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Asia’s EVolution: From chip design to first homegrown electric vehicle, Malaysia wants a seat at global EV table

by Chief Editor
written by Chief Editor

Malaysia’s Rise as an EV Component Hub: Beyond Assembly

Malaysia is strategically positioning itself to become a significant player in the electric vehicle (EV) ecosystem, moving beyond simple assembly to focus on high-value components like electric motors and power management chips. This ambition is fueled by fresh IC Design Parks in Puchong and Cyberjaya, and a national drive for technology transfer.

The IC Design Parks: A New Silicon Valley?

The newly established IC Design Parks in Puchong and Cyberjaya are at the heart of this transformation. Currently, these hubs house 15 local firms, with five to ten specifically dedicated to the automotive sector. These companies are designing crucial components for the next generation of EVs, including power management and sensor chips.

The choice of Puchong for the initial IC Design Park was deliberate, leveraging its proximity to the Greater Klang Valley, KL International Airport, the expanding Subang Airport, and Port Klang. Consistent power supply, potential for expansion, and accessible public transport were also key considerations.

Beyond Foreign Investment: The Power of Technology Transfer

While foreign direct investment is important, the true goal is technology transfer. Azrul Reza Aziz, CEO of the Malaysia Automotive, Robotics and IoT Institute, emphasizes the importance of developing downstream industries. A recent example is the memorandum of understanding between Lynas and JS Link for rare-earth permanent magnet production in Malaysia, a critical component for both wind turbines and EV motors. This collaboration will establish a 3,000 tonne-capacity neodymium magnet manufacturing facility.

Controlling the EV Value Chain

Currently, China dominates the EV battery and electric motor markets. According to Azrul Reza, controlling these two components equates to controlling the entire value chain. Malaysia’s objective is to manufacture its own electric motors and establish itself as a fourth or fifth force in the global EV ecosystem.

The focus on front-end design is also driving demand for skilled engineers. Salaries for fresh graduates in front-end roles are already higher – starting at RM5,000 – compared to RM3,000 for those in back-end assembly.

Cyberjaya’s Expanding Role

Cyberjaya is now being considered as the location for the expansion of the Malaysia Semiconductor IC Design Park, with plans for a “Park 2 @ Cyberjaya” to accommodate more engineers. This builds on Cyberjaya’s long-term aspiration to be Malaysia’s “Silicon Valley,” a goal dating back to its official opening in 1997 as part of the Multimedia Super Corridor.

Did you know? Cyberjaya and Putrajaya were once a single estate known as Prang Besar before being developed into the modern cities they are today.

FAQ

Q: Where are the IC Design Parks located?
A: The IC Design Parks are located in Puchong and Cyberjaya, both within the Klang Valley.

Q: What components are being designed in these parks?
A: Companies are designing power management chips, sensor chips, and electric motors for EVs.

Q: Why is technology transfer important?
A: Technology transfer allows Malaysia to move beyond assembly and develop its own high-value industries.

Q: What is Malaysia’s goal in the EV market?
A: Malaysia aims to become a significant player in the EV ecosystem, manufacturing its own electric motors and establishing itself as a fourth or fifth force globally.

Pro Tip: Keep an eye on developments in rare-earth processing in Malaysia, as this will be crucial for securing the supply chain for EV magnets.

Want to learn more about Malaysia’s automotive industry? Visit the Malaysian Investment Development Authority (MIDA) website for the latest news and investment opportunities.

Share your thoughts on Malaysia’s EV ambitions in the comments below!

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Tech

Harbinger Unveils New Electric & Hybrid Medium-Duty Work Truck

by Chief Editor
written by Chief Editor

Harbinger Motors Drives into the Medium-Duty Market with Latest HC Series Cab

Los Angeles-based EV startup Harbinger has expanded its product line with the HC Series Cab, a new medium-duty operate truck designed to challenge traditional diesel options. Available in all-electric and plug-in hybrid configurations, the HC Series Cab aims to deliver a balance of payload, maneuverability, and range – features fleets have historically had to compromise on.

