HIS 2017 Marie Moe- Unpatchable-Living with a Vulnerable Implanted Device
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Gradually we are all becoming more and more dependent on connected technology; we will be able to live longer with an increased quality of life due to medical devices and sensors integrated into our body. However, our dependence on technology grows faster than our ability to secure it, and a security failure of a medical device can have fatal consequences. Marie's life depends on the functioning of a medical device, a pacemaker that generates each and every beat of her heart. This talk is about Marie's personal experience with being the host of a vulnerable medical implant, and why she decided to start a hacking project, investigating the security of her own personal critical infrastructure.
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Gradually we are all becoming more and more dependent on machines, we will be able to live longer with an increased quality of life due to machines integrated into our body. However, our dependence on technology grows faster than our ability to secure it, and a security failure of a medical device can have fatal consequences. This talk is about my personal experience with being the host of an unpatchable medical implant, and how this has forced me to become a human part of the "Internet-of-Things”.
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Med hjertet på Internett - Sikkerhet i min personlige infrastruktur
Vår avhengighet av systemer som styres av programvare øker raskere enn vår evne til å sikre systemene. Når alle våre ”dingser” kobles på nett øker angrepsflaten og våre verdier blir sårbare for hacking. Dette utgjør ikke bare en trussel mot informasjonssikkerhet og personvern; også menneskers liv og helse trues når dingser som kan påvirke fysiske systemer i økende grad kobles opp mot Internett. Marie Moe er avhengig av et medisinsk implantat, en pacemaker som sørger for at hjertet hennes slår. Som sikkerhetsforsker ønsket hun å finne ut mer om informasjonssikkerheten i denne datamaskinen inne i sin egen kropp, men hun fikk ikke tilgang til å se koden som holder henne i live. Marie startet derfor et hacking-prosjekt for å finne ut av sikkerheten i sin egen personlige kritiske infrastruktur.
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There is a perfect storm of consumer electronics, mobile communications and customer need - the need to help people manage chronic disease like Parkinson, diabetes and MSA and sustain life with pacemakers and ICDs
Killed by code 2015
Cyber security is not safety.
I've updated a talk I gave in 2010 to include the latest FDA guidance on mobile devices and cyber security. But really nothing has changed since then. Medical device vendors are still grappling with the notion that cyber security involves a complex, interconnected, rapidly changing landscape of vulnerabilities, threats, zero-day exploits, software security issues that does not fit the slow-moving pre-market approval and static risk analysis that FDA uses for safety.
In this presentation we show how to use a practical threat analysis methodology and present real-life examples of how to build a prioritized, cost-effective security countermeasure plan.
Killed by code 2015
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While mobile devices have improved efficiency and patient engagement while lowering costs, they’ve dramatically increased security risks. How can mHealth be safely implemented? View this slide show and learn:
• How mHealth increases security risks
• Where the greatest vulnerabilities lie
• How to improve mHealth security
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Key to this safe and reliable operation will be the flight control system used to command and control the UAV, which will itself depend on software that will need to be developed to relevant aerospace standards.
Callen-Lenz also see potential for cross-fertilisation between the manned and unmanned domains. For example, imagine a manned aircraft that is as easy to fly as a drone, and can even operate autonomously.
This session will present how Callen-Lenz is developing a family of autopilots designed to meet the objectives of DO-178C/ED-12C up to and including Level A. These will underpin safe reliable UAV operations in BVLOS conditions, but also have the appropriate safety and functionality to support manned flight in both conventional aircraft and in emerging domains such as personal air vehicles.
HIS 2017 Roderick chapman- Secure Updates for Embedded Systems
Your smartphone (and some brands of car) appear to be able to update their operating system and applications securely, remotely and wirelessly. Can the same capability be brought to deeply embedded, critical systems? The benefits are numerous, most notably bringing the potential to upgrade the capability of systems 'in the field' without need for a physical recall to the factory or a maintenance facility.
