2026 The 10th International Conference on Communications and Future Internet (ICCFI 2026) – Event Attendee & Buyer Profile Analysis
Event date: 29–31 October 2026
Location: Paris, France
Event status: Upcoming
Research date: 29 June 2026
Event Overview
| Event Name |
The 10th International Conference on Communications and Future Internet (ICCFI 2026) |
| Event Date |
29–31 October 2026 |
| Event Status |
Upcoming |
| Venue |
Not publicly confirmed on the official event website at the time of research |
| City |
Paris |
| State / Region |
Île-de-France |
| Country |
France |
| Organizer |
Official organizer name not clearly stated; conference secretary listed as Fidelia Lee. ICCFI 2026 is confirmed as sponsored by UHA University, France. |
| Official Event Website |
iccfi.org |
| Event Type |
International academic and industry research conference |
| Primary Category |
IT & Technology |
| Secondary Applicable Categories |
Telecommunication; Science & Research |
| Audience Reach |
International / global research and technology audience |
| Estimated Attendance / Expected Footfall |
Attendance figure not publicly confirmed by the organizer. |
| Attendance Data Reliability |
Low for volume metrics; strong for dates, city, country, sponsor, conference themes, and deadlines based on the official website |
| Main Purpose of Event |
To convene researchers, engineers, and industry practitioners working on communications, future internet, 5G/6G, AI-native networks, mobile applications, security, and emerging digital systems for paper presentation, knowledge exchange, collaboration, and publication. |
About the Event
ICCFI 2026 is the 10th edition of an international conference focused on communications and future internet technologies. According to the official event website, the conference will be held in Paris, France from 29 to 31 October 2026 and is sponsored by UHA University, France. The published agenda themes position the event around next-generation mobile communications, advanced wireless and sensor systems, AI and intelligence in communications, computing and cloud efficiency, security, privacy, trust, and emerging application environments.
From a commercial intelligence perspective, ICCFI is more valuable as a specialist networking and thought-leadership event than as a mass-market expo. The most relevant participants are likely to be university labs, telecom researchers, enterprise R&D teams, systems engineers, applied AI groups, and technology decision-makers exploring future network architecture, digital health, edge computing, and cross-disciplinary innovation. It is relevant for partnership development, research commercialization, technical recruiting, academic collaboration, and selective enterprise outreach, but less suitable for large-scale attendee list building unless additional participant directories are released.
1. Who Attends: Buyers / Attendees
| Buyer / Attendee Segment |
Typical Organizations |
Buying Role or Influence |
Relevance to Exhibitors / Suppliers |
| Academic researchers and lab directors |
Universities, engineering schools, communications laboratories |
Influence technology evaluation, research tools, testbeds, publication partnerships, and funded collaboration |
High relevance for research software, simulation tools, networking equipment, datasets, and sponsored research partnerships |
| Telecom and wireless engineers |
Telecommunications vendors, carriers, standards-related engineering teams |
Evaluate architectures, radio access innovations, 5G/6G concepts, and interoperability approaches |
Relevant for network infrastructure suppliers, testing vendors, semiconductor and systems providers |
| AI and communications researchers |
AI labs, universities, applied research institutes, enterprise innovation teams |
Drive selection of AI frameworks, compute platforms, edge solutions, and research collaborations |
Strong fit for AI infrastructure, cloud, federated learning, and model deployment solutions |
| Enterprise R&D and innovation teams |
Technology companies, digital transformation units, advanced product teams |
Influence pilot programs, proof-of-concept work, and roadmap exploration |
Good relevance for platform vendors, sensors, edge computing, cloud, and cybersecurity suppliers |
| Graduate researchers and doctoral candidates |
Universities and research departments |
Users and recommenders of software, datasets, labs, and publication services |
Relevant for lower-ticket tools, research subscriptions, developer platforms, and academic licensing |
| Conference speakers and keynote organizations |
Universities and research-led institutions |
High influence over technical visibility, collaboration, and credibility |
Strong relationship targets for co-research, sponsorship, and thought-leadership outreach |
| Publishers and proceedings stakeholders |
Conference proceedings partners, indexing ecosystems |
Influence visibility and dissemination of accepted work |
Relevant for publication services, indexing support, and academic content partnerships |
2. Event Location and Attendee Geographic Origin
