A Hexachip alert, available stock at Keepen in Saint-Malo, and manufacturing at Cabl’inov in Vendée: inVirtus Technologies chose to build 4,000 existing components into its production, on economic terms equivalent to its usual supply channels.
In Nantes, inVirtus Technologies designs and manufactures IoT solutions for geolocation and asset tracking: connected trackers, sensors, Bluetooth Low Energy readers and a cloud platform.
Its solutions let manufacturers know where their equipment is (containers, tools, machinery or packaging) and monitor its condition.
Its products include the ivTrack Evo, a tracker in which a Nordic Semiconductor nRF52 chip plays a central role: it acts both as the microcontroller and as the Bluetooth Low Energy radio.
For inVirtus, this part is not just one interchangeable component among many.
Switching to another chip would have major consequences: redesigning the circuit board, porting the firmware, new radio testing and repeating part of the certification process.
It would take several months of work.
In the short term, having the right part is therefore essential.
The supply environment also remains demanding for inVirtus. In 2026, the company has faced partial deliveries on other Nordic parts and steep price increases on PCBs.
But for the nRF52, there was no shortage.
inVirtus could buy the part from its usual distributors.
A different option came up.
inVirtus had added the part to its watchlist on Hexachip.
On 10 April 2026, it was alerted to an opportunity: several thousand nRF52 chips were available at Keepen, another manufacturer in western France, based in Saint-Malo.
The timing matched a production run inVirtus was about to prepare.
The stock met the first essential criteria: the right part, a suitable quantity and immediate availability.
One decisive question remained for the buyer: does it make sense to build components from another manufacturer’s surplus into its production, rather than going through its usual supply channel?
Keepen develops low-power IoT solutions for security and access control.
During the Covid period, in 2021, the company built up larger component stocks. Some of those components ended up unused, tying up cash.
Among them were the Nordic components inVirtus was looking for.
The reels were kept in their original sealed packaging, in a controlled environment.
Keepen, which had previously worked with traditional brokers, discovered Hexachip through one of its authorised distributors. It then listed several of its surplus parts on the platform, including photos of the labels and packaging.
So the stock already existed.
What it needed was a manufacturer with the right need, for the right part, at the right time.
The price offered was comparable to what its usual distributors charge for new components.
So the decision was not driven by an exceptional discount or by a shortage.
It was driven by a different trade-off: on equivalent economic terms, why not use components that have already been manufactured and are available at another manufacturer?
“The exact part we needed, a quantity suited to our production, and a price in line with new stock: we had nothing to lose and a positive environmental impact to gain.”
Guillaume Pelletier, Embedded Systems Manager, inVirtus Technologies
For the buyer, the decision still carries commitments: the components must match the product exactly, meet manufacturing requirements and be integrated under the expected conditions.
That is why the EMS plays an important role.
The components never pass through inVirtus’s premises in Nantes.
They are shipped directly from Saint-Malo to Cabl’inov, inVirtus’s electronics manufacturing partner based in Cheffois, Vendée.
Cabl’inov handles the purchase and receipt of the components before they go into production.
“Having the transaction go through our EMS, Cabl’inov, reassured us, since they handled the purchase and receipt.”
Guillaume Pelletier, inVirtus Technologies
Integration went smoothly, with no particular issues reported.
And the operation did not stop at the first batch.
In total, 4,000 Nordic ICs from Keepen’s stock were bought for inVirtus and shipped in four deliveries, supplying four production batches of 1,000 devices.
Stock available in Saint-Malo thus found its use in production carried out in Vendée for a company based in Nantes.
For these Nordic chips supplied to inVirtus, the share of avoided impact attributed to the buyer is estimated at:
| Indicator | Estimated impact attributed to the buyer |
|---|---|
| Greenhouse gas emissions avoided | 202.52 kg CO₂e |
| Water saved | 39.97 m³, or nearly 40,000 litres |
| Mineral resources preserved | 70 g |
Estimates based on Hexachip’s probabilistic calculation methodology. These values represent 90% of the total avoided impact estimated for this operation, attributed to the buyer; the remaining 10% is attributed to the seller.
