Korea’s ABB Joins Hands with Vietnam’s DTS Group for Web3 Development

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.

UK-headquartered decentralized mobile network project World Mobile has teamed up with PT Professional Telekomunikasi Indonesia, better known as Protelindo, to launch a blockchain-based 5G mobile network. Founded in 2003, Protelindo is an Indonesian digital infrastructure firm that specializes in fiber optic networks and telecommunications towers. It owns and operates a large network of these towers in Indonesia, leasing them out to various mobile service operators.  The two firms acquired Combined Space Technologies (CST) earlier this year as a joint venture. CST had been originally founded in Cambridge in the UK, backed by Deutsche Telekom to the tune of $70 million. Successful demos of its proprietary technology had been completed in conjunction with British Telecom (BT) and Deutsche Telekom before World Mobile and Protelindo decided to purchase the company.Photo by Alessio Soggetti on UnsplashWorld Mobile StratosphericIn a press release published on Aug. 8, World Mobile outlined that through CST, the two companies have launched World Mobile Stratospheric.  World Mobile asserts that the establishment of this stratospheric connectivity platform is “unprecedented.” The project implicates the use of fixed-wing drone aircraft, which it proposes to use to host 500,000 simultaneous 5G handset connections while flying at altitudes of up to 20,000 meters. World Mobile Group Chief Business Officer (CBO), Charles Barnett, told Cointelegraph that each drone can provide wireless network coverage over an area of 15,000 square kilometers. Each aircraft will host 450 individually steerable beams in order to deliver the service within a defined geographical area. Low latencyBarnett outlined that the technology can achieve just six milliseconds of total latency with the service having the capability of providing 5G service up to 18 times cheaper per gigabyte by comparison with other similar technologies. It’s thought that the service will compete with space/satellite-based telecoms systems such as Elon Musk’s Starlink. While Starlink has brought internet to corners of the globe that were otherwise underserved, it has been criticized in terms of its interference with astronomy, increased space debris and the potential for atmospheric pollution. Additionally, the low-earth orbit (LEO) satellite-based service has much higher overheads. In comparison with World Mobile Stratopheric’s six millisecond latency, Starlink is much higher at 47 milliseconds. The system delivers directly to the consumer’s device, whereas Starlink is delivered to a satellite dish with significant cost implications for the user. Stratomast, the hydrogen-powered drone aircraft, can stay up for between six and nine days and produces zero emissions. While Starlink and World Mobile Stratospheric may compete, Barnett believes that Starlink is the better choice when delivering service to remote areas that lack any cellular connectivity at all, whereas Stratospheric is the best option in areas with a higher density of mobile users. Micky Watkins, CEO of World Mobile, said that the partnership proves how blockchain can unlock new models for global connectivity. He added:“It aligns infrastructure deployment with community participation and makes decentralized telecom not just possible, but scalable.” Watkins believes that by combining advanced aerospace technology with token-driven economics, the project is building a network that connects more people, faster, in an economically efficient and environmentally sound manner. 

Backpack crypto wallet secures VASP license for crypto exchange in DubaiThe Dubai Virtual Assets Regulatory Authority (VARA) recently granted a Virtual Asset Service Provider (VASP) license to the Backpack crypto wallet project. This development has paved the way for the launch of Backpack Exchange, a crypto trading platform.Details of the licensing approval and exchange launch were provided via a press release published by Backpack on Tuesday. The VASP license obtained by the fledgling startup is specific to crypto exchange services within the Dubai jurisdiction. Although it restricts Backpack from offering other virtual asset products and services, the company is embracing the opportunity via the newly launched exchange.Photo by Wael Hneini on UnsplashBackpack ExchangeThe new exchange, Backpack Exchange, incorporates cutting-edge technologies such as zero-knowledge (ZK) proof-of-reserves, multi-party computation (MPC) for custody and low-latency order execution, among other features. These technologies are poised to enhance the security, privacy and efficiency of the exchange in an effort to set it apart in the competitive crypto market.By all accounts, this will not be the last licensing announcement from Backpack. Over the past five months, Backpack Exchange has been working to secure operational licenses across multiple jurisdictions worldwide. This global expansion showcases the company’s interest in taking its product offering in the form of a secure and transparent trading experience further afield.Fiat-to-dApp bridgeWhile the wallet currently operates without specific regulatory oversight, it serves as a bridge for users to transition seamlessly from fiat to on-chain applications. Armani Ferrante, CEO and Co-Founder of Backpack, expressed his ambition to bring greater transparency to the crypto exchange sphere. He emphasized the importance of trust and verification in a sector often shrouded in opacity.Ferrante believes that leveraging cryptographic techniques such as zk-proofs, MPC, and state machine replication can elevate industry standards. Backpack Exchange aims to set a precedent by providing users with the tools and knowledge to verify transactions, ultimately fostering trust and confidence within the crypto community.Dubai’s VARA regulator has been actively enhancing its crypto-friendly regulatory environment. In February 2023, the regulator issued guidelines for VASPs operating within the emirate, emphasizing the importance of adhering to marketing, advertising, and promotion regulations. Violators may face fines ranging from 20,000 UAE dirhams ($5,500) to 200,000 dirhams, with repeat offenders potentially incurring fines as high as 500,000 dirhams.Solana ecosystem projectBackpack is very much a Solana-centric project. As a lead developer of the layer one blockchain, Ferrante is bullish in terms of future development on the Solana blockchain. His Mad Lads NFT project is the top-rated collection by market cap within the Solana ecosystem.In a podcast earlier this year, he outlined that the prospects for the blockchain are bright going forward. Backpack was first established by crypto infrastructure firm Coral, the creator of Anchor, one of the most popular smart contract developer frameworks for Solana.For existing Backpack and Mad Lads users (Mad Lads is a collection of 9,966 NFTs created by Ferrante), exciting prospects are on the horizon via the new exchange. Initial access to Backpack Exchange will be granted starting in November, with full public availability anticipated in Q1 2024. During this interim period, Backpack plans to introduce various trading functionalities, including derivatives, margin trading and cross-collateralization.