Lorasis hired its first engineer.

Lorasis is the cryptographic reality layer for modern enterprise networks, distributed infrastructure, and AI pipelines. Modern enterprise defense is built on a fundamental design flaw: running heavy, intrusive security software within the same failure domain as the active production workload. This model introduces high performance latency, severe operational complexity, and high-privilege vulnerabilities inside the guest operating system. At the same time, traditional "agentless" scanning tools rely on taking static, asynchronous snapshots of virtual disks at rest—leaving them completely blind to live, in-memory runtime execution. Lorasis shifts the boundary of defense entirely. We design and deploy systems that separate the observer from the observed, delivering true real-time, out-of-band runtime protection and platform-agnostic cryptographic verification. Our platform operates through a dual-engine model: The Network Immune System (Live Runtime Protection) An agentless, hypervisor-level microservice running out-of-band. By capturing and analyzing system telemetry directly at the hypervisor and network interface layers, Lorasis monitors execution states and data flows completely external to the workload. This allows us to run continuous behavioral validation and isolate anomalous processes in microseconds, all with zero performance overhead on the host application. The Lorasis Provenant Engine (Cryptographic Chain of Custody) A platform-agnostic, cryptographically secure verification framework. Provenant materializes deterministic state representations of transactions, system logs, software pipelines, and AI decision-making, binding them to signed "provenance envelopes." This delivers a standardized, legally defensible, and hardware-attested audit trail, allowing organizations to verify state and maintain compliance even after raw, sensitive source data has been deleted. We are establishing a clean, out-of-band cryptographic reality layer for secure modern