CAPABILITIES
Security that starts below software
Invariant enforcement
All syscalls and context switches are mediated with hardware-backed checks—no signatures.
Deterministic isolation
Immutable domains for memory, I/O and scheduling; lateral movement cannot originate.
Verifiable boot
Policies are data with proofs embedded at boot; trust is established before the kernel.
PROOF BY ARCHITECTURE
Microvisor below the kernel
ZMatrix mediates all transitions across privilege boundaries with constant-time, memory-safe guards. The kernel can’t violate what it can’t reach.
THE PROBLEM
Traditional security operates too late
Detection happens after compromise. Response happens after exfiltration. ZMatrix eliminates the gap by making attacks structurally impossible.
Antivirus and EDR tools compare behavior against known threats. New exploits slip through until signatures are updated.
Zero-days have unlimited dwell time.
Kernel enforces process boundaries. But kernel exploits break all guarantees—root owns everything.
Privilege escalation defeats the model.
Security policies load after the OS starts. Bootkits and firmware malware execute before any protection.
Trust is assumed, not proven.
Structural prevention, not reactive detection
ZMatrix enforces security at the hardware layer. Policies are immutable. Isolation is guaranteed by silicon. Attacks that would compromise a traditional system simply cannot execute.
USE CASES
Deploy where security cannot fail
Critical infrastructure, financial services, defense systems, and cloud platforms demand security that's proven, not promised.
SCADA and ICS systems operate for years without security updates. ZMatrix locks down the execution environment—preventing attacks that exploit old vulnerabilities.
- •Immutable operational policies
- •Air-gap enforcement at hardware level
- •No signature updates required
High-frequency systems cannot tolerate detection latency. ZMatrix prevents exploits in real-time with hardware-speed checks—no waiting for analysis.
- •Sub-microsecond mediation overhead
- •Deterministic execution guarantees
- •Tamper-proof audit logs
Mission-critical systems require provable security. ZMatrix's formal verification and measured boot provide mathematical guarantees—not probabilistic defenses.
- •Formally verified core components
- •TPM-based remote attestation
- •Zero trust from boot
Guest escapes threaten all tenants. ZMatrix isolates workloads at the hardware layer—even if the hypervisor or container runtime is compromised.
- •Hardware-enforced tenant boundaries
- •Per-workload policy domains
- •Transparent to applications
INTEGRATION
Works with your existing stack
ZMatrix augments—not replaces—your current security tools. Deploy alongside EDR, SIEM, and monitoring without changing applications or workflows.