300km/h
Maximum speed
Terminal sprint or dive
SY-01Airborne threat interception.
AI target lock • Visual tracking • Airborne threat interception
AI development for drone and aerial-target interception, focused on image processing, computer vision and onboard processing for UAV platforms.
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SIAM VAYUPAK / SY-01DESIGN / VISION
IMAGE PROCESSING / COMPUTER VISION / EDGE AIView SY-01 technical data
SY-01 / PRODUCT HIGHLIGHTS
SY-01 highlights and technical data
A drone system for intercepting drones and aerial targets, using AI vision for target identification, tracking and lock-on.
80km/h
Cruise speed
Distinct from maximum speed
AIVISUAL LOCK
Vision-based target lock
Computer vision and target tracking
Product data
| Model | SY-01 |
|---|---|
| Maximum speed | 300 km/h — terminal sprint or dive |
| Cruise speed | 80 km/h |
| AI system | Image processing and computer vision |
| Target lock | AI-based identification, tracking and lock-on using imagery |
| Mission | Drone and aerial-target interception |
The speeds and capabilities above are specifications confirmed by the company. Maximum speed refers to a terminal sprint or dive, not sustained cruise. Actual results depend on operating conditions and project requirements.
SY-01 / COUNTER-UAS
SY-01 drone interception system
Our mission is to develop systems for intercepting drones and aerial targets visible to imaging sensors, with AI vision at the core.
Counter-drone mission
Focused on defence against drone and aerial threats in security and national defence contexts.
Visual perception and tracking
Image processing for detecting, identifying and tracking targets visible in imagery.
Integrated system development
Bring AI software and UAV platforms together, with development and evaluation scopes agreed for each project.
Delivered model details and performance are governed by the specifications and evaluation results agreed for each project.
01 / Capabilities
From imagery to understanding.
Connect the image pipeline, AI models and onboard processing with the systems operators use.
01
IMAGE PROCESSING
UAV image processing
Prepare imagery and video, reduce noise and improve input quality before analysis.
02COMPUTER VISION
Computer vision
Develop detection, classification, segmentation and change analysis for the agreed problem.
03EDGE AI
Edge AI
Adapt models to target devices and assess quality, speed and power consumption.
04VISUAL ANALYTICS
Operator dashboard
Present results with context and limitations for human review before use.
02 / Engineering
SY-01 in three dimensions.
Explore the form and details of SY-01 through the supplied 3D model video.
Engineering03 / Applications
Designed around field needs.
Concepts for using aerial imagery to help operators review information in context.
01 / Concept illustration
Authorised-area inspection
Review imagery and changes to support inspections within the agreed scope.
02 / Concept illustration
Infrastructure condition review
Organize structural imagery and areas for review to support maintenance planning.
03 / Concept illustration
Search and rescue support
Screen search-area imagery for human review and operational decisions.
04 / Concept illustration
Disaster assessment
Compare imagery before and after an event to support damage assessment.
05 / Concept illustration
Wildfire and smoke monitoring
Review visible smoke patterns to prioritize areas for inspection.
06 / Concept illustration
Water and flood surveying
Track water boundaries and changes in flooded areas using imagery.
07 / Concept illustration
Agricultural area analysis
Review land and vegetation changes to guide field inspections.
08 / Concept illustration
Natural resource monitoring
Compare forest and landscape imagery to review environmental changes.
09 / Concept illustration
Image-based mapping data
Prepare imagery and spatial references for surveying and analysis.
10 / Concept illustration
Post-mission review
Organize imagery and analysis for traceable review and workflow improvement.
Example applications, not completed projects. Scope and capability depend on project data, devices and authorisation.
SIAM VAYUPAK / RESEARCH & DEVELOPMENT
Examples of ongoing research
Illustrative material for computer vision and video-analysis research, showing how prototype systems present visual information.
THESUNPLEX / RESEARCH / 01
AI Image Tracking Drone research
Outdoor footage shows an object-tracking box alongside a colour visualization and time-varying plots, presenting multiple information views with the camera image.
THESUNPLEX / RESEARCH / 02
AI Image Tracking Drone research 2
Footage in a wooded area combines a tracking box with a colour visualization and display lines, illustrating information presentation in a visually complex scene.
These clips illustrate research topics, not verified SY-01 performance. Colour displays and plots alone do not establish model identity, distance units or accuracy.
Background on image processing and computer vision — NECTEC ↗RESEARCH / DESIGN / MANUFACTURING / ASSEMBLY
Research, development and manufacturing in Thailand
The company states that its work is carried out entirely in Thailand, from AI software research and development through semiconductor-chip development and manufacturing, circuit boards and electronics, to system production and assembly.
Research and manufacturing source identified by the company: THESUNPLEX
SY-01 / PRODUCTION & TESTING
Production and testing
Owner-supplied footage of assembly, storage, packing and demonstrations. Titles follow the original filenames.
Production, assembly and delivery
SY-01 / 01
Delivery in sets of four
Four units arranged in a box with protective inserts, followed by packing for dispatch.
SY-01 / 02
Control-board production in Thailand
Panels of circuit boards move from a machine along the production line.
SY-01 / 03
AI chip placement on circuit boards
Machinery and circuit boards inside an assembly station, showing movement through the equipment.
SY-01 / 04
Electronic circuit-board assembly
Electronic assembly equipment with component feeders and a control display.
SY-01 / 05
Circuit-board transfer for AI-chip placement
A conveyor transfers circuit boards between connected assembly stations.
SY-01 / 07
AI interceptor-drone production stock 1
Multiple units arranged on an assembly bench with separate cylindrical parts in front.
SY-01 / 08
AI interceptor-drone production stock 2
Rows of units stored on shelving, showing the layout of the storage area.
SY-01 / 09
AI interceptor-drone production stock 3
A view along the storage shelves showing successive rows of units.
SY-01 / 10
Production and assembly line in Thailand
An assembly workspace with multiple units and parts arranged on workbenches.
Field testing
SY-01 / 06
Interception firing test
An outdoor demonstration shows an operator holding equipment before the camera follows the sky. A confirmed interception result is not visible.
04 / Engineering
Engineering you can evaluate.
Define the problem, test against appropriate data and deliver with clearly documented limitations.
Engineering →SIAM VAYUPAK / Contact
Start with your challenge.
Outline your imagery, devices and desired outcomes to explore a suitable development approach together.
Discuss your project