Virustotal today unveiled a powerful addition to its Code Insight suite: a dedicated API endpoint that accepts code snippets—either disassembled or decompiled—and returns succinct summaries and detailed descriptions tailored for malware analysts. Launched over two years after the debut of Code Insight at RSA 2023, this endpoint represents a significant step toward automating reverse engineering […]
Hikvision has disclosed three significant security vulnerabilities affecting multiple versions of its HikCentral product suite that could enable attackers to execute malicious commands and gain unauthorized administrative access.
The vulnerabilities, assigned CVE identifiers CVE-2025-39245, CVE-2025-39246, and CVE-2025-39247, were reported to the Hikvision Security Response Center (HSRC) on by security researchers Yousef Alfuhaid, Nader Alharbi, Eduardo Bido, and Dr. Matthias Lutter.
Key Takeaways 1. CVE-2025-39247 lets unauthenticated attackers bypass access control in HikCentral Professional. 2. It exploits missing authentication checks on API endpoints. 3. Fix by upgrading and tightening network and logging controls.
Access Control Vulnerability
The most severe vulnerability (CVE-2025-39247) affects HikCentral Professional versions V2.3.1 through V2.6.2, carrying a high CVSS v3.1 base score of 8.6 (CVSS:3.1/AV:N/AC:L/PR:N/UI:N/S:C/C:H/I:N/A:N).
This access control flaw allows unauthenticated remote attackers to obtain administrator privileges without requiring user interaction or prior authentication credentials.
Technically, the root cause lies in insufficient access control within the web service API endpoints of HikCentral Professional.
Certain administrative functions fail to properly verify user authentication tokens, allowing specially crafted HTTP requests to invoke privileged operations.
CSV Injection Flaw
The first vulnerability (CVE-2025-39245) represents a CSV injection attack vector in HikCentral Master Lite versions V2.2.1 through V2.3.2.
With a CVSS score of 4.7 (CVSS:3.1/AV:N/AC:L/PR:N/UI:R/S:C/C:N/I:N/A:L), this vulnerability enables attackers to inject executable commands through maliciously crafted CSV data files.
When unsuspecting users import these compromised CSV files, the embedded commands execute within the application context, potentially compromising system availability and data processing integrity.
Service Path Vulnerability
HikCentral FocSign versions V1.4.0 through V2.2.0 contain an unquoted service path vulnerability (CVE-2025-39246) scoring 5.3 on the CVSS scale (CVSS:3.1/AV:N/AC:L/PR:N/UI:N/S:U/C:N/I:L/A:N).
This Windows-specific vulnerability occurs when service executable paths contain spaces but lack proper quotation marks in the service configuration.
Authenticated attackers with local system access can exploit this flaw by placing malicious executables in strategic filesystem locations.
When the vulnerable service starts, Windows may execute the attacker’s payload instead of the legitimate service binary due to path resolution ambiguity.
CVE ID
Title
CVSS 3.1 Score
Severity
CVE-2025-39245
CSV Injection in HikCentral Master Lite
4.7
Medium
CVE-2025-39246
Unquoted Service Path in HikCentral FocSign
5.3
Medium
CVE-2025-39247
Access Control Bypass in HikCentral Professional
8.6
High
Patching Required
Hikvision has released security patches addressing all three vulnerabilities. HikCentral Master Lite users should upgrade to version V2.4.0, while FocSign users require version V2.3.0.
The most critical update involves HikCentral Professional, where users must install either V2.6.3 or V3.0.1 to remediate the severe access control bypass vulnerability.
Organizations should prioritize patching CVE-2025-39247 due to its high severity rating and potential for remote exploitation without authentication.
The vulnerability’s network attack vector and changed scope classification indicate that successful exploitation could impact additional systems beyond the initially compromised target.
Security teams should implement comprehensive network segmentation to limit potential attack propagation.
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VirusTotal today unveiled Virustotal’s New endpoint, which receives code requests and returns a description of its functionality for malware analysts, a powerful addition to its Code Insight platform.
Designed to streamline reverse engineering workflows, the new API endpoint pre-analyzes disassembled or decompiled code and highlights behaviors most relevant to malware hunters.
