T The distribution of perishable products requires a traceability system capable of maintaining data integrity, security, and connectivity among stakeholders. however, the large number of blockchain platforms with varying characteristics means that companies need a systematic approach to selecting the right technology. this study aims to design a blockchain technology selection model, identify the most suitable technology, develop an implementation strategy, and validate its suitability at pt sukanda djaya. the study used weighted scoring to narrow down eleven technologies to five alternatives: hyperledger fabric, r3 corda, quorum, eos.io, and multichain. the alternatives were selected using the fuzzy analytical hierarchy process based on evaluations by seven experts, followed by assessments of operational, technical, and economic feasibility. the implementation strategy was formulated through swot and tows analyses, while the model was conceptually validated by the company. the research results show that hyperledger fabric received the highest weighting of 0.2972 and a feasibility score of 85%, placing it in the “highly feasible” category. the implementation strategy focuses on a phased rollout through pilot projects, integration with erp, wms, tms, gps, iot, and temperature sensors, as well as risk management and the allocation of stakeholder roles. conceptual validation yielded an average score of 4.583 on a 5-point scale, falling into the “very appropriate” category. thus, the resulting model can be used as a basis for decision-making in selecting and planning the implementation of blockchain technology to support the traceability of perishable product distribution.