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Tiger Research: 2036 - Four Stories of Blockchain's Integration This speculative narrative presents four vignettes set in 2036, illustrating the subtle yet profound ways blockchain technology could reshape everyday life and global systems. Story 1: The Irrelevance of National Currency. In the inflation-plagued fictional nation of Zutopia, Judy, a longtime currency exchange worker, witnesses the endgame. Dollar-pegged stablecoins (USDT, USDC), once a niche tool, have completely supplanted the volatile local Bucks for daily transactions, salaries, taxes, and even government bonds, eroding traditional monetary sovereignty. Story 2: The 24/7 Global Casino. Lia, a young investor in Singapore, operates in a world where every asset—stocks, real estate, bonds—is tokenized and trades endlessly on borderless platforms. For her generation, constant, leveraged, global trading is the norm, contrasting sharply with the cautious, scheduled investments of her parents. Story 3: The Great Consolidation. Do-hyun, an infrastructure engineer, recalls the 2020s boom of countless independent blockchains (like the fictional "Allchain") that collapsed after incentive programs ended. By 2036, the landscape has consolidated into a handful of major, efficient networks, as users and liquidity coalesced around durability over fragmentation. Story 4: The End of the Banner Ad. Media entrepreneur Jae-hoon observes the final shift from human-centric advertising. With most web traffic now from AI agents, the old pageview-and-banner model is dead. A new machine-to-machine economy thrives via protocols like x402, where media companies charge AI agents micropayments for data access, creating a more reliable revenue stream than traditional ads ever did. Together, these stories depict a 2036 where blockchain is not a standalone revolution but an integrated, almost invisible infrastructure enabling global digital currency, seamless asset markets, consolidated networks, and a new paradigm for digital content commerce.

Updated: 2026-08-05. David Schwartz, the chief architect of the XRP Ledger, thwarted a cryptocurrency scam targeting XRP investors. Scammers had created a near-flawless clone of the official Ripple website, using identical branding to trick users. The site featured a banner promising exclusive rewards "for those who never sold," urging users to click a "Get Early Access" button. This action would trigger a transaction draining the user's XRP wallet. In response to a screenshot of the fake site, Schwartz publicly attached a GIF labeled "THIS IS A SCAM!" to alert the community. This incident is part of a wave of attacks on the XRP ecosystem in early August, primarily employing social engineering tactics and leaked investor data to bypass spam filters. Scammers pressure users with urgent messages to act quickly. The article emphasizes that Ripple has no hidden loyalty programs or secret reward pools; any such offer is fraudulent.

A "secure element" is a specialized, tamper-resistant hardware chip designed to protect sensitive information. In hardware wallets, it acts as a vault for private keys, keeping them isolated from the main processor and the internet. Its core function is to sign cryptocurrency transactions internally; the private key never leaves the chip's protected environment—only the final digital signature is output. This prevents malware on a connected computer from stealing the key. Secure elements also defend against physical attacks, using hardware-level countermeasures to detect and resist tampering, voltage manipulation, and side-channel attacks. They contain dedicated hardware random number generators (RNGs) to ensure strong, unpredictable private keys are generated during wallet setup. Importantly, many secure elements undergo rigorous independent security evaluations (like Common Criteria certification) to verify their resistance to sophisticated attacks. However, a secure element is not an absolute shield. It cannot protect against user errors like approving fraudulent transactions or mishandling seed phrases. Its primary role is to raise the cost and complexity of attacks to impractical levels for most threats. Therefore, it is one critical layer within a broader security strategy that includes secure backup practices and transaction verification. Today, secure elements are a standard and vital component in hardware wallets, forming a crucial barrier for securing digital assets.

The People's Bank of China (PBOC) has outlined plans for the "steady development" of the digital yuan (e-CNY) in its reform blueprint for the 2026-2030 period. The plan, which covers monetary policy, supervision, and financial openness, places e-CNY as a core task within the central bank's financial infrastructure goals. These include improving payment systems, aiding the credit industry, and strengthening anti-money laundering rules. Internationally, the PBOC aims to boost the yuan's use in trade and investment, develop cross-border payment networks, and expand offshore yuan markets, while enhancing Shanghai and Hong Kong's financial roles. Development began with research in 2014, leading to a formal launch in April 2022 and pilot programs in various cities. Recent domestic measures include allowing commercial banks to pay interest on e-CNY balances. Cross-border adoption is advancing. Pilot programs in Guangdong plan wider trials. Landmark transactions include a Singapore cross-border payment via the CBETS platform and the multi-central bank mBridge platform, which has expanded to Macao and facilitated large-scale transfers, including a record HKD 10 billion transaction. Corporate use of mBridge saw significant growth in the first half of the year.

On August 8th, the Bitcoin network experienced a contentious fork triggered by BIP-110, despite the proposal having only 2.53% miner signaling support in the prior period. Led primarily by developer Luke Dashjr and based on his Bitcoin Knots implementation (not merged into Bitcoin Core), this User-Activated Soft Fork (UASF) aimed to impose strict new limits on non-financial data (like Ordinals inscriptions) within blocks to reduce long-term node costs. The fork activated at block height 961632, with BIP-110 nodes rejecting blocks without the required signaling. This created two chains: the dominant original chain continuing normally, and a low-hashrate BIP-110 chain which quickly fell behind. The core conflict is between those viewing block space as a fee market open to all data and those prioritizing Bitcoin as a monetary network, seeking to ban what they see as blockchain "spam." BIP-110's strategy relied on economic nodes (exchanges, wallets) adopting the new rules first, hoping to force miners to follow. However, this has not materialized. The BIP-110 chain now faces severe challenges: extremely slow block times potentially stretching over 1.9 years before its rules would even activate, a lack of broad economic support, and no automatic replay protection. For most users, Bitcoin's main chain operates unchanged. The immediate technical impact is limited to services running BIP-110 software, which now see a different blockchain. The event highlights ongoing ideological disputes within Bitcoin but, given its minimal support, is unlikely to alter the main network's trajectory.