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Europe’s Driver Shortage Demands Long-Term Strategy

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Europe’s transport system is facing an unprecedented challenge: a shortage of professional drivers that is already disrupting supply chains across the continent. As of 2024, over 426,000 truck driver positions remain unfilled in the EU, and the number is expected to almost double by 2028. Behind these figures lies a complex mix of factors, from tightening visa rules and an ageing workforce to the declining appeal of the profession among younger generations. Unless industry and policymakers act together, Europe’s economic engine risks slowing down not from lack of goods, but from lack of people to move them.

Beyond Motivation: Why Regulation Has Become the Real Bottleneck

Mindaugas Paulauskas, CEO of Girteka Transport, says the real bottleneck today is legal rather than motivational. Visa rules and work permit requirements have become significantly stricter compared to just a few years ago.

“For a company operating across Europe at our scale, these constraints affect how quickly we can onboard qualified drivers, even when the talent is there.”

In Europe, the profession is becoming less attractive to younger generations, as many experienced and talented drivers are retiring, leaving for better-paid or less stressful jobs in the sector, or due to health reasons. For the younger population, the appeal of the possibility to travel and flexibility is not attractive or enough to consider a job as a Truck Driver.

Mindaugas emphasizes – unless there is meaningful policy action across the European Union, the situation will most likely worsen. Current political trends are moving toward tighter labour mobility and migration controls, which limit access to professional drivers from outside the EU. Without regulatory changes reflecting the realities of the transport sector and a long-term approach to making this career path more appealing, the shortage will not ease on its own.

Investing in drivers must be a long-term strategy

Investing in drivers is not a question of short-term market conditions – it must be a long-term strategy. According to Mindaugas Paulauskas, the only way to retain drivers, maintain stability, and service quality is to focus on people at the core of all operations: their well-being, safety, working conditions, satisfaction, and professional growth.

“Many of our drivers join from different countries, where training standards or truck operating requirements may vary, so it is our responsibility to provide them with the skills needed to operate at a consistently high European level. We are always investing in our drivers and will continue to do so. For example, in 2026 we plan to invest around €300,000 into our training centers in Poznan and Šiauliai to strengthen competencies in areas such as load handling, temperature control, and safety systems,”

– tells M. Paulauskas.

“Rest, health, and safe working conditions are not “extras.” They directly influence performance, safety, and even how clients and other drivers perceive us. In the long run, ignoring wellbeing or the physical constraints the industry is facing right now only creates bigger problems for everyone: the drivers, the companies, and the transport sector as a whole.”

One of the key directions of Girteka’s strategy and building its competitive advantage is investment in the fleet. Drivers operate modern trucks – with an average age of just two years. The key criteria for vehicle selection are both operational efficiency and the company’s commitment to ensuring driver comfort and safety.

“For professional drivers, the truck isn’t just a vehicle – it’s their workplace. We take that seriously, which is why we focus on making sure it is safe, comfortable, and equipped with the latest technologies on the market,”

emphasizes Mindaugas Paulauskas.

Thus the modernization of the fleet is one of the key pillars of the long-term company’s strategy. At the beginning of the year, the company signed an agreement with Volvo Trucks for the purchase of 2,000 Volvo FH and FH Aero units, equipped with advanced solutions enhancing driving and rest comfort for drivers. Thanks to financing from OP Corporate Bank, Girteka plans further fleet upgrades between 2025–2026, adding 8,000 trucks and trailers, which will contribute to improving driver safety, efficiency, and workplace comfort.

Mindaugas states that driver wellbeing is not a cost – it’s an investment, in fact one of the best you could make: “Drivers spend long hours on the road, and if we expect them to deliver at the highest standards, we need to give them the conditions to do so, at least as much as we can.”

Modern trucks improve physical comfort, safety, and day-to-day working conditions for drivers. Features like automation and integrated digital tools reduce fatigue and make tasks easier. From an operational perspective, a modern fleet also improves efficiency, reliability, and fuel performance – it benefits both for the driver and for the business.

More Than Money: Keeping Drivers Through Respect and Care

In retaining drivers, social factors matter a great deal. It’s crucial not only to polish a position of great employer, but also to motivate drivers to stay in the company long term. “Drivers are our colleagues, and just like all of us want to feel appreciated at work, have proper rest, and live a life outside of the job,” says M. Paulauskas. Girteka puts a strong focus on respectful communication, work-life balance, and creating a supportive environment, especially since with more than 10,000 drivers, the company is truly multicultural.

Pay is still important, Mindaugas says, but without respect and the right conditions, no salary will keep people in the long run. “For us, drivers’ well-being is a priority because it reflects on everything from road safety to their performance to service quality.”

