Mamata Banerjee, the Trinamool Congress supremo, announced a mega sit-in protest on Rani Rashmoni Avenue in Kolkata despite lacking an official permit [1, 2].

The demonstration signals a deepening of political tensions in West Bengal as the party seeks to mobilize supporters against perceived state and opposition aggression. By proceeding without a permit, the party is challenging local administrative authority to highlight its grievances.

Banerjee is organizing the agitation to protest alleged post-poll violence and attacks on party leaders [1, 2]. Specifically, the party is citing attacks on leaders including her nephew, Abhishek Banerjee [1]. The protest also targets a railway hawker eviction drive currently affecting workers in the region [1, 2].

A former Bengal chief minister said the sit-in will go ahead regardless of the missing permit [2]. The move comes amid reports of internal party dynamics and attendance issues during preparatory meetings.

According to reports, only 20 of the 80 newly elected Trinamool Congress legislators attended a recent meeting at Banerjee's Kalighat residence [3]. This low turnout suggests a potential disconnect between the party leadership's aggressive protest strategy and the attendance of its newly elected representatives.

The choice of Rani Rashmoni Avenue for the sit-in is strategic, as the location serves as a central hub for political visibility in Kolkata [1, 2]. The party intends to use the space to amplify calls for protection of its members, and the livelihoods of railway hawkers.

Mamata Banerjee announced a mega sit-in protest on Rani Rashmoni Avenue in Kolkata despite lacking a permit.

The decision to hold a large-scale protest without legal authorization indicates a shift toward more confrontational street politics by the Trinamool Congress. When combined with the low attendance of newly elected legislators at internal meetings, the situation suggests a possible gap between the party's top leadership and its rank-and-file members during a period of post-election volatility.