Early adopters report significant reductions in manual triage time, allowing analysts to focus on complex investigation steps rather than boilerplate documentation.
Key Takeaways 1. The analyze-binary endpoint returns AI-generated summaries and detailed descriptions of code snippets. 2. It learns from analyst-approved history to refine insights over time. 3. VT-IDA Plugin integration builds a persistent CodeInsight Notebook in IDA Pro.
New Endpoint Overview
The new endpoint, api/v3/codeinsights/analyse-binary, accepts a JSON payload containing Base64-encoded code blocks alongside metadata for context. Payload parameters include:
Upon receiving a request, the endpoint returns two fields:
A concise overview of the function’s purpose, such as network I/O routines or anti-debugging logic. A detailed breakdown of control flow, API calls, string references, and potential obfuscation techniques.
New version of the plugin
By chaining previous requests in the history array, the service builds a contextual model that learns as the analyst iterates.
For instance, if an initial query flags a custom XOR routine, subsequent analyses incorporate that knowledge to identify similar patterns more accurately, Virustotal said.
This chaining capability differentiates Code Insight from standalone static analysis, as the endpoint effectively “remembers” and refines its insights based on user-provided feedback.
Integration into IDA Pro
To demonstrate real-world utility, VirusTotal updated its VT-IDA Plugin to leverage the new endpoint directly within the IDA Pro interface.
Malware analysts can now select a function in the disassembly or decompiled view, invoke the plugin, and receive instant insights without leaving their reverse engineering environment. Key features include:
Analysts can approve or modify the summary and description, capturing corrections or additional context.
Approved analyses populate a notebook that persists across sessions, ensuring institutional knowledge is retained.
Each plugin invocation sends the entire notebook history, enabling the endpoint to produce richer, more accurate analyses over time.
This endpoint marks a significant leap in integrating LLM-powered AI into traditional reverse engineering tools.
By automating the preliminary review of code blocks and learning iteratively from analyst feedback, Code Insight reduces repetitive tasks and accelerates threat discovery.
Although currently in trial mode, early feedback from the security community has been overwhelmingly positive.
As VirusTotal refines the service, analysts can expect broader format support, enhanced accuracy, and deeper contextual awareness, all aimed at empowering defenders in the ever-evolving malware landscape.
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Cybersecurity researchers have uncovered a sophisticated malvertising campaign on Meta’s Facebook platform in recent weeks that targets Android users with promises of a free TradingView Premium application.
These deceptive ads mimic official TradingView branding and visuals, luring unsuspecting victims to download what appears to be a legitimate APK.
Once installed, however, the app unleashes a highly advanced crypto-stealing trojan that leverages accessibility abuses and overlay techniques to harvest credentials, bypass two-factor authentication, and seize control of device functionality.
This campaign marks a significant evolution in mobile-focused malvertising, demonstrating how threat actors adapt traditional desktop-oriented strategies to increasingly lucrative Android ecosystems.
After initial discovery on July 22, 2025, the wave of malicious advertisements rapidly gained traction across Europe and beyond.
The ads redirect users to a cloned webpage at new-tw-view[.]online, where they download an APK from tradiwiw[.]online/tw-update.apk.
Upon installation, the dropper immediately requests powerful permissions, masquerading as legitimate update prompts that coax users into enabling Accessibility Services and granting device administration rights.
Bitdefender analysts noted that, in many cases, the dropper cleans up after itself by uninstalling its initial stub, leaving only the payload in place to avoid detection.
On August 22, Bitdefender researchers identified that at least 75 unique ads had been deployed since late July, reaching tens of thousands of users in the EU alone.
The attackers localized their lures in over a dozen languages—including Vietnamese, Portuguese, Spanish, Turkish, and Arabic—to maximize reach and credibility.
Malicious ads (Source – Bitdefender)
Targeting mobile users reflects a broader trend: as smartphones become central to financial operations—crypto wallets, mobile banking, and authentication apps—the stakes for successful compromise rise dramatically.
