News

Shoplifting in the UK has reached unprecedented levels, with over 1.2 million cases recorded by police forces since April 2019, according to data obtained by Personal Injury Claims UK.

The surge is particularly pronounced in 2023, with 344,709 offences logged—a 30% rise over the previous year—marking a new 20-year high in England and Wales.

The cost-of-living crisis is cited as a significant factor driving the increase, as economic pressures lead to higher theft rates across the country. Retailers like the Co-op and John Lewis have reported record incidents of theft, often accompanied by abuse and violence toward staff. These crimes have taken a financial toll, with losses from theft doubling to £1.8 billion this year and £1.2 billion spent on security measures, up from £950 million last year.

Despite the rise in offences, prosecution rates remain low. Retail leaders have accused the government of treating shoplifting as a low-priority crime, with a large gap between reported incidents and legal consequences. The Times found that in many cases, police have ceased pursuing charges, further emboldening offenders. The Metropolitan Police Service recorded the most cases of shoplifting among UK forces, with over 215,000 offences since 2019.

The surge in retail crime has put pressure on staff, who face a growing risk of injury during confrontations with shoplifters.

As retailers invest heavily in anti-theft measures, questions remain about whether the government and law enforcement agencies will address the underlying issues contributing to this rise in shoplifting.

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UK shoplifting offences reach record high as over 1.2m cases logged since 2019

In a major shift affecting family-owned businesses, the Chancellor has announced that Business Property Relief (BPR) will be reduced to 50% from April 2026, exposing thousands of family firms to inheritance tax for the first time in decades.

While previously exempt, business assets will now incur an effective 20% tax when passed to the next generation, jeopardising the financial stability of many firms.

The policy change, aimed at generating £500 million annually by 2027, will end full inheritance tax relief for businesses valued over £1 million, with exceptions for smaller firms. The government’s spending watchdog, the Office for Budget Responsibility, anticipates the changes could spur active tax planning among affected families, potentially resulting in lost tax revenue of £200 million to £300 million each year.

Family business advocates have criticised the move, with Neil Davy, CEO of Family Business UK, calling it a “betrayal of Britain’s hard-working family business owners.” He argues that BPR was essential in helping family businesses compete with corporate models like private equity, which are not subject to the same tax burdens.

Steve Rigby, co-CEO of Rigby Group, described the tax shift as “poorly conceived,” warning that family members may be forced to sell their businesses to cover tax liabilities, especially if they need to raise cash through dividends, which face an effective tax rate of 38%.

The inheritance tax relief reduction extends to investors in private companies, who will also see their relief capped at 50%. Rachel Nutt, a partner at MHA, warns that families holding private company shares must rethink their estate planning, as they could face significant tax bills. “For a £30 million business, this could mean a £5.8 million inheritance tax hit,” she explained, underscoring the potential financial strain on family-owned firms.

Chancellor Rachel Reeves defended the move, noting that only 0.3% of estates would be impacted. However, the changes raise questions for family business owners, who may now need to re-evaluate their succession and tax strategies to preserve business continuity across generations.

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Family businesses face new inheritance tax burden as relief cut to 50%

Private schools in the UK, represented by the Independent Schools Council (ISC), have voted to take legal action against Labour’s decision to impose VAT on school fees.

The ISC, which represents 1,400 independent schools, argues that the new tax is discriminatory, particularly affecting students with special educational needs and disabilities (SEND), as well as faith-based and arts-specialist schools.

The ISC has engaged prominent barrister Lord Pannick KC, who defended Boris Johnson in the Partygate inquiry, to pursue a judicial review on the grounds that the VAT policy breaches the European Convention on Human Rights. The case will emphasise the policy’s impact on SEND students, arguing that families relying on private school provisions may struggle to find suitable alternatives in the state sector.

Chancellor Rachel Reeves confirmed the VAT measure would take effect in January, generating an estimated £1.7 billion annually by 2030. However, the Office for Budget Responsibility predicts the policy could force 35,000 students out of private schools and into the state sector, which would create additional strain on public education resources.

Julie Robinson, ISC’s Chief Executive, expressed concerns that the policy disregards the diversity of the independent sector, where many schools operate with limited budgets. She emphasised that the ISC’s legal challenge would defend “the rights of families who have chosen independent education, but who may no longer be able to do so due to VAT on their fees.”