Yet, M. Paulauskas says Girteka doesn’t face a shortage of interest – drivers actively apply to join Girteka, and many come through referrals from existing employees. “We see the tendency among drivers who previously were employed at Girteka willing to join our team back as they notice significant improvements in our working conditions compared to just a few years back.”

A Collective Responsibility Across Policy and Industry

M. Paulauskas addresses the shared responsibility of the drivers’ shortage crisis. “Without regulatory changes reflecting the realities of the transport sector and a long-term approach to making this career path more appealing, the shortage will not ease on its own,” – he says.

In M. Paukauskas point of view, there are several areas where policymakers could make a practical difference. One of the options could be easing legal requirements for non-EU drivers. It would help address the shortage in a realistic, long-term way. In the short term, better alignment on load weight rules and stronger support for intermodal transport could improve efficiency and help companies operate with the workforce they already have while long-term solutions are being built: “Naturally, any such measures need to be aligned with infrastructure capacity, safety standards, and company strategies, but if implemented thoughtfully, I believe they can ease the pressure,” says M. Paulauskas. Just as important, these discussions should not only take place in Brussels but also involve logistics companies and industry leaders directly, so that policy reflects real-world challenges, current perspectives, and feasible solutions, not just theory, but also in practice.

“Just like road infrastructure is not in our hands, customer facilities also have a major impact on how drivers experience their workday. Basic things like rest areas, showers, waiting rooms, or secure parking depend on how sites are managed, and this is exactly where partnership is needed.”

M. Paulauskas points out that it should be a shared effort – transport companies and customers discussing and acting together.

“Otherwise, as customer expectations keep rising, driver shortage keeps deepening, and fewer people choose the profession of a truck driver, we will face even bigger challenges as an industry. At the moment, drivers’ conditions are acknowledged, but real cooperation is still catching up,”

M. Paukauskas sums up.

Girteka Drivers academy – a proactive approach

Girteka’s in-house Drivers Academy is multi-benefitial, such as smooth drivers onboarding, vide variety of trainings and above all, it ensure consistent standards and professional growth.

Drivers Academy is focused on skill development to ensure every well-equipped for the road. Trainings are wide variety, covering everything from load securing and handling to mastering documentation procedures, it also specialized training in eco-driving techniques and safe driving practices, including instruction on how to effectively use Telematics systems.

“For newcomers, it makes a big difference – they can integrate faster, feel supported, and build the competencies needed for high-quality operations. For experienced drivers, it’s a place to refresh and upgrade skills as technology and customer expectations evolve. Having this internally is a real advantage, because it shows we are serious about giving people the knowledge and skills to grow,”

tells M. Paulauskas.

As M. Paulauskas puts it, drivers are the future of transport. Without investing in drivers’ skills, working conditions, well-being, and development prospects, the industry will not sustain itself. The companies that recognize this today will be the ones still operating successfully a decade from now.



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Solving the Dark Trailer Problem

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Small data strategy matters in global asset tracking, helping to locate ‘dark trailers’, writes Alastair MacLeod (pictured, below), Chief Executive Officer (CEO) of Ground Control, a company that provides satellite-centric M2M (machine-to-machine) and IoT (Internet of Things) technology services.

For anyone running logistics operations, the number of ‘dark’ assets right now is a persistent frustration. This might be the 2,000 ‘dumb’ trailers you cannot locate, the 10,000 shipping containers that have vanished into a port, or the high-value refrigerated unit that is off-grid and failing. This ‘million-container problem’ is a costly blind spot in the global supply chain, and for decades, the business case for solving it has remained just out of reach.

The simple dream is a cheap, ‘peel-and-stick’ tracker that can be bolted to a container and forgotten about for years, reliably pinging its location once a day from anywhere in the world. With a new generation of satellite connectivity arriving, often delivered via cellular standards like NB-IoT but transmitted over non-terrestrial networks (NTN), the promise is that a single, inexpensive, global chipset will finally connect everything. However, the reality is more nuanced; small implementation details can fundamentally make or break battery life and project economics.

The most critical constraint in scaling asset tracking efficiently is not the satellite or the tracker hardware itself, but the protocol; the digital language used to send the message. Consider a tracker’s daily location ping as a tiny postcard of data, which, in a common technical example, might be just 22 bytes. The crucial difference is how that postcard is sent.

The standard internet protocol, UDP/IP, acts like a heavy packing crate. As it was not designed for such tiny messages, it wraps your 22-byte postcard in around 28 bytes of unnecessary headers and overhead. Suddenly, your small message becomes a bulky 50-byte package. The alternative is a hyper-efficient method called Non-IP Data Delivery (NIDD). NIDD is designed specifically for this task and sends only the 22-byte postcard, with far less protocol waste. For small, infrequent messages, avoiding UDP/IP headers significantly reduces airtime and energy per successful transmission.