Technical Overview of Infection Mechanism
Delving into the infection chain reveals a multi-stage process designed for stealth and persistence. Upon execution, the dropper APK computes the MD5 checksum 788cb1965585f5d7b11a0ca35d3346cc and unpacks an embedded payload with checksum 58d6ff96c4ca734cd7dfacc235e105bd.
The payload is stored as an encrypted DEX resource within the application. A native library dynamically retrieves decryption keys and loads the hidden classes via reflection, bypassing standard signature checks.
Once active, the malware registers as an accessibility service, granting it the ability to monitor keystrokes, intercept 2FA tokens from Google Authenticator, and display fake login screens over banking and crypto apps.
The code snippet above exemplifies how the malicious updater class is dynamically loaded, ensuring that static analysis tools may miss its presence.
Persistence is achieved by re-enabling accessibility services on reboot and hiding its icon from app drawers through PackageManager.setComponentEnabledSetting, preventing user attempts to locate and remove the threat.
This attack demonstrates a high degree of automation combined with manual-grade precision in targeting high-value assets on Android devices.
By weaponizing Facebook’s ad infrastructure and leveraging in-depth knowledge of the Android permission model, threat actors have created a potent campaign capable of global reach and significant financial impact.
Organizations and individuals alike must remain vigilant, scrutinizing app sources, verifying URLs, and limiting sideloading to trusted repositories.
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Effective Identity Management Solutions have become paramount in today’s interconnected world, where individuals interact with various online platforms and services.
Identity management solutions refer to the processes, technologies, and policies implemented to ensure secure and appropriate access to digital resources while protecting the privacy of individuals.
The management of user authentication has evolved significantly over time. In the past, organizations only needed to consider a single local password for each user.
However, with the rise of cloud services and the recent shift to remote work due to the pandemic, the importance of securely managing identity and authentication has grown exponentially.
Businesses now rely on many third-party cloud services, making the process more complex. Ensuring user authentication’s security and proper management has become crucial in this modern landscape.
As more businesses have shifted to remote work, they increasingly rely on third-party cloud services to meet their software needs. This shift offers cost savings and eliminates local management challenges through a software-as-a-service (SaaS) model.
What is Identity Management Solutions?
Identity management solutions, commonly called Identity and Access Management (IAM) solutions, are software programs that assist businesses in managing and securing user identities and their access to various resources in an IT environment.
Organizations can manage user authentication, authorization, and permissions across systems, apps, and data with the help of these technologies.
Benefits of Identity Management Services
The IT environment of a business uses identity management software to efficiently manage and secure user identities and their access to diverse resources.
It streamlines user management procedures, boosts security, and ensures that regulations are followed. It makes compliance audits easier, lowers compliance risks, and assists in avoiding fines and reputational harm.
The software enables enterprises to cut administrative costs and boost operational effectiveness by streamlining user provisioning, de-provisioning, and self-service capabilities.
It implements strict access controls, multi-factor authentication, and strong password policies to reduce the risk of data breaches and unauthorized access.
By enforcing access rules, keeping audit logs, and offering extensive reporting options, identity management software also helps firms comply with regulatory requirements.
Functionalities of Identity Management Solutions
User Provisioning and Lifecycle Management: Identity management tools make it easier to create, manage, and deactivate user accounts at various stages of their existence.
Single Sign-On (SSO): SSO enables users to authenticate just once to have a choice of programs and servers without having to log in again.
Multi-Factor Authentication (MFA): By forcing users to give several types of authentication, such as a password, a biometric scan, or a one-time password, MFA adds an extra layer of security.
Role-Based Access Control (RBAC): RBAC enables businesses to assign rights and access privileges based on user roles and responsibilities.
Audit and Compliance: Identity management solutions offer logging and reporting features that allow users to keep track of their activities, access requests, and authorization modifications.
Self-Service Portals: Self-service portals are frequently a part of identity management services, allowing users to manage their own accounts, reset passwords, seek access permissions, and update personal data.
Integration Capabilities: Directory services (such as LDAP and Active Directory), cloud services, and business applications are just a few of Identity Management software’s systems and programs interface with.
How to Choose the Best Identity Management Software
Here are some key steps to help you to pick the best Identity Management Software.
Establish your precise needs, including the number of users, resources to handle, compliance requirements, and system integration.
