Members of the Red Balloon Security team have led research activities funded by the U.S. Government’s DoD and DHS,
including DARPA, NAVSEA, and AFRL.
Members of the Red Balloon Security team have led research activities funded by the
U.S. Government’s DoD and DHS, including DARPA, NAVSEA, and AFRL.
Members of the Red Balloon Security team have led research activities funded by the U.S. Government’s DoD and DHS, including DARPA, NAVSEA, and AFRL.
Red Balloon has discovered critical architectural vulnerabilities in the Siemens SIMATIC and SIPLUS S7-1500 series that allow for bypass of all protected boot features.
U.S. Government funded Red Balloon research to bring advanced on-device security with real-time detection to production-network building controllers.
Research for NyanSat resulted in a workshop for the Department of the Air Force and U.S. Defense Digital Service
Persistent bypass of Nautilus Hyosung’s ATM security measures.
U.S. Government funded Red Balloon research to bring advanced on-device security with real-time detection to production-network building controllers.
Research for NyanSat resulted in a workshop for the Department of the Air Force and U.S. Defense Digital Service
Persistent bypass of Nautilus Hyosung’s ATM security measures.
U.S. Government funded Red Balloon research to bring advanced on-device security with real-time detection to production-network building controllers.
Red Balloon discovered a vulnerability which allows an attacker to persistently bypass Cisco’s proprietary secure boot mechanism and lock out future updates.
Reversing and exploiting ubiquitous on-screen display controllers in modern monitors.
Defeating modern secure boot using second-order pulsed electromagnetic fault injection.
Red Balloon discovered a vulnerability which allows an attacker to persistently bypass Cisco’s proprietary secure boot mechanism and lock out future updates.
Reversing and exploiting ubiquitous on-screen display controllers in modern monitors.
Defeating modern secure boot using second-order pulsed electromagnetic fault injection.
Red Balloon discovered a vulnerability which allows an attacker to persistently bypass Cisco’s proprietary secure boot mechanism and lock out future updates.
Reversing and exploiting ubiquitous on-screen display controllers in modern monitors.
Improvisation of a RF transmitter via GPIO to overcome air-gapped systems.
Red Balloon provided embedded defense to protection relays, RTUs and network equipment to increase device protection, detect attacks and bring device level forensics.
Optically isolated monitoring of embedded device cybersecurity status for the US military.
Improvisation of a RF transmitter via GPIO to overcome air-gapped systems.
Red Balloon provided embedded defense to protection relays, RTUs and network equipment to increase device protection, detect attacks and bring device level forensics.
Optically isolated monitoring of embedded device cybersecurity status for the US military.
Red Balloon provided embedded defense to protection relays, RTUs and network equipment to increase device protection, detect attacks and bring device level forensics.
© 2024 Red Balloon Security.
All Rights Reserved.
Sal Stolfo was an original founding member of Red Balloon Security, Inc.
Contact us now to discover more about Red Balloon Security’s range of solutions and services or to arrange a demonstration.
Reach out to learn more about our embedded security offering and to schedule a demo.
Reach out to learn more about our embedded security offering and to schedule a demo.
Reach out to learn more about our embedded security offering and to schedule a demo.
Reach out to learn more about our embedded security offering and to schedule a demo.
