2026 11th Asia-Pacific Conference on Intelligent Robot Systems (ACIRS 2026)
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About this event
2026 11th Asia-Pacific Conference on Intelligent Robotic Systems (ACIRS 2026)
Event Overview
The 11th Asia-Pacific Conference on Intelligent Robotic Systems (ACIRS 2026) is a premier international forum for researchers, industry professionals, and academics specializing in intelligent robotic systems. Held annually, the conference bridges theoretical advances with practical applications, fostering collaboration across artificial intelligence, control theory, computer vision, mechanical engineering, and related disciplines.
ACIRS 2026 will feature:
- Keynote speeches from leading experts
- Technical sessions with peer-reviewed papers
- Invited tracks and specialized workshops
- Poster presentations and interactive discussions
- Awards for outstanding research (Best Paper, Best Oral Presentation, Best Poster)
Research areas include but are not limited to:
- Underwater/Aerial Robots
- Agriculture Robots
- Space Robotics
- Biomimetic Robotics
- Intelligent Transport Systems
- Networked Robots & Swarm Intelligence
- Rescue Robots
- Domestic/Personal Robots
Who Attends
ACIRS 2026 attracts a multidisciplinary audience, including:
- Academic researchers and professors
- Industrial engineers and R&D teams
- PhD students and graduate researchers
- Government and policy advisors in robotics
- Startup founders and venture capitalists
- Manufacturers of robotic components and systems
- Healthcare and logistics professionals integrating robotics
Location & Geographic Reach
The conference will be held in Hong Kong, a global hub for technology and international collaboration. While the event maintains a strong Asia-Pacific focus, it draws participants and contributors from:
- Academic institutions worldwide
- Industrial leaders from North America, Europe, and Asia
- Government agencies regulating robotics and AI
- International research consortia
Audience reach: Global, with emphasis on fostering cross-border collaboration in robotics innovation.
Key Focus Areas & Engagement
ACIRS 2026 emphasizes:
- Autonomous systems and human-robot interaction
- AI-driven robotic perception and decision-making
- Applications in healthcare, agriculture, and disaster response
- Ethical frameworks for robotic deployment
- Industry-academia partnerships for technology transfer
Buyer engagement opportunities include:
- Sponsorship of technical sessions or awards
- Exhibition booths for product demonstrations
- Targeted recruitment of graduate researchers
- Collaboration with academic institutions
Important Dates
- Full Paper Submission: June 20, 2026 (Final extension: July 5, 2026)
- Acceptance Notification: July 20, 2026
- Registration Deadline: July 30, 2026
- Conference Dates: August 21–23, 2026
Submission Guidelines
Papers must:
- Be written in English
- Be 4–10 pages in length (excluding references)
- Use provided templates (Word/LaTeX)
- Be submitted via the official submission portal
Accepted papers will be published in the conference proceedings and indexed in Scopus.
Awards
- Best Paper Award: Recognizes technical innovation, originality, and impact. One winner selected by the conference committee.
- Best Oral Presentation Award: Awarded per technical session based on originality, applicability, technical merit, and presentation quality.
- Best Poster Award: Selected by session chairs from all accepted and registered poster presentations.
Join ACIRS 2026
Researchers, industry leaders, and educators are invited to participate through paper submissions, attendance, or sponsorship. Contribute to shaping the future of intelligent robotic systems by sharing cutting-edge research and forging global partnerships.
