Solution

At a substation, a single twig or wire scrap carried by a bird can trigger an outage. Nests built on busbars and instrument transformers lead to short circuits and flashovers, while bird droppings foul insulators and create leakage paths that escalate into equipment failure. Manual nest clearance requires high-risk live-line work, which becomes especially hazardous under wet conditions. The fixed RH11B acoustic-laser pan-tilt unit breaks this vicious cycle. It detects birds the instant they land, rotates to lock onto the target, and delivers targeted acoustic and laser deterrence before nesting begins. Non-lethal, all-weather and unattended, it shifts operations from reactive post-outage cleanup to proactive prevention — keeping birds from settling in the first place.

At a 4E-class gateway airport in Southeast‑Asian, capable of handling wide-body aircraft, flight movements remain relatively sparse. Birds still gather on the runways and taxiways before each departure. Clearing them by hand is slow and labour-intensive, leaves blind spots across the airside, and rarely keeps a flock away for long. Radar and electro-optical bird-detection systems, standard equipment at larger hubs, were well beyond the facility’s budget. RIBRI supplied a practical, streamlined alternative: the vehicle-mounted RC40Z-A. Before each departure, the team patrols the airside in a vehicle and triggers deterrent audio remotely from the in-cab controller, clearing the runway and taxiway corridors ahead of the flight. Scoped to the client’s budget, a single unit reduces bird-strike risk without the cost of radar or electro-optical detection hardware.

At a large aircraft MRO hangar complex in Singapore, indoor bird nesting on steel trusses created persistent risks: corrosive droppings on airframes, falling nesting debris threatening electrical bays, and recurring cleanup work that stretched into off-hours. Conventional nets and patrols failed to deliver round-the-clock protection. Four ceiling-inverted RX460A units were deployed, one per hangar. The omnidirectional acoustic system runs autonomously, eliminating nesting activity while keeping noise levels safe for on-site maintenance crews. The installation cut recurring bird-related labour and removed fire and equipment damage risks.

Shipboard security solutions must do more than watch the horizon—they must warn, deter, and act across air, surface, and underwater domains at once. Ribri delivers an integrated acoustic-optical-underwater defense system that unifies directional acoustic deterrence, tactical illumination, multi-modal sensing, anti-UAV nets, propeller arresters, diver detection sonar, and high-power underwater acoustic deterrents on a single vessel. Engineered to military-grade standards and built for the marine environment, the Ribri shipboard architecture protects naval ships, coast guard cutters, commercial vessels, and critical maritime platforms from drones, fast attack boats, and submerged intruders.

Coastal security solutions must do more than merely observe the horizon — they need to detect early, issue warnings, deliver deterrence and enable rapid on site response. RIBRI delivers a fully-integrated acoustic and optical defense system that unifies long range acoustic hailing , tactical lighting, and multi-modal sensing across fixed, vehicle-mounted, handheld, UAV-borne, and amphibious platforms. Built to military-grade specifications and certified IP66 for harsh salt-fog coastal environments, the RIBRI coastal security architecture safeguards ports, shorelines, and offshore platforms against unauthorized vessel incursions, drone intrusions, and night-time infiltration activities.

Focused on dismounted soldier drone detection, this passive multi-modal C-UAS system solves four battlefield troubles of traditional gear such as blind zones and position exposure. It uses acoustic-optical fusion with AI algorithms, boasting full low-altitude coverage, lightweight portability, all-weather stable detection and concealed passive operation to protect infantry from drone assaults.