The ISC is calling on the government to reconsider the VAT policy’s timeline and collaborate on ways to mitigate its effects on smaller schools, SEND provisions, and arts education. With two-thirds of the tax expected to be passed on to parents, the impact of the measure could lead to significant shifts in the UK’s educational landscape, sparking ongoing debate over access to private education.

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Private schools to launch legal action against VAT on fees, calling policy ‘discriminatory’

Kuberno, a global provider of legal entity management software, has closed its Series A funding round with a total of £9.5 million, including a recent £6 million investment from Barclays and Nasdaq Ventures.

This capital injection follows Nasdaq Ventures’ initial investment in March 2023, and Kuberno has since achieved impressive growth, tripling its annual revenue and expanding its workforce fourfold to support a growing global client base, particularly in the US.

Kuberno’s platform, Kube, provides a centralised and automated solution for managing and analysing entity data, enabling collaboration across governance, tax, finance, and legal teams. Recent platform updates include Kanvas, a data visualisation tool for interactive analysis of entity relationships, bringing enhanced efficiency to compliance and governance processes.

The additional funding will support Kuberno’s continued global expansion, with a focus on the US market and new AI-powered features that convert entity data into actionable insights. Barclays is also adopting Kuberno’s software for its own legal entity management, further solidifying the partnership.

“We’re delighted to partner with Barclays as both a customer and investor and to deepen our relationship with Nasdaq Ventures,” said Zoe Bucknell, CEO and Co-Founder of Kuberno. With this funding, Kuberno aims to “supercharge” the Kube platform, empowering enterprises to streamline governance and compliance while focusing on value-added tasks.

Ryan Hayward, Head of Strategic Investments for Europe and Asia at Barclays, praised the Kube platform, noting its potential to transform governance processes for global organisations. Gabriella Halasz-Clarke, Vice President of Governance and ESG Solutions at Nasdaq, emphasised the collaboration’s goal of driving “governance excellence” through innovative products for corporate clients.

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Kuberno raises £9.5m in series a funding co-led by Barclays and Nasdaq Ventures

Biohacking, the practice of using science, technology, and lifestyle modifications to optimize health, has taken off in recent years as people strive to take control of their wellness routines.

Rest and recovery, often overlooked, play a vital role in biohacking. High-quality rest enables the body to repair itself, process emotions, and recharge. In this guide, we’ll explore how using silk sheets, peptides, and tech devices, including advanced monitor setups, can elevate your wellness routine to support rest and recovery naturally and effectively.

Why Rest and Recovery Matter in Biohacking

In biohacking, the goal is to maximize both physical and mental health. Rest is crucial because it’s during sleep that the body performs its most intensive healing processes. Cells regenerate, muscles repair, and the brain sorts out information from the day, creating a healthier mind and body. Optimizing recovery helps you achieve better performance, faster recovery times, and improved overall wellness.

From buying mulberry silk sheets to experimenting with peptides and tech devices, there are many methods to biohack rest and recovery. These tools support a balanced approach to wellness and ensure your rest is both rejuvenating and efficient.

The Power of Silk Sheets in Enhancing Sleep Quality

Silk Sheets and Their Impact on Rest
Silk sheets have gained popularity as a luxurious yet effective way to improve sleep quality. Silk is naturally hypoallergenic, which makes it an excellent choice for people with allergies or sensitive skin. Its smooth texture reduces friction on the skin and hair, which means you wake up feeling fresher and less prone to irritation.

Silk’s temperature-regulating properties help keep you cool in warm weather and cozy in colder temperatures. Unlike synthetic fabrics that can trap heat and moisture, silk wicks away sweat, creating a comfortable and uninterrupted sleep environment. This cooling effect can prevent overheating, a common cause of sleep disturbances. For biohackers focused on quality sleep, silk sheets offer a simple but effective enhancement to rest and recovery routines.

Skin and Hair Benefits of Silk
Beyond comfort, silk sheets are beneficial for the skin. The smooth texture minimizes friction, which can help reduce fine lines and wrinkles over time. Hair also benefits as it doesn’t tangle or break as easily, reducing “bedhead” and keeping your locks looking healthier. These benefits make silk sheets ideal for those looking to biohack their beauty sleep.