Using the inefficient packing-crate method has two damaging effects on the long-term strategic viability of asset tracking projects. The first is cost inefficiency: you end up paying for data you do not use. Some NTN NB-IoT offers bill packets with a 50-byte minimum, meaning very small payloads are rounded up. Over half your airtime bill could be paying for the useless wrapping. The second is reduced field life. The biggest power drain on any tracker is its radio and forcing it to transmit a 50-byte package keeps that radioactive for longer than sending a 22-byte one. This higher power consumption is a real concern for long deployments. Repeating this daily across thousands of trailers means devices may need maintenance years earlier than planned.

That essential efficiency, sending only the data that matters, is precisely why NIDD and other small-message approaches are invaluable tools for extending battery life in satellite IoT.

So, why are we not all using the postcard, or NIDD, method yet? Rollouts are phased, and initial NTN NB-IoT services typically carry application data over UDP/IP. This often stems from cellular-first thinking, which underestimates satellite realities such as tight link budgets and how a few extra bytes can lengthen radio-on time and drain batteries faster.

While switching to NIDD is an integration project requiring rework on message formats and backend ingestion, NIDD support is on the way, with industry roadmaps pointing to NIDD-capable NB-IoT services from 2026.

For the massive IoT ambition of tracking 50,000 unpowered trailers, power budgeting is everything. If you are aiming for decade-scale lifetimes, logistics leaders should plan for efficiency by ensuring next-generation trackers are designed to leverage features like NIDD as they become broadly available. At the same time, those needing to act immediately should consider proven postcard-style, non-IP services such as Iridium SBD and Viasat IoT Nano, which avoid IP overhead and materially improve battery life and data economics today.

The promise of a single, low-cost global standard is powerful, but logistics leaders must look beyond the hype. The right question is not which technology wins, but which mix of network, protocol, power source and reporting profile fits each specific asset and business case. Get the bytes and the watts right, and you will build a solution that lasts both in the field and on the balance sheet.



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Warehousing Surge Ahead of Peak Season

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As the peak shopping season approaches, retailers are putting the finishing touches to their seasonal strategies, to ensure shelves and online channels are well stocked to meet consumer demand. Last year’s UK Black Friday and Christmas sales showed a mixed performance. Despite a strong Black Friday, the entire 2024 festive period was somewhat lacklustre for retailers, with overall sales growth for the last three months of the year being only 0.4% higher than figures posted in 2023.

Black Friday and the run-up to Christmas – often referred to as the ‘Golden Quarter’ – are vital for UK retailers, with the period accounting for a significant share of annual sales.

According to Dave Hands, Managing Director at logistics, transport and shipping specialist LTS Global Solutions, he is projecting a 30% spike in warehousing demand ahead of the festive season, potentially signalling an optimistic outlook for retailers aiming to rebound from last year’s challenges and fluctuating sales performances.

Hands commented: “There is certainly a quiet confidence among our retail customers as they gear up for the festive season that this year’s sales performance over peak will surpass last year’s numbers, despite consumer spending confidence remaining somewhat dubious, especially as the budget will be announced in late November. From working with our retail customers closely over the summer we’re projecting that storage requirements will increase by a sizeable percentage which wasn’t necessarily the case last year, this is a positive sign for both the retail market as a whole and the warehousing sector, which have both limped through recent peak seasons under the weight of external challenges.

“Retailers are acutely aware of the issues faced in 2024 and are going into peak with a slightly different mindset, especially regarding stock management and how much to hold for how long. Supply chain difficulties and how consumers are approaching the holiday season has somewhat changed and it’s been a learning curve for everyone. For us in particular, it has been about ensuring that we can keep pace with that change and are flexible enough operationally to cater to market demands of today, not yesterday, last week or last year.”

While last year’s downturn in retail sales over Christmas in particular was mostly driven by the ongoing cost of living crisis, Dave Hands goes on to say that in recent years, forecasting demand against managing stock has become increasingly challenging for both retailers and their logistics partners due to the unpredictability of not only the marketplace, but the wider supply chain.

Logistical challenges in particular compounded the situation – with issues such as stockouts, delays, and shifts in consumer behaviour impacting the retail sector’s ability to capitalise on peak season demand.

“Last year, many were looking to strike a fine balance of ensuring they have enough stock available to meet demand, but also so they weren’t overstocked to the point where they were left with excess inventory post-season while incurring unnecessary logistics and storage costs”, Hands continued.

“While some will inevitably be looking to secure warehouse space much earlier this year to meet consumer expectations during the Golden Quarter, there’s also other variables which we are observing within the market that are actively contributing to this. For instance, more businesses across the retail are stretching out seasonal promotions over a longer period to give consumers more time to shop and spread out their spending which is driving a more sustained demand curve, and in turn, another facet potentially contributing to the capacity spike we’re seeing in warehousing in this quarter.”



