Seyond

Falcon K is the flagship ultra-long-range, high-fidelity automotive sensor, positioned on the official website as an 'Ultra-long-range, high-fidelity automotive sensor for high-speed highway driving and highway infrastructure', suitable for high-speed highway driving and highway infrastructure scenarios. According to the official website, Falcon K can detect targets at distances up to 500 meters, with a detection range of 250 meters at 10% reflectivity, enabling control systems to anticipate hazards in advance and giving the vehicle more reaction time, thereby improving driving safety. The product features automatic zoom (Auto-Zoom) with ROI dynamic focusing, flexibly adjusting regions of interest for better target tracking and improving point-cloud resolution and detection accuracy in difficult conditions. Falcon K is an automotive-grade, mass-produced LiDAR that has passed a series of vehicle-level reliability tests including chemical corrosion resistance, temperature and humidity variation, frosting, thermal cycling and shock; the official website states that over 250,000 units of Falcon K1 have been delivered.

Detection Range 1.5m ~ 500m (250m @ 10%); Field of View (HxV) 120° × 25°; Resolution Up to 0.06° × 0.06°; Scan Lines 152 Lines @ 10FPS; Laser 1550nm, Class 1 (IEC-60825).

• High-speed highway driving
• Highway infrastructure
• ADAS advanced driver assistance
• Autonomous driving and vehicle-infrastructure cooperative perception
• Volumetric Scanning
• Navigation
• Mapping
• Collision Avoidance
• Object Identification
• Crowd Monitoring
• Agriculture
• Airport
• Warehouse Monitoring
• AMR/AGV
• Construction
• Security
• Forklifts
• Highway Monitoring
• Intersection Monitoring
• Rail
• Retail

Robin E1X is a compact, long-range automotive LiDAR with excellent point-cloud consistency, positioned on the official website as 'Compact · Long range · Consistent' with a 'Scanning architecture engineered for high point-cloud consistency in a compact housing'. It adopts a proven scanning architecture optimized for stable, high-quality point-cloud data, with a wide 120° × 20° field of view suited to demanding perception systems. The official website states it can detect targets up to 300 meters away for long-range and high-speed scenarios; the product combines the proven automotive-grade design of Falcon K with low power consumption and a compact form factor, designed for high-volume mass-production applications requiring high performance and reliability with a cost advantage. Its slim form allows flexible integration, including behind the windshield, inside vehicle lamps, in the grille or front bumper; power consumption is only 6W, helping extend battery life of autonomous systems and improve energy efficiency.

Detection Range 1m ~ 250m (200m @ 10%); Field of View (HxV) 120° × 20°; Resolution (HxV) 0.1° × 0.1°; Laser 940nm, Class 1 (IEC-60825); Power Consumption 6W; Dimensions 30 × 106 × 101 mm. (Note: the body text of the same page mentions 'With its 0.01°x0.01° resolution', inconsistent with the specification box; recorded per the official specification box without conversion.)

• Passenger car ADAS
• Target detection and identification in long-range and high-speed scenarios (long range and high speed applications)
• Integration behind the windshield / in lamps / grille / front bumper
• Autonomous driving perception systems
• Agriculture
• Airport
• Warehouse Monitoring
• UGV
• Construction
• Security
• Forklifts
• Drones
• Intersection Monitoring
• Rail
• Retail

Robin W is an ultra-wide field-of-view, compact, high-resolution short-range LiDAR, positioned on the official website as 'Ultra wide FOV · Compact · High resolution', achieving wide lateral coverage with no blind zones through its 120°×70° ultra-wide FOV. The official website states it has a minimum detection distance of 0.1 meters and low power consumption, with a detection range of 70 meters at 10% reflectivity — twice that of other side-view LiDARs — while the maximum detection range reaches 150 meters, balancing long range with minimization of close-range blind zones. It offers image-grade ultra-high resolution of up to 0.15°(H)×0.36°(V) with over 1.28 million points per second, enabling more reliable target detection and identification. The slim design can be seamlessly embedded in side flanks, bumpers and other components; power consumption is only 6W with advanced noise reduction, providing greater design flexibility for vehicles, robots and fixed installations.

