The Bitcoin Hole

We dissect the critical role of true randomness in hardware wallets, analyze major software updates from BlueWallet and AlbiHub, and expose environmental threats like smart speakers and cloud backups that compromise your Bitcoin security. Learn to fortify your self-custody.

We explore the latest in Bitcoin self-custody, from Codex 32's revolutionary key sharing and dynamic inheritance with Nunchuck, to the critical physical threats posed by compromised hardware. Learn to fortify your defenses against evolving digital and physical attacks.

We explore the often-overlooked vulnerabilities at the edges of Bitcoin self-custody. From mobile OS defaults and third-party email breaches to physical shipping risks and UTXO management, we uncover how convenience can undermine security and provide actionable steps to fortify your digital sovereignty.

We explore the critical evolution of Bitcoin self-custody, from hardware vulnerabilities like the Coldcard bug to the necessity of multi-vendor multi-sig setups. We also examine software advancements for both secure savings and convenient daily spending.

We analyze crucial software updates for Electrum and Mynode, highlighting hidden vulnerabilities. We then delve into securing your mobile OS with GrafiniOS and dismantle outdated cold storage strategies. Learn how multi-vendor multi-sig and time-locked recovery paths redefine Bitcoin sovereignty and inheritance.

We explore the latest master class in Bitcoin security, from an unprecedented network attack triggering an emergency hard fork to critical hardware firmware updates for verifiable entropy. We analyze how software wallets are militarizing their interfaces against physical threats and surveillance, emphasizing user vigilance in this evolving landscape.

We explore the constant evolution of Bitcoin self-custody, covering critical updates in hardware wallets, multisig architectures, and privacy tools. We analyze how vigilance and continuous learning are essential for digital sovereignty, from air-gapped workflows to CoinJoin security.

We explore the latest advancements in Bitcoin self-custody, from Cold Card's forced user-sourced entropy and Bitbox's AI-audited security to the power of multi-vendor multi-sig. We also delve into post-quantum readiness and aggressive mobile privacy protocols like PayJoin and QuickSync, redefining convenience and security.

We explore a catastrophic hardware wallet entropy failure, highlighting how multisig and open-source verification protect users. We also analyze the shift away from centralized Lightning swaps and the rise of DIY signing devices, emphasizing the critical need for verifying every layer of Bitcoin self-custody.

We explore how advanced AI models are weaponizing against open-source Bitcoin infrastructure, uncovering zero-day exploits with unprecedented speed. We analyze critical defense strategies like multi-vendor multisig and mempool-bypassing migrations, alongside the lessons from the BIP 110 chain split on network consensus.

We dissect the catastrophic entropy vulnerability in CoinKite's Coldcard hardware wallets, which led to millions in Bitcoin being drained. We explain the technical failure, identify who is at risk, and provide a migration plan, emphasizing the critical lessons about single points of failure in self-custody.

We explore the rapid evolution of Bitcoin self-custody, from basic hoarding to active operational security. We analyze cutting-edge wallet features, physical data havens, inheritance solutions, and the proactive efforts to future-proof the network against quantum computing threats, emphasizing the balance between convenience and sovereignty.

We explore the intense debate over using old iPhones versus dedicated hardware wallets for Bitcoin self-custody. We analyze the rising threat of autonomous AI attacks, emphasizing the critical need for robust security architecture, encrypted metadata backups, and personal node infrastructure to counter evolving digital and regulatory dangers.

We explore the escalating threats to Bitcoin self-custody, from hardware vulnerabilities and privacy leaks to sophisticated social engineering and physical coercion. We discuss critical updates from Bitbox and Foundation, the shift to compact block filters, and the urgent need for absolute digital privacy.

We explore the critical role of precision in Bitcoin self-custody, from mathematically verified dice rolls and air-gapped hardware to enhanced software privacy and post-quantum defenses. We also unpack the mechanics of programming time into your Bitcoin for robust inheritance planning.

We explore the evolving landscape of Bitcoin self-custody, from sophisticated physical mail scams targeting hardware wallets to crucial software upgrades in Wasabi and Foundation's Envoy. We also analyze the profound shift towards 'human authority hardware' as AI agents become economic actors, emphasizing the need for vigilance against both digital and analog threats.

We analyze the rapidly shifting world of Bitcoin self-custody. Programmable hardware wallets now enforce human intent, and sophisticated inheritance plans redefine wealth transfer. We contrast mobile wallet philosophies and highlight critical vulnerabilities from centralized developer infrastructure, emphasizing node sovereignty.

We dissect a critical Zcash bug, highlighting Bitcoin's transparent supply verification. We explore Lightning's evolution with Bolt 12 and JIT channels, and the game-changing ARK protocol for seamless payments. We also emphasize the crucial role of air-gapped hardware and advanced operational security habits in an AI-driven world.

We explore the evolving landscape of Bitcoin self-custody, from physical hardware vulnerabilities like the Trezor Safe 7 laser attack and the rise of DIY cases, to advanced social engineering tactics using Google infrastructure and AI. We also analyze new wallet features and Lightning Network upgrades that enhance privacy and security, emphasizing the need to audit human protocols.

We analyze the evolving Bitcoin security landscape, where sophisticated social engineering attacks clash with new sovereign hardware updates. Self-custody is now an active craft, demanding cryptographic and physical discipline against human vulnerabilities. We also examine the integration of AI agents into wallets, balancing efficiency with strict bounded authority and the crucial role of friction.

We explore the cutting edge of Bitcoin self-custody, from silent payments ending address reuse to human authority hardware governing AI agents. We also delve into quantum resistance, critical firmware updates, and the profound importance of UTXO labeling for future generations, highlighting how the very nature of digital security is transforming.

We explore the forefront of Bitcoin self-custody, from advanced hardware wallets and AI agents on the Lightning Network, to vital operational security. We contrast MPC with robust Bitcoin multisig and examine post-quantum solutions, underscoring the continuous vigilance required to protect your digital sovereignty from evolving threats.

We analyze recent security failures like the Bybit and KelpDAO exploits, contrasting them with Bitcoin's UTXO model. We dive into a Bitcoin Core vulnerability, the evolution of hardware wallets from Specter DIY to Jade, and the looming threats of AI de-anonymization and quantum computing. The episode emphasizes the critical need for vigilance in self-custody and proper inheritance planning for digital assets.

We explore the evolving landscape of Bitcoin self-custody, analyzing new software like ZEUS v13 and Bitcoin Safe's privacy features. We also dissect hardware advancements, including Blockstream's Jade Core and the security implications of Bitkey's updates, alongside critical vulnerabilities in secure elements. The discussion emphasizes multi-sig solutions and the ongoing tension between convenience and absolute sovereignty.