New satellite imagery, analyzed by Ben Zion Makles, documents the dramatic transformation of the Givat Kochav HaShachar hilltop communities in Judea and Samaria over the past decade. The images show the shift from a reality where Bedouins roamed freely and theft was rampant to a thriving Jewish metropolitan area that now serves as a protective security belt. Hundreds of evacuations were required over the years to achieve this change.
A new satellite imagery analysis, compiled by researcher Ben Zion Makles and published Thursday, reveals the extent of development at the Givat Kochav HaShachar hilltop communities in the Binyamin region of Judea and Samaria. Over a decade, the area transformed from a sparse, insecure environment — where, according to the analysis, Bedouin herders moved freely, theft was common, and the terrain was largely uncontrolled by Jewish residents — into a densely built Jewish metropolitan zone with infrastructure and security features that the analysis describes as a protective belt. The report notes that the process involved hundreds of resident evacuations over the years. The imagery captures a before-and-after picture that residents of the communities say validates years of effort and state support. There is no indication of any new government policy or immediate operational change; the imagery serves as a retrospective documentation of settlement growth. The analysis was published via The Zioneer's intelligence desk.
- DevelopingSatellite imagery shows IDF captured four southern Lebanon villages, strategic ridge
- DevelopingArson attacks rise in Judea and Samaria as summer begins, settler describes fight against flames
- StrongYad L'Achim rescues Jewish woman and her three children from Palestinian village in Judea and Samaria
- DevelopingJenin now surrounded by settlements after years of reconstruction, report assesses
Source and signal
A single-sourced dispatch is never rated Confirmed or Strong. Its Signal strengthens only when a second, independent source corroborates it.
- Internal intake
