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Aviad Hasnis, CTO of Cynet – Interview Series
- Aviad Hasnis serves as the CTO at Cynet Security, overseeing the development of the XDR platform and MDR services, with a background in cybersecurity roles in the Israel Defense Forces and advanced degrees in engineering and physics.
- Cynet Security offers an automated cybersecurity platform for small and mid-sized organizations, integrating multiple security elements with automation, XDR capabilities, and 24/7 MDR support.
- Cynet focuses on simplifying cybersecurity for SMBs facing similar threats as large enterprises but with limited resources, leading to a demand for consolidated security solutions.
- The All-in-One Cybersecurity Platform by Cynet combines various security capabilities with AI-enabled solutions for user-friendly experience and efficient process automation.
- Cynet's success in MITRE ATT&CK evaluations showcases its AI-driven strategies that achieved 100% Protection and Detection Visibility.
- Cynet ensures accuracy in threat detection by integrating AI with human oversight and continuous validation, enhancing the effectiveness of cybersecurity solutions.
- The All-in-One Cybersecurity Platform by Cynet leverages AI and automation to prevent and mitigate ransomware attacks efficiently through early detection and response.
- While AI-driven cybersecurity advancements are significant, Cynet emphasizes human oversight in strategic decision-making to complement automation.
- Large Language Models (LLMs) are being exploited by cybercriminals, raising concerns about the misuse of AI for offense, necessitating proactive defense strategies.
- The AI arms race in cybersecurity involves attackers automating attacks with AI, prompting a need for evolving defense strategies and refined models to stay ahead.
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Securing Access at Machine Speed: Why SASE Is the Architecture for the AI Age
- AI-powered adversaries have redefined speed in cyber threats, posing challenges for traditional secure access models.
- Secure Access Service Edge (SASE) is crucial in defending enterprises against AI-accelerated exploitation and providing dynamic access control.
- SASE unifies multiple security components into a cloud-delivered fabric, enabling real-time evaluation of access requests and enforcing Zero Trust.
- SASE eliminates the limitations of legacy VPNs, providing adaptive controls and real-time response to AI threats in the evolving cybersecurity landscape.
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Striking the Balance: Global Approaches to Mitigating AI-Related Risks
- Regulators worldwide are navigating differing approaches to AI regulation, leading to global tensions and lack of consensus.
- The US relies on market solutions and voluntary guidelines for AI regulation, with legislation like the National AI Initiative Act in place.
- US regulatory landscape fluctuates with political shifts, transitioning between prioritizing innovation and regulation.
- The EU introduced the comprehensive AI Act with strict rules on high-sensitivity AI systems, facing criticisms for lack of clarity.
- UK adopts a lightweight regulatory framework emphasizing safety, fairness, and transparency in AI development.
- Countries like Canada, Japan, China, and Australia have also established varied AI regulatory approaches within the US-EU spectrum.
- Establishing international cooperation for AI regulation is crucial to address key risks without hindering innovation.
- Global organizations like OECD and the United Nations are working towards setting international standards and ethical guidelines for AI.
- The challenge lies in finding common ground among diverse regulatory approaches while keeping pace with rapid AI innovation.
- Collaborative efforts are needed to establish baseline standards and mitigate AI-related risks on a global scale.
- International cooperation is key in navigating the complex landscape of AI regulation to ensure ethical and innovative advancements.
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Hospitals Are the Target in a New Kind of Cyberwar
- Cyberattacks on hospitals are evolving from ransomware for profit to politically motivated attacks, aiming to disrupt operations and steal data.
- Attributing cyberattacks in the health sector becomes complex as state-backed campaigns hide behind sophisticated proxies.
- Ambiguity in attacks allows attackers to inflict harm while avoiding direct political consequences, complicating defense responses.
- Information sharing through organizations like Health-ISAC is crucial for a coordinated response and improved threat intelligence.
- Building resilience in healthcare requires preparation, segmented networks, strong backup systems, and treating cybersecurity as a patient safety issue.
- Collaboration, trust, and proactive defenses are pivotal in protecting critical health systems from cyber threats.
