The Turkish government is advancing plans to deploy hundreds of soldiers to Gaza as part of an international peacekeeping force, according to sources familiar with the matter. The proposed brigade, estimated to include at least 2,000 personnel, is being assembled from various army branches with prior experience in peacekeeping and conflict zones. This contingent would join a multinational stabilization force in Gaza, as part of a broader peace plan brokered by former US President Donald Trump, which envisions Turkey as a key player in post-war reconstruction and security arrangements. However, the initiative faces opposition from Israel, and a UN resolution authorizing the deployment has yet to be passed. Israeli government spokesperson Shosh Bedrosian stated unequivocally, ‘There will be no Turkish boots on the ground,’ citing Israel’s reluctance to accept a strong NATO ally operating under a UN mandate in the enclave. Turkish officials, meanwhile, emphasize that their participation would focus on ceasefire implementation, humanitarian recovery, and border control, rather than enforcement actions. Ankara has also highlighted its role in facilitating the return of Israeli soldier Hadar Goldin’s remains to Israel, a gesture aimed at fostering goodwill. The final decision on the force’s scope and mandate is expected following consultations between the UN and regional stakeholders in the coming weeks. Turkish Foreign Minister Hakan Fidan has reiterated that Turkey’s involvement is contingent on a clear UN Security Council mandate, while President Recep Tayyip Erdogan has signaled readiness to deploy troops if required. The Trump administration has framed the multinational force as essential for lasting peace in Gaza, with plans to establish a ‘Board of Peace’ chaired by Trump himself, a move that critics argue would grant Washington unprecedented control over the operation. As negotiations continue, the international community watches closely, with Turkey positioning itself as a stabilizing force in the volatile region.