Look for identity management software for strong security features, such as multi-factor authentication, encryption, and strict access limits.
Choose a system that can expand with your organization and change with changing needs.
Search for software that offers self-service options and a user-friendly interface.
Think about how the Identity Management Software will integrate with your current systems, programs, and directories (such as LDAP or Active Directory).
Check out the software vendor’s reputation and performance history.
Analyze the total cost of ownership, considering the costs associated with license, installation, and continuing maintenance.
Request demos or trial copies to assess the nominated identity management software’s functionality, usability, and applicability for your organization’s needs. Check its integration, scalability, and performance characteristics.
One Identity is a leader in identity and access management (IAM), offering a complete solution by combining its own expertise with the access management capabilities of OneLogin.
This creates a unified platform that covers identity governance, privileged access, and Active Directory management.
Key Offerings
Identity Governance & Administration (IGA): With One Identity Manager, organizations can govern user identities, enforce access controls, and maintain compliance across both on-premise and cloud environments.
Access Management: OneLogin provides unified access management, including single sign-on (SSO) and multi-factor authentication (MFA), to give users seamless and secure access to applications.
Privileged Access Management (PAM): The One Identity Safeguard suite secures privileged accounts and sessions, using a zero-trust model to reduce the risk of breaches.
Active Directory Management: One Identity Active Roles simplifies the management of hybrid AD environments, including Entra ID (Azure AD), with a single console and automation.
Features
Unified Access Management: OneLogin’s unified SSO allows users to log in once and access multiple applications with a single set of credentials.
Context-Aware MFA: OneLogin’s SmartFactor Authentication adjusts security measures based on user behavior and context.
Automated Provisioning: Both OneLogin and One Identity Manager automate user onboarding and offboarding.
Policy-Driven Security: One Identity solutions use security policies and role-based access control (RBAC) to enforce the principle of least privilege.
Scalable & Integrated: The solutions are modular and scalable, connecting user data across various systems, from Active Directory to cloud applications.
Pros & Cons
Pros
Cons
Comprehensive & Integrated Suite: A modular approach provides a unified, end-to-end IAM solution.
Complexity: The comprehensive nature of the suite can have a learning curve.
Automation: The solutions offer advanced automation, reducing manual effort and errors.
Functionality Gaps: Some features may not perfectly fit all organizational needs.
Hybrid & Cloud-Ready: Manages identities and access across on-premise, hybrid, and cloud environments.
Okta is a well-established identity management (IDM) leader, offering a comprehensive and reliable platform. It stands out from its competitors due to its exceptional flexibility in terms of policies and automation.
With Okta, businesses can customize and configure policies according to their specific needs. Additionally, Okta maintains competitive pricing, ensuring businesses can access its advanced IDM capabilities without breaking the bank.
Okta offers flexible automation capabilities through workflows, allowing organizations to streamline and automate various identity management processes, reducing manual effort and enhancing operational efficiency.
Features
Okta allows users to use a single credential set to access multiple applications and services.
It supports multi-factor authentication, which adds a degree of protection in addition to passwords.
Okta’s adaptive authentication function evaluates each login attempt’s risk depending on user location, device, network, and behavior.
Universal Directory serves as a store for user profiles and identity data.
Pros and Cons
Pros
Cons
Multiple options are available for managing application assignments
Contract minimums can make Okta a challenging option for small businesses
Configurable behavior detection
The pricing structure of Okta may not be more suitable for small organizations
Easy integration with Mobile Device Management (MDM)
Microsoft Azure Active Directory (Azure AD) is a leading identity management solution offered by Microsoft, leveraging its position as the largest company in the SaaS industry.
Designed to integrate with Microsoft software products seamlessly, Azure AD provides robust identity management capabilities.
Key features include password synchronization, customizable single sign-on (SSO) portals for each user, authentication for on-premises applications, and more.
Microsoft Azure Active Directory integrates smoothly with MDM suites, allowing organizations to effectively manage and secure mobile devices within their identity management framework.
Azure AD simplifies creating and managing group settings, enabling administrators to efficiently organize and control user access and permissions within defined groups.
