Continuous Visibility
Map every asset, identity, and code-level dependency across cloud, on-prem, and OT environments — discover what's actually reachable, not just what's listed.
Piscium Radius is autonomous Continuous Threat Exposure Management for OT, cloud, and enterprise — architectural rigor for the digital perimeter you can't afford to misread.
Live · Attack Path Validation
3 chains → 1 fix
One closed-loop system: discover what you have, validate what's exploitable, ship the fix that breaks the chain. No agents to wrangle. No CVE noise to triage.
Map every asset, identity, and code-level dependency across cloud, on-prem, and OT environments — discover what's actually reachable, not just what's listed.
Radius reasons across attack graphs, telemetry, and threat intel to surface the chains that matter — the small set of fixes that collapse the most paths.
Validation that mirrors real adversary behavior. Findings come with proven exploit paths and the precise fix that breaks them — engineered, not estimated.
Most exposure-management tools end at the report. Radius keeps walking — from discovery to validated fix, every fix re-validated within the same hour.
Inventory every asset, identity, and code-level dependency across cloud, on-prem, and OT. Radius normalizes graphs from CMDB, IaC, runtime telemetry, identity providers, and OT bus protocols.
Continuously simulate adversary behavior against your real architecture — not generic CVE scoring. Each chain is walked, scored for exploit feasibility, and ranked by blast radius.
Surface the small set of fixes that collapse the most attack paths. The reasoning engine groups chains by their shared chokepoints — one fix breaks ten chains, not the other way around.
Push validated tickets, IaC patches, and runbooks directly to the teams that own the asset. Re-validation runs the moment the fix lands — the loop never opens, never goes stale.
Protocol-aware discovery across PLC, SCADA, DNP3, Modbus, and proprietary fieldbuses. Radius walks the OT estate without ever speaking out of turn — passive by default, validated against simulated adversaries on a digital twin.