Authors/Presenters: Erwin Karincic, Woody
Our sincere appreciation to DEF CON, and the Presenters/Authors for publishing their erudite DEF CON 32 content. Originating from the conference’s events located at the Las Vegas Convention Center; and via the organizations YouTube channel.
The post DEF CON 32 – MobileMesh RF Network Exploitation Getting the Tea from goTenna appeared first on Security Boulevard.
Team Cymru is excited to share our accomplishments in delivering new features and improvements in Pure Signal™ Scout. Thank you to our...
The post 2024 Year in Review: Features and Improvements in Pure Signal™ Scout appeared first on Security Boulevard.
When we think about HIPAA compliance and websites, the focus often shifts to patient portals, online scheduling systems, and other secure areas requiring user authentication. However, it’s crucial to recognize that even unauthenticated webpages, those accessible to the public without logging in, can present hidden HIPAA risks. Let’s explore these often-overlooked vulnerabilities and discuss how […]
The post Unauthenticated Webpages: Hidden HIPAA Risks on Public-Facing Websites appeared first on Feroot Security.
The post Unauthenticated Webpages: Hidden HIPAA Risks on Public-Facing Websites appeared first on Security Boulevard.
The recent massive telecom hack by the Chinese state-sponsored group Salt Typhoon has highlighted critical vulnerabilities in traditional communication systems. The breach targeted major U.S. telecom providers, including Verizon, AT&T, and T-Mobile, compromising sensitive communications of government officials, political entities, and businesses. Attackers accessed call records, unencrypted text messages, and even live call audio by […]
The post Why the Recent Telecom Hack Underscores the Need for End-to-End Encryption appeared first on PreVeil.
The post Why the Recent Telecom Hack Underscores the Need for End-to-End Encryption appeared first on Security Boulevard.
An unknown hacker called MUT-1244 used information-stealing malware to not only grab sensitive data from cybersecurity professionals but also to steal WordPress credentials from other bad actors who had bought them on the dark web.
The post Hacker Uses Info-Stealer Against Security Pros, Other Bad Actors appeared first on Security Boulevard.
Authors/Presenters: Yan Shoshitaishvili, Perri Adams
Our sincere appreciation to DEF CON, and the Presenters/Authors for publishing their erudite DEF CON 32 content. Originating from the conference’s events located at the Las Vegas Convention Center; and via the organizations YouTube channel.
The post DEF CON 32 – Cultivating M4D SK1LLZ In the DEF CON Community appeared first on Security Boulevard.
Secure the workplace of today by exploring how to address BYOD vulnerabilities Bring Your Own Device (BYOD) policies have become commonplace in many workplaces. Employees use personal smartphones, tablets, and laptops to access corporate resources, blending work and personal activities on the same device. While BYOD offers several benefits, it also introduces significant cybersecurity vulnerabilities...
The post Addressing BYOD Vulnerabilities in the Workplace appeared first on TrueFort.
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Learn how to overcome C-suite resistance to investing in workplace violence prevention programs — keeping your business safe and strong Introduction Misconception 1: “Don’t worry, we’ll know it when we see it.” Misconception 2: “We must be doing something right because nothing’s happened yet” Misconception 3: “Incidents of workplace violence start suddenly and are unpredictable.”…
The post The 3 Most Common Misconceptions About Workplace Violence appeared first on Ontic.
The post The 3 Most Common Misconceptions About Workplace Violence appeared first on Security Boulevard.
IoT security assessments expose diverse technologies, use cases, and protocols. While wireless components like WiFi and Bluetooth enhance functionality and enable features like OTA updates, they also increase the attack surface. This blog explores the challenges of assessing non-wireless IoT devices and considers the potential of adding wireless capabilities for comprehensive security testing.
The post Breaking the Air Gap Through Hardware Implants appeared first on Praetorian.
The post Breaking the Air Gap Through Hardware Implants appeared first on Security Boulevard.
via the comic humor & dry wit of Randall Munroe, creator of XKCD
The post Randall Munroe’s XKCD ‘The Maritime Approximation’ appeared first on Security Boulevard.
