As a result of the rapid improvements in technology, new opportunities for environmentally responsible management have become available and Smart Forestry 5.0 has emerged as a framework in this study. The Internet of Things (IoT), blockchain, robotics, and Artificial Intelligence (AI) are some of the advanced methods that are employed into this concept, which is based on the concepts on Industry 5.0. Additionally, this concept employs traditional forestry policies and procedures. The objectives of Smart Forestry 5.0 are to bring together human interventions and technical innovations to promote the development of sustainable forest ecosystems, reduce the effects of climate change, and improve the preservation of biodiversity. This study provides a full introduction to Smart Forestry 5.0 and places an emphasis on the multidimensional approach that Smart Forestry 5.0 manages the difficulties which are specific to modern forestry. This chapter investigates the way in which IoT-enabled sensors make real-time forest monitoring possible, artificial intelligence (AI)-powered predictive analysis help in detection of pests and disease, and drones equipped with robots enhance the afforestation and forest management methods. The blockchain method is being recognized for its potential to improve the transparency and traceability in supply chains for forest products, thereby preventing illegal logging and boosting the ethical sourcing. Additionally, the chapter discusses the ways in which digital twins and spatial data analysis make it possible to precisely method forest ecosystem, which in turn contributes to proactive decision-making and long-term planning. The socioeconomic outcome of Smart Forestry 5.0 is also investigated in this book chapter. Specifically, the chapter focuses on the potential of Smart Forestry 5.0 to empower rural communities by means of sustainable forestry practices, job creation, and efficiency in resource utilization. Some of the challenges that are examined in depth include high implementation costs, the digital gap, and ethical concerns regarding data privacy. These challenges are also addressed in this chapter. By integrating the natural world and technological advancements, Smart Forestry 5.0 is a significant step toward accomplishing the objectives of global sustainability. This chapter concludes by discussing the future direction including employment of adaptive learning method, collaborative policy frameworks, and renewable energy sources. Smart Forestry 5.0 has the potential to consider the way in which people manage with and protect forest, with the help of a combination of technological advancement and ecological care.