Visit the official website for registration and submission details
Data sheet
2026 11th Asia-Pacific Conference on Intelligent Robot Systems (ACIRS 2026) – Event Attendee & Buyer Profile Analysis
Event date: August 21–23, 2026
Location: Hong Kong, China
Event status: Upcoming
Research date: June 29, 2026
Event Overview
| Event Name | 2026 11th Asia-Pacific Conference on Intelligent Robotic Systems (ACIRS 2026) |
| Event Date | August 21–23, 2026 |
| Event Status | Upcoming |
| Venue | Exact venue not publicly confirmed on the official event website as of the research date. |
| City | Hong Kong |
| State / Region | Hong Kong SAR |
| Country | China |
| Organizer | ACIRS conference committee / organizing committee. Specific legal organizer name not clearly published in the reviewed source. |
| Official Event Website | acirs.org |
| Event Type | Academic & Industry Conference |
| Primary Category | Science & Research |
| Secondary Applicable Categories | IT & Technology; Industrial Engineering |
| Audience Reach | International academic and industry reach, with Asia-Pacific positioning and broader global research participation likely. |
| Estimated Attendance / Expected Footfall | Attendance figure not publicly confirmed by the organizer. |
| Attendance Data Reliability | Low for attendee volume; high for dates, city, country, and conference positioning based on official website content. |
| Main Purpose of Event | To provide an international forum for researchers, academics, and industry professionals to present peer-reviewed work, discuss intelligent robotic systems, and exchange ideas across AI, control, computer vision, mechanical engineering, and applied robotics domains. |
About the Event
ACIRS 2026 is the 11th edition of an annual conference focused on intelligent robotic systems. According to the official event website, the conference covers research and application areas spanning artificial intelligence, control theory, computer vision, mechanical engineering, and robotics use cases in manufacturing, healthcare, transportation, and entertainment. The 2026 edition is scheduled for August 21–23, 2026 in Hong Kong.
The event matters primarily as a research-led and innovation-led networking platform rather than a mass-market trade show. It is relevant for academic institutions, robotics laboratories, applied R&D teams, technical product groups, and industry innovation stakeholders seeking collaboration, publication visibility, technical learning, and early-stage partnership opportunities. For lead generation, ACIRS is more suitable for identifying technical influencers, research buyers, innovation partnerships, and advanced solution evaluators than for high-volume transactional procurement.
1. Who Attends: Buyers / Attendees
| Buyer / Attendee Segment | Typical Organizations | Buying Role or Influence | Relevance to Exhibitors / Suppliers |
|---|---|---|---|
| Academic researchers and professors | Universities, engineering schools, robotics labs, research centers | Influence specification, research adoption, lab equipment selection, collaborative grant participation | High for robotics components, software, simulation, sensing, data platforms, and research partnerships |
| Industrial R&D engineers | Robotics companies, automation firms, advanced manufacturing groups, mobility and autonomous systems teams | Technical evaluator, prototype contributor, system architecture influencer | Very high for technical B2B outreach and solution validation conversations |
| University procurement and lab operations stakeholders | Research institutions, university departments, funded labs | Purchase support for instruments, robotics kits, software licenses, testing equipment | Medium to high where the supplier sells to research infrastructure environments |
| Technical product managers and innovation teams | Commercial robotics vendors, AI startups, intelligent systems developers | Solution scouting, roadmap validation, partnership exploration | High for component suppliers, middleware providers, simulation vendors, and embedded technology firms |
| Graduate researchers and PhD candidates | Universities and academic research programs | Emerging influencers; not always final buyers but active users and evaluators | Useful for future pipeline, trial adoption, and product advocacy in labs |
| Conference speakers and session leaders | Senior academics, research leaders, applied robotics experts | High influence on technology awareness and adoption patterns | Strong for thought-leadership targeting and strategic partnerships |
| Industry collaborators and enterprise innovation partners | Manufacturing, healthcare robotics, mobility, transport, autonomous systems organizations | Pilot project sponsor, partner evaluation, applied research buyer | High for organizations selling advanced robotics solutions into enterprise use cases |
2. Event Location and Attendee Geographic Origin
| Geographic Area | Likely Attendee Origin | Buyer Concentration | Notes |
|---|---|---|---|