This talk will outline the technologies behind the scenes of such a 'code signing' infrastructure, including the cryptographic primitives and protocols needed to assure the confidentiality, integrity and authentication of such updates. An implementation sets some serious challenges, including the need to run on small 'bare metal' target machines, atomicity of the update process, and the need to meet cryptographic and technical standards set by GCHQ. We will also consider the need for key generation and distribution, and provision of a certificate authority to support such a scheme
AdaCore Paris Tech Day 2016: Jose Ruiz - QGen Tech Update
- QGen is a code generator that can generate code from Simulink models. It supports Processor-in-the-Loop testing, has multiple user interfaces, and is the basis for ongoing research focused on system and software integrity.
- It allows for customization at the block and arithmetic levels to reuse pre-certified code libraries. This is done through configuration files that specify functions or libraries to use.
- QGen has achieved a TQL-1 qualification which provides benefits like not needing to review generated code or create low-level tests. This qualification puts requirements on QGen development.
- A QGen debugger provides synchronized views of models, code, and assembly to help with model-level debugging.
AdaCore Paris Tech Day 2016: Jerome Lambourg - Cross and BareBoard Team Insid...
This document discusses bare metal and cross development using Ada and GNAT. It covers debugging a cross compilation issue on an e500v2 board by investigating the runtime, debugger logs, and machine state register. It then discusses bare metal development, including pros and cons, and provides high-level steps for getting started with a new board by powering it up, connecting to it, creating an Ada runtime, writing an LED blinking example, and running the code. Recent improvements to GNAT's bare metal support are outlined, as well as strategies for widening Ada's audience through better ARM board support and documentation.
AdaCore Paris Tech Day 2016: Eric Perlade - Verification Solutions
This document discusses software verification tools from AdaCore. It begins with an introduction to the concept of verification and different levels of responsibility between language, compiler, and developer. It then provides overviews of various AdaCore static and dynamic verification tools, including how they can be used at different stages of development. The tools can help developers find and fix defects early while leveraging the formal aspects of Ada.
AdaCore Paris Tech Day 2016: Elie Richa - Integrated Unit Testing for a Trust...
1) An automatic code generator (ACG) produces source code from a model specification but must undergo rigorous testing to be qualified and trusted.
2) Integrated unit testing is proposed to achieve the exhaustiveness of unit testing using only integration tests by instrumenting the ACG with ghost code to monitor test coverage and results during integration testing.
3) The approach generates a large set of integration tests from block specifications to thoroughly cover the many configurations, allowing unit tests to be evaluated without editing intermediate languages.
AdaCore Paris Tech Day 2016: Pierre-Marie Rodat - Libadalang, New Generation ...
Libadalang is a new generation of Ada parsing and semantic analysis toolkit that provides solutions for Ada tooling. It features a fast parser, incremental semantic analyzer, and is standalone and usable from Ada, C, and Python. Libadalang improves the quality and performance of tools like GPS, GNATcheck, and GNATtest by replacing their modules.
AdaCore Paris Tech Day 2016: Cyrille Comar - Looking Ahead
1. AdaCore is expanding its product offerings to address growing markets and certification needs, including a new GNAT Pro Assurance product for certified and stable versions.
2. The company is broadening language support beyond Ada to include C and C++ and expanding cross-compilation targets and operating system support.
3. AdaCore aims to be a single provider for the entire development toolchain including languages, compilers, analysis tools, and certification services.
AdaCore Paris Tech Day 2016: Fabien Chouteau - Making the Ada Drivers Library
The document discusses the Ada Drivers Library, an open source project that provides Ada drivers for interfacing with peripherals on ARM microcontrollers. It aims to demonstrate how Ada's type safety, contract-based programming, and object-oriented features help write clean and reusable device drivers. The library supports various microcontrollers and boards, and provides drivers for peripherals like GPIOs, I2C, SPI, timers. It also includes examples of maker projects built with the library.
AdaCore Paris Tech Day 2016: Arnaud Chalet - GNAT Pro Roadmap
This document summarizes the GNAT Pro roadmap. Key points include:
- Support for Ada 83, 95, 2005, 2012, and SPARK 2014 across 51 platforms.
- Major releases in February and October with corrective releases in July, including improvements to code generation, the binder, linker, C/C++ support, and new platforms.
- Enhancements to tools like GPRbuild, GNATtest, GNATcoverage, AWS, GPS IDE, GNATbench, and CodePeer for improved debugging, testing, profiling, web development, and static analysis.
- A customer survey will begin in November 2016 to gather feedback on product support and needs.