Electrification and the Future of Work Trucks

The HC Series Cab is positioned to capitalize on the growing demand for electric and hybrid commercial vehicles. The plug-in hybrid model boasts a range of up to 500 miles, addressing range anxiety concerns that often hinder EV adoption. Harbinger’s CEO, John Harris, emphasizes the platform is engineered to “outperform legacy diesel options” while leveraging the advantages of electrification.

This move aligns with a broader industry trend. While the U.S. Electric passenger vehicle market faces headwinds, the total cost of ownership and reduced maintenance requirements of EVs and hybrids make them particularly attractive for commercial trucking applications. Harris notes that the company’s sales of its larger truck chassis in 2025 were a “multiple” of the entire electric truck market in 2024, suggesting strong early adoption.

Beyond Chassis: Harbinger’s Diversification Strategy

Harbinger isn’t solely focused on vehicle manufacturing. The company has actively diversified its revenue streams, starting with energy storage products in January 2026 and securing Airstream as its first customer. A significant step was the acquisition of autonomous vehicle software company Phantom AI in February 2026, signaling a potential future integration of self-driving technology.

This diversification is a deliberate strategy, according to Harris, to build a “more tolerant” and stable company capable of weathering market fluctuations. The company’s vertically integrated supply chain – including in-house battery, motor, suspension, and axle suppliers – further supports this strategy, allowing Harbinger to explore new business opportunities and maintain control over key components.

Modular Design and Upfitter Flexibility

The HC Series Cab is designed for versatility. Its low cab forward architecture allows for longer cargo boxes on shorter wheelbases, maximizing usable cargo volume. Harbinger highlights the truck’s ability to be upfitted with various bodies, including cargo boxes, stake beds, and flatbeds, catering to a wide range of work needs.

The vehicle also features easy entry and exit, and a tight turning radius, enhancing driver comfort and operational efficiency in demanding environments.

Investment and Growth

Founded in 2022, Harbinger has rapidly secured significant funding, raising $100 million in a Series B round in January 2025 and $160 million in a Series C round in November 2025. The company has already attracted notable customers like FedEx and THOR Industries for its larger truck chassis.

Frequently Asked Questions

What types of configurations are available for the HC Series Cab?

The HC Series Cab can be configured with various bodies, including cargo boxes, stake beds, and flatbeds.

What is the range of the hybrid version of the HC Series Cab?

The plug-in hybrid version offers up to 500 miles of range.

What is Harbinger’s approach to expansion?

Harbinger is diversifying beyond vehicle manufacturing into areas like energy storage and autonomous vehicle software.

Who are some of Harbinger’s current customers?

Harbinger’s customers include FedEx and RV-builder THOR Industries.

Did you know? Harbinger’s vertically integrated supply chain allows the company to sell battery, motor, suspension, and axle components independently.

Pro Tip: Consider the total cost of ownership, including maintenance and fuel/electricity costs, when evaluating electric and hybrid work trucks.

Explore more about the future of commercial vehicles and sustainable transportation on our blog. Learn more about Harbinger’s product line.

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Business

Will higher fuel prices from global conflicts drive EV uptake?

by Chief Editor
written by Chief Editor

Rising Fuel Costs and the Electric Vehicle Shift: What Australian Drivers Need to Grasp

Conflict in the Middle East is already impacting global crude oil prices, and Australian motorists are feeling the pinch at the bowser. Economists predict Unleaded 91 could jump by around 40 cents a litre in the coming weeks, adding to the cost-of-living crisis. But could this be the tipping point for more Australians to switch to electric vehicles (EVs)?

The Price Pain at the Pump

A 30 per cent increase in crude oil prices could add approximately $30 to the cost of filling a standard 50-litre petrol tank in Sydney. This surge is driven by disruptions to shipping in the crucial Strait of Hormuz and the risk of damage to Middle Eastern energy infrastructure. Australia imports roughly 90% of its liquid fuel, leaving it vulnerable to these global price shocks. The ACCC is monitoring petrol market behaviour to prevent price gouging, but cannot insulate consumers from market increases.

When Do EVs Grow the Cheaper Option?

EVs typically have a higher upfront cost than petrol or diesel cars, but lower running costs. The total cost of ownership – including purchase price, fuel/electricity, servicing, insurance, and depreciation – is key. Recent modelling reveals that after about five years, an EV owner can start saving money due to lower fuel costs.