| Hong Kong | Local universities, technical institutes, startup founders, applied research teams | Medium | Local participation is likely due to host-city convenience and academic relevance. |
| Greater Bay Area / South China | Robotics, manufacturing, electronics, and university ecosystems from nearby innovation hubs | High | Likely strong draw from nearby industrial and research clusters due to proximity and topic fit. |
| China | National researchers, engineering faculties, robotics companies, industrial automation teams | High | Confirmed event location in Hong Kong supports national Chinese attendance, subject to travel and institutional budgets. |
| Asia-Pacific | Regional academics, robotics researchers, AI engineers, university labs, enterprise innovation teams | High | The event is explicitly positioned as an Asia-Pacific conference. |
| Global | International paper authors, invited speakers, technical contributors, cross-border research collaborators | Medium | Official website describes ACIRS as an international forum, indicating broader global participation potential. |
3. Audience Reach
| Reach Level | Assessment | Explanation |
|---|---|---|
| Global | Primary classification | The official website describes ACIRS as an international forum and invites researchers, experts, professionals, and students from universities, research institutions, and industry. |
| Asia-Pacific | Secondary regional strength | The event title and branding position ACIRS specifically within the Asia-Pacific robotics research and innovation community. |
4. Sample Buyer Companies and Websites
| Buyer Company / Organization | Buyer Type | Why It Is Relevant | Website | Best Job Titles to Target | Evidence Level |
|---|---|---|---|---|---|
| No current-year participant organizations publicly confirmed in the reviewed official event content | Research note | The official website confirms the conference theme, dates, city, call for papers, and audience types, but the reviewed content does not publish a current-year attendee list, exhibitor directory, sponsor roster, or speaker organization list sufficient to verify named buyer organizations. | acirs.org | Research Director; Professor; Lab Manager; R&D Director; Robotics Engineer; Product Manager | Confirmed Current-Year Participant data not publicly available |
Prior-year participation evidence. Not a confirmed attendee list for the current edition. Additional named buyer organizations should only be added after reviewing official speaker pages, committee affiliations, sponsor pages, proceedings history, or organizer-issued participant directories.
5. Job Profiles, Industries and Event Type
| Priority | Job Title / Function | Department | Seniority Level | Why This Role Matters |
|---|---|---|---|---|
| 1 | Director of Research | Research & Development | Director | Owns research agendas, collaboration priorities, and technology evaluation pathways. |
| 2 | Professor / Principal Investigator | Academic Research | Senior / Executive | Key influencer for lab purchases, grants, publications, and technical partnerships. |
| 3 | R&D Director | Engineering / R&D | Director | Evaluates technical capabilities, commercialization potential, and strategic fit. |
| 4 | Robotics Engineer | Engineering | Manager / Individual Contributor | Core technical user and evaluator for platforms, components, algorithms, and software tools. |
| 5 | AI Research Scientist | Research / Data Science | Manager / Individual Contributor | Relevant where the offering supports autonomous perception, control, planning, or learning systems. |
| 6 | Lab Manager | Operations / Research Administration | Manager | Operational buyer for equipment, software, testing tools, and vendor coordination. |
| 7 | Product Manager, Robotics | Product | Manager / Director | Important for industry attendees evaluating solutions for integration into products and roadmaps. |
| 8 | Business Development Director | Business Development | Director | Relevant for partnerships, commercialization, co-development, and channel relationships. |
| 9 | Innovation Director | Strategy / Innovation | Director | Useful for enterprise pilots and technology scouting conversations. |
| 10 | Procurement Manager, Research Equipment | Procurement | Manager | Lower visibility in conference branding, but important for converting technical interest into purchase execution. |
| Priority | Apollo Industry | Why It Fits the Event | Best Buyer Use Case |
|---|---|---|---|
| 1 | Research | Core fit for research institutes and applied robotics laboratories. | Lab partnerships, funded R&D, technical pilot programs |
| 2 | Higher Education | The event explicitly invites universities and students. | University labs, engineering departments, academic procurement |
| 3 | Industrial Automation | Robotics applications overlap heavily with automation and control systems. | Factory robotics, machine integration, control solutions |
| 4 | Mechanical or Industrial Engineering | Core engineering disciplines directly referenced in official event themes. | Prototype design, robotics hardware, mechatronics |
| 5 | Information Technology & Services | Relevant for AI, data, edge computing, and robotics software infrastructure. | Platform software, integration, analytics, orchestration |