Peptides: The Body’s Secret Weapon for Recovery

What Are Peptides and How They Work?
Peptides are short chains of amino acids that play a role in various biological functions. They act as building blocks of proteins and are essential for tissue repair, hormone regulation, and immune response. Peptides are commonly used in biohacking as supplements or injections to support rest and recovery, as they can help accelerate muscle repair, enhance skin elasticity, and improve immune function.
Peptides for Muscle Recovery and Sleep Support
For those who lead active lifestyles, peptides like BPC-157 and TB-500 are popular for their role in muscle and tissue repair. These peptides support faster healing from physical activities and injuries, making them ideal for athletes or anyone looking to boost their physical recovery process. Additionally, peptides like Thymosin Beta-4 can improve circulation and reduce inflammation, further aiding the recovery process.

Some peptides also promote relaxation and deeper sleep. For example, DSIP (Delta Sleep-Inducing Peptide) has shown potential in helping people achieve restorative sleep, allowing for better mental clarity and energy levels upon waking. Adding peptides to your biohacking routine may support faster recovery and better rest. You can buy peptides online at affordable prices to easily incorporate them into your wellness regimen.

Immune Support and Anti-Aging Benefits
Certain peptides, such as Glutathione and Collagen Peptides, support immunity and combat oxidative stress, which can accelerate aging. Glutathione acts as a powerful antioxidant, protecting cells from damage. With biohacking focused on longevity and wellness, these peptides play a role in preserving youthful skin and supporting immune health.

Tech Devices for a Restorative Sleep Environment

In the era of technology, many devices are designed to enhance sleep and rest. Here’s a look at a few tech options biohackers can use to optimize their recovery.

Sleep Trackers and Smart Mattresses
Sleep trackers, such as the Oura Ring or Fitbit, monitor sleep patterns and provide insights into sleep quality. These devices track metrics like heart rate, body temperature, and even oxygen levels. With this information, you can identify sleep disruptions, adjust your routine, and track improvements over time.

Smart mattresses are another tech advancement in biohacking sleep. They regulate temperature, adjust firmness, and track sleep metrics, creating a customized sleep experience. Some smart mattresses even have built-in features to wake you up at the optimal time in your sleep cycle, ensuring you feel refreshed.

Blue Light Blocking Glasses
Exposure to blue light from screens before bed can disrupt melatonin production, which is essential for sleep. Blue light blocking glasses reduce the impact of screen time, especially in the evening. For those who work late or enjoy late-night screen activities, these glasses are a simple yet powerful biohacking tool to help maintain natural sleep rhythms.
Advanced Monitor Setups for Reducing Eye Strain
For those who spend long hours in front of screens, advanced monitors from rackmountsales with reduced blue light settings and anti-glare technology can help mitigate eye strain and improve overall comfort. These monitors can be beneficial for people working from home or spending extended periods online. Incorporating ergonomic monitor setups supports eye health and reduces discomfort, indirectly contributing to a more restful state when it’s time to sleep.

Creating a Biohacking Rest Routine: Combining Silk, Peptides, and Tech

Integrating silk sheets, peptides, and tech devices can elevate your rest routine and make it more effective. Here’s a suggested plan to maximize the benefits:

Optimize Your Sleep Environment with Silk Sheets: Replace your standard bedding with silk sheets to improve comfort and temperature regulation. This simple change can set a foundation for better sleep.
Track and Adjust Your Sleep with Tech Devices: Use a sleep tracker to monitor your sleep patterns. Review the data regularly to understand what disrupts your sleep and make adjustments as needed. For example, if you see a correlation between screen time and restless sleep, implement blue light blocking glasses in your routine.
Incorporate Peptides for Recovery and Immune Support: If you’re physically active or have recovery needs, consider peptides like BPC-157 or Glutathione. These can be taken in supplement form or administered under professional guidance. Start with a low dose to see how your body responds, then adjust as needed.
Prioritize Screen Time Hygiene: Reduce blue light exposure an hour before bed to allow melatonin production. Blue light blocking glasses or screen filters are useful for late-night work or screen time.
Reduce Eye Strain with Advanced Monitors: For those with heavy screen usage, consider an eye-friendly monitor setup. Monitors with blue light filters, adjustable brightness, and high-resolution displays can help reduce eye strain and make it easier to unwind when you’re done for the day.

