Targeted Drug Delivery Logic
Delivery programs encode guardrails for release conditions and inhibition paths. Execution is approved only when policy and simulation results meet profile thresholds.
Precision
Precision use cases prioritize bounded outcomes over raw throughput. These workloads demand clear constraints, explicit approvals, and traceable evidence because the cost of an incorrect action exceeds the cost of slower execution.
FORMA supports this with stricter profiles: deeper preflight simulation, stronger policy gates, and signal interpretations designed for review. The question is not speed first. The question is whether the operating system can demonstrate that execution remained within defined boundaries.
In-Blood Molecular Detection
Detection workflows use constrained evaluation windows and confidence bounds, emphasizing low false-negative exposure and explicit escalation paths.
Underwater Sensor Classification
Remote sensing in hostile conditions requires stable decision logic where runtime intervention may be limited, delayed, or unavailable.
Typical Precision Program
program release_guard input biomarker: float input window_min: float constraint biomarker >= 0.0 constraint window_min <= 15.0 emit release when biomarker >= 0.82
Precision programs are intentionally simple, but their operating contracts are strict and review-heavy.
Policy and Approval Ladder
- Auto-approve low-risk bounded runs
- Require review for elevated variance
- Require approval for high-impact outcomes
- Block disallowed routes by policy
From Provenance to Bio-Linked Ledgering
Some institutions need stronger continuity guarantees across teams, environments, and long review cycles. Vault lineage can function as a substrate-aware provenance ledger: every source revision, artifact version, policy decision, run, and signal remains attributable. This supports blockchain-style traceability goals without reducing governance to token mechanics.