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Drive Electronics Evolve with New Features

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NORD DRIVESYSTEMS are expanding its range of drive electronics with new developments to meet changing industrial requirements. Frequency inverters have been part of the company’s modular drive systems since the 1980s, forming a key element of its complete motor and gear unit solutions.

When designing drive systems, NORD places emphasis on factors such as energy efficiency, operational reliability, and total cost of ownership — not only on power output. “For us, drives are more than just their power,” says Jörg Niermann, Head of Marketing at NORD DRIVESYSTEMS.

We develop drive solutions that are precisely tailored to applications and associated customer requirements.

Updated Frequency Inverter Portfolio

The NORDAC family of frequency inverters includes centralised and decentralised models designed for use across more than 100 industries. The systems are compatible with a wide variety of configurations, and many include integrated functions that reduce the need for additional components.

  • NORDAC PRO – Control cabinet inverter with multi-protocol Ethernet and multi-encoder interfaces for multi-axis control.
  • NORDAC LINK – Installed close to the motor with plug-in capability for easier installation and maintenance.
  • NORDAC FLEX – Motor-mounted inverter with modular design and scalable functions.
  • NORDAC ON – Compact inverter for high-efficiency motors, offering Ethernet connectivity and plug-and-play setup.

New Features and Upcoming Developments

NORD is extending the functional safety of its NORDAC frequency inverters to include additional communication protocols. Upcoming versions of the NORDAC ON will feature expanded safety options — including SLS, SMS and SSM, alongside existing STO and SS1 functions. These will operate via Profisafe and FSoE interfaces, allowing integration into Ethernet environments or stand-alone use.

The company also plans to introduce the NORDAC ON PURE, designed for wash-down areas and hygiene-sensitive environments. It will include the food-safe NXD tupH® surface treatment, a rounded housing design, and a simplified plug configuration. The development will enable the supply of complete aluminium-housed drive solutions with enhanced corrosion resistance from a single source.



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Towards an AVR Robotics Future

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Craig McDonnell of ABB Robotics tells Logistics Business why the company’s new AI-enabled technology marks the next great breakthrough – Autonomous Versatile Robotics (AVR).

ABB Robotics is no newcomer. The Swiss-based global power and automation business has a long and golden history in robotics. “ABB actually invented the modern computer-controlled electrical robot, 51 years ago,” says Craig McDonnell, Business Line Managing Director Industries. “We’ve been front and centre on the robotics journey and our footprint is global.”

The official numbers back him up. The ABB Robotics division has approximately 7,000 employees. With 2024 revenues of $2.3 billion it represented about 7 percent of overall ABB Group. That makes it one of the most significant names in world robotics.

The portfolio is comprehensive. “We have the broadest range of robots on the market,” McDonnell explains. “The mechatronic side spans very small robots, typically used in electronic-type applications, all the way through to large robots that can move 800kg loads and manipulate accordingly. More recently, we have also developed collaborative robots with complete capability, as well as other combinations of mobile robotics where we combine the robot manipulator with the mobile capability.”

This history and breadth mean that when ABB targets more innovation, the world sits up to take notice. The company’s vision – which is already materialising in physical form on the warehouse floors or Europe – is for Autonomous Versatile Robotics (AVR), in which generative AI plays a game-changing role.

“AVR builds on the legacy and foundation of our traditional USPs,” he says. “We are known for the path accuracy of our robots and for the quality and life expectancy of the robot. We have a strong reputation for the reliability of our products.”

Autonomous Versatile Robotics

So, what is AVR? In the company’s official description robots will be “moving beyond fixed procedures and repeatable tasks – to a new era where they plan, adapt, and perform complex work in real time, uniting vision, precision, speed, dexterity, and mobility – all powered by generative AI.”

The question is how. First, ABB has deployed the potential of its RobotStudio® simulation suite, an extremely accurate digital twin environment to design and control robotics. “RobotStudio allows us to move into a number of new spaces and it’s on that basic platform that we’ve built our AVR approach,” explains McDonnell.

Second is the application of AI. In September this year, ABB Robotics announced an investment in California-based LandingAI to accelerate the transformation of vision AI, making it faster, more intuitive, and accessible to a broader range of users. The collaboration, claimed as a first, will integrate LandingAI’s vision AI capabilities, such as LandingLens, into ABB Robotics’ own software suite, marking another milestone in ABB’s journey towards truly autonomous and versatile robots.

In essence, LandingAI’s LandingLens platform enables the rapid training of vision AI systems to recognise and respond to objects, patterns or defects with no complex programming or AI expertise required. Barriers to adoption are therefore significantly reduced.