Features
Users may sign in once and have access to diverse applications and resources across the Azure ecosystem, as well as other integrated cloud and on-premises applications, using Azure AD.
It enables enterprises to require additional authentication elements beyond passwords, such as SMS codes, phone calls, mobile app notifications, or biometrics
MFA is used for robust authentication in Azure AD.
It enables enterprises to require additional authentication elements beyond passwords, such as SMS codes, phone calls, mobile app notifications, or biometrics.
Pros & Cons
Pros
Cons
Integration with mobile device management (MDM) suites
Complexity for non-Microsoft environments
Company branding on the login and logout page
Potential dependency on the Microsoft ecosystem
Easy creation and management of group settings
Microsoft Azure Active Directory (Azure AD) – Trial / Demo
4. Ping Identity
Ping Identity
Ping One, as a standalone identity management (IDM) solution, may not be considered a top-ranking option in the market.
However, its competitiveness significantly improves when combined with other Ping products such as PingFederate, PingID, and PingCentral.
Ping Identity’s solutions enable businesses to manage user authentication, single sign-on (SSO), multi-factor authentication (MFA), and other identity-related capabilities.
Ping Identity offers robust features and functionalities that compete with some of the best identity and access management (IDM) solutions.
When used with other products in Ping Identity’s catalog, their solutions become highly extensible, allowing organizations to tailor the IAM system to their specific needs and integrate it seamlessly with their IT infrastructure.
Features
Ping Identity allows users to utilize a single set of credentials to access numerous applications and services.
Ping Identity enables multi-factor authentication (MFA) to offer an extra degree of protection during authentication.
The adaptive authentication function of Ping Identity evaluates the risk associated with each login attempt based on contextual parameters
such as user behavior, location, device, and network. Ping Identity streamlines user onboarding, offboarding, and management.
SailPoint is a robust identity management software that provides visibility into user activity and associated risks, enabling administrators to take timely action.
It facilitates the connection of individuals, data, applications, and devices, creating an identity-enabled organization. The platform supports both on-premise and cloud deployment options.
It analyzes and secures unstructured data, helping users address identity and access management challenges.
Key features of identity management services include access request and account management, multi-factor authentication, single sign-on, user activity monitoring, and provisioning.
SailPoint offers robust visibility into user activity and associated risks, enabling organizations to proactively identify and address security concerns.
The platform connects individuals, data, applications, and devices, facilitating an identity-driven organizational management and security approach.
Features
SailPoint’s identity governance capabilities enable enterprises to manage user identities, roles, entitlements, and access controls.
SailPoint provides full identity lifecycle management capabilities, from user onboarding through user offboarding.
Users can request resource access using self-service portals in SailPoint.
The ForgeRock Identity Management Solutions platform is a highly customizable information management tool known for seamlessly integrating with existing business systems.
It offers additional functionalities through modular extensions. It supports various authentication products and federation protocols, providing flexibility.
The platform is scalable, making it suitable for growing businesses, and it can easily add nodes during runtime without disrupting the environment.
The vendor offers excellent support, promptly addressing patches and bug fixes. Pricing details for the ForgeRock Identity Platform are not publicly disclosed.
Features
ForgeRock provides a robust authentication framework that supports a wide range of authentication techniques such as passwords, biometrics, multi-factor authentication (MFA), and adaptive authentication.
Organizations can utilize ForgeRock to manage the entire identity lifecycle, including user provisioning, self-service registration, and de-provisioning.
Users can manage their own IDs, passwords, and profile information with ForgeRock’s self-service features.
ForgeRock provides fine-grained access control capabilities that allow access regulations to be enforced depending on user attributes, roles, and contextual factors.
Pros & Cons
Pros
Cons
Comprehensive identity and access management platform
It has a learning curve due to comprehensive features
AI-driven identity lifecycle management
Integration with certain third-party systems is limited
Promises significant cost savings and ROI
Specific pricing details may not be readily available or transparent
IBM offers Cloud Identity Service, a cloud-based identity and access management solution that includes multi-factor authentication, single sign-on (SSO), and user lifecycle management.
The service is delivered in a multi-tenant model, with the option for dedicated components. IBM’s products provide extensive functionality and seamless integration with other complementary solutions.