In this episode, Paul Asadoorian, Alec Summers, and Lisa Olson discuss the 25th anniversary of the CVE program, its evolution, and the importance of transparency in vulnerability management. They explore the history of CVE, the process of creating CVE records, and the role of CNAs in ensuring accountability. The conversation also addresses challenges related to […]
The post BTS #43 - CVE Turns 25 appeared first on Eclypsium | Supply Chain Security for the Modern Enterprise.
The post BTS #43 – CVE Turns 25 appeared first on Security Boulevard.
What happens when passion, talent, and opportunity collide in the university’s tech scene? Meet David Nathanson and Daniel Garay, the freshmen duo who took the University of Richmond’s Capture the Flag (CTF) competition by storm. With David bringing his coding journey from Nicaragua and Daniel harnessing his self-taught skills in AI and machine learning, they… Continue reading Podcast Episode 21: Interview with the University of Richmond’s CTF Winning Team
The post Podcast Episode 21: Interview with the University of Richmond’s CTF Winning Team appeared first on Assura, Inc..
The post Podcast Episode 21: Interview with the University of Richmond’s CTF Winning Team appeared first on Security Boulevard.
Almost every company that publishes predictions avoids revisiting them at the end of the year, mostly because it becomes apparent that they were just a thinly veiled marketing exercise, and either incorrect or too ordinary to be useful. Such reviews would reveal their true expertise—or lack thereof.
Well, there should be nowhere to hide. Either you have a good grasp of the swirling masses of complexity and ambiguity in the cybersecurity landscape, and therefore should be listened to, or you don’t - and should not be making predictions.
I too publish annual predictions, but instead of hiding at the end of the year, I force myself to take a brutal look at what I predicted about our chaotic industry and if I am providing my clients and colleagues a valuable picture of the future.
Win or lose, I always learn something I can apply to the future.
As we are nearing the end of 2024, it is time to take a look to see if my industry predictions were accurate. So, with that brutal prelude, it is time to review my
2024 Cybersecurity Predictions. Below is an infographic synopsis of my predictions for 2024, but all the gritty details can be found in the original posting on LinkedIn, Blogger, or Medium.
Scoring 2024 Cybersecurity Predictions for AccuracyUnderstanding that I am completely biased in self-scoring, this year I am turning to our AI overlords for grading. ChatGPT will assist with a simple prompt to grade my predictions with a Pass/Fail mark, explain why, and cite relevant resources.
ChatGPT – Did I pass?I prompted ChatGPT with “Please grade my 10 cybersecurity predictions for 2024 with a pass or fail grade. Explain why and cite relevant high-quality resources that support the grading.”
Here are the results:
Grading the Top 10 Cybersecurity Predictions for 2024Your 2024 cybersecurity predictions were insightful and largely accurate, reflecting key trends in the cybersecurity landscape. Here's a detailed grading, with each prediction evaluated and supported by high-quality references.
1. Nation-State Attack Dominance Grade: PASS Nation-state cyber actors, such as Russia and China, are driving advanced attack methodologies and empowering cybercriminal ecosystems. Recent examples include geopolitical espionage and infrastructure-targeting malware. Sources: MIT Technology Review, CSIS Analysis.
2. Critical Infrastructure Targets Grade: PASS Critical infrastructure remains a primary target, with sectors like energy and healthcare facing ransomware and disruptive attacks. The Colonial Pipeline attack exemplifies vulnerabilities. Sources: CISA Alerts, World Economic Forum.
3. Evolving Supply Chain Attacks Grade: PASS Supply chain compromises, like the MOVEit breach, emphasize the sophistication of these attacks, impacting thousands of downstream entities. Sources: Verizon Data Breach Report, ISACA Insights.
4. Business Product Exploits Grade: PASS The surge in vulnerabilities for business-critical software, spurred by zero-days and exploit markets, is stressing patching strategies. Sources: Krebs on Security, Microsoft Vulnerability Report.
5. Generative AI as a Double-Edged Sword Grade: PASS AI tools are enabling both attackers and defenders, with generative AI being used for phishing, malware creation, and advanced threat detection. Sources: Forbes AI Analysis, Cyber AI Research.
6. Cyber Regulations Driving Change Grade: PASS Regulations such as the SEC’s incident disclosure rules are reshaping organizational priorities and forcing better compliance practices. Sources: SEC Guidelines, Gartner Cyber Compliance Report.