- Resilience should be a foundational priority in the health sector to ensure safe and effective patient care during cyber incidents.
- Cybersecurity in healthcare demands a shift in mindset to view it as core to patient safety and institutional trust, requiring resources and engagement at all levels.
- Shared intelligence, coordinated responses, and a focus on resilience are key to defending hospitals in the escalating cyberwar landscape.
- It is imperative for the health sector to unite against cyber threats to protect critical systems and ensure patient safety.
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PiLogic Secures $4M to Advance “Exact AI” for Aerospace and Defense
- PiLogic Inc. secures $4 million in funding to scale its 'exact AI' technology designed for aerospace, defense, and space technology.
- Unlike generative AI models, PiLogic's models focus on precision, efficiency, and reliability, crucial for critical applications in aerospace and defense.
- The company's platform integrates various algorithms to deliver faster and more accurate results without the need for high-powered GPUs or massive training datasets.
- PiLogic's models have applications in radar tracking, satellite power diagnostics, and sensor fusion, making them essential for mission-critical decision-making processes.
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The Robot Report
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ARM Institute appoints Jorgen Pedersen as new CEO
- Jorgen Pedersen has been appointed as the new CEO of the ARM Institute, effective June 17, 2025, succeeding Ira Moskowitz.
- Pedersen expressed excitement about the potential of robotics and AI to transform U.S. manufacturing at the ARM Institute.
- The ARM Institute aims to make robotics, autonomy, and AI more accessible to U.S. manufacturers and enhance workforce capabilities.
- Having over 25 years of experience, Pedersen founded RE2 Robotics and played a key role in its growth and acquisition by Sarcos Technology.
- Pedersen's involvement in the robotics community and his previous role on the ARM Institute's Technical Advisory Committee were highlighted.
- The appointment of Pedersen was welcomed by industry leaders and the robotics community for his visionary leadership.
- Ira Moskowitz, the outgoing CEO, is credited with steering the ARM Institute through significant growth and strategic initiatives.
- Moskowitz led the ARM Institute's response to the COVID-19 pandemic and secured key funding agreements to support its initiatives.
- Members will have the opportunity to meet Pedersen at the ARM Institute's 2025 Annual Member Meeting in Pittsburgh for networking and collaboration.
- The annual meeting will feature keynote presentations, project updates, interactive activities, and networking opportunities for ARM members.
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TechCrunch
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Tick tock: Just 3 days left to save up to $900 on your TechCrunch Disrupt 2025 pass
- TechCrunch Disrupt 2025 pass prices will increase in 3 days.
- The event is scheduled for October 27–29 in San Francisco with 10,000+ tech leaders expected to attend.
- The agenda includes in-depth sessions, startup battlefield, and focus on AI with many notable speakers.
- Disrupt 2025 will feature industry stages, builders stage, AI stages, space stage, and going public stage, along with interactive learning opportunities and networking events.
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The Rise of Ghiblified AI Images: Privacy Concerns and Data Risks
- Ghiblified AI images combine AI technology with art to transform regular photos into Studio Ghibli-style artworks, evoking nostalgia and wonder.
- Advanced machine learning models like GANs and CNNs are used to replicate Ghibli's art style in these transformative images.
- Platforms like Artbreeder and DeepArt enable users to create Ghibli-style images from their photos, offering a new artistic experience.
- However, uploading personal images to AI platforms for Ghiblification poses privacy risks such as data collection and metadata exposure.
- Privacy concerns include deepfakes, identity theft, and model inversion attacks that exploit AI-generated images.
- Users may unknowingly consent to their images being used in AI model training, potentially compromising their privacy.
- Despite regulations like GDPR, AI platforms may exploit privacy loopholes, necessitating increased awareness and protective measures.
- To safeguard privacy, users can limit personal data shared, remove metadata from images, and opt for privacy-focused AI platforms.
- As AI technology advances, stronger regulations and clearer consent mechanisms are crucial to ensure better privacy protection.
