A car clears a border lane in under a minute, and the officers staffing it are trained to read documents, not to recognise a biological release. That is where a real alarm is likely to arrive, and it looks nothing like the sealed building where protective equipment is demonstrated.
What One October Exercise Put in the Same Lane
On 5 and 6 October 2026, Georgian agencies worked through a simulated biological incident at the Sadakhlo crossing point on the Armenia border, under a European Union CBRN Centres of Excellence project. The scenario was ordinary: a traveller with anthrax-compatible symptoms, plus undeclared raw meat suspected of contamination. Patrol police, customs veterinary staff, the disease control centre and ambulance crews took part.
No equipment verdict was published. The hot-wash list asked for the decontamination procedure and specimen transport rules to be clarified, and for smaller refresher exercises at every crossing point. Both describe a lane where protection must work for staff who touch the system a few times a year.
The Micro-Organism Pictogram Is a Leak Test
Buyers ask for a glove rated for anthrax. No such rating exists. The micro-organism marking under EN ISO 374-5 is earned by a penetration test on the finished glove, and virus may be added only where the material has also passed a bacteriophage challenge. Neither predicts how a spore behaves on a cuff after three bags.
Spores are particles. They do not migrate through a polymer the way a solvent does, so there is no breakthrough curve to quote; they sit on the surface, lodge in seams and transfer to whatever the glove touches next. The answer is geometric: long cuffs over the sleeve, few seams, a smooth film, and a glove thin enough to feel a bag lining. A glove that forces clumsy handling forces contact.
Sporicides Are the Real Boot Specification
A boot is not decontaminated by rinsing it. Spores survive drying, sunlight and detergent, and the working agents are oxidisers used at strength with contact times in tens of minutes. That chemistry is hostile to construction: polyurethane midsoles hydrolyse, adhesives soften, leather holds the liquid and stitching wicks it inward.
So the question is not whether a boot resists a chemical for eight hours, but how many wash cycles it survives before the sole separates. Ask for the number on the delivered construction, and for the tread pattern. Deep lugs hold soil, turning the boot into a sampling site and a carrier between zones. A moulded upper with no laces or stitched overlays, a sole with drainage channels, and a wash tray with marked dirty and clean sides belong in the tender. Boots used this way are consumables with a change interval.
Who Holds the Bag, and Where the Glove Comes Off
The awkward minute is bagging a sample. Two pairs of gloves, changed between samples, give a clean outer layer for the bag and a sacrificial layer for the hand that has just been inside a cool box. Frozen meat and wet plastic are slippery, bone and glass cut, so grip and cut resistance belong to the barrier brief. A doffing bin has to stand within arm's reach of the lane.
Three lines belong in any order for this duty. State who the wearer is and how often they train. Require donning and doffing times demonstrated by untrained staff, not by the supplier's own team. Specify sporicide exposure cycles, drainage, and shelf life in a vehicle cache that sees summer heat and winter frost. Exercises rarely buy equipment; they rewrite the wording that the next tender copies.