| 6 | Computer Software | Matches simulation, control, autonomy, and perception software suppliers. | Autonomy stack, simulation, research tools |
| 7 | Electrical/Electronic Manufacturing | Useful for sensors, controllers, boards, and robotics subsystems. | Embedded electronics, sensing, power systems |
| 8 | Computer Hardware | Relevant for compute modules, edge devices, and robotics processing systems. | GPU, embedded boards, robotics compute infrastructure |
| 9 | Machinery | Many applied robotics use cases connect to machinery and industrial systems. | Robotic systems integration and motion platforms |
| 10 | Automotive | Relevant where autonomous systems, perception, and intelligent transport overlap. | Mobility robotics, sensors, control systems |
| 11 | Hospital & Health Care | Official site mentions healthcare as an application area. | Medical robotics, assistive systems, hospital automation |
| 12 | Transportation/Trucking/Railroad | Supports intelligent transport systems theme listed by the event. | Autonomous mobility, logistics robotics, transport analytics |
6. Estimated Attendance
| Metric | Figure | Status | Source / Basis | Notes |
|---|---|---|---|---|
| Estimated total footfall | Attendance figure not publicly confirmed by the organizer. | Not publicly confirmed | Official event website content reviewed | No official attendance figure stated in the reviewed source. |
| Exhibitor count | Not publicly confirmed | Not publicly confirmed | Official event website content reviewed | This appears to be a conference format rather than a large expo with a published exhibitor directory. |
| Buyer count | Not publicly confirmed | Not publicly confirmed | Official event website content reviewed | Attendee mix is described qualitatively, not numerically. |
| Speaker count | Not publicly confirmed in reviewed source | Not publicly confirmed | Official event website menu indicates keynote and invited speaker pages | Speaker volume may become confirmable when those pages are fully populated. |
| Sponsor count | Not publicly confirmed | Not publicly confirmed | Official event website content reviewed | No sponsor list identified in the reviewed content. |
| Historical attendance | Historical attendance not verified from reviewed official source extract | Historical / prior-year evidence unavailable in provided source text | Official website includes history navigation, but no numerical figures were available in the supplied extract | Further verification would require reviewing prior-year archive pages individually. |
7. Key Focus Areas and Buyer Engagement
| Focus Area | Typical Buyer Need | Buyer Engagement Opportunity | Relevant Supplier Offering |
|---|---|---|---|
| Intelligent robotic systems | Advanced autonomy, system performance, and cross-domain innovation | Technical demos, co-development discussions, applied research partnerships | Robotics platforms, software stacks, control systems, sensors |
| Artificial intelligence | Perception, planning, decision-making, model deployment | AI model collaboration, benchmarking, software licensing | AI frameworks, edge AI, data tooling, model optimization |
| Computer vision | Scene understanding, object detection, navigation support | Vision algorithm evaluation and camera/sensor integration | Vision software, cameras, imaging sensors, annotation tools |
| Control theory and autonomy | Reliable motion, stability, coordination, adaptive behavior | Technical specification conversations with R&D teams | Controllers, simulation environments, embedded systems |
| Underwater / aerial / space robotics | Specialized navigation, ruggedization, remote operation | Niche high-value technical engagement with specialist teams | Mission-specific sensors, onboard compute, autonomy modules |
| Agriculture robots | Field automation, sensing, productivity improvement | Application-specific solution discussions | Autonomous navigation, sensing systems, edge analytics |
| Swarm and networked robots | Coordination, communication, distributed intelligence | Partnerships with communications and control technology providers | Networking, wireless systems, orchestration software |
| Intelligent transport systems | Mobility automation, sensing, route intelligence | Cross-sector outreach into transport and mobility innovation teams | Autonomous mobility software, perception systems, data platforms |
Lead Quality Assessment
| Factor | Assessment | Explanation |
|---|---|---|
| Buyer relevance | High | Strong fit for research, R&D, engineering, and innovation buyers in robotics-related fields. |
| Decision-maker availability | Medium | Senior technical influencers are likely present, but pure procurement decision-makers may be less concentrated than at commercial procurement expos. |
| Data collection potential | Medium | Useful for targeted technical outreach, but public participant data is limited based on reviewed materials. |
| Apollo targeting potential | High | Strong industry and title-based targeting is possible across research, higher education, automation, software, and robotics-adjacent organizations. |
