1 Software Integrity
"How can software prove that critical business invariants remain protected across every execution path?"
Investigating mathematical invariant formalization, continuous verification engines, and out-of-process integrity attestations that ensure invariants are maintained under arbitrary service failures.
Program: NR-0001 Status: Active
2 Causal Systems
"Can systems understand the consequences of an operation well enough to recover semantic consistency rather than only restore data?"
Investigating causal graphs, partial order tracing, and compensating state transitions that understand operational intent when undoing or repairing corrupt distributed executions.
Program: Formulation Status: Exploratory
3 Safe Execution
"Can complex operations be simulated and verified before producing real-world effects?"
Investigating deterministic execution sandboxes, speculative shadow branches, side-effect recording, and forward simulation prior to committing irreversible mutations.
Program: Formulation Status: Exploratory
4 Distributed Correctness
"Which operations can execute without coordination while preserving application invariants?"
Investigating coordination-free bounds, state join-semilattices, and deterministic convergence guarantees across asynchronously partitioned network regions.
Program: Formulation Status: Exploratory
5 Agent Infrastructure
"How can autonomous software act safely inside systems whose critical properties must never be violated?"
Investigating non-bypassable constraint envelopes, provable observation journals, and formal authorization boundaries for autonomous agents operating on critical software state.
Program: Formulation Status: Exploratory