Conclusion

Biohacking rest and recovery doesn’t have to be complex. Simple changes, like investing in silk sheets, integrating peptides, and using helpful tech devices, can make a significant difference in how well you rest and recover. By optimizing your sleep environment, monitoring your sleep patterns, and supporting your body with the right nutrients and peptides, you can improve your wellness and set yourself up for better performance, mental clarity, and physical resilience.

As biohacking continues to evolve, these methods will become increasingly accessible, allowing you to tailor your rest and recovery routine for maximum benefit. Whether you’re new to biohacking or already familiar with its practices, incorporating these tools can bring you closer to your wellness goals while ensuring a balanced and rejuvenating approach to life.

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Biohacking Rest and Recovery: How Silk Sheets, Peptides, and Tech Devices Support Wellness

AONE MINING was founded in 2019 with the concept of “long-term investment and asset allocation”. Starting from clean energy, it has become an online cloud mining service platform with great impact investment.

AONE MINING currently has top blockchain technicians and brings together people from all over the world who are interested in cloud mining investment, have insight, and have a high acceptance of digital asset。

AONE MINING’s unique brand, users and business model in the market have earned it hundreds of millions of dollars in financing from top capital。

Our users are those who hope to make their lives better by investing in cloud mining

Our users are those who have their own opinions on cloud mining investment but also respect professionals

Our users are investment enthusiasts who seek self-realization and recognition

Our users have these commonalities

They are not satisfied with the status quo and hope that they and their lives can become better. They expect to gain returns through investment and realize wealth preservation and appreciation. They are used to contacting and accepting new things and are happy to see their cognition improved。

AONE MINING’s Innovation and Services

1.Mining requires a large amount of electricity supply. AONE MINING uses new clean energy technologies to meet this challenge through green and environmentally friendly power generation to reduce energy consumption and more humane alternatives。

2.AONE MINING innovative technology simplifies the mining process, and users can participate without expensive equipment or extensive technical knowledge。

3.AONE MINING lowers the investment threshold to attract a wider audience and promote wider adoption of cryptocurrency。

AONE MINING’s security and reliability

AEON MINING is well aware of the importance of fund security and network services. Most of the funds are safely stored in HSBC Bank and strong security measures such as McAfee® SECURE protection and Cloudflare® SECURE protection are implemented. We are committed to transparency and legality to ensure that your investment is protected so that you can focus on earning returns。

What does AONE MINING offer?

1.We have 20 mining data centers around the world, including the UK, the US, Russia, Iceland, etc。

2.We use the latest ASIC miners, GPU equipment. We have extensive experience in cloud mining operations and competitive mining technology。

3.Adopting new energy to generate electricity, the free and recyclable electricity given by nature (wind energy, hydropower, solar energy, etc.) provides stable power supply for miners。

4.Data center cooling involves the use of various technologies to regulate and maintain optimal temperatures within the facility and is critical to preventing equipment from overheating。

We understand that fire prevention is essential to protecting your assets. Designed by experts, we provide comprehensive assessments to reduce risk and improve safety standards from start to finish。
After 3-5 years of long-term market research and practice, we have acquired professional cloud mining knowledge。
Our professional customer service team provides 7×24 hours online service to answer any questions you may have。
Top technical talents from different countries around the world escort the platform and ensure the safe and normal operation of the platform’s data and funds。

How to Join AEON MINING

Join AONE MINING and get $10。
Choose the contract you like。
Get your first Benefits 。
Withdraw your first earnings。

AEON MINING CEO (BALL, Juan) said:”I cannot speak emphatically enough about the exceptional services provided by AEON MINING.The talent and dedication of their team played a significant role in driving the contract’s profitability.AEON MINING Contract Sales exceeded our expectations and were proactive and responsive – all while keeping us informed every step of the way without requiring too much of our time or direct involvement.I would highly recommend their contract services to any individual or organization that needs real results. ”

Summarize：

AEON MINING is the world’s leading cloud mining platform with a clear mission: to provide you with the tools and services you need to succeed in the digital asset space. Powering the future of finance with clean energy and providing the high-performance equipment needed to achieve maximum hashing power, AEON MINING promises to bring you a profitable crypto journey. Official website:https://aeonmining.com/

Read more:
‘How to Make Dollars Online’ AEON MINING Teaches You to Make $1k+ Daily

The recent International Energy Agency’s finding that clean energy investment in 2024 would be twice that of hydrocarbon projects has come with good and bad news.

