TAIWAN SYSTEMS INTEGRATIONFOR US TEAMS VISITING TAIWAN / PRE-FORUM MATCHING
A practical starting point for UAV, robotics and hardware teams: connect an integration review with Taiwan precision manufacturing, then agree a work package that can be inspected and accepted.
Participation and supply-chain eligibility are assessed per project. A presentation is not an approved supplier status, purchase order or signed MOU.
PRIORITY / PROPOSED PRE-FORUM WORK PACKAGES
Focus on subsystem integration, sensing applications and rapid prototyping. These proposals connect source evidence to a first deliverable; neither company has confirmed this scope or its interest.
Start with one interface or one prototype gap. A small, agreed output gives both teams something concrete to inspect.
PRIORITY 1 / AQUATIC SENSING
One sensor, its mechanical interface and a traceable data handoff within the buyer’s existing architecture.
PRIORITY 2 / ELECTROMECHANICAL PROTOTYPING
Define the gap after the existing prototype: housing, mounting, fan/drive interface or coordinated-control verification.
Other forum briefs need narrower qualification: precision housings/fixtures may be relevant to smart eyewear or surgical instruments, but optical, medical and product-level integration evidence has not been established.
Ground-station and Topology materials exist. Current command interfaces, versions and operator permissions need confirmation.
Inspect the relevant record →Product records exist. Country-specific configuration, latency and recovery tests are still required.
Inspect the relevant record →Owen’s supplied CV names Jetson Orin Nano, Linux ARM64 and ROS 2 project experience. A released configuration, software versions and measured workload remain unverified.
Inspect the relevant record →The supplied CVs describe YOLO-based inspection and onboard-vision projects. Model versions, licences, datasets and reproducible performance evidence are still required for a new delivery.
Inspect the relevant record →Currently a topic in the technical guide. No dedicated detection product or sensor acceptance evidence is established here.
Inspect the relevant record →Discuss a bracket, housing, fixture or precision component. Start with manufacturability, material, tolerance, inspection and quantity.
Explore machining evidence →Define payload interfaces, power and thermal limits, data handling or a ground-test requirement. Assign the relevant engineering owner before committing to implementation.
Review integration scope and gaps →Best fit: a defined civil or industrial requirement with a decision owner and acceptance criteria. Requests for an immediately flight-qualified aircraft, guaranteed procurement eligibility or an undocumented API require additional qualification before any delivery commitment.
Evelyn Liu, Ethan Huang, Owen Liao, Julian Tsai and Yi-Sheng Sun. The original four-person succession direction and Sun’s flight-control, guidance-development, software and technical-instruction capabilities are owner-confirmed. Four English profiles document supplied CVs; Sun’s public biography, English name, technical positioning and portrait use are approved. Supporting project evidence and formal credential details remain to be verified. Project scope, availability and technical ownership are agreed for each enquiry.
First manufacturing cooperation entry. Published capabilities cover CNC machining, tooling and measurement. A part-specific review establishes equipment fit, capacity, price and inspection requirements.
Public company information supports discussion of simulation and systems integration. Inclusion here does not allocate its personnel, laboratories or institutional resources to your project.
The network coordinates a discussion. The legal supplier, contracting entity, signatories and engineering leads are named in the agreed work package.
Official pages describe machining and measurement support. Photographs show published manufacturing references; they do not establish a new part's tolerance, yield or delivery time.
Inspect production evidence →The retained AFNOR AS9100:D certificate covers 15 March 2020 to 14 March 2023. That copy has expired. Current renewal, holder and applicable scope must be verified before qualification.
View the certificate and limits →The coordinator confirms ongoing supply relationships and semiconductor precision-consumable experience. Carbon-fibre machining is company-published. Neither establishes a named ASML contract or flight qualification.
Customer-reference boundaries → · Carbon-fibre scope →Evidence labels: manufacturer statements are P2; coordinator-confirmed relationships are attributed separately; proposed fit is engineering judgement (I); missing configuration and performance evidence remain unknown (U). Source register reviewed 20 October 2026.
You provide: drawing revision, material, critical dimensions, quantity, target date and acceptance requirements.
Proposed output: documented manufacturability questions, inspection approach, and a scoped quotation if the requirement is accepted.
Acceptance: both parties agree the drawing, exclusions and inspection criteria. Manufacturing starts only under a separate accepted scope.
You provide: platform and payload models, interfaces, power, data restrictions, existing equipment and the failure condition to investigate.
Proposed output: interface boundaries, version list, test cases, evidence filenames, responsible roles and unresolved dependencies.
Acceptance: requirements map to executable tests. A written test plan is not a passed hardware or flight test.
Budget, lead time, staffing, equipment, API access, licences and data/IP rights remain to be agreed. No fixed prototype delivery date is promised by this page.
Use a non-confidential summary first. Identify the demand owner, intended result and constraints.
Under the supplied organiser process, capability material may be passed to the US co-organising team for assessment and matching. No submission or introduction is claimed here.
Confirm legal parties, technical owners, deliverables, acceptance, costs, IP/data rights, disclosure rules and follow-up actions.
A signing opportunity remains conditional on counterpart agreement and the organiser's arrangements. It does not automatically create a purchase order, funding award or delivery commitment.
Forum information → · Supporting BYTE capability brief → · Source register and supplied-document references →
Request a pre-forum discussion or a scoped capability review. Mark unknown equipment, dates or conditions as “not yet determined”.
Manufacturing business contact:
Wayne Chiu · ckchiu@bytetcm.com
Technical owner: designated after scope review. The form is received by BE PASSIVE for coordination; no automatic external forwarding takes place.
Explore products and original evidence →