Blab AI
Israel Defense Forces Expand AI-Powered SMASH Hopper Deployment to Counter Drone Threats
Israel's Defense Forces (IDF) has ordered additional SMASH Hopper remote‑controlled weapon stations from Smart Shooter, an Israeli defense‑tech firm, expanding the AI‑powered system that has been in service for several years. The new purchase includes NIS 7.4 million (about US$2.5 million) for spare parts and related services, signalling a plan for widespread deployment across the country.
The SMASH Hopper is a lightweight, 15‑kilogram (33‑pound) modular unit that can be mounted on tripods, fixed masts, light vehicles, robots and unmanned ground platforms. Smart Shooter says the system uses AI‑based image processing to help operators detect, track and engage ground targets and aerial threats—including small drones—while reducing risk to personnel.
The expansion focuses on the northern border, where Hezbollah has deployed first‑person‑view drones against IDF troops and continues to threaten communities near the Lebanon line. The IDF’s use of AI‑enabled solutions during the recent conflict with Iran highlighted the need for rapid, automated threat detection and engagement.
Smart Shooter’s CEO Michal Mor said the Ministry of Defense’s decision “reflects continued confidence in their operational value.” He added that the company’s systems can operate as standalone units or as part of a layered defense architecture and that the contract strengthens cooperation with the IDF.
Founded in 2011 and headquartered in Kibbutz Yagur, Smart Shooter employs about 100 people. Its website describes the SMASH product line as delivering “one‑shot, one‑hit precision” through AI, computer vision and machine‑learning technologies. The firm has also secured contracts to supply its systems to the United States, the United Kingdom, Germany and other NATO and partner countries.
The SMASH Hopper belongs to a growing class of counter‑drone solutions that are being adopted worldwide as small unmanned aerial systems become more common on battlefields from Ukraine to Lebanon. Similar systems are being deployed by other nations, including the United States’ DroneShield and India’s Integrated Drone Detection & Interdiction System.
The IDF’s procurement follows a broader trend of integrating AI into defensive operations. The ministry has previously invested in the Iron Dome, David’s Sling and Arrow missile‑defence systems, all of which incorporate advanced sensors and automated decision‑making. The new SMASH Hopper adds a lightweight, AI‑assisted platform that can be rapidly deployed to address the evolving drone threat.
While the IDF has not disclosed how many units will be added, the purchase of spare parts and services indicates a plan for sustained, large‑scale deployment. The system’s modularity allows it to be mounted on a variety of platforms, which could include existing armored vehicles, unmanned ground vehicles and even fixed installations.
The SMASH Hopper’s AI capabilities are designed to reduce operator workload and improve engagement accuracy. By automating target detection and tracking, the system can respond faster than a human operator alone, a capability that is critical when facing fast‑moving drones that can be launched in swarms.
The IDF’s expansion of AI‑powered defensive systems reflects the military’s growing reliance on artificial intelligence in modern warfare. The procurement also signals to international partners that Israeli defense technology companies are continuing to develop and export advanced counter‑drone solutions.
At present, the IDF has not announced a timetable for the rollout of the new SMASH Hopper units. However, the purchase of spare parts and services suggests that the IDF intends to maintain a ready supply chain for the system.
The SMASH Hopper deployment is one of several recent moves by the IDF to strengthen its defensive posture against aerial and ground threats. The ministry’s continued investment in AI‑enabled systems is expected to shape the future of Israeli defense strategy and influence the global market for counter‑drone technologies.
In summary, the IDF’s procurement of the SMASH Hopper and related spare parts represents a significant expansion of AI‑powered defensive capabilities. The move underscores the importance of rapid, automated threat detection and engagement in the face of evolving drone threats, and it highlights the growing role of Israeli defense companies in supplying advanced counter‑drone solutions to international partners.
The SMASH Hopper is a lightweight, 15‑kilogram (33‑pound) modular unit that can be mounted on tripods, fixed masts, light vehicles, robots and unmanned ground platforms. Smart Shooter says the system uses AI‑based image processing to help operators detect, track and engage ground targets and aerial threats—including small drones—while reducing risk to personnel.
The expansion focuses on the northern border, where Hezbollah has deployed first‑person‑view drones against IDF troops and continues to threaten communities near the Lebanon line. The IDF’s use of AI‑enabled solutions during the recent conflict with Iran highlighted the need for rapid, automated threat detection and engagement.
Smart Shooter’s CEO Michal Mor said the Ministry of Defense’s decision “reflects continued confidence in their operational value.” He added that the company’s systems can operate as standalone units or as part of a layered defense architecture and that the contract strengthens cooperation with the IDF.
Founded in 2011 and headquartered in Kibbutz Yagur, Smart Shooter employs about 100 people. Its website describes the SMASH product line as delivering “one‑shot, one‑hit precision” through AI, computer vision and machine‑learning technologies. The firm has also secured contracts to supply its systems to the United States, the United Kingdom, Germany and other NATO and partner countries.
The SMASH Hopper belongs to a growing class of counter‑drone solutions that are being adopted worldwide as small unmanned aerial systems become more common on battlefields from Ukraine to Lebanon. Similar systems are being deployed by other nations, including the United States’ DroneShield and India’s Integrated Drone Detection & Interdiction System.
The IDF’s procurement follows a broader trend of integrating AI into defensive operations. The ministry has previously invested in the Iron Dome, David’s Sling and Arrow missile‑defence systems, all of which incorporate advanced sensors and automated decision‑making. The new SMASH Hopper adds a lightweight, AI‑assisted platform that can be rapidly deployed to address the evolving drone threat.
While the IDF has not disclosed how many units will be added, the purchase of spare parts and services indicates a plan for sustained, large‑scale deployment. The system’s modularity allows it to be mounted on a variety of platforms, which could include existing armored vehicles, unmanned ground vehicles and even fixed installations.
The SMASH Hopper’s AI capabilities are designed to reduce operator workload and improve engagement accuracy. By automating target detection and tracking, the system can respond faster than a human operator alone, a capability that is critical when facing fast‑moving drones that can be launched in swarms.
The IDF’s expansion of AI‑powered defensive systems reflects the military’s growing reliance on artificial intelligence in modern warfare. The procurement also signals to international partners that Israeli defense technology companies are continuing to develop and export advanced counter‑drone solutions.
At present, the IDF has not announced a timetable for the rollout of the new SMASH Hopper units. However, the purchase of spare parts and services suggests that the IDF intends to maintain a ready supply chain for the system.
The SMASH Hopper deployment is one of several recent moves by the IDF to strengthen its defensive posture against aerial and ground threats. The ministry’s continued investment in AI‑enabled systems is expected to shape the future of Israeli defense strategy and influence the global market for counter‑drone technologies.
In summary, the IDF’s procurement of the SMASH Hopper and related spare parts represents a significant expansion of AI‑powered defensive capabilities. The move underscores the importance of rapid, automated threat detection and engagement in the face of evolving drone threats, and it highlights the growing role of Israeli defense companies in supplying advanced counter‑drone solutions to international partners.
