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One of the many features of an Active Directory Password Policy is the  maximum password age . Traditional Active Directory environments have long using password aging as a means to bolster password security. Native password aging in the default Active Directory Password Policy is relatively limited in configuration settings. Let's take a look at a few best practices that have changed in regards to password aging. What controls can you enforce in regards to password aging using the default Active Directory Password Policy? Are there better tools that organizations can use regarding controlling the maximum password age for Active Directory user accounts? What password aging best practices have changed? Password aging for Active Directory user accounts has long been a controversial topic in security best practices. While many organizations still apply more traditional password aging rules, noted security organizations have provided updated password aging guidance. Microsoft has 

There is no question that attackers are going after your sensitive account data. Passwords have long been a target of those looking to compromise your environment. Why would an attacker take the long, complicated way if they have the keys to the front door? No matter how extensive your security solutions are, protecting the various systems in your environment, your organization may likely be an easy target without proper password security. An especially vulnerable type of password is a  breached password , a.k.a "pwned" password. What is a breached password? How do you discover breached passwords in your environment? How can organizations effectively protect their end-users from using these types of passwords? The Danger of Compromised Accounts The  IBM Cost of a Data Breach Report  2020 noted compromised credentials as one of the primary contributors to malicious data breaches in the report's key findings. It noted: "Stolen or compromised credentials were the

The introduction of Open AI's ChatGPT was a defining moment for the software industry, touching off a GenAI race with its November 2022 release. SaaS vendors are now rushing to upgrade tools with enhanced productivity capabilities that are driven by generative AI. Among a wide range of uses, GenAI tools make it easier for developers to build software, assist sales teams in mundane email writing, help marketers produce unique content at low cost, and enable teams and creatives to brainstorm new ideas.  Recent significant GenAI product launches include Microsoft 365 Copilot, GitHub Copilot, and Salesforce Einstein GPT. Notably, these GenAI tools from leading SaaS providers are paid enhancements, a clear sign that no SaaS provider will want to miss out on cashing in on the GenAI transformation. Google will soon launch its SGE "Search Generative Experience" platform for premium AI-generated summaries rather than a list of websites.  At this pace, it's just a matter of a short time befo

Active Directory account lockouts can be hugely problematic for organizations. There have been documented instances of attackers leveraging the account lockout feature in a type of denial of service attack. By intentionally entering numerous bad passwords, attackers can theoretically lock all of the users out of their accounts. But what do you do if you are experiencing problems with account lockouts? The Windows operating system is somewhat limited in its ability to troubleshoot account lockouts, but there are some things that you can do. For example, you can use Windows PowerShell to determine which accounts have been locked out. The command for doing so is: Search-ADAccount -LockedOut -UsersOnly | Select-Object Name, SamAccountName Incidentally, the UsersOnly parameter prevents computer objects from being included in the results, while the Select-Object command filters the results list to display only the user's name and their account name. If you find that accounts have been

Many businesses are currently looking at how to bolster security across their organization as the pandemic and remote work situation continues to progress towards the end of the year. As organizations continue to implement security measures to protect business-critical data, there is an extremely important area of security that often gets overlooked –  passwords . Weak passwords have long been a security nightmare for your business. This includes reused and  pwned  passwords. What are these? What tools are available to help protect against their use in your environment? Different types of dangerous passwords There are many different types of dangerous passwords that can expose your organization to tremendous risk. One way that cybercriminals compromise environments is by making use of breached password data. This allows launching  password spraying  attacks on your environment. Password spraying involves trying only a few passwords against a large number of end-users. In a passwor

Since the beginning of this year, organizations' IT staff have faced numerous challenges and an increased workload as a result of the global pandemic and shift to a mainly remote workforce. Supporting end-users that are now working from home has introduced new challenges in troubleshooting since it isn't as simple as visiting an end user's desk to resolve issues as they arise. One support issue common to both on-premises and remote end-users is password resets and other account-related activities. These include accounts that are locked out, passwords that have expired, and password changes. Implementing a  self-service password reset (SSPR)  solution can be a quick win for IT staff who are now supporting both on-premises and remote workers and taking care of other normal daily tasks. Let's look at why SSPR solutions can lead to quick results in lowering the overall support burden on IT staff. Increased Strain On IT Staff The global pandemic this year has been challenging for