AdaCore Paris Tech Day 2016: Jamie Ayre - Market Perspective
The document summarizes the evolution of the Ada programming language, its supporting tools and technologies, ecosystem, community, and commercial offerings. Key points include:
- Ada has evolved from 1983 to include object oriented programming, contracts, and parallel computing support while maintaining a focus on safety and real-time applications.
- Development tools have progressed from simple compilers to full IDEs and model-based engineering with code generation and static analysis tools.
- The ecosystem now includes multiple commercial compilers, runtimes, analysis tools, and partners supporting new markets like drones, medical, and automotive.
- The community is expanding through academic use, open source tools on GitHub, and competitions to attract new users to the language.
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HIS 2017 Mark Batty-Industrial concurrency specification for C/C++
HIS 2017 Mark Batty-Industrial concurrency specification for C/C++
HIS 2017 David Oswald- Your car is not a safe box - breaking automotive keyle...
HIS 2017 David Oswald- Your car is not a safe box - breaking automotive keyle...
HIS 2017 Paul Sherwood- towards trustable software
HIS 2017 Paul Sherwood- towards trustable software
HIS 2017 Robert Martin- assured software a journey and discussion-final
HIS 2017 Robert Martin- assured software a journey and discussion-final
HIS 2017 Jonathan Pallant- Delivering quality, time after time
HIS 2017 Jonathan Pallant- Delivering quality, time after time
HIS 2017 Peter Ladkin- Rigorous-Assurance Points in Software Development
HIS 2017 Peter Ladkin- Rigorous-Assurance Points in Software Development
HIS 2017 Dewi Daniels- bridging the gap between manned and unmanned
HIS 2017 Dewi Daniels- bridging the gap between manned and unmanned
HIS 2017 Roderick chapman- Secure Updates for Embedded Systems
HIS 2017 Roderick chapman- Secure Updates for Embedded Systems
AdaCore Paris Tech Day 2016: Jose Ruiz - QGen Tech Update
AdaCore Paris Tech Day 2016: Jose Ruiz - QGen Tech Update
AdaCore Paris Tech Day 2016: Jerome Lambourg - Cross and BareBoard Team Insid...
AdaCore Paris Tech Day 2016: Jerome Lambourg - Cross and BareBoard Team Insid...
AdaCore Paris Tech Day 2016: Eric Perlade - Verification Solutions
AdaCore Paris Tech Day 2016: Eric Perlade - Verification Solutions
AdaCore Paris Tech Day 2016: Elie Richa - Integrated Unit Testing for a Trust...
AdaCore Paris Tech Day 2016: Elie Richa - Integrated Unit Testing for a Trust...
AdaCore Paris Tech Day 2016: Pierre-Marie Rodat - Libadalang, New Generation ...
AdaCore Paris Tech Day 2016: Pierre-Marie Rodat - Libadalang, New Generation ...
AdaCore Paris Tech Day 2016: Cyrille Comar - Looking Ahead
AdaCore Paris Tech Day 2016: Cyrille Comar - Looking Ahead
AdaCore Paris Tech Day 2016: Fabien Chouteau - Making the Ada Drivers Library
AdaCore Paris Tech Day 2016: Fabien Chouteau - Making the Ada Drivers Library
AdaCore Paris Tech Day 2016: Arnaud Chalet - GNAT Pro Roadmap
AdaCore Paris Tech Day 2016: Arnaud Chalet - GNAT Pro Roadmap
AdaCore Paris Tech Day 2016: Jamie Ayre - Market Perspective
AdaCore Paris Tech Day 2016: Jamie Ayre - Market Perspective
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We built a disk-based parallel graph system, Graspan, that uses a novel edge-pair centric computation model to compute dynamic transitive closures on very large program graphs.
We implement context-sensitive pointer/alias and dataflow analyses on Graspan. An evaluation of these analyses on large codebases such as Linux shows that their Graspan implementations scale to millions of lines of code and are much simpler than their original implementations.
These analyses were used to augment the existing checkers; these augmented checkers found 132 new NULL pointer bugs and 1308 unnecessary NULL tests in Linux 4.4.0-rc5, PostgreSQL 8.3.9, and Apache httpd 2.2.18.
- Accepted in ASPLOS ‘17, Xi’an, China.
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