Key Takeaways
- Tondo Smart, an Israeli start‑up founded by a Unit 8200 veteran and an electricity‑market expert, completed a successful pilot of its automated drone‑identification system in Los Angeles.
- The system leverages existing city infrastructure as a sensor network and uses AI‑assisted software to detect, monitor, and coordinate low‑altitude drone traffic.
- While designed for civilian airspace management, the technology also serves as a dual‑use tool for spotting unauthorized aerial activity such as smuggling or illicit surveillance.
- The pilot, executed by Tondo Smart’s US subsidiary SphereLink at a Los Angeles Bureau of Street Lighting site, demonstrated that current municipal assets can become a real‑time operational layer for urban airspace control.
- Los Angeles was chosen because of its size, complexity, and the upcoming slate of major global events—World Cup matches (2024), Super Bowl (2027), and the Olympics (2028)—which are expected to drive a sharp rise in both authorized and unauthorized drone flights.
- SphereLink’s ability to identify and manage authorized drone activity proved the system’s scalability for protecting critical infrastructure and public spaces.
- Company leaders stressed that the LA success carries meaningful commercial implications and could pave the way for broader municipal contracts across the United States.
- The technology exemplifies how defense‑derived innovations can be repurposed for smart‑city applications, enhancing safety while supporting the growth of urban air mobility.
Introduction and Pilot Overview
Tondo Smart, an Israeli start‑up specializing in low‑altitude airspace management, recently announced the successful completion of a pilot program in Los Angeles, California. The trial tested the company’s automated drone identification system, which is designed to detect, track, and organize drones operating in crowded urban environments. Conducted by SphereLink, the US subsidiary of Tondo Smart, the pilot demonstrated that the technology can function effectively within a major metropolitan setting, offering municipalities a tool to maintain order in increasingly busy skies.
Technology Background and Founders
The system was developed by Guy Saadi, a graduate of Israel’s elite Unit 8200 cyber‑intelligence unit, and Micha Ben‑Ezra, who brings more than three decades of experience from the electricity market. Combining Saadi’s expertise in defense‑grade sensing and data analytics with Ben‑Ezra’s knowledge of large‑scale infrastructure, Tondo Smart adapted principles from Israel’s military array sector into a commercial product. The result is a platform that fuses hardware‑level detection with AI‑driven software to provide real‑time situational awareness of low‑flying vehicles.
Dual‑Use Applications: Civilian and Security
From its inception, Tondo Smart positioned its solution as a dual‑use technology. On the civilian side, it helps coordinate authorized drone flights for deliveries, inspections, media coverage, and recreational use, thereby reducing the risk of mid‑air collisions and improving efficiency. On the security side, the same detection capabilities can identify unauthorized aerial activity—such as smuggling operations, illicit surveillance, or potential threats to critical infrastructure—allowing law‑enforcement and security agencies to respond swiftly. This versatility makes the system attractive to both city planners and public‑safety officials.
Pilot Execution by SphereLink in Los Angeles
SphereLink carried out the Los Angeles pilot at a site managed by the Bureau of Street Lighting. Using the existing street‑light poles as mounting points for sensors, the system created a distributed network capable of scanning the low‑altitude airspace over a defined urban zone. AI‑assisted algorithms processed the incoming data to distinguish between authorized drones (those with filed flight plans or transponder signatures) and unknown or non‑cooperative aircraft. Throughout the trial, SphereLink successfully identified, monitored, and managed authorized drone activity, demonstrating the platform’s reliability in a real‑world environment.
Integration with Existing City Infrastructure
A core advantage of Tondo Smart’s approach is its reliance on pre‑existing municipal assets rather than requiring extensive new installations. By attaching lightweight sensors to street‑lights, traffic signals, or other urban fixtures, the system leverages the city’s current power and communications infrastructure. This reduces deployment costs, accelerates rollout timelines, and simplifies maintenance. The Los Angeles pilot proved that such an infrastructure‑intelligence layer can be activated quickly and provide continuous, city‑wide airspace awareness without major capital outlays.
Strategic Importance of Los Angeles
Los Angeles was selected deliberately for the pilot. As the second‑largest city in the United States, it presents a complex airspace environment with dense residential, commercial, and industrial zones. Moreover, the city is slated to host several high‑profile events in the coming years: World Cup matches in 2024, a Super Bowl in 2027, and the Summer Olympics in 2028. These gatherings are expected to generate a substantial increase in both legitimate drone operations (e.g., broadcast, security, logistics) and potentially unauthorized flights. Demonstrating the system’s capability in LA therefore offers a compelling proof point for its suitability in other major venues facing similar challenges.
Anticipated Growth in Drone Traffic
Industry forecasts predict exponential growth in urban drone activity over the next decade, driven by advances in delivery services, infrastructure inspection, aerial journalism, and emergency response. In a metropolis like Los Angeles, the convergence of authorized commercial flights and hobbyist or malicious operators could overwhelm traditional air‑traffic management methods, which are primarily designed for manned aircraft. Tondo Smart’s AI‑enhanced detection and coordination platform aims to fill this gap, offering a scalable solution that can adapt to rising volumes while maintaining safety and security standards.
Commercial Implications and Future Prospects
Although Tondo Smart did not disclose specific financial figures from the LA pilot, the company emphasized that the successful demonstration could lead to meaningful commercial opportunities if expanded to broader municipal contracts. The ability to monetize existing infrastructure as a sensor network creates a recurring‑revenue model for cities seeking to modernize their airspace management without large upfront investments. Moreover, the pilot’s success strengthens Tondo Smart’s position in the growing market for urban air mobility (UAM) services, where reliable low‑altitude traffic management is considered a prerequisite for widespread adoption of drones and electric vertical‑takeoff‑and‑landing (eVTOL) vehicles.
Executive Perspectives on the Pilot’s Impact
Gilad Babchuk, CEO of SphereLink, highlighted that the trial showed how “existing city infrastructure can become a real‑time operational layer for managing urban airspace.” He noted that Los Angeles’ scale and complexity made it an ideal proving ground for demonstrating that the technology can support both smart‑city initiatives and security applications simultaneously. The company’s statement also underscored the dual‑use nature of the system, emphasizing its relevance for civilian drone traffic management as well as for identifying illicit aerial activities such as smuggling or unauthorized surveillance.
Conclusion and Outlook
The Los Angeles pilot marks a significant milestone for Tondo Smart and its vision of transforming municipal infrastructure into an intelligent, responsive airspace‑management layer. By blending defense‑derived sensing expertise with AI analytics and leveraging the city’s existing assets, the system offers a pragmatic path forward for cities anticipating surges in drone activity. As major global events approach and the urban airspace becomes increasingly crowded, solutions like Tondo Smart’s could become essential tools for ensuring safety, enabling new aerial services, and protecting critical infrastructure against emerging threats. The successful LA demonstration not only validates the technology’s technical merits but also signals its potential to scale across other metropolitan areas seeking to balance innovation with security in the skies above their streets.