The good news is that clean energy investment is set to exceed US$2 trillion for the first time ever, but unfortunately, most of that investment is taking place in the Global North. Only 15% of that record investment is thought to be going to the Global South, which includes developing nations in Africa, Latin America, South Asia, and Southeast Asia. This is significantly less than what these nations need to meet their energy needs and transition to clean energy affordably.

With the Global South accounting for 56% of the world’s population but only 18% of its power generation capacity, the question remains: How can emerging and developing economies secure the clean energy finance needed not only to keep pace with the global energy transition but also safeguard their energy security? Achieving this balance is critical for ensuring the economic resilience of these nations and for building a more equitable global energy landscape.

It is a question those in the energy sector are well acquainted with, as it has been a major focus of ongoing discussions between the energy industry, governments, intergovernmental organisations, and policymakers. As CEO of a global coalition dedicated to collaboration, I believe there are key actions that can drive more equitable and affordable access to clean energy worldwide, even though the specific solutions may vary by country. These broad measures are not only necessary but essential to achieving meaningful progress on a global scale.

Firstly, we must connect those involved in clean energy security in the Global North and South. Knowledge sharing and collaboration across geographies, sectors, and specialisations, can have a multiplier effect and transformational impact on clean energy finance efforts. Public-Private Partnerships (PPP) in particular can pool resources, share expertise, and drive sustainable energy projects, while expert-level knowledge sharing can improve outputs by avoiding pitfalls and identifying easy wins.

Through knowledge-sharing, those working to enhance clean energy finance in the Global South can learn about the best technologies and systems to achieve the required goals. At the same time, those working on the ground in the Global South have invaluable expertise that they can share with the technology developers and solution providers to identify challenges and highlight specific local needs, which can lead to the development and identification of locally relevant solutions. Many countries in the Global South have unique infrastructure challenges, climates, landscapes, and resource availability, which need to be factored in the planning and financing of any clean energy to ensure maximum viability.

Within the technology domain, some emerging technologies are expected to have an outsize impact on clean energy security, like artificial intelligence (AI) and digitalisation. AI can help with the load forecasting and balancing of multi-energy microgrids that can include various sources of clean and conventional forms of energy. According to the Argonne National Laboratory, integrating AI into clean energy project design can potentially reduce project schedule timelines by 20%, which can translate into massive savings. AI can also enable grid optimisation is efficient and avoids waste, as well as dynamically manage energy storage and grid response. Digitalisation technologies like the Internet of Things (IoT) can allow utilities to manage demand during peak times, while data analytics can inform better operational decisions.

And of course, the most important aspect of Global South clean energy security is ensuring access to the appropriate clean energy finance and investment. While greater commitments to financing clean energy projects in the Global South have helped remedy the traditional investment shortfalls, particularly after COP28, challenges remain to access the capital. For instance, one of the major issues to securing finance and investment for clean energy projects in the Global South is risk perception and related inflated costs. Partnering with established clean energy companies and solution providers and leveraging technologies that can improve efficiency and reduce cost can help improve the outcomes of techno-economic feasibility assessments.

Having worked across various roles in the energy industry, I’ve witnessed firsthand how collaboration, technology, and equitable access to finance are not just beneficial but essential in driving clean energy finance on a global scale. The potential for energy-driven economic growth is immense, but it can only be unlocked through these strategic changes, like those we already see taking root at the Global Impact Coalition.

Take, for instance, SUEZ, a global leader in circular solutions for water and waste, which joined us at the Global Impact Coalition in September 2024. This move enhanced SUEZ’s ability to collaborate across the chemical and energy sectors, whilst also reinforcing the coalition’s mission to drive net-zero emissions. Backed by major players such as Mitsubishi Chemical Group, SABIC, BASF, and Covestro, the coalition has made significant strides, including developing new technologies for plastic waste processing that not only lower carbon footprints but also make the process more affordable by boosting polymer recycling efficiency. These partnerships and technological developments are not just symbolic gestures—they are the driving force behind the chemical industry’s efforts to lead the energy transition and capitalize on its potential for sustainable growth.