- Understanding and mitigating privacy risks is vital for individuals enjoying the creative possibilities of Ghiblified AI images.
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The Robot Report
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Microrobot system is designed to float inside stroke patient for autonomous thrombectomy
- Artedrone has developed a microrobot system called Sasha for autonomous mechanical thrombectomies in stroke patients.
- The system uses magnets and robotics to help the catheter retrieve blood clots with the assistance of CT or MRI scans.
- The Sasha system creates a digital twin of the brain vasculature to guide the catheter to the clot.
- It uses an external magnet to navigate the catheter and address blood clots with a magnetic suction cup mechanism.
- The system is designed to be flexible yet strong, facilitating effective clot removal with minimal risk of clot fragmentation.
- Artedrone is aiming to democratize complex procedures and raise funding for clinical studies and development of the Sasha system.
- Challenges include identifying optimal healthcare centers and ensuring ease of use while navigating regulatory pathways.
- The system holds potential for broader applications in neurovascular, endovascular, and cardiovascular procedures.
- Overall, Artedrone's innovative microrobot system presents a promising solution for stroke treatment and beyond.
- The technology could have significant implications for addressing the substantial burden and costs associated with stroke globally.
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Steve Wilson, Chief AI and Product Officer at Exabeam – Interview Series
- Steve Wilson is the Chief AI and Product Officer at Exabeam, focusing on applying AI technologies in cybersecurity.
- Exabeam leads in intelligence and automation for security operations, combining AI with behavioral analytics.
- The evolving role of Chief AI and Product Officer signifies the growing importance of AI in cybersecurity.
- Exabeam pioneers 'agentic AI' in security operations, focusing on proactive and action-oriented AI.
- AI integration at Exabeam aims to enhance productivity and streamline security analyst roles.
- There is a disconnect between executives and analysts on AI's productivity impact, emphasizing the need for meaningful AI implementations.
- Balancing automation and human judgment remains crucial in high-stakes cybersecurity incidents.
- Exabeam's product strategy is shaped by AI as a core design principle, ensuring real-world benefits for users.
- Moving towards fully autonomous security operations requires a careful balance of human oversight and intelligent agents.
- Integrating GenAI and machine learning for real-time cybersecurity poses challenges in speed and precision.
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Ensuring Resilient Security for Autonomous AI in Healthcare
- The average cost of a data breach stands at $4.45 million globally, doubling to $9.48 million for U.S. healthcare providers.
- 40% of disclosed breaches involve data spread across multiple environments, expanding the attack surface.
- As generative AI advances, new security risks emerge, especially in healthcare, requiring proactive defense strategies.
- Organizations need to threat model their entire AI pipeline and implement secure architectures for deployment with large language models.
- Adhering to standards like NIST's AI Risk Management Framework and OWASP recommendations is crucial for risk identification and mitigation.
- Classical threat modeling techniques must evolve to counter complex Gen AI attacks like data poisoning and biased outputs.
- Continuous monitoring, AI-driven surveillance, and Explainable AI tools are essential for maintaining security throughout the AI lifecycle.
- Automated data discovery, smart data classification, RBAC methods, encryption, and data masking enhance control and security.
- Security awareness training for all users, along with a human-oriented security culture, is vital in detecting and neutralizing threats.
- Establishing robust security controls is crucial for the future of Agentic AI to ensure resilience against evolving security threats.
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Medium
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Should we Embrace AI with Open Arms?
- AI is becoming increasingly prevalent in apps and software, offering impressive capabilities like creating music and artwork.
- There is a cautionary note about AI being artificial intelligence, lacking human elements and constantly learning from the shared data it collects.
- While AI currently serves as a tool enhancing productivity, there are concerns about the possible consequences as it continues to evolve and potentially lead to human dependency on it.
- The future implications of AI development suggest a scenario where humans could become overly reliant on AI, raising questions about the balance between technological advancement and human ingenuity.
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Building Infrastructure for Effective Vibe Coding in the Enterprise
- The shift to AI-assisted software development is accelerating, with major tech companies generating significant portions of their code using AI tools.