Detection Range 0.1m ~ 150m (70m @ 10%); Field of View (HxV) 120° × 70°; Resolution Up to 0.15° × 0.36°; Vertical Scan Lines 192 Lines; Laser 905nm, Class 1 (IEC-60825). The official website also states point-cloud output of over 1.28 million points per second, 6W power consumption, and a minimum detection distance of 0.1 m.

• Passenger car side-view blind-zone-free perception (side-view detection, no blind zones)
• Close-proximity sensing
• ADAS advanced driver assistance
• Autonomous driving and robotics navigation
• Agriculture
• Airport
• Warehouse Monitoring
• AMR/AGV
• Construction
• Security
• Forklifts
• Drones
• Intersection Monitoring
• Rail
• Retail

Hummingbird D1 is a compact fully solid-state flash LiDAR sensor, positioned on the official website as a 'Fully solid-state flash LiDAR — no moving parts — for next-gen durability in robotics and consumer ADAS', i.e. fully solid-state with no moving parts, targeting next-generation durability requirements for robotics and consumer ADAS applications. The product offers a 140° × 100° field of view and a detection range of up to 50 meters, designed for reliable near-field perception with only 6W of power consumption, suited to automotive near-field and blind-spot sensing needs.

Detection Range 0.01m ~ 50m (30m @ 10%); Field of View (HxV) 140° × 100°; Resolution 0.55° × 0.52°; Power Consumption 6W; Laser 940nm, Class 1 (IEC-60825); Dimensions 50 × 45.5 × 80 mm.

• Consumer ADAS
• Reliable near-field perception
• Robotics
• Solid-state reliability and maintenance-free scenarios (zero moving parts)

OmniVidi is Seyond's comprehensive perception service software platform centered on LiDAR technology and multi-sensor fusion, comprising two core modules: the Perception Platform and the Toolchain. The Perception Platform adopts an engineering-driven design philosophy, integrates an advanced deep-learning technology framework, provides rich algorithm model components and perception function suites, and delivers precise spatial object information and environment reconstruction through detection and identification of traffic participants, traffic event monitoring and road infrastructure perception, serving intelligent driving and smart traffic scenarios. The official website states that the perception platform covers the full product line, providing a closed-loop toolchain from data to algorithm models, perception and validation, and helping customers rapidly build LiDAR applications through accumulated scenario test cases; it also provides a multi-LiDAR point-cloud fusion solution achieving feature-level fusion of point-cloud targets, greatly reducing development workload such as extrinsic calibration, time synchronization, point-cloud calibration and reflectivity alignment, achieving 360° surround perception in one step. OmniVidi Toolbox builds a full-chain data loop covering data collection, annotation, training and evaluation, and continuously develops in-house automated annotation capabilities; the official website states it reduces annotation costs by 80% compared with manual annotation. The platform also provides the web-based ILA (plug-and-play real-time point-cloud viewing, point-cloud recording and parameter configuration) and MetaView for professional customers (stronger point-cloud visualization and interaction performance, point-cloud playback and data analysis).

No quantitative technical parameters disclosed on the official website; structural description: centered on LiDAR technology and multi-sensor fusion; comprises the Perception Platform and Toolchain core modules; provides a multi-LiDAR point-cloud fusion solution with feature-level fusion of point-cloud targets supporting 360° surround perception; full-chain data loop covering data collection, annotation, training and evaluation, with automated annotation reducing annotation costs by 80% versus manual annotation; offers the web-based ILA (real-time point-cloud viewing, recording, parameter configuration) and MetaView for professional customers (point-cloud visualization interaction, playback and data analysis).

• Intelligent driving
• Smart traffic
• Detection and identification of traffic participants
• Traffic event monitoring
• Road infrastructure perception
• Multi-LiDAR 360° surround perception
• L3 assisted driving and L4/L5 autonomous driving scenario perception (Robotaxi)

