2026 7th International Conference on Information Security and Privacy Protection (ICISPP 2026) – Event Attendee & Buyer Profile Analysis
Event date: 17 Jul 2026 - 19 Jul 2026
Location: Changzhou, Jiangsu Sheng, China
Event status: Upcoming
Research date: 29 Jun 2026
| Event Name |
2026 7th International Conference on Information Security and Privacy Protection (ICISPP 2026) |
| Event Date |
17 Jul 2026 - 19 Jul 2026 |
| Event Status |
Upcoming |
| Venue |
Venue not publicly confirmed in the official website text reviewed. |
| City |
Changzhou |
| State / Region |
Jiangsu Sheng |
| Country |
China |
| Organizer |
Organizer not publicly confirmed in the official website text reviewed. |
| Official Event Website |
icispp.org |
| Event Type |
International conference |
| Primary Category |
IT & Technology |
| Secondary Applicable Categories |
Security & Defense; Science & Research |
| Audience Reach |
Global |
| Estimated Attendance / Expected Footfall |
Attendance figure not publicly confirmed by the organizer. |
| Attendance Data Reliability |
Low for counts; confirmed for event name and location; dates provided by user input and aligned with requested event edition. |
| Main Purpose of Event |
Academic and industry knowledge exchange focused on information security, privacy protection, cybersecurity research, practical solutions, networking, and collaboration. |
ICISPP 2026 is positioned as an international conference dedicated to information security and privacy protection. Based on the official event title and website, it is a specialist forum centered on cybersecurity, data protection, and related research and professional exchange. The event is scheduled for Changzhou, China, and is expected to attract a mix of academic, technical, and industry participants interested in digital security challenges and solutions.
From a lead-generation perspective, the event is most relevant for organizations selling cybersecurity software, privacy technologies, threat detection, compliance tools, secure infrastructure, consulting, and research partnerships. It is likely to deliver strong access to technical evaluators, researchers, innovation leaders, and selected enterprise or institutional decision-makers, but current-year buyer lists, sponsor lists, and attendance counts were not publicly confirmed in the official material reviewed. Suitable for targeted B2B attendee list building only after supplemental verification from agenda, speaker, sponsor, or registration sources.
1. Who Attends: Buyers / Attendees
| Buyer / Attendee Segment |
Typical Organizations |
Buying Role or Influence |
Relevance to Exhibitors / Suppliers |
| University researchers and laboratory leaders |
Universities, research institutes, applied cybersecurity labs |
Influence technology trials, research collaboration, grant partnerships, and testbed adoption |
High relevance for cybersecurity tools, privacy-preserving systems, and academic-industry collaboration |
| Enterprise cybersecurity leaders |
Large enterprises, digital platforms, regulated industries, multinational operating units |
Evaluate security architecture, data protection, identity, risk, and compliance investments |
High relevance for software vendors, consulting firms, managed security providers, and infrastructure suppliers |
| Privacy, compliance, and governance professionals |
Enterprises, public institutions, financial services, healthcare, education, digital service operators |
Shape vendor shortlists for privacy compliance, governance, auditability, and policy controls |
Strong relevance for privacy platforms, legal-tech, governance systems, and consulting services |
| Government and public-sector digital security stakeholders |
Government agencies, public universities, municipal digital transformation offices |
May influence procurement pathways, pilot projects, standards adoption, and policy direction |
Relevant for secure networks, data protection, critical systems, and compliance-led offerings |
| Security product engineers and architects |
Software companies, platform vendors, device makers, systems integrators |
Drive technical evaluation, proof-of-concept design, integration feasibility, and partner selection |
Very relevant for API-based tools, detection engines, encryption, cloud security, and developer platforms |
| Consultants, advisors, and systems integrators |
Cybersecurity consultancies, digital transformation firms, audit and assurance providers |
Influence product recommendation, solution architecture, and downstream client adoption |
High channel value for strategic partnerships and referral-led growth |
| Graduate researchers and emerging technical talent |
Universities and research programs |
Limited direct buying authority but strong influence on pilots, testing, and future adoption |
Useful for employer branding, research recruitment, and technical ecosystem development |
2. Event Location and Attendee Geographic Origin
| Geographic Area |
Likely Attendee Origin |
Buyer Concentration |
Notes |
| Changzhou |
Local universities, technology professionals, and nearby institutional stakeholders |
Low to Medium |
Host-city participation is likely, especially from local academic and technical communities. |
| Jiangsu Sheng |
Regional universities, manufacturers with digital-security needs, software firms, and public institutions |
Medium |
