PickPoint
| Primary URL | Location | Industry | pickpoint[.]ru |
Country
Russia
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Transportation
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Profile
PickPoint operates an online order delivery service that relies on automated checkpoint systems to enable customers to retrieve parcels. The service is headquartered in Russia and, according to the reported incident, functions in Moscow. Users interact with self‑service terminals that open secure compartments to release ordered items without staff assistance. This model supports the last‑mile segment of e‑commerce logistics by reducing reliance on traditional courier hand‑offs. The organisation’s core offering centers on providing convenient, round‑clock access to delivered goods through its network of lockers.
The source material does not provide explicit quantitative details about PickPoint’s size, such as the number of terminals, annual parcel volume, or geographic spread beyond Moscow. Consequently, any description of its scale or market reach would be speculative and is omitted here. The available information confirms only that the company maintains at least one operational facility in Moscow that was affected by the December 2020 cyber incident. No public disclosures regarding employee count, revenue figures, or subsidiary structures are cited in the referenced report. Therefore, a factual profile must limit scale‑related statements to what is directly evidenced by the incident description.
PickPoint’s distinguishing attribute is its specialization in automated checkpoint hardware that manages the physical release of parcels to consumers. The technology integrates mechanical door mechanisms with software that validates user credentials before granting access. This focus on self‑service retrieval positions the company within the broader sector of last‑mile delivery solutions aimed at reducing delivery friction. The December 2020 incident highlighted a security competency gap, as attackers were able to manipulate the checkpoint systems to open doors without proper authorization. The event underscored the importance of robust access controls for physical delivery compartments in automated locker networks.