World Mobile & Protelindo team up to launch drone-based network

Hong Kong has launched a pilot program for the digital yuan, marking the People’s Bank of China's (PBoC) central bank digital currency’s (CBDC) first major deployment outside mainland China.  This initiative, facilitated by the Hong Kong Monetary Authority (HKMA), represents another step forward in the integration of the digital yuan into Hong Kong's financial ecosystem.Photo by bady abbas on UnsplashCross-border transactions rather than P2PAccording to a press release, the HKMA and PBoC are working together to enable Hong Kong users to set up personal e-CNY wallets using just their Hong Kong mobile phone numbers. The faster payment system (FPS) will support these e-CNY wallets, allowing users to top up their wallets through 17 retail banks in the Chinese autonomous territory. However, the e-CNY wallets are primarily designed for cross-border payments between Hong Kong and the mainland, and currently do not support person-to-person transfers within Hong Kong. This pilot aims to facilitate transactions for Hong Kong residents using their digital yuan wallets, marking the first integration of a CBDC through a major central bank. The Digital Currency Institute (DCI) is managing the interoperability infrastructure between the FPS and the digital yuan, with a focus on enhancing cross-border payments, a key objective on the G20 countries' roadmap. More functionality promisedLike blockchain protocols, the digital yuan pilot offers 24/7 payment capabilities. Eddie Yue, the chief executive of the HKMA, stated that the e-CNY application and wallet would gradually gain more functionality as the HKMA and PBoC work to encourage more retail merchants to adopt the system. Yue stated: “By expanding the e-CNY pilot in Hong Kong and leveraging the 24x7 operating hours and real-time transfer advantages of the FPS, users may now top up their e-CNY wallets anytime, anywhere without having to open a Mainland bank account, thereby facilitating merchant payments in the Mainland by Hong Kong residents.” The HKMA and DCI are planning upgrades to the e-CNY wallets through real-name verification, aiming to enable corporate use cases for cross-border trade settlements in the future. Adoption strugglesWith at least 140 countries exploring CBDC pilots, China's digital yuan is among the most advanced. China has been actively promoting its CBDC, even paying monthly salaries in e-CNY to government workers and employees of state-owned enterprises. However, as reported by the South China Morning Post, many recipients are hesitant to use the digital yuan due to privacy concerns and other limitations. China's central bank aims to increase the use of the yuan in Hong Kong, especially in tourist areas. Last June, digital yuan ATMs were installed in the resort city of Sanya in an attempt to target use of the currency by tourists. Although the city of Jinan embarked upon an initiative last year to enable digital yuan payments on its bus system, the currency is not yet widely accepted for public transportation across China.  Meanwhile, Hong Kong is in the second phase of its own CBDC pilot, the e-HKD, and has launched a regulatory sandbox for stablecoins to foster communication between regulators and issuers of fiat-pegged stablecoins in the region. 

Wemade Introduces New DeFi Services on WEMIX3.0 MainnetKorean blockchain game maker Wemade announced today that it will deploy decentralized finance (DeFi) services Kurrency and Konverter on the WEMIX3.0 Mainnet.Photo by Shubham Dhage on UnsplashTwo DeFi servicesKurrency utilizes a collateralized debt position (CDP) model, providing users with the capability to lock up a certain amount of virtual assets in order to mint, deposit, and swap the WEMIX Crypto Dollar (WCD). WCD, a cryptocurrency designed to minimize price fluctuations, complements the WEMIX Dollar, which is fully backed by the stablecoin USDC.Konverter is a new decentralized exchange (DEX) that combines the strengths of established DEXs. On June 9, Konverter will demonstrate functions that contribute to the efficiency of Kurrency. These functions involve seamless swaps between WCD and a variety of stablecoins. The full-fledged version of Konverter, set to launch in the second half of this year, will offer a broader array of swap services along with a “governance function” that doesn’t require forced lock-ups.Mainnet firstThe initial launch of Kurrency and Konverter will take place on the WEMIX3.0 Mainnet. Their goal is to magnify the ecosystem’s scope by boosting the utility of assets within the network and harnessing the synergies derived from decentralized apps (dApps).Multichain expansionLater, the two services on the WEMIX3.0 Mainnet will become more refined and reliable, paving the way for a multichain expansion. A successful implementation will improve interconnectivity between various blockchains, ultimately bolstering the value of the WEMIX ecosystem.Engaging usersStarting today, Kurrency is initiating various quests to encourage user participation. Users gaining experience from these quests will become eligible to join community events, promoting a more vibrant and engaged user base.