| Geographic targeting potential | High | Good regional focus around Hong Kong, South China, China, and wider Asia-Pacific research ecosystems. |
| Best outreach approach | High | Use technical-value messaging, research collaboration, pilot support, demos, benchmarking, and co-authorship/innovation positioning rather than generic sales language. |
| Overall lead quality | High | High-quality niche audience for advanced B2B technical offerings; lower fit for commodity products or mass-volume attendee list sales. |
| Best use case | High | Best for expert outreach, R&D partnerships, speaker/company affiliation mapping, and precision lead generation in robotics ecosystems. |
| Limitations / risks | Medium | Current-year named attendee and buyer data is not publicly confirmed in the reviewed source, so list building requires extra verification via speaker, committee, paper author, and prior-year archive analysis. |
Apollo.io Targeting Recommendation
| Filter Type | Recommended Filters | Purpose |
|---|---|---|
| Apollo industries | Research; Higher Education; Industrial Automation; Mechanical or Industrial Engineering; Information Technology & Services; Computer Software; Electrical/Electronic Manufacturing; Computer Hardware; Machinery; Automotive; Hospital & Health Care; Transportation/Trucking/Railroad | Build a robotics-focused audience centered on research and applied technical buyers. |
| Departments | Engineering; Research; Product; Operations; Business Development; Procurement; Information Technology | Focus on technical evaluators and commercialization stakeholders. |
| Seniority | Manager; Director; VP; CXO; Owner; Partner; Senior | Prioritize evaluators and decision influencers with budget or project ownership. |
| Job titles | Director of Research; Professor; Principal Investigator; R&D Director; Robotics Engineer; AI Research Scientist; Lab Manager; Product Manager Robotics; Innovation Director; Engineering Director; Research Scientist; Procurement Manager Research Equipment | Capture the most likely conference-relevant roles. |
| Geography | Hong Kong; China; Singapore; Japan; South Korea; Taiwan; Australia; India; broader Asia-Pacific; selected global research hubs | Align with likely attendee origin and international paper-author ecosystem. |
| Employee size | 11–50; 51–200; 201–500; 501–1,000; 1,001–5,000; 5,001+ | Cover startups, mid-market robotics firms, universities, and large enterprise R&D organizations. |
| Keywords | robotics, intelligent robotic systems, autonomous systems, computer vision, control systems, swarm robotics, aerial robots, underwater robots, space robotics, intelligent transport systems, AI robotics, mechatronics | Refine targeting to conference-theme relevance. |
| Technologies, if relevant | AI/ML, computer vision, simulation, edge computing, ROS-related environments, embedded control, sensor integration | Useful when selling enabling technology or software infrastructure. |
| Revenue range, if relevant | Use broad range or leave open | Revenue filters may exclude universities and research institutions, so use carefully. |
| Company type | Private; Public; Educational Institution; Research Organization | Reflects the mixed academic-industry structure of the event. |
Suggested Apollo Search Logic: target titles and keywords such as (“robotics” OR “autonomous systems” OR “computer vision” OR “AI research” OR “control systems” OR “mechatronics”) AND (“director” OR “manager” OR “professor” OR “principal investigator” OR “research scientist” OR “product manager”). Prioritize organizations in Asia-Pacific research and engineering ecosystems, then expand globally to universities, robotics firms, automation vendors, and enterprise innovation groups.
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Sources & Verification Notes
| Source | Type | What It Verified | Reliability |
|---|---|---|---|
| ACIRS 2026 Official Website | Official event website | Confirmed event name, event dates, host city, country context, annual status, conference themes, call for papers, awards, and important submission/registration deadlines. | High |
| ACIRS 2026 Website Navigation Pages | Official site structure | Confirmed the existence of venue, speaker, keynote speaker, invited speaker, history, and proceedings sections, though the supplied source extract did not provide enough detail to verify named organizations or attendance figures. | High for section existence; limited for unreviewed page content |
| Research assessment based on supplied official website content | Verification note | Exact venue, attendance figures, exhibitor counts, sponsor counts, and named current-year buyer organizations were not publicly confirmed in the reviewed source text. | High |
This event is suitable for focused B2B attendee intelligence and robotics ecosystem prospecting, but not ideal for broad attendee list building unless additional official speaker, committee, author, or sponsor records are verified.
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