Tehran

Tamar is a Mossad hacker who adopts a false identity to live and work in Tehran as part of a high-stakes operation to sabotage Iran's nuclear program. She relies on technical skill, local acquaintances and carefully constructed lies to get close to key targets. When that initial plan collapses, Tamar is forced to change tactics, and the fallout puts her cover, colleagues and personal relationships in jeopardy. The series keeps scenes tight and immediate, showing how fast decisions and small mistakes ripple outward, and it keeps the focus on tradecraft, moral compromise and the human cost of undercover work without revealing major plot twists.

Created by Dana Eden, Maor Kohn and Moshe Zonder, Tehran premiered in 2020. The show is built around Niv Sultan in the lead role, with Shaun Toub, Shervin Alenabi and Hugh Laurie among the principal cast, and it reached an international audience beyond its original production.

No reliable award information is provided in the details for this description, so specific wins or high-profile nominations are not listed here. The series did draw attention from critics and viewers, and it has been part of conversations in festival and press coverage, but precise honors are not specified in the supplied data.

Because it places an Israeli agent at the center of a story set in Tehran, the series generated debate about how television represents Middle East politics and espionage. Viewers and commentators discussed its portrayal of regional tensions, the ethics of surveillance, and the fact that a woman leads much of the action, which shifted expectations for the genre and opened up talk about representation and realism.

Audience response has been generally favorable, reflected in the provided vote average of 7.463/10 from 295 votes. Critics and viewers often point to the show's treatment of identity, loyalty, surveillance and the moral costs of covert operations, and many highlight Niv Sultan's committed lead performance and the series' sustained tension, even when pacing and subplot development receive mixed reactions.