2026 The 10th International Conference on System Reliability and Safety (ICSRS 2026) – Event Attendee & Buyer Profile Analysis
Event date: November 23–25, 2026
Location: Rome, Lazio, Italy
Event status: Upcoming
Research date: June 29, 2026
Event Overview
| Event Name |
2026 The 10th International Conference on System Reliability and Safety (ICSRS 2026) |
| Event Date |
November 23–25, 2026 |
| Event Status |
Upcoming |
| Venue |
NHOW Roma (user-provided detail; not confirmed in the reviewed official website text) |
| City |
Rome |
| State / Region |
Lazio |
| Country |
Italy |
| Organizer |
ICSRS conference organizing committee (specific legal organizer name not clearly stated in the reviewed website text) |
| Official Event Website |
icsrs.org |
| Event Type |
International academic and industry conference |
| Primary Category |
Science & Research |
| Secondary Applicable Categories |
Industrial Engineering; IT & Technology; Security & Defense |
| Audience Reach |
International / global research and technical community |
| 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 subject matter based on official event website text. |
| Main Purpose of Event |
To present research, exchange technical knowledge, and build collaboration around system reliability, fault diagnosis, safety management, risk analysis, and maintenance optimization. |
About the Event
ICSRS 2026 is the 10th edition of the International Conference on System Reliability and Safety, scheduled in Rome, Italy from November 23 to 25, 2026 according to the official conference website. The event is positioned as a technical forum for researchers, practitioners, and industry experts working on reliability engineering, safety assessment, fault-tolerant systems, risk analysis, and maintenance optimization. The reviewed official website text also states technical co-sponsorship by Politecnico di Milano and the IEEE Reliability Society (Italy Chapter).
From a business-development standpoint, this is a specialized knowledge and networking conference rather than a mass-market trade show. It is most relevant for suppliers targeting research-led institutions, engineering teams, industrial reliability functions, testing and validation groups, safety-critical systems programs, and technical decision-makers evaluating tools, methods, software, training, or partnerships related to reliability and safety performance.
1. Who Attends: Buyers / Attendees
| Buyer / Attendee Segment |
Typical Organizations |
Buying Role or Influence |
Relevance to Exhibitors / Suppliers |
| Academic researchers |
Universities, engineering faculties, research labs |
Influence software, instrumentation, datasets, training, and research collaborations |
High for technical tools, simulation software, and publication or R&D partnerships |
| Industrial reliability engineers |
Manufacturing, aerospace, transport, energy, automation firms |
Evaluate reliability methods, diagnostics, predictive maintenance, and safety systems |
Very relevant for engineering software, sensors, analytics, and consulting |
| Safety and risk management specialists |
Safety-critical industries, infrastructure operators, engineering consultancies |
Assess safety frameworks, compliance practices, and hazard mitigation solutions |
High for risk analysis tools, training, auditing, and safety assurance services |
| Maintenance and asset management leaders |
Industrial operators, utilities, transport networks, plants |
Influence maintenance optimization, asset reliability, and lifecycle cost decisions |
Strong fit for CMMS, predictive maintenance, monitoring, and field service providers |
| R&D and innovation teams |
Technology developers, labs, technical institutes |
Evaluate novel methods, testing platforms, and collaboration opportunities |
Good for pilots, trials, co-development, and advanced engineering sales |
| Conference speakers and committee members |
University departments, expert societies, technical institutions |
High influence on partnerships, standards awareness, and thought leadership |
Useful for strategic networking and credibility-building outreach |
| Professional associations and technical societies |
IEEE chapters, engineering societies, standards-oriented groups |
Influence awareness, technical endorsement, and practitioner engagement |
Relevant for sponsorship, training, and visibility programs |
2. Event Location and Attendee Geographic Origin
| Geographic Area |
Likely Attendee Origin |
Buyer Concentration |
Notes |
| Rome |
Local universities, engineering institutes, technical professionals, visiting speakers |
Medium |
Host city supports academic and international conference access. |
| Lazio region |
Regional research institutions, public universities, engineering and infrastructure stakeholders |
Medium |
Regional participation likely due to venue accessibility. |
| Italy |
National academic, engineering, industrial reliability, and safety participants |
High |
Technical co-sponsorship by Italian institutions supports national reach. |
| Europe |
Researchers and practitioners from EU engineering and safety communities |
High |
Conference topic aligns well with European industry, transport, and safety research networks. |
| Global |
International authors, plenary participants, and technical specialists |
Medium to High |
Official website positions ICSRS as an international conference with English-language proceedings. |
3. Audience Reach
| Reach Level |
Assessment |
Explanation |
| Global |
Primary classification |
The official website presents ICSRS as an international conference for researchers, practitioners, and industry experts, with English proceedings and recurring editions across major European cities. |
| European / National |
Secondary reach description |
