Accurate measurement and verification of carbon credits in agriculture are essential to uphold the credibility and effectiveness of agricultural carbon markets. These credits, derived from carbon sequestration practices like conservation tillage, cover cropping, and agroforestry, rely on precise assessment to quantify sequestration, build market confidence, and align with global climate objectives. Challenges remain due to the diverse nature of soil types, climatic conditions, and management practices, which make carbon accounting complex. However, emerging technologies such as remote sensing, machine learning, and blockchain are revolutionizing measurement and verification by increasing accuracy, lowering costs, and improving transparency. Innovations in soil sampling, modeling, and satellite-based monitoring provide more precise and scalable methods for assessing carbon stocks and fluxes. Blockchain technology improves traceability, safeguarding the integrity of credits throughout their lifecycle. Despite these advancements, establishing uniform standards remains challenging, particularly for smallholder farmers who often encounter barriers such as limited resources and technical complexities. To ensure their inclusion in carbon markets, it is essential to develop equitable frameworks, provide financial and technical assistance, and promote collaboration among stakeholders. Policy support plays a crucial role as governments and international organizations strive to build robust governance frameworks and align agricultural carbon credit standards with broader climate goals. Future initiatives should prioritize combining technological advancements with inclusive stakeholder engagement to promote equity and uphold environmental integrity. Reliable measurement and verification of agricultural carbon credits will not only strengthen market credibility but also advance sustainable development and global climate action.