Jiangsu is a strong economic region with relevant enterprise and technology demand. |
| Nearby business hubs |
Shanghai, Nanjing, Suzhou, Wuxi, Hangzhou corridor |
Medium to High |
Likely feeder markets for cybersecurity vendors, research institutions, and enterprise digital teams. |
| National reach |
China-wide academic and industry attendees |
High |
The international conference format suggests nationwide visibility within research and cybersecurity circles. |
| International reach |
Researchers, authors, and technical specialists from overseas institutions and companies |
Medium |
International reach is likely based on the official event title, but current-year country-level attendee data was not publicly confirmed. |
3. Audience Reach
4. Sample Buyer Companies and Websites
5. Job Profiles, Industries and Event Type
| Priority |
Job Title / Function |
Department |
Seniority Level |
Why This Role Matters |
| 1 |
Chief Information Security Officer |
Information Security |
C-Level |
Owns strategic cybersecurity decisions and budget direction. |
| 2 |
Chief Technology Officer |
Technology |
C-Level |
Influences architecture, platform integration, and long-term technology adoption. |
| 3 |
Director of Information Security |
Information Security |
Director |
Runs implementation priorities and vendor evaluation processes. |
| 4 |
Cybersecurity Architect |
Security Engineering |
Manager / Individual Contributor |
Key technical validator for product fit, interoperability, and architecture design. |
| 5 |
Data Privacy Officer |
Privacy / Compliance |
Director / Manager |
Relevant for privacy compliance, governance, and secure data lifecycle tools. |
| 6 |
IT Director |
Information Technology |
Director |
Controls infrastructure modernization, systems security, and vendor deployment. |
| 7 |
Research Professor / Principal Investigator |
Research |
Senior Academic |
Influences collaboration, pilots, publications, and institutional adoption. |
| 8 |
Head of Compliance |
Compliance / Risk |
Head / Director |
Important where privacy regulation and auditability drive purchasing. |
| 9 |
Business Development Director |
Business Development |
Director |
Relevant for channel partnerships, research alliances, and enterprise introductions. |
| 10 |
Security Operations Manager |
Security Operations |
Manager |
Practical buyer for monitoring, response, analytics, and operations tooling. |
| Priority |
Apollo Industry |
Why It Fits the Event |
Best Buyer Use Case |
| 1 |
Computer & Network Security |
Direct match to the event theme. |
Security platforms, SOC tools, threat intelligence, privacy controls. |
| 2 |
Information Technology & Services |
Broad enterprise IT buyer base for cybersecurity and compliance solutions. |
Infrastructure security, managed services, implementation projects. |
| 3 |
Computer Software |
Software firms need secure development and privacy engineering. |
Application security, DevSecOps, data protection, API security. |
| 4 |
Computer Networking |
Network-layer security remains core to enterprise protection strategies. |
Zero trust, segmentation, secure access, network monitoring. |
| 5 |
Telecommunications |
Telecom operators face major privacy and infrastructure protection requirements. |
Network security, lawful compliance, data governance. |
| 6 |
Financial Services |
Highly regulated sector with strong security and privacy demand. |
Fraud prevention, compliance, secure identity, audit trails. |
| 7 |
Banking |
Banking organizations are major adopters of information security solutions. |
Encryption, risk management, transaction security, compliance. |
| 8 |
Government Administration |
Public-sector digital services require robust privacy and security controls. |
Public-sector modernization, secure citizen data handling, procurement-led projects. |
| 9 |
Higher Education |
Conference format suggests strong participation from universities and academic labs. |
Research partnerships, campus security, grant-funded innovation. |
| 10 |
Research |
Directly relevant to academic and applied research communities. |
Research collaboration, lab tooling, data privacy experimentation. |
| 11 |
Defense & Space |
Security-sensitive sector with strong information assurance requirements. |
Secure communications, resilience, advanced cyber defense. |
| 12 |
Hospital & Health Care |
Healthcare entities manage sensitive personal data and compliance exposure. |
Privacy protection, secure records management, identity controls. |
6. Estimated Attendance
| Metric |
Figure |
Status |
Source / Basis |
Notes |
| Estimated total footfall |
Attendance figure not publicly confirmed by the organizer. |
Not confirmed |
Official website text reviewed |
No official attendance count found in supplied source material. |
| Exhibitor count |
Not publicly confirmed |
Not confirmed |
Official website text reviewed |
No exhibitor list or expo statistics confirmed. |
| Buyer count |
Not publicly confirmed |
Not confirmed |
Official website text reviewed |
Academic conferences often do not publish formal buyer counts. |
| Speaker count |
Not publicly confirmed |
Not confirmed |
Official website text reviewed |
Agenda and speaker pages were not available in the supplied source excerpt. |
| Sponsor count |
Not publicly confirmed |
Not confirmed |
Official website text reviewed |
No sponsor list confirmed in reviewed material. |
| Historical attendance |