The lesson here is unmistakably clear: collaboration, whether through knowledge exchange, technology, or direct investment, is the linchpin of a successful energy transition. But this need for collaboration is particularly acute in the Global South, where clean energy security and investment hinges on such partnerships. Without them, the promise of a just, affordable and sustainable energy future will remain out of reach for many.

To foster such partnerships, we must support international events like ADIPEC, the world’s leading energy event currently unfolding in Abu Dhabi, where real connections are being forged, and transformative agreements are being established and expanded. With attendees from 160 countries and 2,220+ organisations, the event is fostering a collaborative environment, prioritising diversity, equity, and inclusion to ensure that voices from across the world can unite around the shared mission of delivering the future energy system.

The Global Impact Coalition takes pride in participating in industry-leading events like ADIPEC, where our ambitions for a low-carbon future are fully aligned. Our goal to cut greenhouse gas emissions entirely from the chemical industry is not just a target—it’s a necessity. To achieve this, we are leveraging both existing and future collaborations to enable a greater push towards energy technology and energy access. By doing so, we aim to ensure that the energy transition is not just about decarbonization but also about delivering energy security, affordability, and sustainability on a global scale.

By harnessing cost-saving and cost-reducing technologies, sharing knowledge and expertise, and securing mutually beneficial partnerships, the collective international community can work together to ensure the energy transition is truly affordable, equitable, and sustainable.

Read more:
How collaboration, AI, and finance can bridge the Global North-South clean energy gap

As IoT devices become more integral to our lives, securing their connections is important. A Virtual Private Network (VPN) can protect these devices by encrypting their data and masking their identities.

Learn how a VPN sim card can safeguard your IoT devices and keep your information secure in a connected world.

What is a VPN?

A Virtual Private Network (VPN) is a tool that helps keep your internet activities private and secure. It works by creating a secure connection between your device and the internet. This connection is like a tunnel that hides your data from anyone trying to intercept it. When you use a VPN, your internet traffic is encrypted. This means that even if someone tries to see what you are doing online, they won’t be able to understand it.

How Does a VPN Protect IoT Devices?

IoT devices connect to the internet to function properly. However, this connection can make them vulnerable to attacks. Hackers can find weaknesses in these devices to gain access to your personal information or control your device. A VPN sim card can help protect IoT devices in several ways:

Encryption: A VPN encrypts the data sent from your IoT devices to the internet. This means that even if someone manages to intercept the data, they won’t be able to read it. Encryption helps keep your information safe from unauthorized access.
Secure connection: When your IoT devices use a VPN, they connect to the internet through a secure server. This server acts as a barrier between your device and the wider internet. It hides your device’s IP address, making it harder for hackers to track or target your device.
Privacy: A VPN helps protect your privacy by masking your IP address. Your IP address can be utilized to identify your device and location. By using a VPN, your IP address is hidden, which makes it more difficult for third parties to monitor your online activities.

Adopting a VPN for your IoT devices helps safeguard your data and keep your online privacy secured.

Why Use a VPN for IoT Security?

Using a VPN for your IoT devices is important for several reasons:

Prevent unauthorized access: Without a VPN, your IoT devices may be exposed to attacks from hackers. A VPN helps protect your devices by encrypting their data and making it harder for unauthorized users to access them.
Protect sensitive information: Many IoT devices collect sensitive information, such as personal data or health information. A VPN helps keep this information secure by preventing it from being intercepted or accessed by third parties.
Secure remote access: A VPN provides a secure connection if you access your IoT devices remotely, such as when you are away from home. This guarantees that your connection is safe from potential threats while you control your devices from a distance.
Maintain privacy: As IoT devices become more common, so does the risk of privacy breaches. A VPN helps secure your privacy by hiding your IP address. It also encrypta your data, which makes it harder for others to see your online activities.

Using a VPN in your IoT setup helps create a safer online environment for your connected devices.

How to Set Up a VPN for Your IoT Devices

Setting up a VPN for your IoT devices is generally easy. Here’s a basic guide to help you get started:

Choose a VPN Provider: Select a VPN service that offers compatibility with your IoT devices. Look for a provider that has a good reputation for security and reliability.
Install the VPN: Depending on your VPN provider, you may need to install software or configure settings on your IoT devices. Follow the provider’s instructions for installation.
Configure the VPN: Set up the VPN according to the provider’s instructions. This may include choosing a server location and adjusting settings for optimal security.
Connect Your Devices: Once the VPN is set up, connect your IoT devices to the VPN network. This guarantees that the VPN protects all data sent from your devices.
Test the Connection: After setting up the VPN, test your connection to make sure it is working correctly. Check that your IoT devices connect securely and that your data is encrypted.

