A team of scientists in Singapore has made a breakthrough in identifying the molecular mechanism used by the black rot bacteria, Xanthomonas, to attack and weaken plant immune systems. This discovery, which remains non-genetically engineered, paves the way for the development of bacteria-resistant crops and more precise plant diagnostic methods. The research is particularly relevant to Singapore, where urban farming is on the rise and the warm, wet climate poses ideal conditions for the black rot bacteria to spread. The findings also highlight the need for ongoing research and surveillance to safeguard food security in Singapore and other regions threatened by black rot.