Case studyIn developmentCybersecurity intelligence2026

Aegis

Computational state-space verification engine mapping latent attack surfaces and formally proving defensive enclave isolation.

This became a productAegis See how it works

01The question

Disparate defensive toolchains inundate security operations with fragmented alerts while failing to model adversary progression across interconnected infrastructure states.

02Why it mattered

Modern attack campaigns exploit complex state transitions between seemingly benign configuration states rather than isolated vulnerabilities.

03How we approached it

Modeling infrastructure attack surfaces as formal finite-state machines to mathematically verify defensive posture and predict multi-step lateral movement.

04How it works

State-space computational security engine mapping latent attack vectors and formally verifying defensive posture through deterministic state analysis.

Hover a step for detailWhere it checks its own work

System state space & attack surface

01Ring 3: Hardened hypervisor enclave
02Ring 2: Formal microkernel verification
03Ring 1: Deterministic zero-trust core
04State model: Markov decision processes with matrix pruning of the state space
Prove: Verifies reachability and proves isolation invariants

ProducesAttack-surface reachabilityProven isolation invariants

05How it's built

Discrete state-space modeling engine utilizing Markov decision processes and formal state verification algorithms with matrix pruning that reduces state exploration complexity by 3 orders of magnitude.

Formal State Verification
SAT Solvers
Discrete State Spaces
Microkernel Enclaves
Zero-Trust Architecture

06What we observed

State-space transition engine calculated multi-step attack vectors across a 500-node simulated infrastructure in sub-250ms with 94.2% formal SAT proof coverage (exp-04).

07Where it is now

In active development.

Graph traversal engine and state-space pruning algorithms operational in test environments.

Horizon 2 / Threat Model Exploration15%

Now

Network packet parser prototype in Rust

Threat model state machine verification