National security - SRI International

Core capabilities and services

SRI offers a full range of support from use-inspired R&D and lab demos through to prototypes, early manufacturing and sustained systems. Backed by our rigorous systems-engineering approach, we can develop field-ready products in months rather than years.

Intelligence systems

We enhance government force protection with services from project planning and engineering to installation and field support.

Mission solutions

We protect thousands of military platforms and aircrews by providing aircraft/ground survivability equipment (ASE/GSE) and operational subject matter expertise.

Microcircuit emulation

We design and manufacture obsolete microcircuits to extend the lifetime of mission-critical systems.

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Materials and devices

We solve difficult challenges with expertise in optics, specialty materials, sensors, solid-state devices, and applications in atomic physics.

Cyberspace operations

We provide analytic and operational capabilities including systems development, network and telephony protocols, signal processing and technical exploitation.

Remote sensing and surveillance

We enhance situational awareness in any domain with technologies and systems that enable chemical sensing and unique observation methods.

“We’re not doing experiments for experiments’ sake, or building things that only work under certain lab conditions. Real people rely on our products to work in the field when they need them under pressure .”

Steve Perna

President, Integrated Systems and Solutions

Publications

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September 22, 2018

Development of a biodosimeter for radiation triage using novel blood protein biomarker panels in humans and non-human primates

We are developing a rapid screening method to assess whether an individual received an absorbed dose of ≥2 Gy based on the analysis of a specific panel of blood proteins in a fingerstick blood sample.
January 1, 2018

How accurate is automated gap filling of metabolic models?

Here we compare the results of applying an automated likelihood-based gap filler within the Pathway Tools software with the results of manually gap filling the same metabolic model.
January 1, 2018

Evaluation of reaction gap-filling accuracy by randomization

We report on computational experiments of reaction gap filling in which we generated degraded versions of the EcoCyc-20.0-GEM model by randomly removing flux-carrying reactions from a growing model.