One API for Dell, HP, and Lenovo BIOS posture. CVE enrichment, CISA KEV, release notes, historical snapshots, and fleet benchmarking in minutes.
GET /v1/bios/dell/0A1B { "vendor": "Dell", "model": "Latitude 5540", "model_id": "0A1B", "latest_version": "01.12.00", "release_date": "2026-03-18", "severity": "Critical", "cve_count": 7, "critical_cves": 2, "kev_matches": 1, // actively exploited "secure_boot": { "kek_2023": true, "dbx_current": true }, "download": { "url": "https://dl.dell.com/...", "sha256": "a4f8c9..." } }
Every fleet assessment means wrestling with three vendors, three formats, and zero cross-vendor visibility.
Every vendor publishes BIOS updates differently. Every assessment means navigating three separate portals, three different formats, and correlating everything manually.
BlackLotus drops. "Are we exposed?" Your team spends days checking three vendor sites, reading release notes, cross-referencing CVEs manually. Every time a new firmware CVE appears.
Intune deploys BIOS updates automatically. But what CVEs were fixed? Which machines were skipped? What's your actual firmware posture? You can't tell.
Whether you run the fleet, manage the team, or own the risk — biosapi answers your specific question.
I spent weeks building tools for a BlackLotus assessment. Three vendor sites, three catalog formats, manual CVE cross-referencing. And that was with scripting skills — most teams don’t even attempt it.
— Endpoint Engineer, 800-device mixed fleet
I can’t answer ‘what’s our firmware posture?’ without asking my team to spend a week on it. And when a BIOS CVE drops, I need a status I don’t have ready.
— IT Director, 2,000-device enterprise
Firmware is a blind spot. Our vulnerability program covers OS and apps but we have zero visibility into BIOS-level CVE exposure across the fleet. I can’t defend that gap.
— CISO, multi-site enterprise
Everything your fleet needs to go from "I don't know" to "I know exactly."
Dell, HP, and Lenovo BIOS data normalized into one format. One API call, three vendors.
Every BIOS update parsed for CVE IDs. Enriched with CVSS scores and descriptions from NVD.
Actively exploited flag on every CVE. Know which firmware vulnerabilities are real-world threats, not theoretical.
Compare your fleet's BIOS versions against the latest available. Per model, per vendor, with ready-made scripts to pull your inventory.
All three vendors' release notes in one place. Stop hunting across vendor websites for what changed.
2011 KEK rotation tracking. UEFI CA 2023, DBX updates, Secure Boot readiness — tagged on every record.
The full fleet assessment — not just looking up a CVE, but mapping exposure across every machine, every vendor.
Real time savings. No made-up breach costs, no theoretical risk quantification.
We don't claim to prevent breaches. We save your team time and give you firmware visibility you can't get anywhere else. That's it.
Deployment tools deploy. Security scanners scan. Nobody provides cross-vendor BIOS intelligence.
| Feature | biosapi | Configuration Manager | Microsoft Intune | DIY scripts |
|---|---|---|---|---|
| Cross-vendor (Dell + HP + Lenovo) | Yes | Partial | Partial | If you build it |
| CVE enrichment per BIOS update | Yes | No | No | No |
| CISA KEV on firmware CVEs | Yes | No | No | No |
| Fleet benchmarking | Yes | No | No | If you build it |
| Historical catalog snapshots | Yes | No | No | No |
| Secure Boot / KEK tagging | Yes | No | No | No |
| No maintenance required | Yes | n/a | n/a | You maintain it |
Get access to the API. Query your models. Assess your BIOS posture in minutes.
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