In warehouse and factory sites, "mixed traffic of people and vehicles, limited visibility, many
blind spots when turning, and dense intersections" remain the fertile ground for forklift accidents
and near-accidents. Recently, the British company Slamcore announced the launch of Slamcore Alert,
which is positioned as a pedestrian detection and driver alert system that can be quickly installed on
existing forklifts and manual material handling equipment.
It aims to enhance the "safety perception" capabilities of traditional fleets with a lower threshold
for modification. In its released information, Slamcore emphasized that Industry's attention is currently
focused on high-investment and long-cycle fully automated robot projects. However, the practical
demand of a large number of facilities is to first "put into use, manage and maintain" the existing forklifts
and manual vehicles. It is reported that It adds AI cameras on the vehicle side for perception and alerts
drivers in real time of risk events such as "pedestrians entering dangerous areas" through sound and
light (buzzer), without relying on wearable tags or work badges.
Making "Alerts" no longer isolated: Alert is built on the spatial positioning foundation of Aware.Unlike
some "single-point sensor + local Alert" solutions on the market, Slamcore defines Alert as an extension
of the capabilities of its existing product, Slamcore Aware: Alert is responsible for "seeing people and
alerting them", while Aware provides the spatial data foundation for "where the vehicle is, its orientation,
and how surrounding targets are moving". According to Slamcore's disclosure,
Slamcore Aware is a visual-inertial SLAM positioning and perception module for material handling
vehicles. It can be modified onto forklifts and other vehicles to output the real-time position and attitude
data of the vehicle and nearby targets to kanban or partner applications. One of its propositions is
"no UWB base stations, no tags, and no additional anchor infrastructure" to reduce the complexity
of RTLS deployment. At the level of key parameters, Slamcore Aware disclosed more "engineering
implementation" indicators: positioning accuracy (repeatable) ±20 cm/8 inches,
single vehicle installation time "<30 minutes", entire station deployment "<1 day"
The power supply range is 9-48V, directly drawn from the vehicle. It also supports integration methods
such as Wi-Fi, Ethernet, VDA5050 and REST API. The protection level of the device is IP65, and
certification information such as CE/FCC is listed.
From the perspective of product form, the core of Slamcore Alert is: using the on-board camera
of Slamcore Aware to conduct visual detection of pedestrians around the vehicle, and giving sound and
light prompts to the driver through LED and buzzer; Slamcore emphasizes its "no wearables, no
additional infrastructure", and highlights "lower cost, faster deployment, and reduced alert fatigue"
as one of its selling points.
Support dynamic adjustment of areas and rules according to on-site changes. The transition period of
automation towards "coexistence of humans, vehicles and robots".
To integrate visual SLAM, sensor fusion and AI for safety and efficiency improvement in busy commercial
facilities, Slamcore Alert does not represent the approach of "replacing manual forklifts with automatic
ones",but rather a more lightweight modification method to enable existing forklifts to first have usable
safety perception and rule prompt capabilities. Then, gradually integrate these spatial data into higher-level
fleet management, digital twin and automated dispatching systems.