Latest news with #WebAssembly
Business Wire
3 days ago
- Business
- Business Wire
Impart Security Raises $12M Series A for Production-Trusted AI Security Platform
SAN FRANCISCO--(BUSINESS WIRE)--Impart Security today announced the general availability of the industry's first Application Detection and Response Engineering Platform, which security teams trust to build autonomous workflows for production environments. The launch comes alongside a $12 million Series A funding round led by Madrona Ventures, with participation from CRV and 8-Bit Capital. As a result of the financing, Madrona Managing Director Karan Mehandru has joined the board. Impart's breakthrough platform already protects major enterprises, including a major financial services firm and a global entertainment conglomerate, by defending against threats in real-time without requiring human oversight, achieving what security experts called impossible until now. "This isn't just about better security tools—we're fundamentally changing how enterprises engineer application protection," said Jonathan DiVincenzo, CEO of Impart Security. "When AI can be trusted to manage production changes without oversight, it transforms from an assistant into an autonomous operator. That's the difference between traditional approaches to application security and genuine business transformation." The Fundamental Problem – Enterprise security teams have long been trapped in an impossible tradeoff: allowing attacks through or risking production outages. Traditional security solutions force teams to choose between robust protection and system stability, leading most organizations to operate with minimal security settings rather than risk disrupting critical business operations. This defensive posture leaves applications vulnerable to the very threats security teams are tasked to prevent. The Breakthrough: Programmable WASM Rules – While fully autonomous application security has been promised for years, trust and safety concerns have prevented real-world deployment. Impart's platform leverages WebAssembly isolation technology to create secure sandbox environments where security teams, assisted by AI agents, can design, develop, and test security rules against live traffic patterns without risk of lateral movement or production impact. Not only does WASM provide secure isolation, but it's also highly performant with ahead-of-time compilation and portable across platforms. This foundational innovation unlocks unparalleled safety and agility in Impart's platform, allowing security teams to rapidly iterate and deploy security controls in production environments with unprecedented speed and confidence. Early results demonstrate the impact: Impart's AI has successfully deployed over 2,400 security rules across customer environments, reducing average deployment time from 18 days to 45 minutes while maintaining 99.97% uptime—better than most human-managed security systems. "We've evaluated every AI native security platform on the market, but they all had the same fatal flaw: they still required human review for production changes," said Chris Castaldo, CISO at Crossbeam. "Impart is the first platform our team trusts to make autonomous production changes. In three months, it's caught dozens of attack patterns our previous tools missed entirely while never causing a single service disruption." Autonomous Security Engineering at Scale – Impart's platform deploys a growing number of specialized AI agents that function as a coordinated team of application security engineers, including: Traffic Inspector – Continuously inspects traffic flows to identify behavioral patterns and baselines Detection Engineer – Spots anomalies and potential threats as they emerge in real-time Security Architect – Develops and tests security rules within isolated sandbox environments Rule Engineer – Adapts defenses based on new attack vectors and threat intelligence The technology recently proved its value during a sophisticated application attack targeting multiple Impart customers simultaneously. While traditional security teams would have required days to analyze the attack pattern and deploy a virtual patch, Impart's AI identified the threat signature, generated custom detection rules, and deployed protection across all affected environments within minutes of the initial attack. Investor Validation After Rigorous Technical Diligence – "We evaluated dozens of AI security companies, but Impart was the only one that stood out because of its breadth, depth, and usability," said Karan Mehandru, Managing Director at Madrona. "Every enterprise we speak with desperately wants to leverage the incredible benefits of AI and unlock innovation, yet none of that is possible without a comprehensive security platform that is proactive, fully autonomous, AI-native, and ultimately removes the burden from security teams who are drowning in point tools. The feedback we received from multiple CISOs we spoke with was unambiguous and overwhelmingly positive about Impart's differentiation as a product and their leadership team, led by Jonathan DiVincenzo. It is clear to us that Impart has solved the last mile problem that had previously limited AI from being truly transformative in enterprise and from deploying applications