| Geographic Area |
Likely Attendee Origin |
Buyer Concentration |
Notes |
| Paris |
Local academics, research institutions, technology companies, and visiting delegates |
High |
Paris is a strong hub for universities, telecom research, startups, and international meetings |
| Île-de-France |
Regional universities, engineering schools, innovation clusters, and enterprise technology teams |
High |
Likely source of nearby day attendees and technical participants |
| France |
National academic and research community, industry practitioners, communications engineers |
Medium to High |
Sponsor is a French university, which supports strong domestic relevance |
| Western Europe |
Researchers and engineers from EU universities, labs, and technology firms |
Medium |
Paris is accessible for continental attendees and collaboration networks |
| Asia-Pacific |
International researchers, keynote speakers, and paper presenters |
Medium |
Official website confirms speaker organizations from Taiwan and China; prior history includes Japan |
| North America |
Selected invited speakers, authors, and collaborating institutions |
Low to Medium |
Official website confirms a keynote organization from the United States |
3. Audience Reach
| Reach Level |
Assessment |
Explanation |
| Global |
Primary classification |
The official website explicitly invites researchers, engineers, and industry practitioners worldwide, and confirmed speaker organizations span France, Taiwan, China, and the United States. |
| European |
Secondary reach description |
Paris provides strong European accessibility and likely concentration of attendees from France and nearby markets. |
4. Sample Buyer Companies and Websites
| Buyer Company / Organization |
Buyer Type |
Why It Is Relevant |
Website |
Best Job Titles to Target |
Evidence Level |
| UHA University (University of Haute-Alsace) |
Academic sponsor / research institution |
Officially confirmed sponsor of ICCFI 2026; relevant for research collaboration, technical partnerships, and academic technology procurement |
uha.fr |
Professor, Lab Director, Research Program Manager, IT Director, Department Head |
Confirmed Current-Year Participant |
| University of Haute Alsace |
Speaker organization |
Prof. Pascal Lorenz is confirmed on the official website as an invited speech contributor |
uha.fr |
Professor, Chair, Lab Director, Research Partnerships Manager |
Confirmed Speaker Organization |
| National Taiwan University |
Speaker organization |
Official website confirms keynote participation by Prof. Wen-Huang Cheng |
ntu.edu.tw |
Professor, AI Research Lead, Institute Director, International Collaboration Director |
Confirmed Speaker Organization |
| Western Michigan University |
Speaker organization |
Official website confirms keynote participation by Prof. Acm Fong |
wmich.edu |
Professor, Engineering Dean, Research Director, IT Director |
Confirmed Speaker Organization |
| Tsinghua University |
Speaker organization |
Official website confirms keynote participation by Prof. Zhisheng Niu |
tsinghua.edu.cn |
Professor, Telecom Research Lead, Lab Director, Innovation Partnerships Head |
Confirmed Speaker Organization |
| University of the Ryukyus |
Prior-year host institution |
Official website states ICCFI 2025 venue was University of the Ryukyus, Okinawa, Japan |
u-ryukyu.ac.jp |
Professor, Research Office Director, International Programs Director |
Prior-Year Participation Evidence |
Prior-year participation evidence. Not a confirmed attendee list for the current edition. The official website does not publish a current-year attendee directory, exhibitor directory, or sponsor roster beyond the sponsor and speaker organizations listed above.
5. Job Profiles, Industries and Event Type
| Priority |
Job Title / Function |
Department |
Seniority Level |
Why This Role Matters |
| 1 |
Research Director |
Research |
Director |
Controls lab priorities, collaboration strategy, and major research tool adoption |
| 2 |
Lab Director |
Engineering / Research |
Director |
Key evaluator for infrastructure, instrumentation, simulation, and data platforms |
| 3 |
Professor / Principal Investigator |
Academic Research |
Senior |
High influence over research spending, grants, technical standards, and partnerships |
| 4 |
CTO |
Technology |
C-Level |
Relevant for enterprise and telecom innovation teams assessing future internet technologies |
| 5 |
Head of AI Research |
AI / Research |
Head / Director |
Important for AI-native networks, generative AI, and federated learning themes |
| 6 |
Telecommunications Engineering Director |
Engineering |
Director |
Relevant for network architecture, wireless systems, and communications platforms |
| 7 |
IT Director |
Information Technology |
Director |
Decision-maker for institutional compute, cloud, storage, and secure infrastructure |
| 8 |
Program Manager |
Research Programs / Innovation |
Manager |
Useful operational contact for pilot projects, grants, and implementation workflows |
| 9 |
Partnerships Director |
External Relations / Research Partnerships |
Director |