The impact of rising petrol prices on this timeline is significant. Using a Sydney average of $2.08 per litre as a baseline, a 20 per cent increase to $2.50/L knocks a year off the time it takes for an EV to become more economical. A further increase to $2.90/L shaves off another year. Each 40 cent rise in petrol prices adds roughly $4,000 to the cost of running a typical petrol car over a decade.

Do Rising Prices Actually Drive EV Uptake?

Research suggests the answer is yes. A study published last month, matching fuel prices with EV and combustion vehicle registrations in Denmark, Finland, Norway and Sweden, found that a 1 per cent increase in petrol prices correlated with a 0.85 per cent increase in EV sales. If petrol prices were to rise 20 per cent, EV uptake could potentially surge an additional 17 per cent.

Australia saw EV sales increase by 38 per cent year-on-year in 2025, suggesting a growing trend. Similar research in China found that a 0.21/L increase in petrol price was associated with a 4.67 per cent increase in EV sales.

What About the Australian Context?

Experts believe the findings from these studies are applicable to Australia, though with some caveats. Car buyers in China are influenced by superior charging infrastructure and government policies promoting EVs. Still, higher petrol prices are still likely to encourage EV adoption here. The studies also indicate that when petrol prices rise, buyers tend to favour smaller, more affordable EVs that maximize running cost savings.

Interestingly, rising electricity prices haven’t significantly impacted EV sales, potentially because retail electricity prices aren’t as widely publicized as petrol prices.

Heavy Vehicles and the EV Transition

The impact of fuel prices may be even more pronounced for commercial vehicles. Modelling suggests that for a semi-trailer travelling 90,000km per year, an EV alternative is currently more expensive to run than a diesel equivalent. However, if diesel prices climb to $2.11/L, the electric truck becomes cost-competitive. At $2.41/L, the diesel truck would cost $13,000 more to operate over a year.

How Long Before We Witness a Shift?

Experts suggest a sustained period of high fuel prices – at least six months – is needed to have a measurable impact on EV uptake. This is because many car buyers will delay their decision to see if prices stabilize.

Although the current conflict in the Middle East is expected to be relatively short-lived, the risk of escalation remains.

FAQ

Q: How much could petrol prices rise?
A: Economists warn prices could increase by around 40 cents a litre in the coming weeks.

Q: Does Australia have enough fuel reserves?
A: Australia maintains a strategic reserve of petroleum products, but currently has around 50 days of net import cover, well below the recommended 90 days.

Q: What is the total cost of ownership?
A: This includes the purchase price, fuel/electricity, servicing, insurance, and depreciation of a vehicle.

Q: Will rising electricity prices affect EV sales?
A: Studies suggest not significantly, potentially because electricity price fluctuations are less visible to consumers than petrol prices.

Pro Tip: Consider your annual mileage and driving habits when evaluating the cost benefits of switching to an EV.

Did you know? Australia’s oil refineries have dwindled from 12 to just two, both of which rely on government support.

Explore more articles on electric vehicles and sustainable transportation here. Share your thoughts on the future of fuel and EVs in the comments below!

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Tech

Norway’s EV Success: Lessons & Challenges from a 97% Electric Car Nation

by Chief Editor
written by Chief Editor

Norway’s EV Revolution: Lessons for a World on the Brink

Norway has become the global poster child for electric vehicle (EV) adoption, recently hitting a staggering 97% of new car sales being electric. But this success isn’t just about hitting a target; it’s a complex story of policy, infrastructure, and unforeseen consequences. As Norway begins to phase out some of the incentives that fueled this transition, the world is watching – and learning.

The Power of Early Incentives: A Recipe for Success

For years, Norway strategically employed a multi-pronged approach. As State Secretary Cecilie Knibe Kroglund explains, early exemptions from the 25% value-added tax and CO2-based registration taxes were pivotal. These weren’t just small discounts; they fundamentally altered the economic equation, making EVs significantly cheaper than their gasoline counterparts. This was coupled with investments in charging infrastructure, particularly along key travel routes, and perks like toll road exemptions, reduced ferry fares, and bus lane access.