For Keepen, the operation delivers a twofold result: recovering cash from components with no identified use, and knowing they are actually being reused by another manufacturer.
The geographical proximity also gives the operation a special dimension.
“It was very satisfying to know that it would be put to use locally.”
Guillaume Reinhardt, CTO, Keepen
The experience with inVirtus is part of a wider collaboration between Keepen and Hexachip.
The company has also sold other components to an IoT startup based in Rennes.
“I’m delighted to sell my surplus stock on Hexachip. Already 7 successful transactions in just a few months!”
Guillaume Reinhardt, Keepen
These seven transactions cover all of Keepen’s operations through Hexachip.
For Guillaume Reinhardt, his main advice to manufacturers holding unused components themselves is simple:
“I’d advise everyone not to wait too long before selling.”
And the experience is also starting to change his view as a buyer:
“Thanks to these successful operations, I’m reconsidering whether we too should buy surplus from our peers. I’m less reluctant.”
Above all, inVirtus’s experience shows that circular sourcing is not necessarily meant to replace established distributors.
It can be a complementary source when several conditions are met: the right part, sufficient traceability, a quantity consistent with the need, suitable economic terms and a process that secures the integration of the components into production.
In this operation, inVirtus did not buy surplus simply because it was available.
The company already had a traditional supply option.
It chose to use an existing resource because it matched its industrial need.
“One manufacturer’s surplus can be another’s supply. It doesn’t replace our usual channels, but it’s a real lever for competitiveness and the circular economy, especially when the EMS is in the loop to secure the operation.”
Guillaume Pelletier, Embedded Systems Manager, inVirtus Technologies
Read the story from Hexachip’s side (in French): In western France, Keepen’s surplus becomes inVirtus Technologies’ resources.
In today’s fast-paced industrial environments, efficient inventory management and asset tracking are crucial for maintaining productivity and reducing operational downtime.
Traditional methods of tracking equipment and inventory, such as manual barcode scanning or RFID, often require significant human effort and lack real-time visibility.
However, with the advent of flexible Bluetooth Low Energy (BLE) tags, industries can now automate inventory processes and enhance asset localization seamlessly within production facilities.
BLE technology provides real-time asset tracking by enabling automated communication between BLE-enabled tags and fixed or mobile scanners. These tags can be attached to a wide range of assets, including tools, machinery, and raw materials, providing instant visibility into their location and status. By leveraging BLE tags, industries can:
One of the standout advantages of BLE tags is their ability to provide precise location tracking within industrial facilities. Unlike traditional RFID or barcode systems that require line-of-sight scanning, BLE tags continuously broadcast their location, allowing:
Another key advantage of these BLE tags is their compact and lightweight form factor. With dimensions of just 3 cm x 2 cm x 0.2 cm (1.18 in x 0.79 in x 0.08 in), they can be discreetly attached to a wide range of assets without adding bulk or interfering with operations. Their miniaturized design allows:
One of the major pain points in deploying thousands of tracking tags across an industrial environment is the need for battery replacement.
With next-generation flexible BLE tags, industries can eliminate the burden of frequent maintenance, as these tags don’t require a battery change. This breakthrough provides:
A key innovation behind these BLE tags is their energy harvesting capability, powered by an integrated photovoltaic film. This enables the tags to function with minimal external power sources, offering:
This advancement ensures that BLE tags remain operational in challenging industrial environments, where consistent lighting is not always guaranteed.
Flexible BLE tags are proving invaluable in numerous industries, including:
As industries continue to evolve towards fully automated and data-driven environments, the adoption of flexible BLE tags will be a critical enabler for efficiency and cost savings. By eliminating the need for battery replacement, automating inventory tracking, and facilitating seamless asset localization, BLE technology is redefining industrial asset management.
For companies looking to improve inventory accuracy, reduce losses, and optimize production workflows, investing in BLE-based tracking solutions is no longer an option—it’s a necessity.
