Assembling company data proxy workflows starts with a precise definition of the company entity and of the business questions you want that entity to answer, then turns those definitions into concrete rules for which sources to crawl, how often to revisit them, and how to map the raw observations into a clean, stable company record. Instead of treating each website, registry or directory as a one off scraping project, the organisation defines an entity model that captures identifiers such as legal name, local registration IDs, tax IDs where permissible, website domains, brand aliases, locations, headcount bands, revenue estimates, industry codes and technology fingerprints, and then tasks the proxy layer with collecting the fragments required to populate and maintain those attributes. A source mix might include official corporate registries, company websites, careers pages, SaaS marketplace listings, review platforms, government contract databases, investor presentations and trusted third party datasets, each with its own cadence based on how frequently the underlying information actually changes. The company data proxy orchestrator, running on top of a provider such as Gsocks, applies keyword and domain filters to route only relevant requests through residential or datacenter exits, honours robots directives and fair use expectations, and maintains per source schedules that respect peak load windows and rate limits while still giving sales, marketing and research teams the freshness they need. Matching rules, such as fuzzy name comparisons, domain equivalence logic and address normalisation, are encoded next to the workflows so that every HTTP response flowing through the proxy is evaluated for potential entity matches in near real time, tagged with confidence scores and either attached to existing company profiles or held in a review queue. Over time, this approach yields a durable set of proxy powered workflows that can be tuned or extended without rewriting collectors, because entity logic, source configuration, refresh policies and matching heuristics are clearly separated but tightly integrated in the overall design.