Pro Tip: The Norwegian model demonstrates that financial incentives, when consistently applied, can dramatically shift consumer behavior. However, the scale of these incentives needs to be substantial to overcome initial price premiums and perceived inconveniences.

Overcoming the Hurdles: Technology and Infrastructure

Early EVs faced limitations in range and performance, especially in cold climates. Kroglund highlights the initial challenges with energy consumption in winter. However, rapid technological advancements in battery technology and charging infrastructure addressed these concerns. The expansion of fast-charging networks, driven by both public and private investment, alleviated “range anxiety” – the fear of running out of charge – and made EV ownership more practical.

Data from the International Energy Agency’s Global EV Outlook 2024 shows that countries with robust charging infrastructure consistently exhibit higher EV adoption rates. Norway’s proactive approach to infrastructure development is a key differentiator.

The Unexpected Twist: EVs and Urban Congestion

Norway’s success has revealed an unexpected challenge: EVs are contributing to increased overall car usage, particularly in cities. Despite being zero-emission, cars still take up space and contribute to congestion. The lower operating costs of EVs, even without tax breaks, make driving more attractive than public transport, walking, or cycling.

This is prompting a shift in policy focus. Norwegian authorities are now exploring strategies to promote sustainable urban mobility, including investments in public transport, cycling infrastructure, and pedestrian zones. The lesson here is that transitioning to EVs is only one piece of the puzzle; a holistic approach to urban planning is crucial.

Scaling the Success: Lessons for Other Nations

Can other countries replicate Norway’s success? Kroglund cautions that a one-size-fits-all approach won’t work. Geography, population density, and existing tax systems all play a role. She emphasizes that while tax incentives are effective, they require a well-established tax infrastructure to begin with – a challenge for many developing nations.

However, the core principle – that incentives work – remains valid. Countries can adapt the Norwegian model by focusing on incentives tailored to their specific circumstances. For example, offering subsidies for charging infrastructure in rural areas or providing preferential parking for EVs in congested cities.

Commercial Vehicles: The Next Frontier

While passenger EV adoption has soared, the transition in the commercial vehicle sector is lagging. Norway is now turning its attention to incentivizing the adoption of electric vans, trucks, and buses. This requires different strategies, such as targeted subsidies, fleet procurement programs, and investments in specialized charging infrastructure.

Did you know? The transport sector accounts for approximately 27% of global greenhouse gas emissions, making the electrification of commercial vehicles a critical step towards achieving climate goals.

The Future of EV Incentives: A Phased Approach

As EV adoption becomes mainstream, the need for blanket incentives diminishes. Norway is already beginning to phase out some of its tax breaks, recognizing that the market can now sustain itself. However, this doesn’t mean abandoning support altogether. Instead, the focus is shifting towards targeted incentives that address specific barriers, such as the high cost of electric commercial vehicles or the lack of charging infrastructure in certain regions.

FAQ: Norway’s EV Transition

  • Q: What was the single most important factor in Norway’s EV success?
    A: A consistent and substantial package of financial incentives, including tax exemptions and infrastructure investments.
  • Q: Is Norway’s model applicable to large countries like the US or China?
    A: The core principles are applicable, but the specific incentives need to be tailored to local conditions.
  • Q: What are the biggest challenges facing EV adoption now?
    A: Expanding charging infrastructure, electrifying commercial fleets, and addressing the broader issue of urban congestion.
  • Q: Will EV prices continue to fall?
    A: Yes, as battery technology improves and production scales up, EV prices are expected to become increasingly competitive with gasoline vehicles.

What are your thoughts on Norway’s EV revolution? Share your comments below and let’s discuss the future of sustainable transportation!

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News

Tesla Robotaxi: Texas Rideshare License & September Launch

by Chief Editor
written by Chief Editor

Tesla’s Robotaxi Revolution: What’s Next for Autonomous Ride-Sharing?

The future of transportation is rapidly evolving, and Tesla is positioning itself at the forefront. With the recent approval to launch its Robotaxi service in Texas, the company is not just building cars; it’s building an autonomous transportation ecosystem. But what does this mean for the future of ride-sharing, and how will it impact our lives?