In the aerospace sector, Maintenance, Repair, and Overhaul (MRO) companies play a crucial role in ensuring aircraft remain operational and airworthy.
The efficiency of MRO operations depends not only on tracking aircraft components but also on the containers that transport these high-value parts, such as engine stands.
Today, global GPS tracking technology offers a game-changing solution, allowing MRO providers to maintain full visibility over their assets.
MRO companies must deal with a complex logistics network involving the movement of critical aircraft parts between repair facilities, storage locations, and operators. Traditionally, inventory management systems have focused on tracking individual parts, such as engines, landing gears, avionics and other key components.
However, an often-overlooked aspect of MRO logistics is the need to monitor the containers used to transport these components. Engine stands, crates, and specialized containers are essential for safely moving aircraft parts, yet their misplacement or delays can lead to significant downtime and operational inefficiencies.
The inability to track both the aircraft component and its transport container can result in costly disruptions, including:
To address these challenges, MRO companies are turning to real-time GPS tracking solutions that provide visibility into the movement of both aircraft components and their transport containers (screenshot of one of these solutions below)
Today, GPS-enabled tracking devices can be securely attached to engine stands, crates, and other specialized containers, offering MRO providers and airline operators real-time location data. These advanced tracking solutions enable:
Importantly, for use in air transport, these GPS units must be approved by airline companies to comply with aviation safety regulations.
Just like smartphones, these tracking devices require a switch to flight mode to prevent any interference during flights, ensuring they meet all aviation industry standards.
As the aerospace industry continues to demand faster turnaround times and greater operational efficiency, the adoption of GPS tracking for both aircraft parts and their containers will become a standard best practice. MRO companies that embrace this technology will gain a competitive edge, reducing delays, improving asset utilization, and ensuring greater reliability in their supply chain operations.
By implementing smart tracking solutions, MRO providers can minimize Aircraft on Ground (AOG) time, reduce logistics costs, and enhance overall service quality. Investing in real-time geolocation technology is no longer an option—it’s a necessity for the future of MRO logistics.
For MRO companies in the aerospace sector, tracking aircraft components is no longer enough—ensuring visibility over the containers transporting these parts is equally critical. With the advent of GPS-enabled tracking for engine stands and transport crates, MRO providers can revolutionize their logistics operations, optimizing efficiency and reducing costly delays. The future of MRO lies in smart, connected logistics solutions that bring complete transparency and control over every asset in the supply chain.
As businesses strive to optimize their supply chains, tracking and tracing containers has emerged as a critical component.
By utilizing advanced technologies like GPS trackers, logistics operations can enhance their efficiency, reduce costs, and improve customer satisfaction. This blog explores the various ways in which container tracking can transform logistics operations.
Container tracking technologies have revolutionized the way logistics operations manage their freight flows. At the heart of this revolution is the GPS tracker, a device that provides real-time location updates and seamless tracking capabilities. These trackers communicate with satellites, enabling companies to monitor their shipments’ locations across international boundaries. By utilizing a combination of satellite and cellular networks, logistics managers can receive vital information on container whereabouts, significantly reducing the chances of delays and losses.
While traditional methods of tracking relied on manual checks and paperwork, modern technology allows for near-instantaneous updates. This advancement not only streamlines operations but also enhances visibility throughout the supply chain. As production sites connect seamlessly with suppliers and customers, manufacturers can ensure that their containers are monitored every step of the way. Furthermore, advanced tracking systems can relay crucial data, such as temperature or humidity levels, which is particularly valuable for sensitive goods.
In addition, integration with platforms like InVirtus enables companies to employ sophisticated algorithms for predictive analysis, further improving their logistical flow.
Understanding container tracking technologies equips organizations with the knowledge to not only streamline their operations but to also enhance their overall supply chain management.
GPS trackers are a game changer for container management, particularly for large manufacturing companies with international activities. By embedding GPS tracking devices on containers, these companies can enjoy unparalleled visibility of their assets. This technological advancement means containers can be tracked in real-time regardless of where they are globally—should they cross borders or even be in transit via air freight.