The IBM Security Identity Governance (ISIG) platform provides comprehensive user lifecycle management, identity analytics, and password synchronization.
Being a cloud-based solution, IBM’s Cloud Identity Service offers flexibility, scalability, and ease of implementation, allowing organizations to leverage the benefits of cloud computing.
With other IBM and third-party solutions, IBM has robust connectivity and integration capabilities, enabling organizations to build a holistic and interconnected security ecosystem.
Features
ISIM provides full user lifecycle management features, including user provisioning, de-provisioning, and self-service.
It supports RBAC, which enables enterprises to set roles and permissions based on job duties.
It streamlines the process of allowing user access to resources by facilitating access requests and approval workflows.
It features self-service password management capabilities, allowing users to reset passwords and unlock accounts without requiring IT help.
RSA SecurID is a two-factor authentication identity management platform known for supporting multiple operating systems. It seamlessly integrates with LDAP servers like Active Directory, simplifying adding existing users to the system.
The platform offers various hardware and software tokens for different platforms, generating single-use codes every 60 seconds for enhanced security.
RSA SecurID leverages technologies like push notifications, one-time passwords (OTPs), and biometrics to strengthen network security, analytics, and user information protection.
RSA SecurID provides strong two-factor authentication capabilities, adding an extra layer of security to protect user accounts and sensitive information.
Features
RSA SecurID employs a two-factor authentication system that requires users to present two forms of identification in order to get access to protected resources.
RSA SecurID uses tokens to generate time-based or event-based one-time passwords (OTP).
It provides a variety of robust authentication techniques, including biometrics (such as fingerprint or facial recognition) and smart cards, in addition to regular passwords.
It has adaptive authentication features that evaluate the risk of each authentication attempt.
CyberArk adopts an identity-centric approach to security strategy and provides a comprehensive portfolio of tools encompassing identity management, privileged access, secrets management, endpoint privilege security, cloud privilege security, and workforce and customer access.
The inclusion of behavior analytics establishes a baseline for user behavior and enables the system to generate alerts and trigger access changes when anomalous activities are detected.
CyberArk provides a powerful and user-friendly tool for organizations seeking to incorporate privileged access and secrets management into their security infrastructure.
CyberArk offers its tools self-hosting options, allowing organizations greater control over their security environment
Features
CyberArk Identity Management Solutions specializes in privileged account and access management.
The system enables privileged account lifecycle management, including onboarding, provisioning, de-provisioning, and rotation.
JIT access capabilities are included in CyberArk Identity Security, allowing for temporary and time-bound access to privileged accounts:
The system includes session management capabilities for monitoring and recording privileged user sessions.
Pros & Cons
Pros
Cons
Easy addition of privileged and secrets management
Opaque pricing and licensing
Self-hosting options
Limited benefit for organizations needing only IAM features
Centrify is a feature-rich identity management tool suitable for businesses with a dedicated IT team. The tool offers advanced options that require expertise to implement correctly.
The Workflow feature enables easy setup of roles for employees, granting access based on predefined permissions. Centrify Users and Roles provide flexibility in assigning access levels.
However, the script feature requires coding knowledge and system understanding, making it easier to implement with the proper expertise.
Therefore, having an IT team is highly recommended for managing and customizing Centrify effectively. Centrify offers robust SSO capabilities, allowing users to access multiple applications and systems with single credentials.
Features
Centrify Identity Services supports seamless SSO, allowing users to access numerous apps and systems with a single set of credentials.
Adaptive MFA is supported by the solution to add extra protection during user authentication.
To add an extra degree of security during user authentication, the system enables adaptive MFA:
The system provides identity lifecycle management capabilities such as user provisioning, de-provisioning, and self-service.
Pros & Cons
Pros
Cons
Comprehensive and unique single sign-on (SSO) support
Complexity for non-technical users
Integration with social networks for quick user identity information
SecureAuth is an enterprise Identity and Access Management (IAM) solution offering comprehensive features to enhance identity security within organizations.
While it provides a wide range of capabilities, it also presents the typical tradeoffs between in-depth features and a complex interface that are common in the IAM space.