The blockchain network underpinning Bitcoin, the world’s largest cryptocurrency, requires an energy volume comparable to the annual consumption of Thailand. According to Digiconomist’s Bitcoin Energy Consumption Index, the protocol utilized roughly 204.44 terawatt-hours (TWh) of electricity between Nov. 18, 2024, and Nov. 18, 2025.Photo by Fré Sonneveld on UnsplashFiscal losses drive Malaysian oversightAmid these intense energy demands, Malaysia’s primary electricity utility has recorded substantial financial impairments attributed to illicit activities. Tenaga Nasional Bhd (TNB) reported losses totaling 4.57 billion ringgit ($1.1 billion) from illegal crypto-mining operations over a five-year span. In a Nov. 19 report by The Edge Malaysia, the Ministry of Energy Transition and Water Transformation (Petra) disclosed these figures to parliament, specifying that the unauthorized mining occurred at 13,827 locations between 2020 and August of this year. To counter these infractions through regulatory channels, Petra has formed a special committee scheduled to convene before year-end. This body aims to recommend enhancements to the Electricity Supply Act, which currently delineates penalties based on the offender's classification. Domestic violators face fines ranging from 1,000 to 50,000 ringgit ($240 to $12,000), imprisonment of up to one year, or both. Penalties escalate for non-domestic entities, involving fines between 20,000 and one million ringgit ($480 to $240,000) and potential prison terms of up to five years. Despite these provisions regarding electricity theft, a specific legal code regulating the act of crypto mining remains absent, creating a jurisdictional void. International bans and grid reallocationStrategies to curtail electricity usage by crypto miners are becoming evident elsewhere in Southeast Asia as well. Laotian Deputy Energy Minister Chanthaboun Soukaloun told Reuters last month that the nation intends to suspend electricity supplies to crypto miners by early 2026. He cited the sector's minimal economic contribution and low job creation as primary factors. Consequently, the state plans to redirect power to high-priority sectors, including AI data centers, metals processing, and electric-vehicle manufacturing. Parallel restrictions are emerging globally. In October, the government of British Columbia enacted a permanent prohibition on new BC Hydro connections for crypto miners to safeguard the Canadian province’s energy reserves. Officials pointed to the industry’s "disproportionate energy consumption and limited economic benefit" as the rationale for the policy. The debate over thermal innovationConversely, some enterprises are exploring methods to capture thermal output from Bitcoin mining to heat residential and commercial properties. If viable, such repurposing could utilize the considerable thermal byproducts of mining. A K33 Research study cited by CNBC indicates the industry generates roughly 100 TWh of heat annually, a figure sufficient to warm the entirety of Finland. However, industry consensus on the feasibility of these applications remains elusive. Proponents suggest that mining infrastructure could be situated in proximity to heat consumers. Skeptics, however, contend that the reliance on application-specific integrated circuit (ASIC) chips makes this impractical, arguing that the technical difficulty of mining a block renders household participation unfeasible. Despite these differing views, the concept continues to attract attention as a potential avenue for innovation in energy distribution. As jurisdictions like Malaysia and British Columbia tighten regulatory oversight, the cryptocurrency sector faces mounting pressure to address its energy footprint. The divergence between government restrictions and industry-led efficiency proposals underscores the complex relationship between digital asset infrastructure and global energy resources. Given the shifting landscape of policy and technology, the outlook for sustainable large-scale crypto mining remains uncertain, as governments weigh energy demands against economic benefits and the industry searches for more efficient ways to operate.