Awakari App

Bypassing Frida: Advanced Frida Detection Bypass — Part 5 Table of contents : Overview of Frida How it works (Must Read). Kernel Hooking Basics. Bypassing Port detection Bypassing agent detect...

#hacking #reverse-engineering #cybersecurity #rasp #frida

Origin | Interest | Match

NEW Audio today! Sit back, relax, and let me take charge as we get you naked, get you hard, and get you off...

FULL AUDIO - tinyurl.com/yc3t2jbw

#JOI #alpha #audio #gayaudio #eroticaudio #guide #verbal #jerkoffinstructions #submissive #dominant #sub #dom #deepvoice #rasp #meditation #erotic #cocky

They call me non-select. #RASP #WarMachine

Device is Blacklisted at runtime, now what? Have you ever wondered how the Runtime Application self/security Protection isolates the device once it identifies the Root traces? During an Android ap...

#pentesting #android #rasp #bypass #runtime-security

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Awakari App

Device is Blacklisted at runtime, now what? Have you ever wondered how the Runtime Application self/security Protection isolates the device once it identifies the Root traces? During an Android ap...

#pentesting #android #rasp #bypass #runtime-security

Origin | Interest | Match

The Edge Advantage: Why Cloudflare and Approov Outpace Zscaler in API Security? Remote Attestation vs. RASP: Securing Mobile APIs at the Edge (Zscaler vs. Approov/Cloudflare) On this episode of Upwardly Mobile, we dive deep into the most critical architectural debate in mobile API security today: Does security enforcement belong on the client device (RASP) or off-device at the network edge (Remote Attestation)? We break down the philosophical and technical differences between the integrated Zscaler ZSDK approach, which bundles Runtime Application Self-Protection (RASP), and the specialized, edge-native partnership between Approov and Cloudflare. Discover why security experts argue that because the attacker ultimately controls the client environment, remote attestation is superior for defense against sophisticated, targeted attacks. Episode Highlights & Key Concepts The Philosophical Divide: RASP vs. Remote Attestation The core of the debate centers on where security decision logic is insulated. - RASP (Runtime Application Self-Protection): This approach implements security logic within the application code to detect threats locally during runtime, often used for real-time overlay fraud, app tampering, and emulator abuse detection. - The Risk: Any locally enforced logic provides a target for advanced adversaries. Attackers can potentially reverse-engineer RASP checks and bypass local controls to execute API requests from a tampered application instance. - Remote Attestation (Approov/Cloudflare): This specialized approach verifies that only a genuine, untampered app can access APIs, protecting backend systems from unauthorized or rogue applications. - Superior Resilience: Approov’s architecture minimizes local enforcement, ensuring attestation decisions are made entirely in the cloud service. This insulates the enforcement logic on the backend, offering superior resilience against sophisticated, targeted attacks. - Zero Feedback Loop: A key security advantage is that the attacker receives no feedback from the client on why the token validation failed at the edge, significantly raising the cost and complexity of a successful attack bypass. Architectural and Operational Advantages The comparison between the integrated Zscaler Zero Trust Exchange (ZTNA/SSE) model and the Approov/Cloudflare Edge-First (WAAP) model highlights major differences in deployment, performance, and operational cost. - Enforcement Location and TCO: The Approov/Cloudflare model focuses enforcement entirely at the Cloudflare edge using serverless functions (Workers or API Shield). This is described as a zero-operations deployment model that removes the need for customer-managed infrastructure components like Zscaler’s required App Connectors. The serverless model accelerates time-to-value and minimizes maintenance overhead. - API Key Protection: Approov provides a critical security layer by leveraging attestation guarantees to securely deliver secrets, such as API keys, just-in-time to the application only when the environment is verified as genuine and unmodified. This capability directly mitigates the risks associated with reverse engineering hard-coded keys. - Performance and Scale: The Cloudflare/Approov integration leverages Cloudflare’s global, high-performance network. Comparative tests show Cloudflare is significantly faster than Zscaler in various Zero Trust scenarios, a crucial factor for a smooth user experience and ensuring users don't bypass security controls. Furthermore, Approov offers a commercial attestation fabric built for scale, guaranteeing no quotas or throttling on attestation traffic for high-volume apps. - API Governance: Cloudflare API Shield enhances protection with rigorous positive security via OpenAPI schema validation at the edge. This preemptively guards against modern API security risks like Broken Object Level Authorization (BOLA) by ensuring that only traffic conforming to the documented API structure is accepted. Secure Your Mobile APIs with the Industry's Leading Attestation Solution This episode is proudly brought to you by Approov, the definitive solution for continuous and deterministic mobile app attestation. Approov ensures that only genuine, untampered instances of your mobile application can access your backend APIs, protecting against bot attacks, API abuse, and sophisticated tampering. Learn how to deploy mobile API security today: 🔗 https://approov.io/  Keywords: Mobile API Security, Remote Attestation, RASP, Approov, Cloudflare, Zscaler, API Integrity, Mobile App Protection, Zero Trust Architecture, Edge Security, API Abuse Prevention, Serverless Security, JWT Attestation, Mobile Bot Mitigation, Cloudflare Workers, App Attestation. 