SIMPL (Seyond Intersection Management Platform) is Seyond's smart intersection management platform, positioned on the official website as 'a comprehensive intersection management solution that uses advanced LiDAR technology and artificial intelligence' — a comprehensive intersection management solution combining advanced LiDAR technology and artificial intelligence, capable of precisely detecting and analyzing the presence, trajectories and speeds of all road users (vehicles, pedestrians, non-motorized vehicles) at intersections, serving as a cost-effective alternative to inductive loops and providing cities with real-time multimodal data and analytics by optimizing intersection traffic flow. In the ITS section of the official website, SIMPL is driven by state-of-the-art LiDAR and AI, serving key stakeholders such as cities, Departments of Transportation (DOTs) and Tolling Agencies with reliable, efficient and accurate solutions; core benefits include traffic management (real-time data collection and integration for better decisions), safety improvement (high-precision tracking of all road users), revenue optimization (high-volume accurate data for tolling optimization) and maintenance planning (data insights supporting infrastructure and maintenance planning). The official product list page categorizes SIMPL as both LiDAR Software and LiDAR Sensors.

Structural description (no quantitative parameters disclosed on the official website): an intersection management solution centered on advanced LiDAR plus artificial intelligence; typical deployment installs two FALCON LiDARs diagonally at the intersection to cover the entire intersection, with detection range up to 100 meters (300 feet) behind each stop-bar. Product categories: LiDAR Software / LiDAR Sensors.

• Intelligent Intersection Control
• Adaptive signal control
• Protection of vulnerable road users (VRUs)
• Intersection congestion mitigation
• Traffic flow optimization
• Real-time multimodal data collection and integration
• Urban traffic management
• Scenarios for Departments of Transportation (DOTs) and Tolling Agencies
• Infrastructure and maintenance planning

With socio-economic development and the continuous growth of expressway mileage, frequent accidents and traffic congestion have become increasingly prominent, and traditional sensors on expressways can no longer meet growing transportation demands. Seyond's expressway solution (called Highway & Corridor Monitoring in the ITS section of the official website) is based on high-performance image-grade LiDAR technology, providing customers with comprehensive, high-precision vehicle perception and traffic event detection capabilities; its intelligent road analysis safeguards the safe operation and traffic efficiency of expressways. The solution enables fast and accurate event detection and response, and supports dynamic speed limit management and wrong-way driving alerts.

Structural description (no quantitative parameters disclosed on the official website): based on high-performance image-grade LiDAR; provides comprehensive high-precision vehicle perception and traffic event detection; supports rapid event detection, dynamic speed management and wrong-way driving alerts on expressways and corridors.

• Highway & Corridor Monitoring
• Rapid traffic event detection and response
• Dynamic speed limit management
• Wrong-way driving alerts
• Expressway safety and traffic efficiency improvement

Based on Seyond's high-performance LiDAR and algorithms, OmniVidi for VOM uses 360° three-dimensional perception to provide high-precision 3D vehicle dimension information for traffic management; the official website calls it 'a revolution on redefining the solution of monitoring oversized vehicles'. The solution can be applied to scenarios such as national highways, bridges and tunnels, preventing accidents or traffic-flow disruption caused by violations of height, length and width limits. In the Stationary section of the official website, this capability is further used to precisely measure vehicle dimensions (height, length, volume) to protect infrastructure and ensure that key roads and entrances/exits comply with weight and size limits.

Structural description (no quantitative parameters disclosed on the official website): based on high-performance LiDAR and algorithms; provides 360° 3D perception and high-precision vehicle dimension information; outputs the dimension data used for over-height, over-length and over-width determination.

• Vehicle overlimit management (oversize monitoring)
• State highways
• Bridges
• Tunnels
• Infrastructure protection (dimension/volume measurement)
• Weight and size compliance at key roads and entrances/exits
• Accident prevention from traffic flow affected by overlimit vehicles

Traditional rail safety measures mainly rely on physical barriers and security personnel; in recent years, emerging monitoring means such as electronic fences and intelligent video surveillance still suffer from short monitoring distances and relatively high false alarm and missed detection rates. Seyond's rail solution is based on high-performance image-grade LiDAR, providing long-range, high-precision, all-weather, stable and reliable monitoring, and supports deep-learning algorithms for fast and accurate target perception, thereby achieving higher detection rates and lower false alarm rates, reinforcing the lifeline of rail operations. In the Off-Road section of the official website, the solution provides critical long-range object detection and obstacle perception for heavy rail applications, improving the safety and collision-avoidance capability of large slow-moving equipment.

