BAOQI SMART · TAIWAN

Defense AI. Built in Taiwan.

Baoqi Smart is a Taiwan-based defense technology company developing behavior prediction, tactical simulation and mission-led fleet configuration.

LEADERSHIP & LEGAL ENTITY

FOUNDER

Wenteng Chang

Founder & Managing Director

Founder-led in Hsinchu, Taiwan. Baoqi Smart combines defense AI, mission simulation, edge integration and heterogeneous autonomous systems into reviewable engineering programs.

BAOQI SMART · TAIWAN

Defense AI for mission advantage.

Baoqi Smart is a Taiwan-based defense technology company developing behavior prediction, tactical simulation and mission-led fleet configuration.

  • Defense AI
  • Heterogeneous Systems
  • Battlefield Economics
Taiwan Unmanned Systems Strategy Forum · September 2026
FIELD EVENTTaiwan Unmanned Systems Strategy Forum · September 2026

Read the forum update →

COMPANY MILESTONES

Progress with a public record.

Selected company, research and demonstration milestones.


  1. Selection year

    COMPANY

    Selected for NTU Garage

    Joined the NTU Garage startup community, as documented in the company’s opening-ceremony update.

    Read the update


  2. Update published

    PARTNERSHIP

    Turing Certs MOU announced

    Published a company update announcing a memorandum of understanding with Turing Certs.

    Read the update


  3. Update published

    COMPANY

    NTU Garage opening update

    Documented the opening ceremony and Baoqi Smart’s early public presentation of its applied-AI work.

    Read the update


  4. Update published

    RESEARCH

    Identity-under-uncertainty research update

    Published an initial SHEEPDOG research capability for preserving uncertainty and reviewing decision evidence.

    Read the update


  5. Update published

    SOFTWARE DEMONSTRATION

    Resilience Mapper demonstration published

    Introduced a browser-based geospatial resilience demonstration and documented the OSSInt 2026 submission package.

    Read the update


  6. Event date

    PUBLIC DEMONSTRATION

    SHEEPDOG demonstrated in Taichung

    Presented the simulator at the Taiwan Unmanned Systems Strategy Forum at National Chung Hsing University.

    Read the update


  7. Update published

    COMPANY

    ZERO · ALAYA · BABYLON architecture published

    Established the current product hierarchy: ZERO for behavior prediction and tactic generation, ALAYA for tactical simulation and multi-vehicle coordination, and BABYLON for mission configuration and defense supply-chain integration. NEMESIS remains an ALAYA module; SHEEPDOG remains the historical program name attached to earlier evidence.

    Read the update

Baoqi Smart's SHEEPDOG display at the Taiwan Unmanned Systems Strategy Forum
PUBLIC EVENT · 01 SEP 2026SHEEPDOG at the Taiwan Unmanned Systems Strategy Forum, National Chung Hsing University.
SHEEPDOG research interface showing a recorded decision ledger
RESEARCH INTERFACESHEEPDOG decision ledger · Recorded software interface using a synthetic scenario.
ZERO concept illustration showing several possible future states above a terrain model
PRODUCT VISION · CONCEPT ILLUSTRATIONZERO · Exploring possible future states. A product concept illustration.

R&D

Engineering programs

Jumping Spider V4
ENGINEERING LAYOUTJumping Spider V4
SKY MECH P0
ENGINEERING LAYOUTSKY MECH P0

SECURITY & GOVERNANCE PRINCIPLES

Authority. Traceability. Clear boundaries.

Engineering principles for accountable defense AI integration.

01

Human Authority

Maintain human authority over mission objectives, operational decisions and intervention.

02

Evidence Traceability

Link system outputs to scenario context, recorded events and stated validation stages.

03

Data & Integration Boundaries

Define data use, interface permissions and the agreed scope of each integration.

Safety & governance →

TECHNICAL RESOURCES

Engineering & research archive.

Original English research records and engineering references. Historic names and dates remain attached to their evidence.

BAOQI SMART

Discuss your mission.

Share your mission context, available platforms and integration goals.