McDonnell describes the background to the product development as a series of learnings.

“The traditional, structured environment gave robots a predefined way of operating,” he explains. “Over the past decade or so, the robotics sector has expanded into new areas such as warehousing and logistics, and these are more unstructured environments. Yes, there remains a portion that is very structured, but you will often see situations of multiple SKUs, or fast changes to the types of products being handled. This demand led us to work on the sensing and perception of robots, and in linking that to motion control, to the navigation and dexterity of the robot so that it can handle these unstructured applications.

“More recently, we’ve started adding AI not just to the vision side but also path planning, programming and even language recognition, to enable our robots to handle unstructured environments and to make significant steps forward in ease of use.”

So, in bald layman’s terms, I venture, if a warehouse employee decides unilaterally to dump a new configuration of pallets in the middle of the warehouse floor, the robot does not cease work as it waits for new commands; it devises its own solutions.

“Yes, that’s exactly right,” he agrees, “but there are also more structured scenarios. So, for instance, if you are handling products with a high degree of variability, which perhaps the robot did not know before arriving at the product location – or the reverse, the new product arrived at the robot – the enhanced vision systems enabled by LandingAI will enable the robot to manipulate and handle the product far more simply and with far less effort than was previously possible.”

In an environment where both time and labour are precious, and expensive, commodities, this matters.

“Traditionally, this reconfiguration takes months, and it takes high degrees of integration,” he adds. “The secret sauce is that the simplified and faster usability enables even the end user, the warehouse floor personnel, to handle these variations. The fact is, if we can’t get that usability to a very high level, then widespread adoption of this new AI technology is going to be a challenge. And we believe very strongly that we’ve solved that problem.”

Deploying AI

Simple system usability and fast configuration are critical adoption factors, he confirms. “It’s been over a decade since we started deploying AI in robotics applications in logistics with great success – for instance, in the clothing sector, achieving 99% picking reliability. Those are real advances, but you probably needed an AI engineer and an expert to accompany that robot. So the advance is about moving beyond a science experiment to an industrial-hardened application that can be applied at scale and is easy to deploy and adjust as required.

“With LandingLens, LandingAI have developed a very user-friendly way to identify and characterise the object. We can then add our application and robot knowledge around specific applications – we call them ‘skins’ – so that the product you receive is 80-90% ready to go, with pre-trained algorithms and approaches, and all you then need to start is perhaps a few pictures from your mobile phone of the specified environment.”

Barriers to entry, and costs, are massively cut. “We did some calculations, and you would need hundreds of engineers for these tasks if you didn’t have this usability. Integrators and value-providers themselves would simply not be able to participate profitably without it. So that is very exciting for us.”

Exciting times, compounded by a further announcement in October that ABB Robotics has divested from the wider group to Japanese technology investor Softbank.

“ABB had announced the intention to spin off the business and were working towards that,” Craig McDonnell explains. “We met Softbank through that process; as we are closely aligned to their vision on physical AI and the transformational effect it can have on robotics, ABB decided on the divestiture approach.”

So AI is not a flash in the pan in robotics. “Physical use cases of AI are still at very early stages, but there are going to be many applications to come. And robots are going to be increasingly accessible to the people who operate them,” he predicts.



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Forklift Market Positions for Recovery

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After a year defined by delayed investment decisions, rising costs and fragile confidence, the UK forklift truck market is moving through a period of adjustment rather than retreat, a new financial report reveals.
The latest UK Forklift Truck Market Outlook, compiled for the UK Material Handling Association (UKMHA) by Oxford Economics, shows that cost pressures and economic uncertainty have influenced investment decisions throughout 2025, with many companies delaying fleet renewals or opting for shorter-term leasing.

However, the report suggests that 2026 will mark the beginning of a gradual return to improved conditions, supported by easing inflation and more favourable financing. Forklift truck orders are forecast to grow again as confidence strengthens, with further steady expansion expected through 2027. Analysts point to this as a transition into a more stable, sustainable replacement cycle rather than a return to pandemic-era peaks.

UKMHA CEO Rob Fisher (pictured below) said: “The year has required resilience, but we are encouraged by the projected upturn from 2026 onwards. The fundamentals of our industry remain strong, and when businesses feel more confident, we expect investment to return.”

The UKMHA’s industry survey showed that while some firms reported improved order books, confidence remained fragile. However, Association members show increasing levels of optimism for the return of modest sales growth, aligning with the predictions of economic forecasters.

The report suggests that 2026 will mark the beginning of a gradual return to growth, driven by easing inflationary pressures and a loosening of monetary policy conditions. With financing expected to become more affordable and supply chain uncertainty starting to settle, total forklift truck orders are forecast to recover by 9.4% in 2026. This uplift is set to be broad-based, with counterbalance truck orders projected to rise by 8.2%, supported by steady improvement in industrial production.

