The US government’s Advanced Research Projects Agency for Health (ARPA-H) has committed over $50 million to developing technology aimed at automating the security of hospital IT environments.
The initiative, named Universal PatchinG and Remediation for Autonomous DEfence, or UPGRADE, will bring together equipment manufacturers, cybersecurity experts, and hospital IT staff to create a customized and scalable software suite for enhancing hospital cyber-resilience.
The program’s goal is to secure entire systems and networks of medical equipment, ensuring mitigation measures can be deployed on a large scale.
UPGRADE will concentrate on four key technical areas:
- Creating a platform for vulnerability mitigation
- Developing high-fidelity digital twins of hospital equipment
- Establishing methods to swiftly and automatically detect software vulnerabilities
- Creating defences for identified vulnerabilities
This week, the agency invited teams to apply for funding, totalling tens of millions of dollars, to develop and implement UPGRADE.
Stephen Gates, Principal Security SME, Horizon3.ai had this comment:
“In the context of rapidly and automatically detecting software vulnerabilities, the UPGRADE program tends to miss the point of exploitable vulnerabilities – and other weaknesses. Addressing exploitability appears to be the missing link here.
“Software vulnerabilities are nothing new and vulnerable software discoveries will never cease to challenge organizations’ rapid patching efforts. Simply put, all software has hidden vulnerabilities but not all vulnerabilities are exploitable.
“What medical organizations (and any other organization) need today is a proven methodology of uncovering blind spots in their security postures that go beyond known and patchable vulnerabilities, such as easily compromised credentials, exposed data, misconfigurations, poor security controls, and weak policies. These issues are the catalysts that most often enable successful cyber-attacks.
“Today, autonomous cyber risk assessment technologies are readily available to continuously test any organizations’ infrastructure to safely expose where they are at risk of exploitation by threat actors. Without this visibility, organizations will continue to remain at least one step behind attackers with no end in sight.
“The challenge is that the majority of organizations have zero visibility into what is exploitable in their environments and what is not. They continue to be reactive to every vulnerability announcement, instead of being proactive by finding what threat actors can actually exploit. Throwing every defensive measure at the problem will not solve a condition of exploitability either, as it often just hides it. Once exploitability is proactively addressed, measurable security improvement will be the result.”
I’ve been saying for a long time that the health care sector is low hanging fruit for threat actors. Hopefully initiatives like this one will tip the scales in favour of the good guys as the status quo of health care organizations getting pwned is not sustainable.
OVHcloud Adds Qiskit To Market Leading Quantum Notebooks Portfolio
Posted in Commentary with tags OVH on May 23, 2024 by itnerdOVHcloud today announces at France Quantum 2024 updates to its Quantum Notebooks portfolio.
To further support the rapid growth and development of quantum computing, OVHcloud adds a new Quantum Notebook supporting the IBM-developed open-source QiskitTM SDK. This new addition completes OVHcloud already impressive set of Quantum Notebooks available in the Cloud, including Alice & Bob, C12, Eviden, Pasqal and Quandela. OVHcloud is one of IBM’s recommended notebook environment solution for users of the IBM Quantum Lab, which was sunset on 15 May, 2024.
Leveraging state of the art technologies, OVHcloud offers developers and students alike the opportunity to develop today, the algorithms of tomorrow. With the notebooks designed to program a wide variety of Quantum computer architectures, OVHcloud continues to support the development of a truly vibrant Quantum ecosystem. The addition of Qiskit, the most-used Quantum development framework in the world, allows for programmers to create software using the Python development language to program Quantum computers, including algorithms, circuits and pulses.
The Quantum Notebook with Qiskit is available now from the OVHcloud Public Cloud universe. Registered startups within the OVHcloud Startup Program can access the Qiskit SDK, through the Quantum Notebook now. Eligible students can get free access to the whole range of OVHcloud Quantum Notebooks, including Qiskit.
Resources
Leave a comment »