📣 New Podcast! "The Edge Advantage: Why Cloudflare and Approov Outpace Zscaler in API Security?" on @Spreaker #apiprotection #appintegrity #approov #cloudflare #cybersecurity #edgesecurity #mobileappdev #mobilesecurity #rasp #remoteattestation #zerotrust #zscaler #zsdk

#Frog #Wooden #Detail #CloseUp #FrogRasp #Percussion #Music #Carved #Artwork #Rasp #WoodCarving #Texture #RenFest #RenaissanceFaire #Explore #BristolRenaissanceFaire #FilmPhotography #35mmFilmPhotography #35mm #HarmanPhoenix200ii

A wireless heart rate monitor powered by Raspberry Pi and Wi-Fi - how it works Discover how a Raspberry Pi and Wi-Fi can transform heart rate monitoring—delivering touchless, clinically accurate results without expensive wearables. Learn how Pulse-Fi leverages CSI data and AI for real-time wireless heart health insights.

A wireless heart rate monitor powered by Raspberry Pi and Wi-Fi – how it works A wireless heart rate monitor powered by Raspberry Pi and Wi-Fi signals is no longer.... @cosmicmeta.ai #Rasp

https://u2m.io/zsWN2N6r

A blue haired human, mayoka, and a kudagitsune, huro, stare at a glowing basement room underneath a sliding floor panel.

[Art Fight 2025]
A regular day for May and Huro would've suffice. However, May and Huro noticed a secret door beneath the floor.

Where did it lead to?

Characters by @raspien.bsky.social
#Art #ArtFight #AF2025 #TeamFossils #PanchamBroDraws #rasp

Według Mozilli blokery reklam „mogą stać się nielegalne w Niemczech” » Kontrabanda Niemiecki Sąd Najwyższy uznał, że kod źródłowy, jak i wynikowy stron internetowych może podlegać ochronie prawnoautorskiej, co rodzi obawy o przyszłość wtyczek blokujących reklamy w Niemczech. Ringier Axel Springer, który pozwał twórców Adblock Plus, twierdzi, że takie oprogramowanie narusza ich prawa i zagraża ich modelowi biznesowemu.

Według Mozilli blokery reklam „mogą stać się nielegalne w Niemczech”

kontrabanda.net/r/wedlug-mozilli-blokery...

