Mapping tier-three supply exposure from unaligned public filings
How Thesis resolves entity aliases and counterexample buffers without a pre-indexed terminal feed.
↳Read BriefingLegacy financial terminals spent decades normalizing proprietary feeds for a fraction of global institutions. Thesis is built for the 99.9% of enterprises operating across uneven public filings, supplier advisories, data rooms, and internal memos, turning fragmented documents into a connected, span-verified world map.
Rather than burning frontier compute on unconstrained synthesis, the Askus verification harness decomposes investigations into bounded span checks and counterexample audits, extracting institutional multi-hop reasoning traces from fast, compact models.
Every completed investigation persists resolved entity aliases, character-span bindings, and tested counterexamples into a reusable domain graph, so subsequent strategic questions compound prior work rather than restarting from scratch.
When an operational link lacks documentary evidence across available public and internal sources, Thesis surfaces the missing hop as an explicit collection target instead of papering over uncertainty with plausible prose.
Core relationship-mapping and trace-generation infrastructure runs strictly within Askus custody on zero-data-retention servers in Liechtenstein and Switzerland, with zero document retention and zero training on proprietary corpora.