In the warehouse segment, truck orders are forecast to rebound sharply by 10.1% in 2026, following an unexpectedly weak performance in 2025 linked to softened online retail and consumer spending trends. Sales of pedestrian controlled warehouse trucks (Class 3), which were near to record highs in 2024, are projected to fall sharply during 2025 and then recover modestly in 2026.

Looking to 2027, the data points towards continued growth, albeit at a slower and steadier rate, with counterbalance orders forecast to rise by a further 6.5% and warehouse orders by a modest 1.9% as the market settles into a more normalised pattern of investment and operational planning.

Fisher added that new entrants to the UK market demonstrate the continued belief in the long-term strength of materials handling, making the next edition of the IMHX logistics solutions show in September 2027 all the more attractive.

“Transition should not be misread as decline,” he said. “It is preparation. Our industry has shown time and again that it emerges stronger, and we believe it will do so again. They recognise the UK as a market worth investing in,” added Rob. “That provides healthy competition, but also fresh collaboration opportunities. For established suppliers and newer players alike, IMHX 2027 will be a major milestone, and we would encourage organisations to start planning in early 2026 to ensure they are ready to showcase their capabilities.”



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The Future of Compliance is Here: Seamless E-Invoicing with Logi-Sys

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In today’s fast-paced business world, staying ahead means not just being efficient, but also being compliant. With the Indian government’s continuous push towards a digital economy, e-invoicing is no longer an option—it’s a necessity. For Logi-Sys customers, this transition is an opportunity to not only meet these new regulations but to turn compliance into a competitive advantage.

Why Upgrade Your E-Invoicing Process Now?

The government’s e-invoicing mandate has been evolving, and the latest rules underscore the urgency for businesses to adopt a robust, automated solution. E-invoicing is now mandatory for businesses with an annual turnover above ₹5 crore. Furthermore, a crucial update effective from April 1, 2025, requires businesses with a turnover exceeding ₹10 crore to submit their e-invoices to the Invoice Registration Portal (IRP) within 30 days of issuance. Failure to do so can result in the loss of Input Tax Credit (ITC), directly impacting your bottom line.

This is where Logi-Sys steps in. We’ve simplified the entire process, making compliance automatic, accurate, and lightning-fast. 

E-Invoicing with Logi-Sys: The Smart Way to Comply

Our integrated solution is designed to handle every aspect of your e-invoicing needs with minimal effort on your part:

  • Direct IRP Connectivity: Say goodbye to manual uploads and data entry errors. Logi-Sys provides direct connectivity to the IRP, allowing you to upload invoices and receive the Invoice Reference Number (IRN) and QR code instantly.

  • Fully GST Compliant: Our system ensures that every invoice you generate is fully compliant with the latest GST rules and schema. This eliminates the risk of rejections and penalties.

  • Ready for Future Rules: We constantly monitor changes in GST regulations to ensure our platform is always up-to-date. This means you can focus on your core business, confident that your compliance is future-proof.

GST Filing: The Next Level of Compliance

We’ve taken our commitment to seamless compliance a step further with the GST filing feature. This powerful combination transforms the way you handle your GST returns, offering a level of automation and accuracy that was previously unimaginable.

  • Auto Data Sync: Data from your e-invoices is automatically and securely pushed from Logi-Sys to the GST portal. This eliminates the need for double entries and ensures consistency across all your records.

  • One-Click GSTR Filing: The entire process, from invoice creation to GSTR submission, is streamlined into a few simple steps. You can file your returns with a single click, saving hours of administrative work.

  • Real-Time Reconciliation (Invoice Related): Our integration allows for real-time reconciliation, enabling you to spot and rectify any data mismatches instantly, preventing potential issues down the line.

  • Audit-Ready Reports: With accurate and consistent data, you can generate comprehensive, audit-ready reports at any time, giving you complete control and peace of mind.

The Benefits are Clear: Your Business, Empowered

By leveraging the power of Logi-Sys’s e-invoicing and GST feature, you can expect to:

  • Save Valuable Time: Drastically reduce the hours spent on invoice validation and GST filing, freeing up your team for more strategic tasks.

  • Reduce Errors and Risks: Eliminate manual errors and the associated compliance risks, ensuring your business operates with 100% accuracy.

  • Ensure ITC Eligibility: Timely and compliant e-invoicing ensures you secure your Input Tax Credit, improving cash flow and financial health.

  • Focus on What Matters: Shift your focus from tedious paperwork and administrative tasks to growing your business and serving your customers.

Logi-Sys = GST Compliance in Minutes, Not Hours.

Future-Ready | Accurate | Hassle-Free

Empower your business with Logi-Sys—where compliance is not a burden, but a tool for success.



