Growing agriculture manufacturing became smarter and data oriented due to the upgrading in technology. The new dynamic progress in MANETs has rehabilitated the way work of numerous industries. The influence of mobility and energy are main factors that can have an impact on stability and lifetime network behavior in mobile ad-hoc networks (MANET). The choice of paths having stability and prolonged network lifetime is one of the significant issues in the design of routing protocols. It’s time to use MANETs in agriculture industry for advanced production and supervising to preserve up with the nonstop growing request for food. However, mobile nodes in Ad hoc Networks (MANETs) are implemented to help all these solutions. A flexible function according to mobility and energy to improve the routing decision-making process is proposed. Mobility and energy are imperative components which can influence network performances. Increasing stability and lifetime are considered as the main reflections in scheming routing protocols. This paper proposed a new routing scheme in MANETS which is integrated in the optimized link state routing (OLSR). In the expected system, the author describes a multi-objective function based on spatial relation and energy level between mobile nodes, which exploits speed, direction, acceleration and the sent and received of hello packets. Similarly, the selection of multipoint relays (MPRs) via the projected methods is included in the algorithm. The technique chooses more stable relay nodes with high link’s quality, that’s mean, more neighborhood degree and higher lifetime as MPR that can rise reachability and stability of the network even in a very dynamic condition. The new OLSR is tested by the network simulator (NS3) under Radom Waypoint mobility model. Results exposed a significant enhancement for SRE_OLSR.