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.NET 通过 AppDomain 创建与管理新的应用程序域
Early experiments in accelerating science with GPT-5
OpenAI says its latest GPT-5.1 Codex can code independently for hours
Trend & AWS Partner on Cloud IPS: One-Click Protection
硬核干货:JAVA+Linux的CPU性能优化实践
Public Uptime Page
How to Overcome Latency in Your Cyber Career
Career latency is not an indictment of your ability. Understanding what creates latency in your professional life and how to address it is an essential component of long-term growth. With a diagnostic mindset and a willingness to optimize, you can restore throughput and move forward with purpose.
How to Improve Credential Security
From infostealers to phishing, almost 90% of all data breaches now involve the use of stolen credentials - leading to billions of dollars in losses. Michael Leland of Island opens up on the role of the modern enterprise browser in mitigating these risks created by compromised credentials.
Basic Backup vs Cyber Resilience: Critical Differences
Traditional M365 Data Protection No Longer Enough
Bridging the Consumer Trust Gap in the Age of AI
In the latest "Proof of Concept," Rich Keith, director of product and solutions marketing at Ping Identity, and Todd Smith, senior vice president of customer IAM at Bank Ameris, joined ISMG editors to discuss how AI-based fraud is breaking trust models faster than many systems can adapt.
Palo Alto Networks to Acquire AI Observability Platform Chronosphere for $3.35 Billion
Palo Alto Networks Inc. announced Wednesday it will acquire Chronosphere, a next-generation observability platform designed for artificial intelligence (AI) workloads, in a $3.35 billion deal combining cash and replacement equity awards. The acquisition, pending regulatory approval, is expected to close in the second half of Palo Alto Networks’ fiscal 2026. The move represents the cybersecurity..
The post Palo Alto Networks to Acquire AI Observability Platform Chronosphere for $3.35 Billion appeared first on Security Boulevard.
Black Friday Fraud: The Hidden Threat in Mobile Commerce
Every year, Black Friday drives a surge of online purchases—but it also opens the floodgates for fraud. While most conversations focus on phishing emails or sketchy websites, the real cybersecurity frontline for e-commerce lies behind the scenes: mobile apps. Developers, not consumers, hold the power to stop many of these attacks—but only if they understand how today’s fraudsters exploit mobile APIs.
The post Black Friday Fraud: The Hidden Threat in Mobile Commerce appeared first on Security Boulevard.
The Security Landscape of Mobile Apps in Africa
Researchers from CyLab-Africa and the Upanzi Network recently partnered with the mobile security provider Approov to explore the security of common financial services apps used across Africa. After surveying 224 popular financial applications, the researchers found that 95 percent of these Android apps exposed secrets that can be used to reveal personal and financial data. Across these applications, approximately 272 million users have the potential to be victims of the security flaws.
The Carnegie Mellon University Africa team included alumni and a current student who are all working as researchers with CyLab-Africa in Rwanda: Theoneste Byagutangaza (MSIT '23), Trevor Henry Chiboora (MSIT '23), Joel Jefferson Musiime (MSIT '24), and Lenah Chacha (MSIT '17). The project was part of a summer collaboration experience where the CyLab-Africa researchers received guidance and mentorship from Approov. CyLab-Africa co-directors Assane Gueye and Giulia Fanti served as advisors for this project
"Participating in this project was a rewarding yet challenging experience. It involved in-depth research into the consequences of secret key leaks, which proved to be a formidable task initially. However, collaborating with a diverse team enriched my problem-solving skills, honed during my time as a student at CMU, and made the project a valuable learning opportunity," says Byagutangaza.
The team selected and investigated Android applications from countries in North, Central, Eastern, Western, and Southern Africa and categorized the security threats into "high," "medium," and "low" severity. The majority of the threats fell into the high (18 percent) and medium (72 percent) categories. A high severity classification was used for vulnerabilities that could potentially lead to unauthorized access, data breaches, and compromised user privacy. Medium severity was used for secrets that if exposed, could potentially compromise the confidentiality of user data and application functionality.
The Carnegie Mellon University Africa team: Theoneste Byagutangaza (MSIT '23), Trevor Henry Chiboora (MSIT '23), Joel Jefferson Musiime (MSIT '24), and Lenah Chacha (MSIT '17).
"Being new in the field of mobile security, this project was a good learning experience as it gave me an understanding on the design and deployment of mobile apps from a security perspective," says Musiime. "Collaborating with the experienced team at Approov in the field of mobile security greatly aided my learning process, as they were always ready and willing to offer guidance and support throughout the research."
The work culminated in a report which draws comparisons between other regions and Africa, pinpointing trends, commonalities, and disparities pertaining to the exposure of secret keys in a mobile application’s binary package. For example, they found that apps deployed in West Africa were the most exposed in terms of high severity secret exposure (20 percent) and Southern Africa the least (only 6 percent).
"The project report holds significant value for a wide audience, including product owners, developers, and everyday users. It not only sheds light on security concerns related to secrets and API keys in Android packages but also provides valuable recommendations for mitigating these issues," says Chiboora.
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Palo Alto Networks to acquire observability firm Chronosphere for $3.35 billion
The cybersecurity giant's move into observability reflects how AI workloads are blurring lines between security and operations.
The post Palo Alto Networks to acquire observability firm Chronosphere for $3.35 billion appeared first on CyberScoop.
Analysis of a Large-Scale DDoS Attack Against a Payment Processing Platform
Analysis of a Large-Scale DDoS Attack Against a Payment Processing Platform
Fortinet Woes Continue With Another WAF Zero-Day Flaw
News alert: CredShields and Checkmarx partner to extend AppSec into Web3 and smart contracts
SINGAPORE, Nov. 19, 2025, CyberNewswire — The collaboration advances enterprise grade application security into decentralized ecosystems, uniting Checkmarx’s AppSec expertise with Web3 specialization by CredShields.
CredShields, a leading Web3 security firm, has partnered with Checkmarx, the global leader … (more…)
The post News alert: CredShields and Checkmarx partner to extend AppSec into Web3 and smart contracts first appeared on The Last Watchdog.
The post News alert: CredShields and Checkmarx partner to extend AppSec into Web3 and smart contracts appeared first on Security Boulevard.