Blaxtair and ELOKON’s ELOshield are both pedestrian-protection systems for forklifts, and that is roughly where the similarity ends: they represent the two competing architectures of the market. Blaxtair is camera-AI, the truck sees and classifies people. ELOshield is UWB proximity, the truck ranges against tags people wear. Which one fits is mostly a property of your site, not of the brands, so this comparison is really an architecture decision wearing two logos. Descriptions below summarize each vendor’s own published positioning, snapshotted on the date above; we sell neither.
What each system is
Blaxtair mounts an AI camera that distinguishes a person from an obstacle in the truck’s path and alarms the operator, with product variants for vehicle detection and specific-obstacle detection, a Zoning module that cuts speed automatically in defined risk areas, and a Connect layer for proactive analytics. Nobody wears anything; every person the camera can see is covered.
ELOshield puts a UWB unit on the truck and tags on people, with configurable warning and protection zones around the vehicle. ELOKON describes it as OEM-independent and straightforward to install, with modular variants (including the lighter shieldGO for vehicle-to-pedestrian warning). Detection is mutual, the tagged pedestrian is warned too, and does not depend on line of sight.
The decision axes
Sight lines. Dense racking, blind corners, trailer interiors: UWB ranges straight through what blocks a camera, which favors ELOshield-style systems in classic high-rack warehousing. Open floors, yards, and docks play to the camera’s strengths.
Who is on your floor. A tag system covers exactly the people wearing tags, strong for a controlled workforce, weak the day a visitor skips the tag station. Camera-AI covers whoever appears, badge or not, which is why visitor-heavy and multi-employer sites lean vision. Our camera detection and proximity detection pages carry each family’s full trade-offs.
The pedestrian’s warning. ELOshield warns both sides of the encounter; a camera warns the operator. In noisy plants where a shouted horn disappears, the buzzing tag on a pedestrian’s vest is a genuinely different safety mechanism, not a detail.
Intervention. Both vendors describe automatic speed reduction, Blaxtair through its Zoning module, ELOKON through protection zones. If active slowdown is your requirement, specify it explicitly in the quote scope; it is the feature where configurations vary most, and it moves either product toward the collision avoidance category.
Cost and rollout differences
Budget shapes differ more than list prices suggest. A camera system prices per truck and is done, no consumables, nobody to equip, while a tag system prices per truck plus per person, and the per-person line includes the visitors and agency staff you have not hired yet. Rollout differs the same way: cameras go live truck by truck with no floor-wide dependency, while a tag deployment is binary, protection begins the day tag discipline reaches everyone, not the day hardware ships. Factor the administration too: tag batteries, issue and return logging, and a gate process are recurring work someone must own, where a camera’s recurring work is lens cleaning and the occasional recalibration. Neither burden is heavy; both are real, and the one your organization will actually sustain is a legitimate selection criterion.
The honest answer
Racked warehouse, controlled workforce, tags enforceable: the UWB architecture is the natural fit. Mixed traffic, visitors, outdoor legs, no tag discipline: camera-AI. Large sites increasingly run both, vision at docks and yards, tags in the aisles, which is an architecture decision your risk profile should drive, not either vendor’s brochure. Pilot the finalist in your worst aisle for a month and count near misses before and after; both companies’ claims deserve exactly that verification, and the quote form on the system pages sends both the same scope so the numbers come back comparable.