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The return of the supersonic: will the private jets of the future fly faster than sound?

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From the Boom Overture to the Spike S-512: the new designs that promise to bring supersonic back to the private jet world.

The dream of the Supersonic and the legacy of Concorde

For more than three decades, Concorde was the symbol ofluxury aviation and European technological supremacy.
It entered service in 1976, connecting London e Paris with New York in just 3 hours and 30 minutes, half the time of a scheduled flight.

However, behind the myth of Concorde lay enormous costs and technical limitations: high fuel consumption, complex maintenance, and an environmental impact that was no longer sustainable. In addition, the tragic crash in 2000 and the decline in passenger numbers after 9/11 marked the end of the civilian supersonic.

In 2003, Concorde made its last flight. But its appeal has never faded: today, private aviation aims to bring that dream back to life, with cleaner, quieter and more technologically advanced solutions.

New supersonic private jet designs being tested

Boom Overture: the rebirth of the supersonic

The Boom Overture represents the most concrete project in the supersonic jet industry today. With an expected speed of Mach 1.7, it will connect London and New York in about 3 1/2 hours, just like Concorde. In addition, Boom is also aiming for a business jet version for private clients and luxury charters.

  • The difference? It will be more efficient, quieter and powered by sustainable fuels (SAF). The XB-1 prototype, already operational, is testing next-generation aerodynamics and materials.
  • Also read our article on the Boom Supersonic XB-1 Overture

Spike S-512: the silent supersonic private jet

Among the most ambitious projects is the Spike S-512, the first supersonic jet designed entirely for private aviation. The American company Spike Aerospace, founded by Vik Kachoria, aims for a speed of Mach 1.6 (over 1,800 km/h) and intercontinental range.

The most striking feature is the cabin without physical windows: high-definition OLED screens will display external images captured by micro-cameras, creating an immersive experience and reducing drag.

The Spike S-512 supersonic private jet will be able to carry 12 to 18 passengers, with a modular cabin that includes lounge, meeting area and relaxation spaces. It also promises to eliminate the annoying “sonic boom” over urban areas, thanks to silenced engines and optimized aerodynamics. The company plans the first demonstration flights by 2030.

Hybrid propulsion and hydrogen: the new frontier of supersonic private jets

For supersonics to really return to the skies, new propulsion technologies are needed. The most promising directions are hybrid electric and liquid hydrogen.

Hybrid Propulsion Aircraft

Hybrid systems combine fuel-efficient turbines with electric motors for the most energy-intensive phases, such as takeoff and climb. This reduces emissions by up to 30 percent and decreases noise, making the jets more suitable for urban airports. Rolls-Royce, Boom and other companies are already testing small-scale prototypes.

Private jets with hydrogen propulsion

Does liquid hydrogen represent the real challenge of the future of private jets? By burning hydrogen, only water vapor is produced: zero CO₂, zero particulate matter, very little pollution.

Startups such as Destinus (Switzerland) and Exosonic (USA) are developing cryogenic engines capable of powering supersonic jets with minimal environmental impact.

The main limitation, however, is infrastructural: special tanks and a dedicated refueling network are needed. However, early tests suggest that by 2035 we may see the first hydrogen-powered flights in business aviation.

When will we be able to fly in supersonic private jets?

Boom Supersonic and Spike Aerospace predict that the first commercial flights may take off between 2029 and 2032. More luxurious and customized versions of supersonic private jets will arrive shortly thereafter.

Future supersonic private jets will offer speeds beyond Mach 1, lounge-like comfort and a decidedly green footprint.supersonic flight is no longer a dream of the past-it is the next frontier of luxury business travel.

The return of supersonic flight is closer than we think.

But this time it will not be a race for power, but for sustainability, efficiency and quietness. The new generation of supersonic private jets promises to combine the elegance of Concorde with the green technologies of the future-and to make us fly faster than sound again.

Driven by sustainability goals and technological innovation, several manufacturers are preparing models that can zero direct CO₂ emissions and drastically reduce operating costs. This transformation marks the birth of the concept of sustainable business aviation, where luxury meets environmental responsibility.

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Among the peaks of the Swiss Alps: benefits and risks of helicopter transfer to St. Moritz, Gstaad and Zermatt

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Is it dangerous to fly helicopters to destinations such as St. Moritz, Gstaad and Zermatt in the Swiss Alps and other mountaintop locations? In this article we will explain the risks and benefits of flying transfers between Europe’s highest peaks.

How safe is it to land a helicopter on top of the Alps

Flying over the Swiss Alps by helicopter is a spectacular experience, but it is also a maneuver that requires skill and care. Pilots operating in the mountain environment are trained to deal with variable conditions, such as high winds or sudden changes in visibility.

