Sustainable honey bee breeding relies on defined selection goals and standardized testing methods. Selection should focus on traits that are objectively measurable, including colony development, honey productivity, gentleness, swarming behavior, and varroa resistance. Seasonal colony assessments, including adult bee and brood population records, provide insights into wintering ability and productivity potential. Honey production, measured through harvest or hive weight, is crucial for evaluating colony performance. Behavioral traits like gentleness and calmness improve beekeeping efficiency and acceptance and are assessed using simple scoring systems. Swarming tendency is observed during main seasons, with high priority given to selecting non-swarming colonies. Varroa resistance evaluation includes natural mite mortality, bee infestation rates, and advanced assays such as VSH (varroa-sensitive hygiene) and REC/SMR (recapping and suppressed mite reproduction). Brood hygiene behavior, essential for disease resistance, is tested via freeze-killed or pin-pierced brood assays. These methods allow precise, heritable trait evaluation for breeding programs. Integration of technology, such as electronic hive scales and standardized testing across colonies, enhances data accuracy and breeding outcomes. Collectively, these practices aim to optimize honey bee resilience, productivity, and adaptability, supporting sustainable beekeeping and improved genetic stock.