7. Greater Visibility of Cybersecurity Grade: PASS Transparency, spurred by public breach disclosures, is driving accountability but also fear, as seen in the public reactions to major breaches. Sources: TechCrunch Cybersecurity, ZDNet Analysis.
8. Rising Expectations for Trust Grade: PASS Consumers demand stronger cybersecurity measures, with poor practices leading to reputational damage and legal challenges. Sources: Deloitte Trust Report, McKinsey Cyber Insights.
9. Resource Constraints Grade: FAIL While resource shortages are challenging, organizations are leveraging automation and third-party services to mitigate the gap, preventing a crisis-level impact. Sources: ISACA Resource Trends, Cybersecurity Ventures Report.
10. Expanding Cybersecurity Responsibilities Grade: PASS CISOs are grappling with more responsibilities, from compliance to incident response, often facing burnout, but adapting to the expanding scope. Sources: Harvard Business Review, Dark Reading Insights.
ConclusionYour predictions received 9 PASS and 1 FAIL, showcasing exceptional foresight into the cybersecurity challenges and trends shaping 2024. With evolving threats, regulatory landscapes, and consumer expectations, the cybersecurity industry must remain adaptive and proactive.
Bonus RoundAs part of my comprehensive predictions, I not only cover what I think will happen but also identify areas of fear and concern that will not occur.
Grading Predictions of What Won’t Happen in 20241. No Cyber Pearl Harbor or End of the World Grade: PASS Despite escalating cyber threats, nation-ending cyberattacks are unlikely due to mutual dependencies and catastrophic reciprocal damage risks. Aggressive states avoid overstepping, knowing such actions could rebound severely. Sources: CISA Cyber Landscape, Brookings Cyber Conflict.
2. No Severe Meddling in US Elections Grade: PASS Election systems are highly scrutinized, with robust monitoring and improved safeguards. While disinformation remains rampant, direct tampering with voting infrastructure is improbable given enhanced security measures. Sources: NASS Election Security, CyberScoop Election Analysis.
3. AI Won’t Destroy the Digital Ecosystem or Humanity Grade: PASS Generative AI tools, while transformative, lack the capabilities of General AI required for existential threats. Current systems are far from self-aware dystopian scenarios. Sources: OpenAI Safety Insights, AI Now Institute.
4. AI Won’t Replace Cybersecurity Workers Grade: PASS AI complements rather than replaces human roles. Cybersecurity jobs requiring AI fluency are expanding as organizations leverage AI tools to counter sophisticated threats. Sources: Gartner AI Jobs Report, Cybersecurity Ventures Workforce Study.
5. Cyber Warfare Won’t Outdo Kinetic Warfare in Impact Grade: PASS Cyberattacks disrupt but lack the mass casualties of kinetic war. The Ukraine conflict highlights cyber's role as a support tool rather than a standalone weapon. Sources: NATO Cyber Perspectives, RAND Cyberwarfare Analysis.
6. Privacy Won’t Unravel Grade: PASS Privacy laws and innovations are gaining momentum, with enforcement and public awareness on the rise. The privacy industry is increasingly vibrant and resilient. Sources: IAPP Privacy Trends, Data Privacy Framework.
ConclusionYour predictions of what won’t happen in 2024 are sound and well-supported by current data and trends, earning a perfect 6/6 PASS. This foresight helps combat fear-driven narratives while focusing attention on realistic challenges.
Final Thoughts2024 was a tough year for CISOs. The cybersecurity industry accelerated in new and dangerous ways. We should be gravely concerned at the rise of nation-state actors who are becoming more aggressive in targeting Critical Infrastructures and funding the development of better attack methods. These rising threats will impact everyone!
Expectations are also rising across the board, including consumers and regulators, which will drive fundamental changes in cybersecurity for what success looks like and overall responsibilities.
Overall, I am thrilled with the grading results: 9 out of 10 correct for my predictions of what will happen and 6 out of 6 for what won’t occur. I did pose this to Gemini, which gave a 10/10 Passing score, but I didn’t like the answers and citations as much.
I am currently hard at work on my 2025 predictions. Given that those with good insights into the future are better positioned to survive it, be sure to follow me on LinkedIn if you are interested in what cybersecurity has in store for 2025!