Notably, some GPS trackers are designed to automatically switch to ‘flight mode’ when transported via airplanes, ensuring compliance with aviation regulations while still maintaining tracking abilities.
Furthermore, the results of studies on airworthiness in relation to tracking technology can be informative in determining best practices for integration into aviation processes, as noted in resources like InVirtus.
The logistics industry is on the brink of a technological revolution, making now the perfect moment for companies to embrace these advancements.Moreover, the ability to monitor containers seamlessly as they traverse various logistical flows—from production sites to suppliers or customers—empowers businesses to optimize their supply chains. Businesses that implement these trackers experience a decrease in delays, inventory discrepancies, and significantly enhanced operational efficiency. The integration of technology not only reduces costs but also improves customer satisfaction by ensuring timely deliveries.
One of the key advantages of using GPS trackers in logistics is real-time visibility. Logistics managers can access live updates from anywhere, enabling quick decisions that boost efficiency. If there’s a delay at a supplier’s site, they can quickly adjust routes or expedite shipping to mitigate disruptions. This instant access to container locations fosters proactive problem-solving, ensuring smooth operations.
In a world where timely deliveries are non-negotiable, having instant access to detailed tracking information can be the difference between a satisfied customer and a lost sale.
Companies can provide accurate tracking information to clients, enhancing transparency and building trust—an invaluable asset in today’s competitive market. Additionally, the ease of access to tracking data reduces the need for manual updates, allowing employees to focus their efforts on value-added activities rather than administrative tasks.
Cost reduction is essential for manufacturing companies, especially those in international trade. By using GPS trackers, organizations can monitor their containers and gain insights that improve resource allocation. Knowing a container’s exact location helps prevent unnecessary trips or duplicate orders, leading to significant transportation cost savings.
Utilizing data from GPS trackers allows companies to spot trends that optimize supply chain operations. By analyzing shipping time patterns, businesses can improve forecasting and planning, leading to better inventory management and less excess stock. This reduction in inventory ties up fewer resources, driving efficiency and lowering operational costs.
When it comes to logistics, customer satisfaction hinges on one primary factor: reliable, accurate tracking. Implementing GPS trackers enables companies to provide their clients with up-to-the-minute information on shipment statuses. This level of precision in tracking allows businesses to set realistic delivery expectations and minimize frustrations associated with shipping delays.
Additionally, the ability to share tracking information with customers fosters a sense of reassurance and builds long-term relationships. Clients appreciate the transparency and are more likely to remain loyal to brands that prioritize their needs. Consequently, accurate tracking can lead to repeat business, which is essential for sustaining growth and profitability in the manufacturing sector.
Looking ahead, the future of container tracking technology seems promising with the rapid evolution of innovations. Emerging technologies such as IoT (Internet of Things) and AI (Artificial Intelligence) are expected to play pivotal roles in the logistics industry. Containers equipped with IoT devices can provide even more granular data, thereby enhancing tracking capabilities beyond mere location metrics to include information such as environmental conditions and container integrity.
As businesses strive to navigate the complexities of global trade, integrating these advanced technological solutions will be vital. Companies can expect to see a proliferation of smart containers, which automatically adjust their settings based on real-time data, offering unparalleled security and efficiency.
In today’s fast-paced digital landscape, optimizing lead time has become essential for businesses looking to thrive. The emergence of the Internet of Things (IoT) offers innovative solutions to enhance efficiency and reduce lead time. This FAQ will guide you through the key aspects of lead time optimization, particularly in the context of IoT technology.
Lead time optimization refers to the process of reducing the time taken from order placement to order fulfillment. It’s a critical component for manufacturing companies, particularly in the production of parts where delays can lead to increased costs and lost revenue. Simply put, optimizing lead time means streamlining processes to ensure quicker delivery of products to customers.
Crucially, effective lead time optimization can be achieved through the localization of parts. By ensuring that components are sourced as close to the production site as possible, manufacturers can significantly reduce transport time and costs. This localization strategy allows companies to respond faster to market demands, which is essential in a competitive landscape.