#kontrabanda #informacje #adblock_plus #eyeo #mozilla #niemcy #rasp

Apple's iOS Obfuscation Dilemma: App Store Rejection & Developer Security Challenges Apple's iOS Obfuscation Dilemma: App Store Rejection & Developer Security Challenges In this vital episode of "Upwardly Mobile," we dive deep into the complexities of mobile app security within the healthcare sector, particularly concerning the HIPAA Security Rule and the challenges of iOS code obfuscation and App Store review. As telemedicine and mobile access to ePHI (Electronic Protected Health Information) become ubiquitous, understanding and implementing robust security measures is no longer optional—it's imperative. What You'll Learn in This Episode: - The Evolving Threat Landscape for Healthcare Apps: Discover how the rapid adoption of mobile healthcare apps by both patients and practitioners has created new, data-rich attack surfaces for hackers. This includes apps used for consultations, prescription refills, appointment scheduling, accessing test results, and even those associated with medical devices. - Limitations of Traditional Security: We explore why traditional security approaches and even robust TLS (Transport Layer Security) are often insufficient for protecting mobile healthcare apps and their APIs, particularly due to the unique exposure of mobile app code and device environments. Xcode's native build settings like symbol stripping and dead code stripping are primarily for optimization and offer no meaningful protection against determined reverse-engineering efforts. - Proposed Improvements to the HIPAA Security Rule: Learn about Approov's specific recommendations to strengthen the updated HIPAA Security Rule (initially proposed in June 2024), focusing on mobile apps accessing ePHI. Key proposed changes include mandating: - App Attestation: A proven technique to ensure only genuine, unmodified apps can access APIs. - Runtime Device Attestation: Continuous scanning and real-time reporting of device environments to block requests from compromised devices. - Dynamic Certificate Pinning: Essential for protecting communication channels from Man-in-the-Middle (MitM) attacks, even when traffic is encrypted. - API Secret Protection: Explicit guidelines to ensure API keys are never stored in mobile app code and are delivered only as needed to verified apps. - Runtime Zero Trust Protection of Identity Exploits: Additional controls like app and device attestation to provide an extra layer of zero-trust security against credential stuffing and identity abuse. - Breach Readiness and Service Continuity: Extending incident response plans to cover third-party breaches and explicitly managing API keys and certificates during a breach. - The Role of https://mas.owasp.org/MASVS/: Understand how the OWASP Mobile Application Security Verification Standard (MASVS) serves as the industry standard for mobile app security, offering guidelines for developers and testers. We specifically highlight MASVS-RESILIENCE for hardening apps against reverse engineering and tampering. - The iOS Obfuscation Dilemma: Unpack the conflict faced by developers in regulated industries like fintech and healthcare: the critical need to protect proprietary algorithms and sensitive logic through code obfuscation versus the risk of rejection by Apple's App Store. Apple's guidelines are ambiguously enforced, often flagging aggressive obfuscation as an attempt to "trick the review process". - Third-Party Obfuscation Solutions: Since Xcode provides no built-in true obfuscation features, we discuss the imperative for advanced third-party solutions. Learn about techniques like symbol renaming, string encryption, control flow obfuscation, and dummy code insertion. We also touch upon leading commercial tools like Guardsquare's iXGuard, Zimperium's Mobile Application Protection Suite (MAPS), and Appdome, as well as LLVM-based obfuscators. - Obfuscation as a Compliance Control: Discover why code obfuscation and Runtime Application Self-Protection (RASP) are fundamental technical safeguards for HIPAA compliance and meeting the requirements of PCI DSS, even if not explicitly named in the regulations. - Strategic Recommendations for Implementation: Get insights on implementing a risk-based tiered approach to app protection, integrating obfuscation into your CI/CD pipeline, and transparently communicating your security posture to the App Store review team to mitigate rejection risks. Tune in to gain a comprehensive understanding of securing your mobile health applications in today's complex digital environment! Relevant Links & Resources: - Sponsor: Learn more about app and API security solutions from Approov: https://approov.io/ - Approov Blog: Injecting Mobile App Security into The HIPAA Healthcare Security Rule: https://approov.io/blog/injecting-mobile-app-security-into-the-hipaa-healthcare-security-rule - OWASP Mobile Application Security (MAS) Project: https://owasp.org/www-project-mobile-app-security/ - OWASP Mobile Application Security Verification Standard (MASVS): https://mas.owasp.org/MASVS/03-Using_the_MASVS/ Keywords: Mobile App Security, Healthcare, HIPAA, ePHI, API Security, Code Obfuscation, iOS Security, App Store Review, App Attestation, Runtime Application Self-Protection (RASP), PCI DSS, OWASP MASVS, Man-in-the-Middle (MitM) Attacks, API Keys, Zero Trust, Telemedicine, Virtual Healthcare, Mobile Health, Cybersecurity, Enterprise Security, Data Protection, Compliance, InfoSec, Privacy, Digital Health. 

📣 New Podcast! "Apple's iOS Obfuscation Dilemma: App Store Rejection & Developer Security Challenges" on @Spreaker #appdome #approov #appsecurity #codeobfuscation #dataprotection #guardsquare #healthcareit #iosdevelopment #mobilesecurity #owaspmasvs #rasp #securesoftware #zerotrust #zimperium