Swiss helicopter operators offering VIP services meet the highest safety standards, with constant checks and state-of-the-art vehicles.

Switzerland is also among the best-organized European countries for mountain flying, with numerous heliports and certified high-altitude airports: from Samedan near St. Moritz, one of the highest in Europe, to Zermatt, Gstaad, Verbier and Crans-Montana, to small scenic landing spots serving chalets and high-altitude resorts.

Flying by helicopter in the Alps, therefore, is safe when relying on professional operators: missions are always planned according to weather and mountain characteristics to ensure comfort and peace of mind for passengers.

The most exclusive and hard-to-reach destinations at the top of the Swiss Alps

From the valleys of Zermatt to the pristine slopes of St. Moritz, from the vistas of Verbier to the understated charm of Gstaad, the Swiss Alps represent the heart of European luxury tourism.

Reaching these destinations can be challenging, however: narrow roads, mountain passes and winter weather conditions often slow travel times, making the helicopter an increasingly popular option for those who want speed and privacy.

The difficulties of landing by helicopter in St. Moritz, Gstaad and Zermatt

Landing a helicopter on the peaks of the Swiss Alps is one of the most delicate operations in civil flight. Environmental conditions, altitude and terrain morphology make each maneuver a challenge that requires skill, precision and knowledge of the terrain.

Among the main operational difficulties of landing a helicopter in St. Moritz, Gstaad and Zermatt

  • Altitude and rarefied air: above 2,000 meters air density decreases, reducing blade lift and making precise power management necessary.

  • Unpredictable weather conditions: snow, fog or high winds can change in a matter of minutes. Therefore, each flight is carefully planned and cleared only if conditions permit.

  • Limited landing spaces: many alpine helipads are located on reduced slopes or platforms, where the margin for error is minimal.

  • Turbulence and rising or falling currents: mountains create microclimates that can affect stability during landing.

To ensure safety, Switzerland has heliports and high-altitude heliports-such as Samedan, Zermatt, Gstaad and Crans-Montana-designed to provide safe maneuvering spaces and qualified technical support.
When it comes to more isolated locations, VIP helicopters can land only on authorized or private surfaces, subject to the necessary permits.

These complexities explain why it is critical to rely on certified professional operators and pilots with experience in mountain flying who can ensure safety and comfort even in the most extreme environments.

Helicopter landing in St. Moritz, Gstaad and Zermatt: luxury, time gained and freedom

The helicopter transfer allows you to land directly near the resort or chalet, avoiding hours of road travel.

VIP flights regularly connect Geneva, Zurich and Milan to Alpine resorts, reducing travel time to 30-40 minutes and offeringspectacular views of glaciers and valleys.

Every service on board the helicopter is customizable: flexible schedules, executive comfort in the cabin, and the possibility of combining the flight with a private jet for those arriving from abroad.

  • Also read our article On Verbier another luxury destination atop the Swiss Alps

The alternative on the road: luxury car rental with or without a driver

Those who prefer to stay on the ground can opt for a luxury car transfer, with or without a driver.
Switzerland ‘s alpine roads are among the most well-maintained in Europe, but they have curves, climbs and mountain passes that require some careful driving, especially in winter.

A high-end car provides comfort, traction and safety, even on challenging routes such as the Geneva to Verbier (about 2 hours), Zurich to St. Moritz (about 3 hours) or Milan to Zermatt (just over 3 hours).

VIP services often include private driver, luggage assistance, scenic stops, and tailor-made itineraries for those who want to enjoy the journey. It is ideal for those who like to travel at a leisurely pace, admiring alpine landscapes and stopping along the way at spa towns or small Swiss villages.

Rent a private jet St. Moritz, Gstaad and Zermatt with PrivateJetFinder

Whether you choose helicopter or luxury car, privatejetfinder.com helps you create a tailor-made travel experience:

  • Hire private jets to reach the nearest airports in the Swiss Alps.

  • VIP helicopter transfers, with direct landings at major heliports and resorts.

  • Luxury car rental, with or without a driver, to complete the journey in total comfort.

  • Complete customization of the trip: timetables, stops and amenities chosen by you.

With PrivateJetFinder, every move among the Swiss peaks becomes an exclusive experience, where luxury and safety come together in perfect harmony.



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Automated Daily Status Reports: How Logi-Sys Transforms Freight Forwarding Transparency

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The Daily Status Report: Your Secret Weapon for Logistics Success In the fast-paced world of global trade, keeping all parties informed is a monumental task. The freight forwarding industry thrives on moving goods efficiently, but what happens after a shipment leaves the warehouse? The answer lies in the Daily Status Report, or DSR, and with modern logistics platforms like Logi-Sys , this crucial communication tool has been elevated to a new level of power and simplicity. A Daily Status…



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