Overall, lead time optimization involves both strategic planning and technological integration, ensuring that companies can not only meet but exceed customer expectations.
The Internet of Things (IoT) plays a pivotal role in enhancing lead time optimization by providing real-time data and insights throughout the manufacturing process. Technologies such as BLE (Bluetooth Low Energy) and LoRaWAN (Long Range Wide Area Network) facilitate seamless communication between devices, enabling precise tracking of parts, work-in-progress (WIP), and production orders.
For instance, using BLE sensors, manufacturers can monitor the status and location of equipment and products in real-time. This capability not only enhances visibility but also assists in identifying potential delays before they escalate, thereby allowing companies to take proactive measures.
LoRaWAN technology further empowers lead time optimization by extending the range of communication between devices while consuming minimal power. This means that even in expansive manufacturing environments, asset tracking becomes efficient and reliable, significantly contributing to the speed of operations.
Ultimately, the integration of IoT technologies allows for more intelligent decision-making, ensuring that lead times are minimized and operational efficiency is maximized.
Fig. 1 : Use of BLE tags on production orders
To effectively implement lead time optimization leveraging IoT, manufacturers should start by conducting a thorough assessment of their current processes. Understanding where delays occur is vital to applying the right solutions. Once potential bottlenecks are identified, manufacturers can focus on deploying IoT technologies like BLE and LoRaWAN to enhance transparency.
Moreover, engaging in continuous monitoring of WIP is crucial. By utilizing asset tracking solutions, companies can manage inventory levels more effectively, ensuring that they have the right amount of materials on hand without overstocking. This balance leads to reduced waste and ultimately lowers lead times.
Additionally, collaboration across departments is essential. By fostering communication between production, inventory management, and logistics teams, stakeholders can work in unison to address challenges and coordinate efforts to optimize lead times more effectively.
Finally, it’s essential to measure performance consistently. Setting key performance indicators (KPIs) around lead times and using IoT data analytics to assess progress helps drive continuous improvement.
Fig. 2 : Use of LoRaWAN devices for indoor localization, on a wireless infrastructure
While implementing lead time optimization strategies aided by IoT technologies can yield significant benefits, manufacturers often face challenges. One major issue is the initial investment required for upgrading technology infrastructure. Transitioning to IoT solutions such as asset tracking systems utilizing BLE and LoRaWAN may seem daunting.
However, many companies find that the high return on investment (ROI) justifies these costs. By drastically shortening lead times, improving production efficiency, and minimizing wastage, organizations can recoup their investment quickly, often within a year.
Another challenge involves the integration of various systems. Manufacturers might use legacy systems that are not easily compatible with modern IoT solutions. The key to overcoming this hurdle is to opt for modular technologies that allow gradual integration, ensuring a smooth transition without disrupting daily operations.
Furthermore, addressing employee training is essential. Ensuring that staff is well-versed in using new technologies can make or break a successful implementation of lead time optimization strategies. Ongoing training and support will keep teams engaged and enhance their abilities to utilize newly deployed systems effectively.
Several manufacturing companies have realized remarkable successes through the adoption of IoT technologies for lead time optimization. For instance, a prominent automotive parts manufacturer implemented a BLE-based asset tracking solution, which allowed them to monitor components in real-time throughout the production process.
As a result, they achieved a 20% reduction in lead times. This substantial improvement not only elevated customer satisfaction but also provided the company with a competitive edge in the market, leading to increased orders.
Another noteworthy example comes from a consumer electronics firm that utilized LoRaWAN to optimize their supply chain. By deploying a network of IoT devices to track WIP and inventory levels, they were able to swiftly identify bottlenecks in their production line improvements, resulting in a lead time decrease of over 30%.
These case studies highlight the tangible benefits that can stem from adopting IoT technologies, particularly in the realm of lead time optimization. With enhanced visibility and responsiveness, organizations not only shorten their lead times but also build stronger relationships with their clients.
