PHANTOM Validate.
Hardware-isolated exploit proof.
Never trust a hypothesis without proof. CRUCIBLE executes candidate exploits in ephemeral dual-layer sandboxes to confirm reachability and impact before reporting.
Dual-Layer Micro-VM Execution Architecture
Every exploit verification runs inside a gVisor user-space application kernel container nested within an ephemeral Firecracker micro-VM. Direct host system calls and raw device access are strictly blocked.
Micro-VMs boot in approximately 125ms from minimal rootfs images. Once verification completes or times out, the entire virtual machine is destroyed, guaranteeing zero persistent state or cross-tenant contamination.
Host-level iptables and network namespaces restrict sandbox outbound traffic solely to explicit in-scope targets. Cloud instance metadata endpoints (`169.254.169.254`) and internal subnets are completely unreachable.
Before any verification command or test script executes in the sandbox, an independent parser inspects the syntax with YARA rules, blocking destructive commands, data wipes, or unapproved binaries.
Centralized kill switches backed by Redis and PostgreSQL can freeze all active sandbox jobs within seconds. The models and agents possess no mechanism or permission to query or alter their own kill switch.
BREACH & ATTACK SIMULATION (BAS) ROADMAP
Autonomous adversary emulation orchestrating end-to-end multi-target intrusion scenarios.
Correlating validated exploit actions against customer SIEM/EDR telemetry to identify blind spots.
Interactive visual matrices tracking tested, validated, and untestable enterprise attack techniques.
Automated ingestion of open-source atomic test matrices into bounded sandboxed execution.
Synthesizing high-fidelity defensive Sigma detection rules directly from validated exploit telemetry.
Transparency note: The capabilities above are in active design and scheduled for post-RC1 delivery. Current staging validation strictly covers repository and endpoint exploit proof in dual-layer gVisor + Firecracker micro-VMs.
ZERO-ASSUMPTION SECURITY