Important for industry-academic collaboration, sponsorships, and joint projects |
| 10 |
Procurement Manager |
Procurement |
Manager |
Relevant where institutional tool, software, hardware, and services purchasing is formalized |
| Priority |
Apollo Industry |
Why It Fits the Event |
Best Buyer Use Case |
| 1 |
Higher Education |
Core attendee base for authors, speakers, sponsors, and research institutions |
Academic labs, research programs, innovation centers |
| 2 |
Research |
Conference themes center on scientific and applied research |
Independent labs, applied institutes, public-private research programs |
| 3 |
Telecommunications |
Direct fit with communications, mobile systems, and future internet topics |
Carrier labs, network innovation teams, telecom architecture groups |
| 4 |
Information Technology & Services |
Relevant for enterprise digital infrastructure and applied communications solutions |
Systems integration, managed technology environments, digital transformation |
| 5 |
Computer Software |
Important for AI frameworks, mobile applications, networking software, and analytics tools |
Simulation, orchestration, AI tooling, edge software |
| 6 |
Computer Networking |
Direct overlap with network architectures and management topics |
Wireless networking, SDN, traffic optimization, infrastructure management |
| 7 |
Electrical/Electronic Manufacturing |
Relevant for sensor systems, communications hardware, and device-level innovation |
Test equipment, communications modules, sensing hardware |
| 8 |
Computer Hardware |
Supports edge devices, compute infrastructure, and advanced communications platforms |
Servers, accelerators, embedded systems, edge devices |
| 9 |
Semiconductors |
Strong relevance to future wireless, sensing, and compute architectures |
Chips for AI at the edge, communications devices, RF systems |
| 10 |
Computer & Network Security |
Security, privacy, and trust are named focus areas on the official website |
Secure networking, privacy-preserving AI, cyber-resilience |
| 11 |
Wireless |
Fits mobile, wireless, and future network paradigms |
Wireless systems, connectivity innovation, next-gen access technologies |
| 12 |
Medical Devices |
Official description references digital health solutions |
Connected health platforms, remote monitoring, device communication layers |
6. Estimated Attendance
| Metric |
Figure |
Status |
Source / Basis |
Notes |
| Estimated total footfall |
Attendance figure not publicly confirmed by the organizer. |
Not confirmed |
No official attendance number stated on the event website text provided |
No reliable estimate should be stated without organizer evidence |
| Exhibitor count |
Not publicly confirmed |
Not confirmed |
Academic conference website does not present an exhibitor directory in the supplied text |
ICCFI appears to be conference-led rather than exhibition-led |
| Buyer count |
Not publicly confirmed |
Not confirmed |
No attendee breakdown released |
Buyer-side audience is specialized and likely smaller than commercial expo audiences |
| Speaker count |
At least 4 speaker organizations identified in official website text |
Partially confirmed |
Officially named invited/keynote speakers and institutions |
The complete speaker roster is not visible in the supplied source text |
| Sponsor count |
1 publicly confirmed sponsor |
Confirmed |
Official website states ICCFI 2026 is sponsored by UHA University, France |
Additional sponsors were not confirmed in the provided text |
| Historical attendance |
Not publicly confirmed in supplied official text |
Historical / prior-year evidence unavailable for counts |
History pages are referenced, but attendance numbers were not visible in the provided source |
No reliable carry-forward estimate should be inferred |
7. Key Focus Areas and Buyer Engagement
| Focus Area |
Typical Buyer Need |
Buyer Engagement Opportunity |
Relevant Supplier Offering |
| Next-generation mobile communications (5G/6G and beyond) |
Research tools, architectures, simulation, interoperability testing |
Pilot projects, co-authored studies, technical demos |
Wireless platforms, protocol stacks, radio tools, test environments |
| AI and intelligence in communications |
AI model deployment, optimization, analytics, edge intelligence |
Workshops, benchmark collaboration, lab trials |
AI platforms, accelerators, MLOps, data pipelines |
| Advanced wireless and sensor systems |
Hardware evaluation, sensing systems, device communication reliability |
Joint engineering validation and prototype support |
Sensors, embedded devices, communications modules, instrumentation |
| Computing, cloud, and energy efficiency |
Scalable compute and efficient infrastructure for research workloads |
Academic cloud credits, infrastructure partnerships, benchmarking |
Cloud services, GPUs, servers, optimization software |
| Security, privacy and trust |
Secure architectures, privacy-preserving systems, trusted communications |
Security reviews, proof-of-concept work, standards dialogue |
Cybersecurity tools, encryption, identity, secure network frameworks |
| Mobile applications and services |