SecureAuth provides authentication policies encompassing the essential elements for identity security. However, SecureAuth addresses the essential requirements for businesses’ identity security needs.
It enables organizations to implement various security measures, such as multi-factor authentication (MFA), single sign-on (SSO), and identity governance.
By providing these features, SecureAuth helps businesses bolster their identity security framework and protect sensitive information.
Features
SecureAuth provides adaptive authentication capabilities that use contextual elements and risk-based analysis to decide the amount of authentication necessary.
SecureAuth offers strong MFA options to add an additional layer of protection to user authentication.
SecureAuth provides SSO capabilities, allowing users to log in to different apps and systems with a single set of credentials.
SecureAuth includes risk-based access control features that allow it to evaluate user access requests in real time.
Auth0 is often referred to as the “DIY” (Do-It-Yourself) option in the identity management (IDM) space. It offers extensive customization and flexibility but requires a substantial skill set and time investment to leverage its capabilities thoroughly.
However, the result is a solution tailored precisely to meet your business needs, surpassing what can be achieved with pre-built options from other vendors.
Auth0 empowers organizations to build and configure an IDM solution from the ground up, offering unparalleled customization and control.
Features
Organizations can utilize Auth0 to create SSO functionality, allowing users to log in once and access numerous applications and services without re-entering their credentials.
Auth0 interacts with popular social identity providers such as Google, Facebook, Twitter, and LinkedIn, allowing users to utilize their existing social media identities to authenticate.
Auth0 provides comprehensive SSO capabilities, allowing users to authenticate once and effortlessly access various applications.
To add extra protection to user authentication, Auth0 offers customizable MFA options.
Pros & Cons
Pros
Cons
Auth0 provides a customizable DevOps-focused toolset
less user-friendly or lacking features than other IDM solutions.
Easy integration with third-party identity extensions
Oracle’s Cloud Infrastructure Identity and Access Management (IAM) and Access Governance tools offer comprehensive management of identity and access controls across diverse cloud and on-premises applications and devices.
These tools provide context-aware access capabilities that integrate seamlessly with various applications, servers, and systems, including custom applications.
By leveraging these solutions, organizations can effectively govern user access, enforce security policies, and ensure secure and authorized interactions with their digital resources.
The tool facilitates the implementation of a Zero Trust security approach by establishing an identity-based perimeter.
Features
It provides comprehensive SSO capabilities, allowing users to authenticate once and effortlessly access various applications.
It offers a variety of MFA alternatives to provide an additional degree of protection to user authentication.
It has user administration tools that enable enterprises to manage user identities, profiles, and attributes:
It connects with key social identity providers including Google, Facebook, Twitter, and LinkedIn, enabling users to sign in using their existing social media identities.
NetIQ IDM is a robust identity management platform that automates user provisioning and de-provisioning, ensuring unified access administration and a single identity for each user.
It simplifies compliance management and enforces policy controls to mitigate non-compliance risks. The software combines roles, identity, access management, workflow, policies, and reporting into a single product.
Key features include account and compliance management, single sign-on, user activity monitoring, and password management.
Pricing information for NetIQ IDM is private on the vendor’s website. NetIQ IDM offers automated processes for provisioning and de-provisioning system users, saving time and ensuring efficient user management.
NetIQ IDM offers automated processes for provisioning and de-provisioning system users, saving time and ensuring efficient user management.
Features
NetIQ Identity Manager automates user provisioning and de-provisioning processes, enabling enterprises to manage user lifecycles more effectively.
For access management, NetIQ Identity Manager supports RBAC models.
It enables companies to create roles based on job responsibilities and the permissions that go with them.
NetIQ Identity Manager provides self-service password management, allowing users to reset their passwords or unlock their accounts without requiring IT support.
Saviynt offers a comprehensive cloud-based identity governance and administration solution that goes beyond core identity governance. Their platform automates user access reviews, onboarding, offboarding, and lifecycle management.
It facilitates real-time or batch import of access and usage data from applications and provides violation recognition and remediation suggestions.
Saviynt also enables the development of rules and roles based on user data, attributes, and behaviors, offering valuable suggestions.