Structural description (no quantitative parameters disclosed on the official website): based on high-performance image-grade LiDAR; long-range, high-precision, all-weather, stable and reliable monitoring capability; supports fast and accurate target perception with deep-learning algorithms; higher detection rates and lower false alarm rates.

• Rail operation safety monitoring
• Long-range object detection
• Obstacle perception and collision avoidance
• Heavy rail applications
• Complement or replacement for electronic fences and intelligent video surveillance

With the development of the port industry, automation, digitalization and intelligence have become new drivers of port growth. In recent years, expanding terminal operations have brought rising costs, persistent safety risks, insufficient personnel capabilities and inadequate production efficiency — industry-recognized problems that urgently require automated and intelligent production and management means. Seyond's port solution is based on high-performance image-grade LiDAR, providing 24/7 all-weather, high-precision cargo scanning and container positioning to improve operational efficiency on the shore and in the yard; it also helps autonomous trucks in port areas better avoid obstacles ahead and obtain positioning guidance, reducing operating costs while ensuring safety and efficiency.

Structural description (no quantitative parameters disclosed on the official website): based on high-performance image-grade LiDAR; 7×24 all-weather operation; high-precision cargo scanning and container positioning; supports forward obstacle avoidance and positioning guidance for autonomous trucks in port areas.

• Terminal operations
• Cargo scanning
• Container positioning
• Shore and yard operational efficiency improvement
• Obstacle avoidance and positioning guidance for port autonomous trucks
• Port production safety management

In recent years, with accelerated infrastructure construction, the number of bridges has kept increasing and ship-bridge collision accidents occur frequently, causing huge economic losses, so active bridge anti-collision warning has drawn increasing attention; meanwhile, the informatization level of waterways is relatively low, and the need to transform from traditional manual management to digital management is urgent. Seyond's shipping solution is based on high-performance image-grade LiDAR, providing 7×24 all-weather, high-precision waterway monitoring, delivering vessel traffic flow information and bridge collision warning information to law enforcement agencies and bridge maintenance personnel; through ship-shore collaboration and early warning, it effectively prevents ship-bridge collision accidents and supports the informatization of waterways.

Structural description (no quantitative parameters disclosed on the official website): based on high-performance image-grade LiDAR; 7×24 all-weather high-precision waterway monitoring; outputs vessel traffic flow information and bridge collision warning information; supports ship-shore collaboration and early warning.

• Waterway monitoring and informatization (waterways informatization)
• Active bridge anti-collision warning
• Vessel traffic flow monitoring
• Digital management for law enforcement agencies and bridge maintenance personnel
• Ship-shore collaborative warning

Mining environments are harsh, and the industry has long faced problems such as production safety and recruitment difficulties; driven by policy and the development of autonomous driving technology, unmanned mining has become an inevitable trend of intelligent mine operation. Seyond's mining solution is based on high-performance image-grade LiDAR, providing high-precision long-range detection capability and excellent dust penetration, unaffected by mine dust and direct sunlight; its output of high-quality structured point-cloud data is easy for algorithms to use, identifying risks in advance to ensure operational safety while improving efficiency, supporting the large-scale operation of autonomous mining trucks. In the Off-Road section of the official website, the solution supports the safe 7×24 operation of haul trucks, dozers and excavators, improving efficiency and reducing costs through automated repetitive tasks in controlled sites.

Structural description (no quantitative parameters disclosed on the official website): based on high-performance image-grade LiDAR; high-precision long-range detection; excellent dust penetration, unaffected by mine dust and direct sunlight; outputs high-quality structured point-cloud data.

• Large-scale operation of autonomous haul trucks
• Dozer and excavator automation
• Intelligent mine operation
• Mine production safety and advance risk identification
• Perception in harsh environments such as dust and strong light
• 7×24 continuous mine operations

The Precision Agriculture solution in the Off-Road section of the official website guides autonomous agricultural machinery and harvesters operating across vast farmland with centimeter-level accuracy, helping customers maximize yield and reduce waste by providing detailed farmland 3D terrain data, crop health monitoring and intelligent resource management data.

Structural description (no quantitative parameters disclosed on the official website): provides centimeter-level accuracy guidance; outputs farmland 3D terrain data, crop health monitoring data and resource management data.