Application frameworks, performance, data delivery, edge integration |
Developer ecosystem outreach and demo showcases |
Mobile SDKs, APIs, app infrastructure, analytics |
| Digital health solutions |
Reliable connected systems, low-latency data exchange, AI-enabled health applications |
Cross-sector research partnerships and use-case pilots |
Medical connectivity, secure data tools, remote monitoring platforms |
Lead Quality Assessment
| Factor |
Assessment |
Explanation |
| Buyer relevance |
Medium |
Relevant for specialized research, technical infrastructure, and collaboration-driven offerings; less relevant for broad commercial products. |
| Decision-maker availability |
Medium |
Speakers, professors, directors, and research leads are likely present, but direct procurement contacts may be limited. |
| Data collection potential |
Low |
No public attendee list, exhibitor list, or attendance count was confirmed in the official source provided. |
| Apollo targeting potential |
High |
Industry and role targeting for higher education, research, telecom, AI, and networking is strong even without attendee list transparency. |
| Geographic targeting potential |
High |
Paris, France, EU, and global academic/telecom clusters can be targeted effectively. |
| Best outreach approach |
High |
Thought-leadership messaging, speaker alignment, research collaboration, technical whitepapers, and pilot offers will outperform generic sales outreach. |
| Overall lead quality |
Medium |
High-quality niche leads, but lower volume and lower public participant transparency than trade exhibitions. |
| Best use case |
High |
Best for selective ABM, university and lab outreach, research commercialization, and technical partnership building. |
| Limitations / risks |
Medium |
Not ideal for mass attendee list sales. Buyer-side contacts may be indirect, academic, or influence-based rather than procurement-led. |
Apollo.io Targeting Recommendation
| Filter Type |
Recommended Filters |
Purpose |
| Apollo industries |
Higher Education; Research; Telecommunications; Information Technology & Services; Computer Software; Computer Networking; Electrical/Electronic Manufacturing; Semiconductors; Computer & Network Security; Wireless; Medical Devices |
Build a tightly relevant audience around communications, AI, network infrastructure, and academic research |
| Departments |
Research; Engineering; Information Technology; Innovation; Academic Affairs; Partnerships; Procurement |
Capture both technical evaluators and institutional buying influencers |
| Seniority |
C-Level; VP; Director; Head; Manager; Senior |
Prioritize budget owners, lab leaders, and collaboration decision-makers |
| Job titles |
Research Director; Lab Director; Professor; Principal Investigator; CTO; Head of AI Research; Telecommunications Engineering Director; IT Director; Program Manager; Partnerships Director; Procurement Manager |
Reflects the most probable relevant attendee and influence roles |
| Geography |
France; Île-de-France; Paris; Germany; Netherlands; Belgium; Switzerland; United Kingdom; Taiwan; China; Japan; United States |
Combines host-market targeting with known international participation patterns from official content |
| Employee size |
51–200; 201–500; 501–1,000; 1,001–5,000; 5,001+ |
Matches universities, research institutions, and established telecom/technology organizations |
| Keywords |
6G, 5G, future internet, AI-native networks, federated learning, edge AI, wireless sensor systems, communication networks, cloud efficiency, security privacy trust, digital health, mobile applications |
Helps identify topical alignment beyond generic industry labels |
| Technologies |
Use only if relevant in Apollo enrichment: cloud platforms, AI/ML tooling, networking infrastructure, cybersecurity stack |
Improves fit for infrastructure and software vendors |
| Revenue range |
Use broad filters or leave open for universities; apply only for commercial organizations if targeting enterprise R&D |
Prevents excluding institutions that do not map cleanly to commercial revenue bands |
| Company type |
Educational Institution; Private Company; Public Company; Nonprofit where research-driven |
Covers the likely event ecosystem |
Suggested Apollo Search Logic: ("6G" OR "5G" OR "future internet" OR "AI-native networks" OR "wireless sensor" OR "federated learning" OR "edge AI" OR "communication networks" OR "digital health") AND (Professor OR "Research Director" OR "Lab Director" OR CTO OR "IT Director" OR "Head of AI Research" OR "Telecommunications Director" OR "Program Manager") AND (Higher Education OR Research OR Telecommunications OR "Information Technology & Services" OR "Computer Networking").
Client Fit Review Required
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Sources & Verification Notes
Suitability for B2B attendee list building: limited to moderate. This event is better suited for targeted research, academic, telecom, and innovation outreach than for high-volume attendee list monetization, due to limited public attendee transparency and a conference-centric format.