IT help desks everywhere are having to adjust to the 'new normal' of supporting mainly remote workers. This is a major shift away from visiting desks across the office and helping ones with traditional IT support processes. Many reasons end-users may contact the helpdesk. However, password related issues are arguably the most common. Since the onset of the global pandemic that began earlier this year, help desks are now dealing with password resets of users who are working remotely. Servicing users who are working remotely and assisting with password resets can be cumbersome and expose organizations to potential security risks. Self-service password reset (SSPR) solutions can significantly assist in providing the tools that remote workers need to service their accounts. However, there can be challenges with enrollment and other issues. Let's take a look at SSPR and see how businesses can manage enrollment compliance. What is Self-Service Password Reset (SSPR)

The Indian Government said it has addressed a critical vulnerability in its secure document wallet service Digilocker that could have potentially let a remote attacker bypass mobile one-time passwords (OTP) and sign in as other users. Discovered separately by two independent bug bounty researchers, Mohesh Mohan and Ashish Gahlot , the vulnerability could have been exploited easily to unauthorisedly access sensitive documents uploaded by targeted users' on the Government-operated platform. "The OTP function lacks authorization which makes it possible to perform OTP validation with submitting any valid users details and then manipulation flow to sign in as a totally different user," Mohesh Mohan said in a disclosure shared with The Hacker News. With over 38 million registered users, Digilocker is a cloud-based repository that acts as a digital platform to facilitate online processing of documents and speedier delivery of various government-to-citizen services.

Cloud services have become increasingly important to many companies' daily operations, and the rapid adoption of web apps has allowed businesses to continue operating with limited productivity hiccups, even as global coronavirus restrictions have forced much of the world to work from home. But at the same time, even major corporations have fallen prey to hackers. How can you maintain the integrity of your IT resources and data while still taking advantage of the benefits of software as a service (SaaS)? While cybersecurity is a broad and complicated topic, let's consider a hypothetical SaaS scenario and examine some of the risks. Imagine that one of your employees is writing a sensitive report. It could have financial or medical data in it. It could have information on a revolutionary new design. Whatever it is, the report needs to be kept confidential. What would happen if your employee writes the report in Google Docs? Let's assume that this decision wasn&

A new simple but dangerous strain of Android malware has been found in the wild that steals users' authentication cookies from the web browsing and other apps, including Chrome and Facebook, installed on the compromised devices. Dubbed " Cookiethief " by Kaspersky researchers, the Trojan works by acquiring superuser root rights on the target device, and subsequently, transfer stolen cookies to a remote command-and-control (C2) server operated by attackers. "This abuse technique is possible not because of a vulnerability in the Facebook app or browser itself," Kaspersky researchers said. "Malware could steal cookie files of any website from other apps in the same way and achieve similar results." Cookiethief: Hijacking Accounts Without Requiring Passwords Cookies are small pieces of information that's often used by websites to differentiate one user from another, offer continuity around the web, track browsing sessions across different

LifeLabs, the largest provider of healthcare laboratory testing services in Canada, has suffered a massive data breach that exposed the personal and medical information of nearly 15 million Canadians customers. The company announced the breach in a press release posted on its website, revealing that an unknown attacker unauthorizedly accessed its computer systems last month and stole customers' information, including their: Names Addresses Email addresses Login information Passwords, for their LifeLabs account Dates of birth Health card numbers Lab test results The Toronto-based company discovered the data breach at the end of October, but the press release does not say anything about the identity of the attacker(s) and how they managed to infiltrate its systems. However, LifeLabs admitted it paid an undisclosed amount of ransom to the hackers to retrieve the stolen data, which indicates that the attack might have been carried out using a ransomware style malwa

A 39-year-old password of Ken Thompson , the co-creator of the UNIX operating system among, has finally been cracked that belongs to a BSD-based system, one of the original versions of UNIX, which was back then used by various computer science pioneers. In 2014, developer Leah Neukirchen spotted an interesting " /etc/passwd " file in a publicly available source tree of historian BSD version 3, which includes hashed passwords belonging to more than two dozens Unix luminaries who worked on UNIX development, including Dennis Ritchie, Stephen R. Bourne, Ken Thompson, Eric Schmidt, Stuart Feldman, and Brian W. Kernighan. Since all passwords in that list are protected using now-depreciated DES-based crypt(3) algorithm and limited to at most 8 characters, Neukirchen decided to brute-force them for fun and successfully cracked passwords (listed below) for almost everyone using password cracking tools like John the Ripper and hashcat. The ones that she wasn't able to crack