into production." Industry Transformation Ahead – The Series A funding will accelerate Impart's expansion into three key enterprise segments: financial services, healthcare, and infrastructure providers—industries where security speed directly impacts business operations. The company is also launching partnerships with major cloud platforms and channel partners to integrate autonomous security capabilities directly into enterprise deployment pipelines. "We're thrilled to partner with Karan and the team at Madrona," said DiVincenzo. "As we enter our next phase of growth, Karan's go-to-market expertise will be invaluable as we expand our sales and marketing efforts while continuing to strengthen the platform that has resonated so strongly with the market." About Impart Security Impart Security delivers the world's first AI security platform trusted to operate autonomously in production environments. Using code based rules and an integrated security IDE, Impart provides adaptive, intelligent protection for APIs and web applications without human oversight or operational burden. Founded by security veterans from major technology companies, Impart is backed by Madrona and serves Fortune 500 enterprises across financial services, healthcare, and cloud infrastructure. Learn more at
Yahoo
3 days ago
- Business
- Yahoo
Impart Security Raises $12M Series A for Production-Trusted AI Security Platform
Major enterprises deploy proven technology that reduces security rule deployment from weeks to minutes SAN FRANCISCO, June 05, 2025--(BUSINESS WIRE)--Impart Security today announced the general availability of the industry's first Application Detection and Response Engineering Platform, which security teams trust to build autonomous workflows for production environments. The launch comes alongside a $12 million Series A funding round led by Madrona Ventures, with participation from CRV and 8-Bit Capital. As a result of the financing, Madrona Managing Director Karan Mehandru has joined the board. Impart's breakthrough platform already protects major enterprises, including a major financial services firm and a global entertainment conglomerate, by defending against threats in real-time without requiring human oversight, achieving what security experts called impossible until now. "This isn't just about better security tools—we're fundamentally changing how enterprises engineer application protection," said Jonathan DiVincenzo, CEO of Impart Security. "When AI can be trusted to manage production changes without oversight, it transforms from an assistant into an autonomous operator. That's the difference between traditional approaches to application security and genuine business transformation." The Fundamental Problem – Enterprise security teams have long been trapped in an impossible tradeoff: allowing attacks through or risking production outages. Traditional security solutions force teams to choose between robust protection and system stability, leading most organizations to operate with minimal security settings rather than risk disrupting critical business operations. This defensive posture leaves applications vulnerable to the very threats security teams are tasked to prevent. The Breakthrough: Programmable WASM Rules – While fully autonomous application security has been promised for years, trust and safety concerns have prevented real-world deployment. Impart's platform leverages WebAssembly isolation technology to create secure sandbox environments where security teams, assisted by AI agents, can design, develop, and test security rules against live traffic patterns without risk of lateral movement or production impact. Not only does WASM provide secure isolation, but it's also highly performant with ahead-of-time compilation and portable across platforms. This foundational innovation unlocks unparalleled safety and agility in Impart's platform, allowing security teams to rapidly iterate and deploy security controls in production environments with unprecedented speed and confidence. Early results demonstrate the impact: Impart's AI has successfully deployed over 2,400 security rules across customer environments, reducing average deployment time from 18 days to 45 minutes while maintaining 99.97% uptime—better than most human-managed security systems. "We've evaluated every AI native security platform on the market, but they all had the same fatal flaw: they still required human review for production changes," said Chris Castaldo, CISO at Crossbeam. "Impart is the first platform our team trusts to make autonomous production changes. In three months, it's caught dozens of attack patterns our previous tools missed entirely while never causing a single service disruption." Autonomous Security Engineering at Scale – Impart's platform deploys a growing number of specialized AI agents that function as a coordinated team of application security engineers, including: Traffic Inspector – Continuously inspects traffic flows to identify behavioral patterns and baselines Detection Engineer – Spots anomalies and potential threats as they emerge in real-time Security Architect – Develops and tests security rules within isolated sandbox environments Rule Engineer – Adapts defenses based on new attack vectors and threat intelligence