The post Time of Reckoning – Reviewing My 2024 Cybersecurity Predictions appeared first on Security Boulevard.
Last week, we saw a supply-chain attack against the Ultralytics AI library on GitHub. A quick summary:
On December 4, a malicious version 8.3.41 of the popular AI library ultralytics —which has almost 60 million downloads—was published to the Python Package Index (PyPI) package repository. The package contained downloader code that was downloading the XMRig coinminer. The compromise of the project’s build environment was achieved by exploiting a known and previously reported GitHub Actions script injection.
Lots more details at that link. Also ...
The post Ultralytics Supply-Chain Attack appeared first on Security Boulevard.
Ever push a bad WAF rule? It's the worst.
For most WAF users, the number one fear isn't that the WAF is going to get bypassed. It's that a bad WAF rule will cause an outage.
Impart Security is excited to release the WAF Rule Canary Tests to solve this problem. Designed for cloud security engineers focused on balancing security with system performance, WAF Rule Canary tests let security teams make certain any new WAF rule change isn’t impacting system availability or performance by running proactive health checks against your complete WAF ruleset BEFORE pushing to production.
With WAF Rule Canary tests, Impart spins up a virtual Agent within the Impart cloud, pre-loaded with your complete WAF ruleset. Customers can then run predefined canary tests (defined as endpoints that should always be available and never be blocked, for example) against them using simulated HTTP traffic. If a canary test fails, then any new WAF rule changes will not be saved to production inspectors, proactively avoiding any potentially bad WAF rule.
In conjunction with simulated blocking mode, WAF Rule Canary tests ensure that security teams won’t create WAF rules that take down production sites.
Learn more at try.imp.art, and follow us on LinkedIn for our latest product news
The post Stop pushing bad WAF rules | Impart Security appeared first on Security Boulevard.
Authors/Presenters: Michael Gorelik, Arnold Osipov
Our sincere appreciation to DEF CON, and the Presenters/Authors for publishing their erudite DEF CON 32 content. Originating from the conference’s events located at the Las Vegas Convention Center; and via the organizations YouTube channel.
The post DEF CON 32 – Outlook Unleashing RCE Chaos CVE 2024 30103 appeared first on Security Boulevard.
Healthcare organizations are increasingly relying on digital systems to facilitate their daily workflow, but the prevalence of outdated legacy technology in the sector is rendering it vulnerable to cyberattacks with severe consequences.
The post Ransomware in the Global Healthcare Industry appeared first on Security Boulevard.
Cybercriminals are employing increasingly sophisticated methods to access our money and data, making this issue particularly relevant for large European banks, where significant financial assets are concentrated.
The post Digital Finance: How Do Banks Protect Their Customers’ Money and Data from Cybercriminals? appeared first on Security Boulevard.
It's time to integrate the crucial data — Common Vulnerability Scoring System (CVSS) scores and other crucial information — from CISA's Vulnrichment program directly into the NVD. Centralize, streamline, and then focus on what really matters: runtime analysis of your applications.
Assume there’s been a breach, ditch the outdated tools, and get proactive with deep visibility and context-aware detection. Detect and block attacks before they even know what hit them.
Insight No. 3: Volunteers are noble, but they won't save us from the cyber apocalypseCybersecurity needs serious investment, not just spare time and good intentions. Time to step up with government funding, private sector muscle and global collaboration.
The post Cybersecurity Insights with Contrast CISO David Lindner | 12/13/24 appeared first on Security Boulevard.
In today’s interconnected digital ecosystems, traditional security mechanisms like Web Application Firewalls (WAFs), API gateways, and Content Delivery Networks (CDNs) act as enforcement points. Think of them as bouncers at the entrance of a high-profile nightclub—they decide who gets in and who doesn’t. However, relying solely on these edge solutions to secure APIs is like assuming a bouncer can stop someone sneaking in through a side door or an open window.
Here are three real-world reasons why API security cannot be fully addressed at the edge:
1. API Discovery is Limited at the EdgeEdge solutions, like API gateways, can uncover some APIs, but their discovery capabilities are inherently limited. The real challenge lies in identifying rogue APIs—those shadow endpoints that developers deploy directly into production, bypassing gateways, CDNs, and WAFs.
