A prominent Israeli television personality has criticized plans by leftist demonstrators to interfere with the forthcoming marriage ceremony of Avner Netanyahu, the son of Prime Minister Benjamin Netanyahu. In a televised address on Keshet 12, Avri Gilad expressed his disapproval of such tactics and questioned their effectiveness. He argued that the persistent protests might inadvertently bolster the prime minister’s standing, despite his lack of significant accomplishments. Gilad emphasized how aggressive strategies, including verbal hostility, physical altercations, and traffic obstructions, could paradoxically play into the premier’s hands by presenting him with an easy target to oppose.

Gilad highlighted the irony in protesters aiming to disrupt a personal family event, suggesting it may only serve to reinforce Netanyahu's political longevity. "You're giving him exactly what he thrives on—an adversary," Gilad stated. He pointed out that Avner Netanyahu is not involved in his father's political apparatus and therefore should not be held accountable for the actions of the prime minister. The host further warned that these demonstrations could lead to continued support for both Netanyahu and his ultra-conservative collaborators.

In light of this critique, Gilad proposed an alternative strategy for those wishing to express dissent. Rather than confrontation, he suggested welcoming the bride-to-be with symbols of national pride and goodwill. "Show affection instead of animosity. Love is the one weapon Bibi cannot withstand," Gilad urged. This approach, according to him, could redefine the narrative surrounding the wedding and potentially weaken the prime minister's grip on power.

Gilad’s remarks underscore the complexities inherent in political protest and the potential unintended consequences of disruptive actions. By advocating for a shift in methodology, he aims to encourage more constructive forms of demonstration that align with broader societal goals while avoiding the pitfalls of reinforcing existing power structures.