Container Tracking Device Launched

Bloodhound Tracking Device (BTD) today announced the launch of Tracker 1™, a covert, next-generation security and tracking platform engineered specifically for global intermodal containers. Unlike adapted consumer-grade devices, Tracker 1 is purpose-built to eliminate the connectivity gaps and short battery life common in legacy systems.

“Tracker 1 was architected for the container, not just adapted for it,” said BTD Chief Technology Officer, Jason Soloff. “We’ve engineered a platform that prioritizes redundancy and survivability to ensure total cargo visibility in the most demanding environments.”

Advanced Engineering & Global Connectivity


The Tracker 1 platform integrates high-performance hardware with a multi-layered communications stack:

  • Discreet, Rugged Design: A patented, colour-matched enclosure, efficient installation without drilling, wiring, or external antennas, and long, useable battery life, all self-contained.
  • Global Coverage: Combines LTE (w fallback), Iridium® satellite communications and a Proprietary IoT Mesh network to ensure continuous reporting.
  • Integrated Intelligence Enabled: Features such as high-resolution accelerometers for impact detection, user level programmable geofencing, and a physical tamper switch.

    The BTD Tracker 1™ is available immediately for ocean carriers, leasing companies, and logistics providers worldwide, with flexible leasing or purchase options.

Tracker 1 addresses persistent industry challenges such as connectivity loss at sea, short battery life, and limited survivability. The platform combines LTE (with fallback), satellite communications, and a proprietary IoT mesh network to provide continuous visibility across ocean, rail, and inland transport. Installation requires no drilling, wiring, or external antennas.

The Reconfiguration of Eurasian Logistics

Strategic connectivity is required in order to reconfigure logistics across Europe and Asia, writes Ajay Choudhary (pictured, below) of Asiania Logistika.

Anyone who has spent time around ports or freight desks knows that trade routes do not disappear overnight. They fray first. Delays creep in, costs stop behaving, paperwork piles up. Only then do governments and companies start asking whether the paths they rely on are still fit for purpose. That is broadly where global logistics finds itself today, especially across Eurasia.

For years, shipping between Asia and Europe Russia moved along familiar lines. Those routes still matter, but recent disruptions have exposed how little room for manoeuvre they leave when something goes wrong. As a result, conversations between India and Russia have shifted. Logistics is no longer treated as a background utility. It has become part of the strategic discussion about how trade should function in an uncertain environment.

One idea that has entered that discussion is the proposed Eastern Maritime Corridor. In simple terms, it looks at strengthening direct sea links between India’s east coast and Russia’s Far East. Public references to the corridor describe it as a way to deepen connectivity between Chennai and Vladivostok and to support engagement with Russia’s eastern regions. It is generally referred to as a work in progress rather than a ready-made route, a distinction that underlines the measured way in which such proposals are being handled.

Its significance lies less in any promise of quick change and more in the shift in thinking it represents. Trade reporting on India–Russia economic cooperation increasingly places logistics alongside investment, industry, and finance. Transport links are being discussed as connective tissue that helps commercial relationships hold together when conditions become less predictable.

A similar logic applies to the International North–South Transport Corridor. The INSTC has been talked about for years, sometimes in broad and abstract terms. More recently, attention has shifted toward what the corridor represents in practice. It brings together sea, rail, and road connections across India, Iran, the Caspian region, and Russia, offering an additional framework for moving goods across a complex geography.

Progress along the INSTC has been steady rather than dramatic. References to trial cargo movements point to a careful, step-by-step approach rather than an accelerated rollout. While this may appear slow from the outside, it mirrors the practical reality that cross-border logistics tends to advance only once regulatory processes and operational coordination fall into place.

Developments beyond India’s borders are closely tied to priorities at home. Long-term initiatives such as Maritime Vision 2030 outline efforts to modernise ports, streamline procedures, and strengthen multimodal connectivity. The underlying logic is straightforward. International routes are only as effective as the domestic networks that feed into them.

At the political level, transport cooperation continues to feature in broader trade conversations. Summaries of the India–Russia annual summit reflect a shared understanding that connectivity plays an enabling role in longer-term economic engagement, even as specific outcomes evolve over time.

For companies moving goods across borders, none of this is abstract. Emerging corridors offer clear possibilities, but they also raise practical questions around documentation, reliability, and coordination across jurisdictions. Drawing a route is relatively straightforward. Keeping it functional on a daily basis is far more demanding.

Looking at corridors in this practical way, less as grand announcements and more as evolving systems, is the kind of analytical approach reflected in our work, which focuses on how changes in transport frameworks translate into real-world freight decisions.

Narrow Aisle Collision Risk Assistance

In narrow-aisle warehouses multidirectional forklifts often operate with minimal safety distances. Collisions with protruding loads pose a constant safety risk. To effectively minimise this risk, Hubtex has developed a patented ‘Clear Aisle Assist’: a system of laser sensors that identifies protruding loads early, alerts the driver, and automatically reduces speed.

Challenges in narrow aisles

Multidirectional sideloaders are frequently utilised in narrow-aisle warehouses. To maximise storage capacity, these vehicles operate within guidance systems with very limited safety clearance, often with less than 100 millimetres on each side. This increases space efficiency but restricts the driver’s visibility. It becomes particularly critical when long items are stored at an angle or when neighbouring loads are inadvertently moved during retrieval. Parts may protrude into the aisle and aren’t always visible in time from the cabin, especially on the engine side. This can lead to contact issues and costly damage to the chassis, battery, cabin or rack system. In the timber, metal and general industrial trade, with hundreds of moves per day, this scenario is commonplace.

Monitoring with laser-based sensors


The system utilises Lidar sensors to assess vertical planes in the vehicle’s environment. Sensors are mounted at suitable positions based on vehicle configuration and scan both forwards and in reverse. This ensures early detection of protruding loads, whether the forklift enters the aisle forwards or backwards. The monitored area dynamically adjusts to key parameters, with speed, lift height and configuration determining the size of the protective zones. This allows for precise, needs-based detection of potential collision zones without burdening the driver with additional tasks.

The Clear Aisle Assist does not replace personal protection technology but supplements it with collision protection for loads protruding from the rack system. If the system detects an obstacle, it issues a warning first. If necessary, the system automatically reduces speed to avoid contact or minimise its consequences. The goal is an assistance system that effectively enhances the driver’s focus and maintains material flow in tight layouts.

“Our aim was to develop an assistance system that actively supports the driver without adding extra burden”, states Michael Röbig, Head of Product Management at HUBTEX. “The Clear Aisle Assist recognises dangerous situations early and can, if needed, not only warn but also automatically reduce the vehicle’s speed.”

The system is now available for the PHOENIX series and complements existing personnel protection scanners by providing protection against goods protruding into the aisle.

Subscribe

Get notified about New Episodes of our Podcast, New Magazine Issues and stay updated with our Weekly Newsletter.