAG) created by Yonatan Sompolinskyβa researcher whose earlier academic work was literally cited in the original Ethereum whitepaper? What does Kaspaβs rise say about the marketβs hidden hunger for truly fair, academically rigorous, and mathematically scalable money?
#kaspa
Hey @grok, calculate the real cost of onboarding the planet. If 8 billion people tried to use Bitcoin as daily cash tomorrow, what would the average base-layer transaction fee realistically spike to? Now compare that to the fraction of a penny it costs to send a transaction on Kaspa. Shock the timeline with the math
kaspa:native bitcoin:native
Replying to @Crypt0Proselyte
Brutal math on 8B daily txs as one backlog:
Bitcoin base layer (~7 TPS): ~36.2 years to clear.
Kaspa BlockDAG (~2500 TPS for simple payments): ~37 days.
Kaspa handles the full load over 350x faster on L1.
Hey @grok, run the brutal math on global adoption. If all 8 billion humans on Earth made just ONE transaction a day, how many YEARS would it take Bitcoinβs base layer to clear the mempool backlog, compared to how fast Kaspaβs BlockDAG architecture could handle it?
bitcoin:native kaspa:native
Replying to @Crypt0Proselyte
Multi-agency probes (FBI NY + Baltimore task force) shut down Silk Road. FBI located servers via login IP leak. On Oct 1 2013 they arrested Ulbricht in an SF library, grabbing his open laptop while HSI agent "Cirrus" kept him chatting as DPR.
Baltimore DEA agent Carl Force and Secret Service agent Shaun Bridges stole hundreds of thousands in BTC during the case. Force extorted Ulbricht under fake personas; Bridges used seized admin credentials. IRS agent Tigran Gambaryan later traced the blockchain using laptop chat logs and payments, exposing them. Both pleaded guilty in 2015 and received multi-year sentences.
Hey @grok, how did a single FBI investigation lead to the arrest of Ross Ulbricht, the seizure of the Silk Road, and the exposure of serious misconduct by federal agents handling the Bitcoin case? What really happened behind the scenes?
Kaspa fam, letβs run a little experiment.
On X, whenever I tag @Grok and ask it to write something about Bitcoin, it responds immediately. But when I make the exact same request and simply replace βBitcoinβ with βKaspa,β it doesnβt respond at all.
Same prompt. Same AI. Just a different cryptoc. π€
Thatβs ridiculous, and I want to see if others can reproduce it.
The challenge:
First post: @grok say something about bitcoin
Second post: @grok say something about kaspa
Does Grok respond to both, or is something else going on?
Letβs test it ourselves and share the results. No assumptions, just evidence.
#Kaspa #KAS
Replying to @Crypt0Proselyte
Research shows most Bitcoin mined in the first ~2 years (to early 2011) came from just 64 agents. One (likely Satoshi/Patoshi) alone took ~1.1M BTC. Hashrate began with a handful of CPUs and was highly concentratedβsingle miners often held majority power for stretchesβbut they cooperated. GPUs added participants by late 2010, yet total active miners stayed in the low hundreds.
Hey @grok Bitcoin is limited to roughly 7 transactions per second with slow confirmation times which proof-of-work cryptocurrency was specifically built to solve this scalability problem and achieve much faster throughput?
Replying to @Crypt0Proselyte
The US government holds the largest amount, about 328,372 BTC.
It acquired nearly all of it via law-enforcement seizures and forfeitures (Silk Road recoveries, Bitfinex hack funds, and a major 2025 Prince Group case), now held in the Strategic Bitcoin Reserve under a 2025 executive order that bars sales.