A VPN is a valuable tool for protecting your IoT devices. It provides encryption, secure connections, and privacy protection, which helps keep your devices safe from potential threats. Setting up a VPN is a straightforward process that can make a significant difference in securing your network. As IoT devices continue to grow in popularity, keeping them protected with a VPN is an important step in maintaining your online safety.

Read more:
VPN for IoT: Securing Device Communications

Aston Martin Lagonda, Britain’s only carmaker listed on the London Stock Exchange, is grappling with substantial financial setbacks, missing all 2024 targets as production cuts, supply chain issues, and a steep drop in Chinese demand impact performance.

The luxury automaker, led by new CEO Adrian Hallmark, is burning through cash at over £1 million a day, with net debt climbing to £1.21 billion—nearly 50% higher than a year ago.

The company, controlled by executive chairman Lawrence Stroll alongside Saudi Arabia’s PIF and Chinese carmaker Geely, has faced ongoing challenges. After a disappointing third quarter, in which Aston Martin reported a £12 million loss despite an 8% revenue rise to £391 million, it revised its outlook. Hallmark, formerly with Bentley, cut production targets by 14% to 6,000 vehicles annually and has recalibrated growth expectations.

One of the biggest blows to Aston Martin has been the plummet in demand for the DBX 4×4, particularly in China—the world’s largest auto market—where sales of the model have dropped by 54%. Previously Aston’s best-seller, the DBX now accounts for only 30% of sales. The company’s overall volumes remain down 17% this year, with revenues slipping 4% to £994 million.

In response to these setbacks, Aston Martin has abandoned its goal of achieving cashflow break-even by the end of 2024. Hallmark remains optimistic about the company’s “diverse, dynamic, and desirable portfolio,” asserting that a steady supply chain and stabilised markets could restore momentum. “We are on track to meet our revised full-year guidance,” he said, underscoring a renewed focus on adjusting production volumes to align with market conditions and supply limitations.

Aston Martin’s stock rose slightly following the announcement, closing at 111p, but shares remain far from the £4.3 billion valuation the company boasted when it floated six years ago. As the carmaker faces increasing competition in the luxury electric segment, all eyes will be on its ability to stabilise operations and capture market share amid mounting challenges.

Read more:
Aston Martin bleeding £1m a day as supply chain issues and china demand slump hit targets

Brookfield, chaired by former Bank of England governor Mark Carney, has acquired a 12.45% stake in four UK offshore wind farms owned by Orsted for £1.75 billion ($2.3 billion).

This significant deal includes the world’s largest single offshore wind farm, Hornsea 2, located 55 miles off the Yorkshire coast with a capacity of 1.32 gigawatts—enough to power approximately 1.4 million homes.

This acquisition represents about 20% of the £8.75 billion disposal target set by Orsted for 2026, a strategy to reduce costs and reinforce its balance sheet amid rising interest rates and supply chain challenges affecting the sector’s profitability. Orsted operates over 5GW of offshore wind capacity, with an additional 5GW under construction, including Hornsea 3 and 4. The latter projects recently secured contracts in the UK’s clean power auction, for which the government boosted the budget to £1.5 billion to drive renewable investments.

Connor Teskey, CEO of Brookfield Renewables, stated that UK offshore wind assets are “a critical part of the energy mix,” echoing Chancellor Rachel Reeves’s assertion that this deal is a “huge vote of confidence in the UK’s clean energy sector.” Since Labour’s July election win, the government has prioritised net zero targets by 2050, increasing support for renewables and launching Great British Energy with £8.3 billion in taxpayer backing.

For Brookfield, this acquisition builds on its recent foray into the UK wind market following its purchase of Banks Renewables, rebranded as OnPath, which operates 11 onshore wind farms across the UK. This marks Brookfield’s first UK offshore wind venture, adding to its 11.1GW global wind capacity, more than half of which is in North America.

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Brookfield buys £1.75bn stake in Orsted’s UK offshore wind farms