By embracing IoT technologies, organizations can significantly reduce their lead times, improve responsiveness, and enhance overall operational efficiency. Understanding and implementing lead time optimization strategies will empower businesses to remain competitive in an evolving marketplace.
Learn more about indoor location technologies to track your WIP and production orders below:
https://www.invirtus.io/en/rtls-indoor-positioning-system/
Today, tracking sensitive objects has become essential. Whether for security, logistics, or resource management, tracking technologies like GPS and Bluetooth Low Energy (BLE) offer a variety of solutions.
This article explores the key criteria for choosing between GPS tracking and BLE tracking.
Signal range and coverage are essential elements to consider when choosing between GPS and BLE.
GPS offers a range of several kilometers, making it an ideal solution for tracking objects over long distances, such as vehicles or goods spread across a large area. On the other hand, BLE, with its generally limited range of a few meters (some BLE beacons can be read at 100 meters), is more suitable for close-range applications, such as tracking objects in an indoor environment. Therefore, if you need to track a distant asset, GPS is undeniably more effective.
However, some tracking applications require precision inside buildings or densely populated urban environments, and this is where BLE comes into play. With its ability to operate in confined spaces, BLE enables closer tracking.
BLE beacons can be strategically placed to provide continuous coverage, which is often a challenge for GPS due to obstructions.
The accuracy of tracking devices is another major criterion that influences the decision between GPS and BLE. GPS systems generally provide accuracy within a few meters, which is sufficient for most outdoor applications.
However, their effectiveness can decrease in urban environments where obstacles like buildings interfere with the signal. It is therefore crucial to assess the conditions in which the tracking will be performed.
BLE, on the other hand, stands out for its good indoor accuracy. Using techniques like triangulation or trilateration, with multiple beacons, it can achieve precision of just a few centimeters in small spaces.
This makes it the technology of choice for applications where very precise object tracking is required, such as asset management within a warehouse. Thus, the choice between these two technologies will largely depend on the type of environment in which you want to perform the tracking.
Energy consumption and battery life are crucial factors to consider.
GPS devices, due to their power and the complexity of the supporting satellites, generally consume more energy. This can lead to additional costs related to maintenance and battery recharging.
Therefore, if you choose a GPS tracker that needs to operate continuously, it’s important to assess available recharging solutions.
On the other hand, BLE is designed to be energy-efficient, giving it significantly longer battery life.
Many BLE devices can operate for years on a simple battery. This is particularly advantageous for companies looking to maintain operations while minimizing maintenance costs.
A simple BLE beacon can continue transmitting signals for many months without needing a battery change, providing a major efficiency advantage.
Recently, a new generation of BLE tags has emerged—battery-free BLE tags that harness energy from the world around us!
These innovative tags tap into ambient light, heat, vibrations, and even electromagnetic waves, turning them into power sources for seamless operation.
GPS trackers can also use energy harvesting, but batteries are still needed.
Cost is often a decisive factor when choosing tracking technology.
GPS devices can represent a significant investment, not only for the initial purchase but also for subscription to data services and managing the tracking infrastructure. While this technology is highly effective, it may not be suitable for all businesses, especially those with limited budgets.
In contrast, BLE solutions are generally much more affordable. The equipment required for BLE tracking is often cheaper, and operating costs can be lower due to the absence of recurring data fees.
For companies looking to maximize their return on investment, BLE offers an attractive option. Depending on your financial situation and the needs of your business, the cost aspect should definitely be part of your decision-making process.
Finally, ease of integration and use is a key factor to consider.
GPS systems only require to physically attach a GPS tracker to your equipment.
Additionally, you need training to use the software platform for your assets’ visualisation.
The software platform is used to fine-tune tracking parameters: How frequently you want to get GPS positions, on which trigger (movement, zone exit, …) you want to aquire GPS positions.
On the other hand, BLE also stands out for its simplicity.
BLE beacons can be easily integrated into existing applications, and their management is generally done through intuitive user interfaces.