The technology recently proved its value during a sophisticated application attack targeting multiple Impart customers simultaneously. While traditional security teams would have required days to analyze the attack pattern and deploy a virtual patch, Impart's AI identified the threat signature, generated custom detection rules, and deployed protection across all affected environments within minutes of the initial attack. Investor Validation After Rigorous Technical Diligence – "We evaluated dozens of AI security companies, but Impart was the only one that stood out because of its breadth, depth, and usability," said Karan Mehandru, Managing Director at Madrona. "Every enterprise we speak with desperately wants to leverage the incredible benefits of AI and unlock innovation, yet none of that is possible without a comprehensive security platform that is proactive, fully autonomous, AI-native, and ultimately removes the burden from security teams who are drowning in point tools. The feedback we received from multiple CISOs we spoke with was unambiguous and overwhelmingly positive about Impart's differentiation as a product and their leadership team, led by Jonathan DiVincenzo. It is clear to us that Impart has solved the last mile problem that had previously limited AI from being truly transformative in enterprise and from deploying applications into production." Industry Transformation Ahead – The Series A funding will accelerate Impart's expansion into three key enterprise segments: financial services, healthcare, and infrastructure providers—industries where security speed directly impacts business operations. The company is also launching partnerships with major cloud platforms and channel partners to integrate autonomous security capabilities directly into enterprise deployment pipelines. "We're thrilled to partner with Karan and the team at Madrona," said DiVincenzo. "As we enter our next phase of growth, Karan's go-to-market expertise will be invaluable as we expand our sales and marketing efforts while continuing to strengthen the platform that has resonated so strongly with the market." About Impart Security Impart Security delivers the world's first AI security platform trusted to operate autonomously in production environments. Using code based rules and an integrated security IDE, Impart provides adaptive, intelligent protection for APIs and web applications without human oversight or operational burden. Founded by security veterans from major technology companies, Impart is backed by Madrona and serves Fortune 500 enterprises across financial services, healthcare, and cloud infrastructure. Learn more at View source version on Contacts pr@ Sign in to access your portfolio
Tom's Guide
5 days ago
- Business
- Tom's Guide
It's time to update Chrome — zero-day bug is being exploited in the wild by hackers
Google has issued an emergency security update patch for Chrome in order to fix three security issues including one zero-day bug that has been actively exploited in the wild by hackers. This makes it the third active vulnerability to be patched via emergency update since the start of the year, with two others occurring in March and May. As reported by Bleeping Computer, the latest flaw, tracked as CVE-2025-5419, is a high-severity vulnerability caused by an out-of-bounds read and write weakness in the V8 JavaScript and WebAssembly engines in Chrome. It was initially reported on a week ago by members of Google's Threat Analysis group; Google has confirmed that it is being exploited in the wild though the company is not sharing much additional information at the time as they are waiting until more users have had an opportunity to patch their browsers. In the security advisory published on Monday, the company is quoted as stating: 'Access to bug details and links may be kept restricted until a majority of users are updated with a fix. We will also retain restrictions if the bug exists in a third party library that other projects similarly depend on, but haven't yet fixed.' This is typical when it comes to active exploits, as it keeps other threat actors from hopping on the band wagon to take advantage of the vulnerability before users are able to update the fix. However, reporting from The HackerNews, says that the flaw involved allowing a remote attacker to potentially exploit heap corruption via a crafted HTML page. Google reports that the issue was mitigated a day after it was reported via a configuration change that was pushed through the Stable Desktop channel across all the Chrome platforms. The zero-day flaw was likewise corrected the same day with updates to Chrome that are rolling out to users in the coming weeks. Chrome does automatically update when new security patches become available, however users can make sure the installation is completed by going to the Chrome menu > Help > About Google Chrome. Get instant access to breaking news, the hottest reviews, great deals and helpful tips. Let the update finish then click Relaunch in order to make sure the patch has installed. The update versions are 137.0.7151.68/ .69 for Windows and macOS and version 137.0.7151.68 for Linux. Users of other Chromium-based browsers (Edge, Brave, Opera, Vivaldi) should apply the updates as they become available.