Rome location and Italian technical co-sponsorship make Europe and Italy especially relevant attendee pools. |
4. Sample Buyer Companies and Websites
| Buyer Company / Organization |
Buyer Type |
Why It Is Relevant |
Website |
Best Job Titles to Target |
Evidence Level |
| Politecnico di Milano |
Academic / research institution |
Officially stated technical co-sponsor; relevant for research collaboration, engineering tools, and reliability methods. |
polimi.it |
Professor, Researcher, Lab Director, Department Head, Reliability Engineer |
Confirmed Sponsor / Exhibitor |
| IEEE Reliability Society (Italy Chapter) |
Professional association / technical society |
Officially stated technical co-sponsor; highly relevant for reliability engineering practitioners and standards-aligned engagement. |
rs.ieee.org |
Chapter Chair, Reliability Engineer, Standards Lead, Technical Program Lead |
Confirmed Sponsor / Exhibitor |
| Current-year attendee, author, exhibitor, and sponsor organization lists were not publicly confirmed in the reviewed official website text. Prior-year participation evidence was not reviewed from official directories in the supplied source set. As a result, only organizations directly evidenced in the official event text are listed here. |
5. Job Profiles, Industries and Event Type
| Priority |
Job Title / Function |
Department |
Seniority Level |
Why This Role Matters |
| 1 |
Reliability Engineer |
Engineering / Reliability |
Manager / Individual Contributor |
Core technical audience for reliability modeling, diagnostics, and testing tools. |
| 2 |
Safety Engineer |
Safety / Compliance |
Manager / Individual Contributor |
Relevant for hazard analysis, compliance, and safety assurance solutions. |
| 3 |
R&D Director |
Research & Development |
Director |
Approves pilots, innovation partnerships, and research purchases. |
| 4 |
Professor / Principal Investigator |
Academic Research |
Senior |
Influences research collaborations, lab tools, grants, and publication-related decisions. |
| 5 |
Maintenance Manager |
Operations / Asset Management |
Manager |
Key role for predictive maintenance and reliability-centered maintenance solutions. |
| 6 |
Engineering Director |
Engineering |
Director |
Owns evaluation of technical systems, validation methods, and implementation standards. |
| 7 |
Program Manager |
Program / Technical Delivery |
Manager |
Relevant where reliability and safety requirements are program-critical. |
| 8 |
Quality Director |
Quality / Assurance |
Director |
Important for validation, root-cause analysis, and performance improvement buying decisions. |
| Priority |
Apollo Industry |
Why It Fits the Event |
Best Buyer Use Case |
| 1 | Research | Direct fit with conference research audience. | R&D partnerships, analytical tools, research software |
| 2 | Higher Education | Universities and labs are core participant groups. | Lab systems, training, publishing, academic collaborations |
| 3 | Mechanical or Industrial Engineering | Strong alignment with reliability and maintenance topics. | Engineering simulation, testing, maintenance analytics |
| 4 | Industrial Automation | Automation environments depend on fault tolerance and system safety. | Condition monitoring, diagnostics, control reliability |
| 5 | Aviation & Aerospace | Safety-critical sector with high reliability requirements. | Safety assurance, systems validation, risk modeling |
| 6 | Defense & Space | Mission-critical platforms require reliability engineering. | Program-level safety, reliability testing, lifecycle support |
| 7 | Information Technology & Services | System resilience and dependability are relevant in digital systems. | Monitoring platforms, reliability analytics, service assurance |
| 8 | Computer Software | Software-driven fault diagnosis and safety modeling are central themes. | Engineering software, simulation, digital twins |
| 9 | Electrical/Electronic Manufacturing | Reliability of electronic systems is a major application area. | Failure analysis, design validation, component reliability |
| 10 | Automotive | Safety and reliability remain critical in vehicle systems. | Functional safety, embedded reliability, testing tools |
| 11 | Utilities | Asset reliability and maintenance optimization are highly relevant. | Asset health monitoring, risk management, uptime improvement |
| 12 | Transportation/Trucking/Railroad | Transport systems depend on operational reliability and safety controls. | Fleet reliability, predictive maintenance, operational safety |
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 attendee number stated in supplied source set. |
| Exhibitor count |
Not publicly confirmed |
Not confirmed |
Official website text reviewed |
This appears to be conference-led rather than expo-led. |
| Buyer count |
Not publicly confirmed |
Not confirmed |
Official website text reviewed |
No official hosted-buyer or procurement program identified in the reviewed source. |
| Speaker count |
Not publicly confirmed |
Not confirmed |
Official website menu indicates plenary speakers and keynote lectures |
Speaker names and totals were not included in the supplied text. |
| Sponsor count |
2 organizations explicitly named |
Confirmed |
Official website text |
Politecnico di Milano and IEEE Reliability Society (Italy Chapter). |
| Historical attendance |
Not publicly confirmed in supplied source set |
Historical / prior-year evidence unavailable here |
No prior-year attendance figures provided in the reviewed text |
Further validation would require review of prior-year official pages. |
7. Key Focus Areas and Buyer Engagement
| Focus Area |
Typical Buyer Need |
Buyer Engagement Opportunity |
Relevant Supplier Offering |
| System reliability assessment |
Methods to model, measure, and improve reliability performance |
Technical demos, case studies, benchmark comparisons |