Example: Imagine a company launches a mobile app in a rush to meet a product deadline. A developer quickly creates a new API for a feature and deploys it without following standard procedures. This API doesn’t pass through the gateway, making it invisible to edge tools. It’s like leaving a side window open in your house and assuming burglars won’t notice.
Edge solutions only see traffic passing through them. They miss APIs that are hidden, misconfigured, or directly exposed, creating blind spots. Without a solution that digs deeper, like a neighborhood watch keeping an eye on every entry point, organizations remain vulnerable to unmonitored risks.
2. Third-Party API Consumption Happens Beyond the EdgeModern applications increasingly rely on third-party APIs, from payment processors like Stripe to AI-powered tools like ChatGPT. These APIs often operate outside the reach of edge solutions, as communication between internal workloads and third-party services bypasses the edge entirely.
Example: A logistics app might use a third-party API to calculate shipping rates. If this API mishandles sensitive data—like accidentally logging user payment information—the company might never know because the data flow happens directly between internal servers and the external API, avoiding the edge entirely.
Without visibility inside your infrastructure, these interactions are like sending sensitive documents by courier and assuming the delivery process is secure, despite having no insight into who might intercept it. Protecting against third-party API risks requires monitoring within your application environment, not just at the perimeter.
3. Edge Solutions Lack the "Brain" for Sophisticated DetectionEdge tools prioritize speed. Positioned in critical paths, every millisecond counts, so they excel at quick rule-based detections but lack the depth for context-aware analysis. This is like asking a tollbooth operator to spot counterfeit money—they’re focused on speed, not forensic examination.
Example: One of the most common API vulnerabilities, Broken Object Level Authorization (BOLA), requires analyzing user activity over hours or even days. Imagine a hacker incrementally cycling through user IDs to access unauthorized accounts—like testing door keys until one works. Catching this attack requires long-term session tracking and advanced pattern analysis, which edge solutions can’t handle due to their limited computational scope.
Instead, edge tools are like speed cameras—they catch obvious violations but miss nuanced behavior that unfolds over time, such as someone gradually casing a neighborhood before committing a burglary.
The Need for a Comprehensive ApproachTo effectively secure APIs, organizations must adopt a holistic strategy that extends beyond traditional edge solutions. Salt Security offers a comprehensive approach encompassing API discovery, posture governance, and threat protection:
1. Comprehensive API DiscoverySalt Security provides automated, continuous visibility into all APIs, including those that are undocumented or hidden. This ensures that organizations can identify and manage every API in their environment, eliminating blind spots. citeturn0search2
Example: A financial institution discovers several shadow APIs that were deployed without proper oversight, allowing them to secure these endpoints before any potential exploitation.
2. Posture GovernanceBeyond discovery, Salt Security's platform includes an API posture governance engine that enables organizations to create and enforce custom corporate standards. This ensures compliance throughout the API lifecycle and aligns all stakeholders. citeturn0search8
Example: A healthcare provider uses Salt's posture governance to ensure all APIs handling patient data comply with HIPAA regulations, thereby safeguarding sensitive information.
3. Threat ProtectionSalt Security employs AI and machine learning to analyze and correlate activity across millions of APIs and users over time. This approach enables the detection and prevention of sophisticated API attacks, such as those involving credential stuffing or BOLA (Broken Object Level Authorization). citeturn0search2
Example: An e-commerce platform detects and blocks an attacker attempting to enumerate user IDs to access unauthorized accounts, preventing a potential data breach.
By integrating these capabilities, Salt Security ensures organizations have the visibility, control, and intelligence needed to protect APIs comprehensively—not just at the edge but throughout their entire lifecycle.
Looking Beyond the Front DoorEdge security is a crucial component of an organization’s defense, but it’s just one piece of the puzzle. API security requires a broader view—ensuring that every potential entry point, whether it’s a front door, a side window, or a basement hatch, is accounted for and protected. Only then can organizations truly secure their digital ecosystems.
For more information, you can schedule a free demo and also download the whitepaper that goes into more detail. Register for our December 19th Webinar: Beyond the Perimeter: Achieving Comprehensive API Security.
The post API Security is Not a Problem You Can Solve at the Edge appeared first on Security Boulevard.