Arabian Post
29-05-2025
- Arabian Post
Web-Based Operating System Transforms Digital Access
A fully operational computer system that runs entirely within a web browser is reshaping the way users interact with technology, removing the need for traditional hardware or software installations. This breakthrough in cloud computing and browser technology delivers a complete operating system environment accessible from virtually any device with internet connectivity, opening new possibilities for both individual users and organisations. The web-based operating system offers a comprehensive suite of applications and utilities, replicating many of the functions found on conventional desktops. Users can manage files, browse the internet, run software, and even engage in development tasks without the constraints of physical hardware. The system operates through a sophisticated virtual environment embedded in modern browsers, utilising technologies such as WebAssembly and advanced JavaScript frameworks to deliver near-native performance. Experts highlight the implications for sectors ranging from education to enterprise. Schools can deploy such platforms on low-cost or outdated hardware, enabling students to access powerful computing resources remotely. Companies benefit from reduced IT overhead, as the need for maintaining individual devices diminishes, while centralised updates and security controls simplify management. Moreover, the portability inherent in browser-based systems enhances remote work capabilities, a priority in the evolving global workforce landscape. ADVERTISEMENT Behind this innovation is a convergence of cloud infrastructure improvements and enhanced web standards. The operating system stores data securely in the cloud, allowing users to retrieve their environment seamlessly across sessions and devices. Encryption protocols and authentication mechanisms protect sensitive information, addressing security concerns that traditionally hindered cloud adoption. Performance benchmarks show that these browser-run environments can handle complex tasks, including multimedia editing and coding, with minimal lag. This performance leap is attributed to optimisations in browser engines and the utilisation of just-in-time compilation techniques that translate code efficiently. Developers note that this paves the way for software distribution models that bypass traditional installation processes, streamlining user experiences. While the technology holds promise, some challenges remain. Dependence on stable and high-speed internet connections limits accessibility in regions with poor infrastructure. There are also ongoing debates about data sovereignty and control, as cloud storage involves third-party servers that may be subject to varying jurisdictional laws. Furthermore, compatibility with legacy software and hardware peripherals is still evolving, restricting use cases for specialised industries. Industry observers expect that browser-based operating systems will increasingly integrate with edge computing and 5G networks, further enhancing responsiveness and reducing latency. As web standards evolve, new APIs and capabilities are anticipated to enable richer user experiences that rival or exceed traditional desktop environments. This shift also encourages a reconsideration of digital ecosystems, where software vendors can deliver updates and features continuously, eliminating patch management headaches and version conflicts. Open-source projects in this domain are gaining traction, fostering collaborative development and innovation, while commercial providers explore subscription-based and freemium models to monetise these platforms. The accessibility and ease of deployment offered by this approach have spurred interest among emerging markets and sectors focused on digital inclusion. Governments and non-governmental organisations are exploring pilot programmes to deliver education and digital services via browser-based systems, aiming to bridge the digital divide. Security remains a focal point as these platforms mature. Developers are implementing sandboxing techniques to isolate user processes and prevent malicious code execution. Continuous monitoring and rapid incident response frameworks are being designed to mitigate threats, ensuring trust in environments that handle sensitive personal and business data.
Yahoo
11-04-2025
- Business
- Yahoo
Cloud AI Today - WebAssembly Innovation Boosts Serverless Cloud Scalability
Recent developments in Cloud AI have shown significant advancements in serverless hyperscaling, highlighted by Fermyon Technologies' breakthrough using WebAssembly on Google Kubernetes Engine (GKE). At the Containers @ Google NEXT '25 event, Fermyon exhibited their platform's capabilities to achieve faster application scaling and enhanced performance, facilitated by the next-generation GKE Autopilot's improved pod scheduling and scaling functionalities. These innovations are set to enhance the responsiveness and cost-efficiency of serverless applications, catering to industries facing unpredictable high-demand situations. This development underscores the growing momentum and potential of WebAssembly in cloud computing. last closed at $152.82 down 3.7%. In other market news, was a notable mover up 12.5% and finishing the session at ¥3,052. At the same time, lagged, down 13.5% to end the day at $42.20. Alphabet's urgent AI advancements in search and cloud propel significant growth potential. Discover more about Alphabet's innovative strategy. As a reminder, check out our 'Market Insights' article on how AI advancements, like DeepSeek's model, are reshaping cybersecurity opportunities, driving urgency in cloud AI investments. closed at $381.35 down 2.3%. settled at $190.42 down 4.2%. closed at $33.68 down 8.3%. Access the full spectrum of 142 Cloud AI Stocks including Yealink Network Technology, Arista Networks and Nutanix by clicking on this link. Ready To Venture Into Other Investment Styles? The end of cancer? These 23 emerging AI stocks are developing tech that will allow early idenification of life changing disesaes like cancer and Alzheimer's. This article by Simply Wall St is general in nature. We provide commentary based on historical data and analyst forecasts only using an unbiased methodology and our articles are not intended to be financial advice. It does not constitute a recommendation to buy or sell any stock, and does not take account of your objectives, or your financial situation. We aim to bring you long-term focused analysis driven by fundamental data. Note that our analysis may not factor in the latest price-sensitive company announcements or qualitative material. Simply Wall St has no position in any stocks mentioned. Sources: Simply Wall St "Fermyon Breaks New Ground in Serverless Hyperscaling with WebAssembly on Google Kubernetes Engine" from Fermyon Technologies, Inc. on GlobeNewswire (published 09 April 2025) Companies discussed in this article include TSE:6701 NasdaqGS:MSFT NasdaqGS:GOOGL NasdaqGS:AAPL NasdaqGS:SMCI and NasdaqGS:CRWV. Have feedback on this article? Concerned about the content? with us directly. Alternatively, email editorial-team@