Texas is the Testing Ground: Open Access Robotaxi Service is Coming Soon

Tesla’s Robotaxi service is set to become widely available in Texas starting in September. Previously, the service was in a limited, invite-only beta phase. Now, according to Elon Musk’s announcement on X (formerly Twitter), the Robotaxi service will be open to the public. This marks a significant step forward in the commercialization of autonomous driving technology.

This isn’t just about convenience; it’s about accessibility. Autonomous ride-sharing has the potential to provide transportation options to individuals who may not be able to drive themselves, such as the elderly or those with disabilities.

Did you know?

Tesla’s Robotaxi service utilizes a more advanced version of its Full Self-Driving (FSD) software than what is currently available in consumer Tesla vehicles. This suggests a dedicated focus on safety and reliability for its autonomous fleet.

Competing in the Rideshare Arena: Tesla’s Regulatory Victory

To legally operate its Robotaxi service, Tesla established a new business entity, Tesla Robotaxi LLC, and secured a Transportation Network Company (TNC) license from the Texas Department of Licensing and Regulation. This license puts Tesla on par with established ride-sharing giants like Uber, Lyft, and Waymo, demonstrating the seriousness with which Tesla is entering this market.

Obtaining this license was crucial for Tesla, as it ensures compliance with upcoming regulations requiring autonomous ride-sharing operators to meet the same standards as traditional taxi services. This move positions Tesla to capitalize on the growing demand for autonomous transportation while adhering to safety and regulatory requirements.

Dynamic Pricing and Enhanced Features: What Makes Tesla’s Robotaxi Different?

Beyond simply offering autonomous rides, Tesla is innovating in several key areas. The Robotaxi service boasts improvements in its Full Self-Driving (FSD) software, resulting in smarter pick-up locations and dynamic pricing models. This allows Tesla to adjust fares based on demand and ride duration, potentially offering more competitive rates than traditional ride-sharing services.

For example, shorter rides might be priced lower, encouraging users to opt for Robotaxi for quick trips. This dynamic pricing strategy could incentivize more frequent use and make autonomous transportation more accessible for a wider range of customers.

The Future of Autonomous Ride-Sharing: Trends and Predictions

Tesla’s entry into the autonomous ride-sharing market signals a broader shift in the transportation industry. Here are some key trends and predictions:

  • Increased Adoption of Electric Vehicles: Autonomous ride-sharing fleets will likely accelerate the adoption of electric vehicles, as companies prioritize efficiency and sustainability.
  • Expansion to New Markets: As regulatory frameworks evolve, autonomous ride-sharing services will expand beyond initial testing grounds like Texas and into new cities and states.
  • Integration with Public Transportation: Autonomous ride-sharing could complement existing public transportation systems, providing first-mile/last-mile solutions and connecting underserved areas.
  • Focus on Safety and Reliability: Public trust in autonomous vehicles will depend on demonstrating a strong track record of safety and reliability. Companies will invest heavily in testing, validation, and cybersecurity.

Data from recent studies suggests that the autonomous vehicle market is poised for significant growth. According to a report by Statista, the global autonomous vehicle market is projected to reach hundreds of billions of dollars in the coming years.

Pro Tip: Preparing for the Autonomous Future

As autonomous ride-sharing becomes more prevalent, consider the potential impacts on your daily life. Think about how you might utilize these services for commuting, running errands, or traveling to and from public transportation hubs. Familiarize yourself with the technology and safety features to build confidence in autonomous vehicles.

FAQ About Tesla’s Robotaxi Service

When will Tesla’s Robotaxi service be available to the public in Texas?
Starting in September.
Does Tesla have the proper license to operate a Robotaxi service?
Yes, Tesla Robotaxi LLC has obtained a Transportation Network Company (TNC) license.
How does Tesla’s Robotaxi pricing work?
Tesla uses dynamic pricing, adjusting fares based on demand and ride duration.
Is the Robotaxi software the same as regular Tesla FSD?
No, Robotaxis utilize a more advanced version of Tesla’s Full Self-Driving (FSD) software.
Will Robotaxis be available outside of Texas?
Potentially. Tesla will likely expand as regulations permit and the technology proves reliable.

The launch of Tesla’s Robotaxi service in Texas represents a major milestone in the journey towards autonomous transportation. As the technology matures and regulatory frameworks evolve, we can expect to see even more innovation in the ride-sharing industry, transforming the way we move and interact with our cities.