• Autonomous agricultural machinery and harvester guidance
• Farmland 3D terrain perception
• Crop health monitoring
• Intelligent resource management
• Yield maximization and waste minimization

The Construction Automation solution in the Off-Road section of the official website empowers autonomous heavy construction machinery with precise real-time 3D perception, adapting to dynamic and dust-filled construction sites; it can rapidly generate high-precision digital twins for construction progress tracking, site safety and instant volumetric (material volume) analysis.

Structural description (no quantitative parameters disclosed on the official website): provides real-time 3D perception; supports rapid generation of high-precision digital twins; supports progress tracking, site safety and instant volume/volumetric analysis.

• Autonomous heavy construction machinery
• Perception in dynamic, dust-filled construction sites
• High-precision digital twin generation
• Construction progress tracking
• Construction site safety
• Instant volumetric material analysis

The security, perimeter and crowd management solution in the Stationary section of the official website is used to establish precise intrusion zones and instantly detect unauthorized entry; it can precisely count, track and analyze large-scale crowds in public or event spaces; it can identify potential bottlenecks and track intruders' direction of movement to support rapid response. The official website points out that its directional LiDAR outperforms 360° rotating devices in security and monitoring scenarios, with three core advantages: Focused Accuracy — using ROI dynamic focusing to scan only areas of interest, achieving better target tracking and higher clarity in key areas; Aesthetic & Concealed — a sleek, compact form for concealed installation, less exposed and more attractive than bulky rotating systems; Efficient Data — scanning only necessary areas reduces raw data volume, speeding up processing and reducing network latency.

Structural description (no quantitative parameters disclosed on the official website): fixed-installed directional LiDAR (Falcon LiDAR given as an example on the official website) replacing 360° rotating devices; ROI dynamic focusing; compact concealed form; scanning only necessary areas to reduce raw data volume and network latency.

• Intrusion zone establishment and unauthorized entry detection
• Perimeter Security
• Crowd counting, tracking and flow analysis (Crowd Monitoring)
• Crowd management at large events and public places
• Bottleneck identification
• Intruder direction tracking and rapid response

The ITS section of the official website positions LiDAR as a key enabling technology for smart cities and adaptive traffic control. Seyond provides reliable, high-fidelity perception capabilities unmatched by traditional sensors, balancing traffic flow optimization with public safety improvement. Its ITS management platform SIMPL (Seyond ITS Management Platform), driven by state-of-the-art LiDAR and AI, serves key stakeholders such as cities, Departments of Transportation (DOTs) and tolling agencies with more connected, safer and more efficient solutions, positioned by the official website as 'Transforming Infrastructure into Intelligent Networks'. The solution delivers value at two high-risk, high-traffic nodes: intelligent intersection control (protecting vulnerable road users, relieving congestion, enabling adaptive signal control) and highway and corridor monitoring (fast and accurate event detection, dynamic speed limit management and wrong-way driving alerts).

Structural description (no quantitative parameters disclosed on the official website): an ITS management platform centered on LiDAR plus AI (SIMPL); covers two major scenario categories — intelligent intersection control and highway/corridor monitoring; serves cities, DOTs and tolling agencies.

• Smart cities
• Adaptive traffic control
• Intelligent intersection control
• Highway and corridor monitoring
• Optimized traffic flow
• Public safety improvement
• Tolling revenue optimization
• Infrastructure and maintenance planning

The Stationary section of the official website is positioned as 'Precision Monitoring for Security and Compliance' — in scenarios where continuous supervision is critical, Seyond LiDAR provides a robust fixed-position perception layer, outputting precise 3D data to support security, compliance and operational optimization. The official website states that its technology 'replaces guesswork with geometric certainty', providing detection and tracking superior to comparable products for fixed-installation scenarios; the key lies in the fact that directional LiDAR outperforms 360° rotating devices in security and monitoring scenarios: Focused Accuracy (ROI dynamic focusing, scanning only areas of interest, bringing better target tracking and higher clarity), Aesthetic & Concealed (sleek compact design for concealed installation, less exposed and more attractive than bulky rotating systems), Efficient Data (scanning only necessary areas reduces raw data volume, speeding up processing and reducing network latency). The solution covers fixed applications such as security/perimeter/crowd management and vehicle overlimit management.

