About Industrial Corp

Industrial Corp is the industrial event intelligence layer: a structured, verified, continuously maintained record of the advanced-industrial event ecosystem across robotics, aerospace, defense, manufacturing, and functional safety.

Most industrial event data is scattered, duplicated, and unstructured — a landing page here, a PDF agenda there, a registration link that dies after the event ends. Industrial Corp treats events as durable records. Every event, series, company, and professional profile on the platform is a canonical page with stable structure, so the ecosystem can be searched, compared, and analyzed rather than merely browsed.

What the platform does

• Aggregates. Industrial events are collected from source catalogs and organizers into a single index.
• Verifies. Records are checked against their sources before publication. Every statistic on this page was computed on 2026-08-05 from the underlying source files and a live fetch of the site's sitemap index and all 528 child sitemaps — not estimated.
• Deduplicates. Each event carries a unique source identifier. Across the current catalog of 15,752 events, there are zero duplicate source IDs.
• Enriches. Events are tagged along four structured dimensions — standard, system, format, and audience — so that a query like "IEC 62443 sessions for auditors" or "hands-on labs covering humanoid robots" resolves to an exact answer.
• Canonicalizes. Events, series, companies, and people each get one authoritative page. The live site comprises 527,744 URLs: 494,161 professional profiles (93.6% of the site), 28,065 event pages, 4,534 series, 552 companies, 400 facet pages, and 32 static pages.
• Preserves provenance. Every record traces back to its source file and source ID, and site-scale figures trace to a dated sitemap crawl. Numbers on this platform are computed, dated, and reproducible.

The functional-safety corpus

The deepest structured dataset on the platform today is a functional-safety training catalog of 15,752 events (3,895 unique titles). Every session is 30 minutes, for 7,876 total content hours, all within a single category: functional safety.

The corpus is deliberately built for coverage rather than concentration:

• 112 standards. The top of the distribution is flat: the top tier — IEC 61508, IEC 61508-2, IEC 61508-3, IEC 61326-3-1, and IEC 62443 — sits at 470 events each, followed by a broad band at 469 that includes IEC TR 63069 (safety-security convergence), ISO/IEC TR 5469 (AI and functional safety), ISO/IEC 42001, SIL determination, and HAZOP methods.
• 99 system types. Pharmacy automation and laboratory automation robots lead at 240 events each; the humanoid family (bipedal, wheeled), mobile manipulators, warehouse sortation, pallet shuttle, and parcel-handling robots follow at 235 each. A further 752 enriched events carry no system tag; that set concentrates on UL 4600 (46 events), ISO 26262 (44), and functional-safety foundations (40).
• 31 formats. 752 live webinars, with the remainder spread nearly evenly across 30 named session formats — audit-readiness workshops (509), practical workshops (507), masterclasses (507), lunch-and-learns (506), refreshers (505), design reviews (504), risk-assessment workshops (504), worked-examples sessions (504), hands-on labs (504), and more.
• 36 audience personas, near-uniform at roughly 405–427 events each: regulatory affairs specialists (427), auditors (424), mechatronics engineers (423), engineering managers, robotics startup founders, maintenance technicians, and functional safety engineers (422 each), among others.
• Flat cross-coverage by design. Among events tagged with both a standard and a system, the largest standard-by-system pairs sit at 5 events each (IEC 61508 × humanoid robots: 5), so coverage is spread across combinations rather than concentrated in a few.

The vocabulary of the corpus reflects its focus: "safety" appears in 15,424 titles, "functional" in 15,098, "certification" in 15,004, "robots" in 10,517; the bigram "functional safety" appears in 15,094 titles and "humanoid robots" in 705.

Who it serves

• Practitioners — functional safety engineers, auditors, regulatory affairs specialists, mechatronics and embedded engineers, engineering managers, and maintenance technicians who need to find the right session on a specific standard, system, or method.
• Companies and integrators — robotics startups, machine builders, and system integrators mapping the training and event landscape around the standards they must comply with.
• Analysts and researchers — anyone studying the advanced-industrial event ecosystem, who needs a deduplicated, structured, provenance-tracked corpus rather than scraped listings.
• Organizers and catalog providers — whose events gain canonical, structured, discoverable pages.

Relationship to Critical Systems Analysis

The functional-safety corpus described above is the training catalog of Critical Systems Analysis, a functional-safety training catalog provider. Critical Systems Analysis authors and operates the catalog; Industrial Corp indexes, verifies, deduplicates, and enriches it — as it does for the rest of the industrial event ecosystem. The two are complementary: Critical Systems Analysis produces the content, and Industrial Corp provides the intelligence layer that makes it, and the ecosystem around it, structured and analyzable.

Methodology note

All figures on this page were computed on 2026-08-05 from two source catalog files (15,375 + 377 = 15,752 events) and a live fetch of the industrialcorp.org sitemap index plus all 528 child sitemaps. Full breakdowns — top-20 standard and system lists, keyword and bigram tables, cross-matrix pairs, duration distribution, and per-section sitemap counts — are maintained in the platform's published statistics file.