This allows companies to quickly start benefiting from effective tracking without overwhelming their staff.
Ultimately, assessing the integration effort required by each technology is essential for successful implementation.
Discover our exciting range of GPS trackers and BLE tracking devices, and feel free to contact us to explore how we can meet your unique needs!“
inVirtus Technologies offers a powerful solution to help teams work more efficiently and improve the management of their assets on the shop floor. What's it for?
inVirtus App. is a mobile application and monitoring platform designed to facilitate the tracking of asset on your operations. It enables teams to track the location, use and condition of their asset in real time, which can be very useful for optimizing operations on site, business parks and improving efficiency.
The tags from inVirtus Technologies are installed on the asset connected to the smartphones of all your employees. The inVirtus App. works in the background, even when the phone is locked in the pocket. As soon as one of your employees passes close to an ivBeacon Display-equipped device, for example, it detects it and pinpoints its exact location. The app also records alerts for potential problems, such as breakdowns, bottlenecks or necessary repairs, helping teams to plan maintenance operations more efficiently.
The inVirtus Technologies application forms a veritable network where users can collaborate. It detects and locates any asset it comes across, without distinction. This means you can benefit from the help of employees in other subsidiaries and warehouses around the world using the inVirtus Technologies solution.
Available on Goole play & App Store
The operation of the ivBeacon Display is similar to that of an Apple "Air Tag". Users of the inVirtus mobile app can use these tags to locate their asset and track their assets efficiently, simply by using their smartphone to pick up the tag signal.
Let's take an example of a use case: in an open warehouse full of crates, the operator can use his phone equipped with the inVirtus app to pick up the signal from the ivBeacon Display installed on the tooling, such as a pallet or a vibrating plate.
In this way, he can quickly locate the asset he needs. At the same time, the manager, using his computer, can visualize the location of the tool thanks to the data collected by the application.
As an expert in geolocation and asset tracking, inVirtus Technologies presents its latest product:
the iVbeacon Display tag
This innovative device promises to revolutionize your business by providing:
1- precise geolocation of production orders (POs) in your buildings.
2- dynamic display connected to your ERP / MES / GMAO.
The ivBeacon Display from inVirtus Technologies offers an accurate, real-time geolocation solution for your production orders, eliminating wasted time searching for your parts and production delays.
The ivBeacon Display tag and the inVirtus wireless anchors communicate in a bi-directional way to provide P.O locations with a remarkable accuracy, even in the most demanding metallic environments.
Display of relevant information
Thanks to the software suite offered by InVirtus, you can display all the information you want on your display tags.
What sets the ivBeacon Display apart is its ability to display business information directly on the sensor.
For example, you can display:
1- Product reference
2- Current production quantity
3- Customer name
4- The priority of your production order (see image below with a high-priority production order, displayed on a red background)
5- Other information from your ERP or MES.
This feature reduces errors, speeds up decision-making and improves communication between teams, creating a more efficient and productive working environment.
By integrating the Tag Display from inVirtus Technologies into your infrastructure, you can be sure of significant productivity gains.
By reducing downtime, optimizing workflows and improving visibility over the entire manufacturing process, your company can reach new heights of operational performance.
What's more, by offering greater traceability of manufacturing orders, this device helps you identify bottlenecks and implement more effective continuous improvement strategies.
The ivBeacon Display from inVirtus Technologies integrates seamlessly with the inVirtus Cloud platform, the software solution for real-time asset tracking.
By combining the power of the Tag Display with the advanced features of the inVirtus Cloud platform, you gain complete visibility over your entire fleet of manufacturing orders and asset, wherever you are.
Thanks to intuitive dashboards, customizable reports and real-time alerts, you can make informed decisions and anticipate potential problems before they become major obstacles.
The Tag Display from inVirtus Technologies is much more than just a geolocation device. It's a complete solution designed to transform your business, optimizing operational efficiency, reducing costs and stimulating growth.
Optimizing the management of skips for building assets, waste, assets, etc. represents a major challenge for local authorities and professionals in the industrial, construction and other sectors.