What are your thoughts on Tesla’s Robotaxi service? Share your opinions and predictions in the comments below! Don’t forget to explore our other articles on the future of transportation and subscribe to our newsletter for the latest updates.

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Business

How BYD plans to make EV charging as fast as filling a gas tank

by Chief Editor
written by Chief Editor

The electric vehicle (EV) revolution is accelerating at an unprecedented pace, with innovations in fast-charging technology leading the charge. Chinese automaker BYD has recently made headlines with its Han L sedan, capable of adding up to 248 miles of range in as little as five minutes. This breakthrough raises intriguing questions about the future landscape of EV charging technology and infrastructure.

Advanced Battery Technology: The Backbone of Fast Charging

Central to BYD’s swift charging capability is its use of an 83.2 kWh lithium-iron-phosphate (LFP) battery, operating at 945 volts. LFP batteries are renowned for their stability and inherent ability to tolerate faster charging rates without compromising safety, unlike their nickel manganese cobalt (NMC) counterparts. This chemistry, along with BYD’s extensive experience with LFP, forms the core of its high-speed charging strategy.

Did you know? LFP batteries do not catch fire as easily as other types, making them a safer choice for rapid charging.

Blade 2.0 Architecture: A Step Further

BYD’s Blade 2.0 architecture, expected in its latest Han L model, represents a leap in battery efficiency and energy storage, potentially setting a new standard in the industry. The company’s seasoned understanding of this technology allows it to optimize both battery and electrical architecture, enabling significant increases in charging speed.

Revolutionizing the Electrical System

Running at high voltages like 945 volts lets the Han L deliver up to 1 megawatt of power, dwarfing the 350-kilowatt capabilities of the fastest chargers available in the U.S. current market. High voltage systems generate less heat, thereby increasing the efficiency and safety of high-speed energy transfer.

Pro tip: The future of EV infrastructure heavily depends on the ability to handle increased power transmission without overheating.

The Dual Charging Port Strategy

BYD tackles the bulkiness and thermal management issues associated with high-power charging cables by introducing a dual gun approach. With two charging ports, each able to connect to a 500 kW charger, the Han L can cumulatively deliver a 1-megawatt charge more effectively.

Challenges and Optimistic Projections

Despite impressive claims, practical range added by such rapid charging is tempered by optimistic testing cycle results. While BYD boasts that their technology can add 248 miles in five minutes, the real-world gain is closer to 160 miles. Yet, even this represents a significant enhancement over current EV charging norms.

“Future-proofing” Charger Infrastructure

BYD’s plan to deploy over 4,000 charging stations in China will certainly strain existing grid infrastructure, requiring substantial upgrades. However, this expansion effort could provide a roadmap for global charger deployment, catalyzing similar advancements in the U.S. and beyond.

The U.S. Landscape and Consumer Access

While the BYD Han L and its technology might not be immediately available in the U.S. due to tariffs, the principles behind its design will undeniably influence the global market. Automakers worldwide are gearing up to offer similar fast-charging capabilities, which are expected to become more accessible in the near future.

Related case study: The U.S. electric vehicle market is currently witnessing rapid infrastructure expansion. Companies like Tesla and Electrify America are investing heavily in expanding charging networks, signaling a shift towards faster, more efficient energy solutions.

FAQs on EV Fast Charging

Q: Can a regular EV charging station support 1-megawatt charging?

A: No, current infrastructure needs significant upgrades to support such high-power charging.

Q: How far can I realistically drive on a five-minute charge?

A: Expect around 160 miles on a five-minute charge, depending on driving conditions and battery efficiency.

Interactive Elements: What’s Next for EV Charging?

Reader’s Question: What will be the next big step in EV charging technology?

A: Widespread adoption of solid-state batteries promises faster charging, longer range, and reduced charging times in the future.

Engage with the Future of EV Charging

As the electric vehicle industry edges closer to mainstream adoption, innovations like BYD’s fast-charging technology promise to redefine our experience with mobility. What do you think the next big advancement will be? Share your thoughts in the comments below and subscribe to our newsletter for the latest insights on the future of electric vehicles.

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