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Monday, 12 May 2025

Don’t let power thieves profit

 


KUALA LUMPUR: About half a billion ringgit has been lost to electricity theft over the last four years, with the bulk of it from illegal crypto mining.

Based on statistics provided by Tenaga Nasional Bhd (TNB), Bukit Aman said there was substantial losses due to illegal cryptocurrency mining which requires a huge amount of computing power.

“Overall, TNB lost about RM520mil to electricity thefts. Most of the cases involved illegal crypto mining operations,” said Bukit Aman Criminal Investi­gation Department (CID) director Comm Datuk Seri Mohd Shuhaily Mohd Zain (pic).

Five years ago, TNB lost RM9.2mil to power thieves, followed by RM140.6mil in 2021, RM124.9mil (2022), RM67.1mil (2023) and RM138.7mil last year.

As of last month, it registered a RM40.1mil loss.

Comm Mohd Shuhaily told The Star that crypto mining syndicates tend to operate from rented shop lots, warehouses or even residential homes.

He said these criminals would often pick areas where foot traffic was low.

To ensure continuity of their operations, he said the syndicates would run high-powered mining machines 24 hours a day, which generate intense heat and noise.

“Many syndicates would then install heavy duty ventilation ­systems, air conditioners and soundproofing materials to avoid drawing attention from the neighbours or enforcement authorities.”

As for the power consumption, he said a common tactic used by syndicate members was to illegally bypass the electricity meter by tapping directly into the main power distribution board.

“This allows them to consume massive amounts of electricity – often equivalent to what an entire residential block would use.

“Some syndicates also employ technicians and electrical experts to ensure the illegal wiring is done.

“In more sophisticated setups, surveillance cameras and entry-­control mechanisms are installed. And only their insiders are given access to the site,” Comm Mohd Shuhaily said.

These syndicates, he said, were often on the move to avoid detection.

“They would shift their operations every few months to new premises,” he said.

Rental agreements are typically made under false identities or using third-party intermediaries, making it harder to trace the individuals behind the activity, he added.

Comm Mohd Shuhaily said the public should be alert to signs of suspicious activities in their neighbourhoods.

“Common indicators include buildings with heavy-duty ventilation systems operating non-stop, unusual humming or ­whirring sounds similar to industrial fans, or properties that appear unoccupied or underused but consistently have lights or cooling systems running at odd hours.

“In some cases, residents may notice frequent electrical work.

“If you come across such signs or suspect illegal electricity use, do not approach the site. Instead, report it to the nearest police station or contact TNB’s hotline.

“Your information, no matter how small it may seem, could be crucial in uncovering illegal ­operations,” he said, adding that these reports would be confidential.

Comm Mohd Shuhaily said there was intensified joint enforcement operations codenamed Ops Letrik in 2023 spearheaded by the CID’s Intelligence, Operation and Records Division (D4).

The division, led by principal assistant director Senior Asst Comm Noor Dellhan Yahaya, had focussed on illegal crypto-mining activities.

“There is also intelligence gathering, increased cooperation with local councils and TNB, and improved public awareness.

“Additionally, advancements in TNB’s detection technology made it easier to identify and isolate suspicious consumption patterns,” he said.

Since 2020, he said 2,488 raids had been conducted under Ops Letrik nationwide.

“We also seized 95,163 crypto-­mining machines,” he said.

Comm Mohd Shuhaily said that 918 people had been detained following the raids.

Besides electricity theft caused by illegal crypto mining, he said other culprits included illegal factories and commercial premises which tampered with electricity meters.

He said electricity thefts compromise the integrity and safety of the national power grid.

“Moreover, the illegal nature of these setups often makes enforcement and prosecution more challenging, as the premises may be vacated or operations shifted before authorities can act,” he said.



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Sunday, 11 May 2025

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Thursday, 8 May 2025

China's quantum computing industry has developed replicable, iterative engineering production capabilities: developer

 

A model of Origin Wukong, China's independently developed third-generation superconducting quantum computer Photo: VCG


China's quantum computing industry has made new progress. Recently, Chinese startup Origin Quantum in Hefei, East China's Anhui Province, launched Origin Tianji 4.0, a self-developed superconducting quantum measurement and control system that supports 500-plus-qubit quantum computers. The progress indicates that China's quantum computing industry has achieved replicable and iterative engineering production capabilities, laying the foundation for the mass production of hundred-bit quantum computers, Kong Weicheng, head of the system's development team, told the Global Times.

Dubbed the "nerve centers" of quantum computers, measurement and control systems manage precise signal generation, acquisition, and control for quantum chips. In 2018, Kong's team developed the first domestically produced quantum computer control system with completely independent intellectual property rights, filling a gap in the domestic quantum computing measurement and control field.

The latest Origin Tianji 4.0 system can effectively shorten the development and delivery time for quantum computers at the hundred-bit scale, while enhancing the system's automation capabilities and long-term stability, according to Kong, who is also deputy director of Anhui Quantum Computing Engineering Research Center.  

Previously, China relied heavily on imports for high-end instruments and equipment, and we could only use traditional commercial instruments to build our quantum computing measurement and control systems, with signal output and acquisition tasks being conducted separately. This approach was not only costly and redundant in functionality, but also had drawbacks such as poor compatibility and difficulty in integration, Kong told the Global Times. 

"Now, after multiple iterations, China's quantum computing measurement and control system has improved in terms of product scalability, integration, performance stability, and automation level. What we need to do is to go from nothing to something, and from something to a usable and durable product," Kong said. 

The Origin Tianjin 4.0 system was built and upgraded based on its preceding 3.0 version, which powers Origin Wukong, China's independently developed third-generation superconducting quantum computer. 

Since it went into operation on January 6, 2024, Origin Wukong has served users in 139 countries and regions over 26 million times, and completed more than 380,000 quantum computing tasks, covering a wide range of industries from finance to biomedicine, the Global Times learned from the team. 

According to Kong, in recent years, the process of quantum computing industrialization has been growing rapidly around the world. Eight years ago, Barclays Bank began to explore the application scenarios of quantum technology in the financial sector. Subsequently, leading international financial institutions such as JPMorgan Chase and Goldman Sachs formed quantum research teams to explore quantum computing applications.

Domestically, quantum computing has been explored in various industries, including national defense and security, biopharmaceuticals, energy materials, artificial intelligence, financial markets, and transportation and aviation. However, "there is still a significant gap from the industry's expectations for exponential acceleration and leaps in computing power," Kong said. 

According to Kong, the development of quantum computers is influenced by various factors such as hardware devices, cooling environments, and temperature, and these challenges require cross-disciplinary collaboration, including efforts in ecological construction and other dimensions. - Global Times In Depth