With this in mind, the adoption of GPS beacon tracking solutions is essential to improve the management of asset, particularly skips carrying assets essential to the business.
At the heart of the inVirtus Technologies system lies the power of a state-of-the-art GPS tracker, the ivTrack Evo, enabling the precise, real-time location of skips dedicated to transporting assets.
These skips can now be identified on an interactive map, enabling strategic route optimization based on their location.
The tracking functionality is enhanced by alerts in the event of prolonged immobility, ensuring smooth integration of the skip into the next rotation and reducing downtime.
Complementary to real-time tracking, inVirtus Cloud offers detailed access to the movement history of material handlers.
This feature enables a detailed analysis of previous trips, contributing to continuous improvement of operations.
It also provides exhaustive visibility of skip utilization, enabling maximum optimization of their transport capacity. As a result, the management of delivery tasks on construction sites becomes smoother and more efficient.
The security of the asset fleet remains a priority, thanks to the Invirtus Technologies system, which integrates geofencing alerts. As soon as a skip leaves an authorized area, an alert is triggered, minimizing the risk of theft and inappropriate use of asset.
Equipping material handlers with the Invirtus Technologies solution goes far beyond simply improving management. The solution offers customization tailored to the specific needs of each company, ensuring optimal management of the equipment fleet.
The connected ivTrack Evo tracker offers a full range of functions, such as rationalization of the skip fleet, identification of stationary skips, real-time monitoring of available stock, interactive mapping, detailed movement history, centralized and collaborative data, and detailed monitoring of the condition and status of each skip (available, in need of repair, on hire).
InVirtus Technologies relies on its inVirtus Cloud supervision platform, offering data centralization and seamless collaboration. This platform enables efficient, collaborative information management, boosting overall operational performance.
Committed to offering a unique, customized solution, Invirtus Technologies pushes the boundaries of efficiency in assets logistics. By investing in this cutting-edge technology, assets management professionals are assured of optimized management of their operations, improving their overall performance.
Discover the inVirtus Cloud Platform
In the world of the Internet of Things (IoT), selecting the best platform is crucial to the success of your connected assets tracking and geolocation project. An IoT platform is the heart of your system, facilitating the collection, processing, visualization and management of data from your connected objects. It offers key functionalities such as geolocation, alerts, scheduling and much more. Find out how to choose the right platform for your needs.
An IoT platform, short for Internet of Things, is an IT infrastructure that connects, collects, stores and manages data from connected objects. It plays an essential role in the transmission, visualization and analysis of this data, enabling users to make informed decisions. IoT platforms are used in a variety of fields, such as fleet management, construction, healthcare, defense and many others.
The operation of an IoT platform involves the collection of data from sensors, devices and connected objects, followed by its transfer to a data center for storage and analysis. Users can then access this data via connected assets tracking applications or supervision platforms. These applications offer functionalities such as map-based geolocation, alert definition, equipment zone entry and exit planning, and much more.
However, at the heart of this process are the APIs (Application Programming Interfaces) that enable communication and interaction between the various components of an IoT platform.
APIs are essential for extracting data, sending commands to connected devices, or accessing specific platform functions.
IoT platforms can be divided into two broad categories: proprietary and open-source.
Before choosing a connected assets tracking and geolocation platform, it's crucial to understand your specific needs. Here are some questions to consider:
To meet these needs, inVirtus Technologies offers inVirtus Cloud, a complete connected asset monitoring and geolocation solution. This IoT supervision platform offers a range of features to meet your specific needs:
Discover the inVirtus Cloud platform
Choosing the best connected assets tracking and geolocation platform is critical to the success of your project. By understanding your specific needs, comparing available solutions and considering inVirtus Cloud as a quality option, you can fully exploit the benefits of IoT to monitor your assets and equipments. Stay on top of the latest advances in IoT, as it continues to evolve rapidly to open up exciting new opportunities for asset geolocation. With the inVirtus Cloud mobile application, you have a powerful tool at your fingertips for efficient tracking and management of your assets.