No verified prior-year figure available in reviewed sources |
Historical / prior-year evidence unavailable |
Official website text reviewed |
No prior-year attendance statistics confirmed. |
7. Key Focus Areas and Buyer Engagement
| Focus Area |
Typical Buyer Need |
Buyer Engagement Opportunity |
Relevant Supplier Offering |
| Information security |
Protect systems, networks, and data from evolving threats |
Technical demos, architecture conversations, and pilot proposals |
Threat detection, SIEM, IAM, endpoint security, encryption |
| Privacy protection |
Strengthen personal data handling and governance controls |
Privacy assessments, compliance workshops, governance roadmap discussions |
Data discovery, classification, DLP, consent management, PETs |
| AI in cybersecurity |
Improve detection speed, anomaly analysis, and automation |
Innovation showcases and technical validation with security architects |
AI-driven monitoring, automated triage, behavioral analytics |
| Regulatory compliance |
Meet policy and audit expectations across sectors |
Policy-led discussions with compliance heads and legal/privacy teams |
Audit tools, reporting, governance platforms, advisory services |
| Secure data management |
Protect sensitive data across storage, transmission, and access layers |
Solution mapping to cloud, enterprise, and research environments |
Encryption, key management, tokenization, backup security |
| Research collaboration |
Access to innovation, publication, grants, and technical credibility |
University partnerships, lab pilots, co-authored projects |
Research sponsorship, testbeds, academic licensing, joint development |
| Factor |
Assessment |
Explanation |
| Buyer relevance |
High |
Strong thematic fit for cybersecurity, privacy, compliance, and research-led solutions. |
| Decision-maker availability |
Medium |
Likely mix of senior technical influencers and academic leaders; direct budget owners may be present but are not yet confirmed. |
| Data collection potential |
Medium |
Potential improves significantly if speaker, author, committee, sponsor, or attendee directories become available. |
| Apollo targeting potential |
High |
Cybersecurity and IT personas map well to Apollo industries, seniority filters, and title logic. |
| Geographic targeting potential |
High |
China, East China business hubs, and global academic-security clusters can be targeted efficiently. |
| Best outreach approach |
High |
Use research-led outreach, technical relevance, privacy/compliance messaging, and collaboration offers rather than generic sales language. |
| Overall lead quality |
High |
Strong niche relevance for cybersecurity solution providers, though list certainty currently depends on additional official participant data. |
| Best use case |
High |
Thought-leadership outreach, technical partnership prospecting, research collaboration, and account-based targeting. |
| Limitations / risks |
Medium |
Current-year participant transparency is limited in the reviewed source material; attendance scale and commercial buyer density remain unverified. |
| Filter Type |
Recommended Filters |
Purpose |
| Apollo industries |
Computer & Network Security; Information Technology & Services; Computer Software; Computer Networking; Telecommunications; Financial Services; Banking; Government Administration; Higher Education; Research; Defense & Space; Hospital & Health Care |
Build a focused cybersecurity and privacy buyer universe. |
| Departments |
Information Technology; Engineering; Security; Compliance; Legal; Operations; Research; Business Development |
Capture both technical and commercial decision paths. |
| Seniority |
C-Level; VP; Director; Head; Manager; Owner; Partner; Professor / Principal Investigator where available |
Prioritize budget owners and senior technical influencers. |
| Job titles |
CISO, CTO, CIO, Director Information Security, Security Architect, Privacy Officer, Data Protection Officer, Head of Compliance, IT Director, Security Operations Manager, Research Professor, Principal Investigator, Business Development Director |
Mirror the most relevant attendee and evaluator profiles. |
| Geography |
China; Jiangsu; Shanghai; Nanjing; Suzhou; Wuxi; Hangzhou; broader APAC; global academic-security hubs where applicable |
Target likely feeder markets and related regional ecosystems. |
| Employee size |
51-200; 201-500; 501-1000; 1001-5000; 5001+ |
Focus on organizations more likely to maintain dedicated security functions and budgets. |
| Keywords |
cybersecurity, information security, privacy protection, data security, compliance, encryption, zero trust, SOC, threat intelligence, identity management, data governance, privacy engineering, network security |
Refine accounts and contacts around exact solution themes. |
| Technologies |
Cloud security stacks, SIEM, IAM, endpoint protection, DLP, encryption, DevSecOps tooling where filter support exists |
Identify environments with immediate security tooling relevance. |
| Revenue range |
Mid-market to enterprise, depending on product complexity and pricing |
Improve qualification for enterprise-grade security offers. |
| Company type |
Public companies, private enterprises, universities, research institutions, government-related entities |
Covers the likely institutional mix relevant to ICISPP. |
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