- Vibe coding, where developers collaborate with AI intuitively, is gaining popularity but sparking debates about its impact on code quality.
- Building effective infrastructure for vibe coding involves implementing Retrieval-Augmented Generation (RAG) systems for context-aware AI assistance.
- RAG systems help in generating code aligned with the specific environment by providing relevant context from the codebase.
- Reimagining development workflows is necessary to adapt to AI-generated code and emphasize upfront specification and strategic planning.
- Balancing speed with code integrity is crucial in vibe coding to prevent technical debt accumulation and maintain high-quality standards.
- Implementing continuous integrity checks and automated testing throughout the development process is essential to ensure quality and sustainability.
- Success in vibe coding requires organizations to leverage AI for acceleration while strengthening quality assurance processes.
- A thoughtful implementation approach is crucial to harness the transformative potential of vibe coding while ensuring reliability and maintainability.
- The future of software development lies in embracing intuitive coding practices while establishing robust infrastructure for sustainable scalability.
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Choosing the Eyes of the Autonomous Vehicle: A Battle of Sensors, Strategies, and Trade-Offs
- The autonomous vehicle market is projected to exceed $2.2 trillion by 2030, raising the question of which sensors are optimal for autonomous driving: lidars, cameras, radars, or new alternatives.
- Companies like Waymo prefer redundancy, employing a variety of sensors, while Tesla opts for a cost-effective approach emphasizing cameras and software.
- The article discusses the trade-offs, technical challenges, and strategic choices in selecting sensors for autonomous vehicles.
- Challenges related to energy efficiency and computational power arise when determining the number and type of sensors to use in autonomous vehicles.
- Computational limitations lead to the need for prioritizing certain data streams over others to prevent overwhelming the system with excessive information.
- LiDAR, camera, and radar sensors each have their own strengths and weaknesses, and the ideal sensor for a specific task depends on requirements.
- Sensor fusion, combining data from multiple sensors, offers a more comprehensive view for autonomous vehicles to make accurate decisions and improve safety.
- Waymo and Tesla present contrasting approaches to sensor integration, with Waymo using a diverse array of sensors while Tesla focuses on cost minimization and reliability.
- Waymo's sensor-packed vehicles contrast with Tesla's minimalist design, with Tesla opting for camera-centric technology over the expensive lidar systems.
- While adding lidar could enhance Tesla's Full Self-Driving system, its current strategy of relying on cameras aligns with a focus on innovation, cost-efficiency, and market differentiation.
- Tactical choices in sensor selection reflect a balance between technological innovation, reliability, cost, and competitive advantage in the autonomous vehicle industry.
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Weird Science: AI’s Impact on Animal Research
- Animal research has long faced ethical dilemmas, but AI is now reshaping the field and raising new questions about ethics and animal cognition.
- AI is being used to decode the languages of animals, such as whales and prairie dogs, revealing complex communication structures and behaviors.
- Researchers are exploring real-time interspecies communication tools, potentially changing our definition of intelligence and moral consideration for animals.
- AI is enabling active dialogue with animals, with experiments like synthesizing robotic bee dances and using AI-generated responses to manipulate animal behavior.
- In the realm of conservation, AI is revolutionizing monitoring and protection efforts through remote sensors, drones, and predictive models.
- Tools like computer vision and bioacoustics platforms are democratizing conservation efforts and creating a global network for ecological stewardship.
- AI is also enhancing our understanding of evolution and ecology, predicting evolutionary pathways, ecosystem shifts, and niche adaptations with machine learning models.
- Controversial applications of AI in animal research include de-extinction efforts, where AI plays a critical role in resurrecting extinct species through genetic editing and simulations.
- AI is transforming the landscape of animal research, from reducing the need for live subjects to raising philosophical questions about control, surveillance, and consciousness.
- Ultimately, AI is not just reshaping animal research but challenging our assumptions, responsibilities, and understanding of our place in the interconnected web of life.
- The future of science may involve a shift towards dialogue and coexistence between digital and biological minds, ushering in a new era of exploration and inquiry.
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