HaShomer builds AI that reads what a camera is actually seeing — and grades it, in the moment, with the evidence attached. Counter-UAS hardware is the second line of work.
Lines of work
Unconfirmed retention
Biometric identifiers
Founded and based
Introduction
01HaShomer is an AI company. The primary work is perception software: systems that watch live video and classify what is happening — by severity, as it happens, with the footage that proves it attached to the record.
The second line is defence hardware, for one threat that software alone cannot reach. A fibre-optic guided drone emits nothing to detect, so no amount of signal processing finds it. That one needs a sensor in the air and something to shoot with.
The work
0201 · Primary
Vigil reads what a camera is actually seeing — a person on the ground, a crowd breaking apart, an animal where it should not be — grades it by severity and keeps the footage that proves it. A running prototype.
How it works→02 · Second line
A fibre-optic guided drone transmits nothing, so nothing in the RF layer finds it. We look for the ten kilometres of glass it trails instead, resolve both ends of it, and engage from altitude. Modelled, not built.
How it works→Company
03השומר — the watchman. The name of the guard organisation founded in 1909 to defend the early settlements, and the forerunner of everything that came after it. A watchman does not strike first. He sees first, and he is certain before he speaks.
HaShomer is a solo company, founded and based in Israel. The work is AI systems for defence and security, and the hardware that has to exist where software runs out — and we take on special requests outside that core, from an aircraft to a mine.
Every idea gets a real look, whoever it comes from. Send it to [email protected]; if we take it to production, you get a share of what it makes.
Status
04HaShomer is in development. Vigil is a running prototype, not a fielded product, and its figures describe how it is built rather than measured performance in service. The counter-UAS system has no hardware: detection range is modelled, the other figures are illustrative concept targets, and time on station is unknown until the envelope leak rate is measured. The 3D scenes are illustrative — terrain is generic, aircraft are drawn oversize to stay visible at scale, the approach phase of the simulator runs time-compressed, and engagement timings are indicative. Nothing here describes a deployed system or a specific location.
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