Saviynt takes a holistic approach to identity governance and administration, covering areas such as cloud security, application GRC, and access governance, providing a comprehensive solution for organizations.
Being entirely cloud-based, Saviynt’s platform offers the advantages of scalability, flexibility, and ease of deployment without the need for on-premise infrastructure.
Features
Saviynt’s IGA capabilities enable enterprises to manage user identities, entitlements, and access privileges.
Users can request access to applications and resources through Saviynt’s self-service access request portal.
It works with organizations to implement RBAC frameworks to manage user access based on job titles and responsibilities.
Its platform features SoD analysis tools for identifying and mitigating user access conflicts.
When selecting an Identity Management Solution, assessing your organization’s security and compliance needs is crucial.
Consider different solutions’ specific features and capabilities to ensure they align with your security and compliance standards requirements.
Frequently Asked Questions
What is identity management software?
An identity management system prevents unauthorized access to systems and resources, helps prevent exfiltration of enterprise or protected data, and raises alerts and alarms when access attempts are made by unauthorized personnel or programs, whether from inside or outside the enterprise perimeter.
What is the best practice for identity management?
User authentication is essential to effective identity and access management best practices. After all, if you can’t guarantee a user is who they claim to be, you may be putting your data at risk and unintentionally allowing access to an unauthorized user.
Is identity management the same as IAM?
With identity management, a company manages a user profile based on the user’s attributes. And, with access management, the decision to authorize or access the resources is provided. Identity and access management (IAM) controls and monitors all authorization, authentication, and control access.
A widespread supply chain attack on the popular Nx build system has compromised dozens of high-traffic packages, exposing sensitive credentials and demonstrating a frighteningly comprehensive approach to future threats. Security researchers have confirmed that malicious versions of Nx—numbered 20.9.0 through 21.8.0—systematically scanned infected machines for a broad range of secrets before exfiltrating them to public […]
Generative AI platforms like ChatGPT, Gemini, Copilot, and Claude are increasingly common in organizations. While these solutions improve efficiency across tasks, they also present new data leak prevention for generative AI challenges. Sensitive information may be shared through chat prompts, files uploaded for AI-driven summarization, or browser plugins that bypass familiar security controls.
Security researchers have uncovered significant vulnerabilities in code generated by Large Language Models (LLMs), demonstrating how “vibe coding” with AI assistants can introduce critical security flaws into production applications.
A new study reveals that LLM-generated code often prioritizes functionality over security, creating attack vectors that can be exploited with simple curl commands.
Key Takeaways 1. LLM-generated code inherits insecure patterns, trading security for functionality. 2. Exposed endpoints enable easy exploits via simple curl commands. 3. Human oversight threat modeling, reviews, and scans is essential.
Insecure Training Data
Himanshu Anand reports that the fundamental issue stems from LLMs being trained on internet-scraped data, where most code examples are designed to demonstrate functionality rather than security best practices.
When developers rely heavily on AI-generated code without proper security review, these insecure patterns proliferate into production systems at scale.
Research shows that LLMs do not understand business risk and lack the contextual awareness needed for proper threat modeling.
The training data inherently contains vulnerable code patterns from online tutorials, Stack Overflow answers, and documentation examples that prioritize quick implementation over secure design.
A particularly concerning case involved a JavaScript application hosted on Railway[.]com, where the entire email API infrastructure was exposed client-side. The vulnerable code included:
Proof-of-concept Attack
The research includes a proof-of-concept attack showing how exposed client-side APIs can be exploited:
This simple command demonstrates three critical attack vectors:
Customer impersonation using convincing organizational messaging
Internal system abuse through spoofed trusted sender addresses
The vulnerability allows attackers to bypass the intended web interface entirely, sending unlimited requests directly to backend services without authentication or rate limiting.
The research emphasizes that while LLMs serve as powerful coding assistants, they require human oversight for security considerations.
Organizations must implement proper threat modeling, security reviews, and defense-in-depth strategies rather than shipping AI-generated code directly to production.
Security teams should focus on establishing secure coding guidelines, implementing automated security scanning for LLM-generated code, and maintaining human expertise in the security review process to prevent these vulnerabilities from being systematically introduced.
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