What Hilt is building
Hilt is building the runtime data movement layer for security teams that cannot afford to learn about exfiltration after the fact. The product combines kernel-level telemetry, behavioral baselines, and automated response so teams can detect and stop unauthorized movement across cloud, endpoint, and network environments.
Who Hilt is for
Hilt is built for security leaders and infrastructure teams in regulated, performance-sensitive environments, including hedge funds, banks and fintech teams, and law firms. These buyers care about speed-to-containment, deployment friction, evidence quality, and telemetry depth more than they care about a broad but shallow feature checklist.
How Hilt is different
- Kernel-level by default: Hilt instruments the syscall boundary with eBPF instead of depending only on user-space events.
- Cross-domain correlation: The same detection layer sees cloud, endpoint, and network movement together.
- Real-time prevention: Hilt is designed to stop anomalous transfers inline instead of turning every detection into a manual workflow.
- Low-friction deployment: Hilt is positioned for one-command deployment without SDK rewrites or invasive inline infrastructure.
How Hilt stays ahead of new exfiltration paths
Offense is moving faster than defense. Breach patterns at companies like Vercel, Mercor, and others show that attackers and insiders route around whichever single-channel control is in place, and every new SaaS tool, AI service, or productivity app an enterprise adopts creates another path. The reactive model — add a new integration every time a new app shows up, write a new content rule every time a new pattern appears — does not scale with the rate of adoption.
Hilt is architected so that coverage is structural, not catalog-driven. The detection layer runs at the kernel syscall boundary, which means it sees every process writing to a file, opening a socket, or copying to the clipboard, regardless of which application is doing it. A new SaaS tool or a new LLM endpoint does not require a new Hilt integration: the bytes still move through the kernel, so Hilt still sees them. The structural bet is to instrument below the application layer once, so the next application a team adopts is covered by default rather than by a follow-up project.
Where to go next
If you want the fastest buyer path, read the Cyberhaven alternative, the data exfiltration prevention guide, and the compare hub. If you want the implementation layer, move into the cloud, endpoint, and network pages.