Reliability software, analytics, simulation tools |
| Fault diagnosis |
Early failure detection and root-cause analysis |
Proof-of-concept discussions with engineering and maintenance teams |
Monitoring sensors, diagnostic platforms, AI-assisted detection |
| Fault-tolerant control |
System resilience under failure conditions |
Target engineering leads and control-system specialists |
Control software, embedded systems support, testing frameworks |
| Risk analysis |
Quantification of operational, technical, and safety risks |
Engage risk and safety functions with standards-oriented messaging |
Risk modeling tools, consulting, assessment services |
| Safety management |
Governance, assurance, and incident prevention |
Thought-leadership outreach and compliance workshops |
Safety platforms, audits, training, compliance services |
| Maintenance optimization |
Reducing downtime and improving asset life |
ROI-focused outreach to operations and maintenance teams |
Predictive maintenance, asset monitoring, CMMS integration |
Lead Quality Assessment
| Factor |
Assessment |
Explanation |
| Buyer relevance |
High |
Strong fit for specialized reliability, safety, engineering, and research offerings. |
| Decision-maker availability |
Medium |
Senior technical influencers are likely present, but procurement-heavy buyer presence is not clearly evidenced. |
| Data collection potential |
Medium |
Useful for speaker, author, committee, and technical-society targeting if official lists are published later. |
| Apollo targeting potential |
High |
Relevant titles and industries are highly targetable in Apollo even if event attendance lists are limited. |
| Geographic targeting potential |
High |
Italy and broader Europe are clear priority markets; global academic targeting is also feasible. |
| Best outreach approach |
High |
Use technical-value outreach centered on research outcomes, reliability gains, compliance, and maintenance ROI. |
| Overall lead quality |
Medium to High |
Excellent niche relevance, but public attendee visibility is currently limited. |
| Best use case |
High |
Best for niche B2B outreach, research partnerships, technical lead generation, and thought-leadership prospecting. |
| Limitations / risks |
Medium |
Not ideal for broad attendee list building unless the conference later publishes committee, speaker, or author directories. |
Apollo.io Targeting Recommendation
| Filter Type |
Recommended Filters |
Purpose |
| Apollo industries |
Research; Higher Education; Mechanical or Industrial Engineering; Industrial Automation; Aviation & Aerospace; Defense & Space; Information Technology & Services; Computer Software; Electrical/Electronic Manufacturing; Automotive; Utilities; Transportation/Trucking/Railroad |
Find organizations with technical dependence on reliability and safety disciplines. |
| Departments |
Engineering; Research; Operations; Quality Assurance; Information Technology; Program Management |
Target technical and operational functions most likely to evaluate solutions. |
| Seniority |
Director; VP; CXO; Manager; Head; Owner (Owner mainly for specialized engineering consultancies) |
Prioritize decision-makers and strong technical influencers. |
| Job titles |
Reliability Engineer; Safety Engineer; Engineering Director; R&D Director; Maintenance Manager; Quality Director; Program Manager; Professor; Principal Investigator; Lab Director; Systems Engineer |
Map to probable ICSRS attendee and buyer personas. |
| Geography |
Italy; Western Europe; broader Europe; selected global research clusters |
Mirror likely event participation geography. |
| Employee size |
51–200; 201–500; 501–1,000; 1,001–5,000; 5,001+ |
Cover both specialized engineering firms and large enterprise operators. |
| Keywords |
reliability, safety, fault diagnosis, fault-tolerant, risk analysis, predictive maintenance, RAMS, systems engineering, condition monitoring, safety management |
Improve precision for niche technical prospecting. |
| Technologies, if relevant |
Industrial IoT, monitoring platforms, simulation software, analytics systems |
Useful if client sells software or digital engineering solutions. |
| Revenue range, if relevant |
$10M+ for commercial targets; no strict limit for research institutions |
Focus on organizations with budget capacity. |
| Company type |
Private companies; public companies; universities; research institutions; professional associations |
Matches the conference’s mixed academic and industry profile. |
Suggested Apollo Search Logic: (“reliability engineer” OR “safety engineer” OR “systems engineer” OR “R&D director” OR “maintenance manager” OR “quality director”) AND (reliability OR safety OR “fault diagnosis” OR “predictive maintenance” OR RAMS OR “risk analysis” OR “condition monitoring”) AND geography in Italy or Europe. For academic targeting, add university, laboratory, institute, or research-center keywords.
Client Fit Review Required
Please share the client website or product/service details. I will review the client offering and identify the highest-fit buyer companies, Apollo industries, seniority levels, departments, and job titles from this event.
Sources & Verification Notes
| Source |
Type |
What It Verified |
Reliability |
| ICSRS 2026 Official Website |
Official event website |
Event name, Rome location, Italy country, official dates November 23–25, 2026, technical co-sponsors, theme areas, and important deadlines. |
High |
| User-supplied event details |
Provided reference input |
Venue name NHOW Roma and Lazio region detail. Date input conflicted with official source and was overridden by official website dates. |
Medium |
| Verification note |
Research limitation |
No official attendee count, buyer count, exhibitor directory, or full speaker list was present in the supplied official website text. |
High |