# lava.security
> Lava gives enterprises and neoclouds control across every layer of the data center, helping them manage, secure, and remediate the infrastructure their business depends on.
## Home
- [LAVA | Neocloud & Data Center Security](https://lava.security/): Lava connects to your entire stack and builds an end-to-end context graph, used to reduce risk and protect your infrastructure with the power of AI.
## About
- [About us | LAVA](https://lava.security/about): Lava is built for the new data center reality, enabling data centers to scale securely.
## Privacy
- [Privacy Policy | LAVA](https://lava.security/privacy): How Lava Labs collects, uses, shares and protects personal information, and your privacy rights.
## Research
- [Blog | LAVA](https://lava.security/research): Research by LAVA's security experts on data center, neocloud and AI infrastructure security.
- [Firmware Compromise in Modern AI Infrastructure | LAVA](https://lava.security/research/breaking-the-trust-firmware-compromise): Explore real-world firmware attacks, UEFI and BMC vulnerabilities, firmware malware, GPU threats, and how attackers gain persistent access below the operating system.
- [Runtime Attacks: Kernel Rootkits, eBPF Backdoors, and Persistence | LAVA](https://lava.security/research/attacks-infrastructure): Runtime attacks explained: kernel rootkits, eBPF implants, LD_PRELOAD user-space rootkits, and the campaigns that deploy them.
- [Breaking the Trust: Enforcing Firmware Integrity | LAVA](https://lava.security/research/breaking-the-trust-enforcing-firmware-integrity): Learn how hardware-backed attestation, SPDM, ERoTs, and CoRIMs help organizations move beyond firmware inventory and verify that firmware remains genuine and untampered.
- [How We Hacked Thousands of Data Centers in Minutes Using a 20-Year-Old Vulnerability | LAVA](https://lava.security/research/bmc-exposure-alert): A 20-year-old vulnerability gave us access to bare-metal servers - and a foothold in the no man’s land of data center infrastructure.
- [The Runtime Gap: Enforcing Runtime Integrity | LAVA](https://lava.security/research/enforcing-runtime-integrity): Attackers operate after boot, manipulating kernels, injecting libraries, and hiding in plain sight. Traditional trust models can't keep up. It's time to shift from static trust to continuous runtime verification.
- [Fireworks AI Breach: AI Infrastructure & Agentic Threats | LAVA](https://lava.security/research/fireworks-ai-security-incident): Fireworks AI disclosed a credential compromise that exposed customer secrets. Explore potential agentic threats and implications for AI infrastructure security.
- [An Open Letter to Neoclouds: Security Has to Catch Up | LAVA](https://lava.security/research/neocloud-security-has-to-catch-up): Neocloud security failures are exposing tenant boundaries, management infrastructure, and shared systems that should never be reachable.
- [Firmware Integrity: Why the Chain of Trust Is Not Enough | LAVA](https://lava.security/research/breaking-the-trust-introducing-firmware): Learn what firmware integrity means, where traditional chains of trust fall short, and why continuous verification matters for modern infrastructure.
- [CVE-2026-47483: NVIDIA DCGM Exporter Vulnerability Exposes GPU Servers | LAVA](https://lava.security/research/cve-2026-47483-nvidia-dcgm-exporter-vulnerability): CVE-2026-47483 lets attackers crash NVIDIA DCGM Exporter via pprof. See what 2,000+ exposed GPU servers leaked and how to fix it.
- [What Is Runtime Integrity and Why Boot-Time Trust Is Not Enough | LAVA](https://lava.security/research/runtime-integrity): Runtime integrity means a system stays trustworthy while running. See how kernel and user-space attacks break it after boot time.
- [NeoCloud Security & the Shared Responsibility Model | LAVA](https://lava.security/research/rethinking-the-shared-responsibility-model): Explore how AI infrastructure changes the shared responsibility model for neoclouds, from provider-owned infrastructure to customer security and assurance.
- [Neocloud Security: The AI Data Center Security Gap | LAVA](https://lava.security/research/datacenter-security): Neocloud security and AI data center security are struggling to keep pace with AI. Explore risks across multi-tenancy, GPU networking, BMCs and firmware.
- [Neocloud Security: You're Trusting Your Provider More Than You Should | LAVA](https://lava.security/research/neocloud-security): What SemiAnalysis’s ClusterMAX 3.0 testing and Lava research reveal about neocloud security, tenant isolation, and the infrastructure behind rented GPUs.
- [Introducing FORGE: A Security Framework for AI Data Centers | LAVA](https://lava.security/research/securing-the-metal-beneath-the-model): Traditional cloud security tools can’t protect bare-metal AI infrastructure. Discover FORGE, the new open-source framework designed to solve hardware-level security gaps, manage specialized networking like InfiniBand, and secure the infrastructure powering the future of AI.
## Platform
- [Platform | LAVA](https://lava.security/platform): Lava is the platform to secure your data center starting with discovery, to posture to runtime, across all layers and vendors.
## Request demo
- [Request a demo | LAVA](https://lava.security/request-demo): Get a 30-minute demo to see what Lava is all about: we’ll understand your environment, show you what you can achieve with Lava, and walk you through the platform.
## Neocloud demo
- [Neocloud security demo | LAVA](https://lava.security/neocloud-demo): Shared infrastructure carries risks for neocloud environments. With Lava you can easily see what’s exposed. Get a 30 minute demo.
## Bmc
- [BMC Exposure Alert — Lava Research | LAVA](https://lava.security/bmc): 36,000 server management interfaces exposed to the public internet. An aggregate view of internet-exposed BMCs across the world.
- [BMCRadar — Lava | LAVA](https://lava.security/bmcradar): Live map of server management interfaces (BMCs) exposed to the public internet, by country, hardware and industry.
## Solutions
- [Security for AI Data Centers | LAVA](https://lava.security/solutions/ai-data-centers): Lava maps your entire AI data center stack, from GPUs and fabrics to BMCs and DPUs, in a single context graph.
- [Stay Compliant and Audit Ready | LAVA](https://lava.security/solutions/compliance): See your compliance gaps at all times, be ready for any audit, and keep the evidence that shows how your infrastructure is secured.
- [Securely Run AI on Neoclouds | LAVA](https://lava.security/solutions/neocloud-users): Lava verifies the isolation, exposure, and security of the infrastructure you rent, so you can trust your neocloud provider.
- [Security for Neoclouds | LAVA](https://lava.security/solutions/neoclouds): Lava secures neoclouds from external and cross-tenant threats by verifying isolation, and providing an end-to-end context graph.
- [Runtime Threat Detection and Response | LAVA](https://lava.security/solutions/runtime-detection): Catch attacks and unexpected changes across your data center as they happen.
- [Verify Your Rented Machines | LAVA](https://lava.security/solutions/verify-rented-capacity): Lava verifies the infrastructure you rent, from tenant isolation to configuration and firmware, and shows exactly where you’re exposed.
- [Find Exploitable Risk Before Attackers Do | LAVA](https://lava.security/solutions/attack-surface): See your infrastructure the way an attacker does. Find what’s reachable, what can be exploited, and what to fix.
- [Security for On-Prem Data Centers | LAVA](https://lava.security/solutions/on-prem-data-centers): Lava connects to your entire data center stack and builds an end-to-end context graph, used to reduce risk and protect your infrastructure.
- [Uncover and Secure Your Infrastructure | LAVA](https://lava.security/solutions/visibility-and-posture): Continuously view and secure everything in your data center, across every layer and vendor.
## Terms
- [Terms of Use | LAVA](https://lava.security/terms): The terms that govern your access to and use of the Lava Labs website.