Signature
Remote Robotics & Teleoperation
Cloud middleware for operating and monitoring robots and heavy machinery from a distance — operator pools, multi-camera site monitoring, plug-and-play robot interfaces, near-real-time command exchange.
Research & Prototyping Lab · RPL · 研究開発・試作
The Research & Prototyping Lab (RPL) is AGAMI's core — the upstream partner who takes a hard technical idea from concept to working prototype, proving feasibility before you commit to full-scale productization. We're not a vendor for off-the-shelf systems; we assemble a project-specific team from our international network for problems that don't yet have a known solution.
17
YEARS IN OPERATION
20+
R&D ENGAGEMENTS
1–3
MONTHS TO PROPOSAL
4
CAPABILITY DOMAINS
How we work
Most engagements follow the same path. The research-to-proposal stage is deliberately short, so a partner can test a direction before deciding how far to take it.
01
You bring a hard technical question — often one without a known solution yet.
02
We scope the approach and propose a path — typically within 1–3 months.
03
We build a working prototype that proves — or disproves — feasibility.
04
Most prototypes transfer to you for product planning. Some continue with us as a longer-term build partner.
Typical research-to-proposal cycle: 1–3 months.
Where our work concentrates
Most real engagements span more than one of these.
Signature
Cloud middleware for operating and monitoring robots and heavy machinery from a distance — operator pools, multi-camera site monitoring, plug-and-play robot interfaces, near-real-time command exchange.
Control algorithms and runtime monitoring for industrial equipment — sway and position control, collision and fault detection, path planning, production-health alerting.
End-to-end device-plus-cloud builds — secure identity terminals, payment and attendance infrastructure, remote equipment health monitoring, distributed management systems.
Perception, classification, and automation at the edge and in analysis pipelines — stereo-vision navigation, quality classification, prediction and anomaly-detection models, and the automation of repeatable operational work where it is engineered as part of a system.
Selected work
Industrial automation
Construction equipment manufacturer
A generic control algorithm automating tower-crane operation — load moved to a target within centimetre accuracy while suppressing sway, validated on cable lengths over 100 m and cited as an industry first. Now used on real construction sites.
Teleoperation
AGAMI in-house
A remotely operated robot for entertainment and communication, demonstrated publicly including national broadcast coverage. An upgraded version is in active development.
Teleoperation
Robotics exposition partner
Remote monitoring and task assignment for a two-handed assembly robot, demonstrated live at a major robotics exposition.
Remote robotics
Government-funded research program
A move from monolithic robots to plug-and-play modules with a multi-modal remote interface — the prototype helped secure new government-backed research funding.
Applied AI
Agricultural sector client
An intelligent classifier for fruit quality grading, developed alongside on-site field trials. Proof of concept in active development.
Collaboration model
What this looks like depends on the stage and intent of the work.
Scoped research and a working proof of concept.
We continue as the build partner through to a deployable system.
Joint demonstration and positioning of a developed system.
A shared stake in taking a concept to market.
Where the Lab sits
The Lab is AGAMI's research-and-build domain — where ideas are investigated, prototyped, and taken toward deployable systems. The Product & Service Potential Consultancy (PPC) can stand alone as an assessment and roadmap service; when a client decides to build, the Lab provides the engineering path.
If you already know what needs to be built, you don't need to start with a consultancy check — serious build clients can come straight to the Lab.