Star Lab + Curtiss-Wright
A qualified, easy to deploy solution that meets stringent cybersecurity and technology protection requirements for operationally-deployed systems in complex and contested requirements.
Integrated Solutions
Together, Star Lab and Curtiss-Wright offer an integrated dual-purpose secure boot solution that can be acquired and rapidly integrated.
Star Lab’s Titanium Secure Boot leverages hardware-based root-of-trust components found on supported Curtiss-Wright platforms to perform a measured boot.
Trusted by many for both baseline and Foreign Military Sales deployments.
Star Lab’s Titanium Secure Boot provides the strongest boot-time authentication/trust on Intel x86 chipsets, while being more flexible in terms of boot target and update CONOPS.
Titanium Secure Boot is a truly zero-trust secure boot solution that uses both static and dynamic root-of-trust measurements, leveraging Intel TXT, to significantly reduce the impact of any vulnerable early boot components (millions of lines of code). As a result, Titanium Secure Boot prevents remote and local attackers from subverting or interposing late-load security components, only successfully booting the target OS or hypervisor if the system’s state is cryptographically verified.
Titanium Secure Boot also manages secure key releases to decrypt the OS kernel and enables secure software updates for deployed systems. Other commercially available solutions, such as UEFI Secure Boot, cannot provide similar guarantees.
VPX3-1260
VPX processors have been supplied by Curtiss-Wright to the rugged industrial, aerospace, and defense industries since the birth of VPX. The VPX3-1260 processor card supports a wide range of pinout variants to satisfy the flexible I/O and computing needs of legacy system upgrades and the newest CMOSS/SOSA system designs. All VPX3-1260 variants are designed to meet VPX (VITA 46) and OpenVPX (VITA 65) industry standards in a variety of mechanical cooling configurations. Air-cooled modules support operational temperatures up to the VITA 47 defined EFC3 air-temperature range (-40°C to +71°C), and conduction-cooled variants support ECC4 (-40°C to +85°C card edge).
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