SoCrypt – Enabling Secret and Below Data Protection in Small, Low-Cost Devices
Modern computing and communications devices mix both “secure” functions which use cryptography (e.g. banking application) and “non-secure” functions on the same small, low-cost device. While the isolation and other security features in these devices that enable hosting of secure/non-secure functions is adequate for some applications, their security is not adequate to meet NSA requirements to protect classified data. Current solutions to handle even lower data classifications, such as Secret and Below (SAB), can significantly affect the Size, Weight, Power, and Cost (SWAP-C) of the protected device. In some cases, the available SAB protection solutions can be larger, heavier, consume more power, and cost more than the protected device. Addressing this SWAP-C issue is essential to enabling wide deployment of small, low-cost, low-power devices (e.g. sensors, unmanned systems) on the battlefield without compromising security. By lowering SWAP-C, applications such as critical infrastructure can benefit from “DoD Level” security protections.
Developed to meet the security and SWAP-C challenges of small DoD satellites (e.g. CubeSats), SoCrypt provides an advanced security architecture for small devices enabling SAB data protection. Different from previous attempts to address NSA certification requirements without use of dedicated hardware elements such as Field Programmable Gate Arrays (FPGA), SoCrypt’s innovative architecture targets ARM-based COTS processors maximizing hardware protections and implementing an easily verifiable software architecture. The purpose-built SoCrypt software architecture is significantly simpler and more robust than Trusted Execution Environments, hypervisors, secure OS, or other traditional security solutions through its innovative use of hardware-based protections in modern processors. A key challenge for any NSA certification process, especially one for SoCrypt that will push some established preconceptions, is knowledge of NSA challenges and how the certification requirements originated. The Secmation team has experience with NSA policy development, security architecture, NSA certification processes, and Type-1 equipment design enabling low-risk, rapid certification and transition of SoCrypt-enabled capabilities to the warfighter.
Program Status: During the Phase I SBIR program, the architecture for SoCrypt was developed and a detailed analysis performed on how SoCrypt would address the NSA IASRD requirements for SAB. Secmation received a Phase II SBIR award for SoCrypt in November 2019 from the Air Force Research Laboratory (AFRL POC: Robert Vick, Program Manager, Space Protection And Response Program, AFRL/RVSW email@example.com). Due to organizational changes, AFRL lost funding for this and several other awarded Phase II programs before contracts were completed. Funding/sponsorship is needed to continue this important program.