Structural description (no quantitative parameters disclosed on the official website): fixed-installed directional LiDAR (Falcon LiDAR given as an example on the official website); ROI dynamic focusing; compact concealed form; scanning only necessary areas to reduce raw data volume and network latency.

• Fixed-position security and compliance monitoring (security, compliance)
• Security and crowd analytics
• Perimeter and intrusion detection
• Vehicle Overlimit Management
• Infrastructure protection
• Continuous supervision scenarios requiring low-latency processing

The Off-Road section of the official website is positioned as 'Autonomous Vision for the World's Toughest Sites' — extreme environments demand extreme reliability; Seyond LiDAR provides robust, high-performance perception for mines, construction sites, farmland and other of the world's toughest industrial sites, supporting autonomous driving and improving safety. The official website points out that in industries where dust, dirt, vibration and temperature swings are the norm, traditional sensors often fail or require excessive maintenance, while Seyond's rugged LiDAR outputs precise 3D data and keeps running. Its three reliability features are: vibration and shock resistance (withstanding the extreme mechanical stress brought by heavy machinery and rugged terrain), all-weather reliability (maintaining high-resolution perception in dust, heavy rain and extreme temperature swings), and precise path planning (providing the high-resolution data needed for precise positioning, precise path planning and obstacle avoidance of large autonomous vehicles). The solution covers precision agriculture, construction automation, autonomous mining and rail.

Structural description (no quantitative parameters disclosed on the official website): vibration and shock resistance (suited to heavy machinery and rugged terrain); all-weather reliability (maintaining high-resolution perception in dust, heavy rain and extreme temperature swings); outputs high-resolution 3D data for precise positioning, precise path planning and obstacle avoidance.

• Precision Agriculture
• Construction Automation
• Autonomous Mining
• Rail
• Positioning and path planning for large autonomous vehicles
• Extreme industrial environments such as dust, vibration and temperature swings

The official homepage lists Robotics alongside Automotive, ITS, Stationary and Off-Road as one of the five major solution sections (Solutions for Every Industry: 01 Automotive 02 ITS 03 Robotics 04 Stationary 05 Off-Road), and explicitly states that its image-grade LiDAR is oriented to large-scale deployment across ADAS, ITS, Robotics, Stationary and Off-Road applications. The 'Sensors for Every Application' on the official product pages note robotics-related scenarios including AMR/AGV, Forklifts, UGV, Drones, Construction, Agriculture, Security, Retail, Warehouse Monitoring and Airport; among them, Robin W is designed for robotics navigation and close-proximity sensing with a 120°×70° ultra-wide FOV, while Hummingbird D1 features a fully solid-state, no-moving-parts design targeting the next-generation durability requirements of robotics and consumer ADAS.

Structural description (the official Robotics section provides no independent quantitative parameters): hardware parameters refer to the corresponding product pages — Robin W: FOV 120°×70°, detection range 0.1m~150m (70m @ 10%); Hummingbird D1: FOV 140°×100°, detection range 0.01m~50m (30m @ 10%), fully solid-state with no moving parts; the rest follows the official structural description.

• AMR/AGV
• Forklifts
• UGV
• Drones
• Warehouse Monitoring
• Airport
• Retail
• Security
• Construction
• Agriculture
• Robotics navigation
• Reliable near-field perception

The official homepage explicitly states 'Now offering BABA-compliant sensors, made in the US.' — Seyond can now provide US-made sensors that comply with the Build America, Buy America (BABA) requirements. This supply capability relies on the stable global manufacturing system disclosed on the official website: a total of 4 LiDAR manufacturing plants in the US and China with an annual capacity of over 1 million units, offering customers shorter lead times, reliable quality and a stable supply chain. Note: this item appears on the official website as a homepage statement/banner, and is not listed as an independent model entry on the product list page (/products), hence models is an empty array.

Structural description (no quantitative parameters disclosed on the official website): compliance with Build America, Buy America (BABA) requirements; made in the US; supported by 4 manufacturing plants in the US and China with an annual capacity of over 1 million units.

• US domestic/government procurement compliant supply (BABA-required projects)
• Volume deployments requiring short lead times and stable supply chains
• Compliant selection across ADAS, ITS, Robotics, Stationary, Off-Road and all other application areas