The National Testing Agency conducted the NEET-UG 2026 re-examination on Sunday, June 21, for candidates across India [1, 2].

The re-test follows the cancellation of the original May 3 exam on May 12 after allegations of paper leaks surfaced [1, 5]. Because the NEET-UG is the primary gateway for medical school admissions in India, the integrity of the process is critical for millions of aspiring students and the broader healthcare system.

Approximately 2.2 million candidates appeared for the exam [2]. The testing was administered at more than 4,400 centres across India [3], spanning 551 cities and 14 international locations [2]. In Uttar Pradesh alone, 760 centres were utilized [1].

To ensure the security of the process, the agency deployed 130,000 CCTV cameras [3]. Security measures included rigorous document verification, physical frisking, and a total ban on electronic devices. Specifically, the agency banned the use of Telegram to curb the potential for real-time leakages [2, 3].

The examination session ran from 2 p.m. to 5:15 p.m., with an additional 15 minutes provided [1]. Candidates were permitted to enter their respective centres between 11 a.m. and 1:30 p.m. [1, 2].

These multi-layer security protocols were designed to restore public trust in the national testing framework. The NTA focused on eliminating the vulnerabilities that led to the cancellation of the previous session earlier this month [1, 5].

The re-test follows the cancellation of the original May 3 exam on May 12 after allegations of paper leaks surfaced.

The scale of security for the NEET-UG 2026 re-examination reflects a crisis of confidence in India's high-stakes testing infrastructure. By implementing extreme measures—such as the specific ban on Telegram and massive surveillance—the National Testing Agency is attempting to signal a zero-tolerance approach to academic fraud. The success of this session will determine whether the agency can maintain its legitimacy or if the government will be forced to overhaul the national examination system entirely.