Programmer | Breaking Cybersecurity News | The Hacker News

Progress powers technology forward. But progress also has a cost: by adding new capabilities and features, the developer community is constantly adjusting the building blocks. That includes the fundamental languages used to code technology solutions. When the building blocks change, the code behind the technology solution must change too. It's a challenging and time-consuming exercise that drains resources. But what if there's an alternative? The problem: reading code someone else wrote Let's take a step back and take a look at one of the fundamental challenges in development: editing someone else's code. Editing code you just wrote, or wrote a couple of weeks ago, is just fine. But editing your own code written years ago – never mind someone else's code - that's a different story. In-house code style rules can help but there are always odd naming conventions for variables and functions, or unusual choices for algorithms. Arguably, a programmer's abilit

I'm sure you would agree that, in today's digital world, the majority of applications we work on require some type of credentials – to connect to a database with a username/password, to access computer programs via authorized tokens, or API keys to invoke services for authentication. Credentials, or sometimes just referred to as 'Secrets,' are pieces of user or system-level confidential information that ought to be carefully protected and accessible to legitimate users only. We all know how important it is to keep these assets secure to prevent account misuse and breaches.  A reality check: How often do you make proactive efforts to protect these assets? Rarely, I'd say.  Among the worst mistakes a developer can make when it comes to application security is to accidentally commit confidential information publicly on the Internet. Surprisingly, secrets and credentials are accidentally leaked more often than you might expect, and there are intelligent tools that s

Continuous Threat Exposure Management (CTEM) is a strategic framework that helps organizations continuously assess and manage cyber risk. It breaks down the complex task of managing security threats into five distinct stages: Scoping, Discovery, Prioritization, Validation, and Mobilization. Each of these stages plays a crucial role in identifying, addressing, and mitigating vulnerabilities - before they can be exploited by attackers.  On paper, CTEM sounds great . But where the rubber meets the road – especially for CTEM neophytes - implementing CTEM can seem overwhelming. The process of putting CTEM principles into practice can look prohibitively complex at first. However, with the right tools and a clear understanding of each stage, CTEM can be an effective method for strengthening your organization's security posture.  That's why I've put together a step-by-step guide on which tools to use for which stage. Want to learn more? Read on… Stage 1: Scoping  When you're defin

The U.S. Department of Justice (DoJ) on Friday charged a Latvian woman for her alleged role as a programmer in a cybercrime gang that helped develop TrickBot malware. The woman in question, Alla Witte , aka Max, 55, who resided in Paramaribo, Suriname, was arrested in Miami, Florida on February 6. Witte has been charged with 19 counts, including conspiracy to commit computer fraud and aggravated identity theft, wire and bank fraud affecting a financial institution, and money laundering. According to heavily redacted court documents released by the DoJ, Witte and 16 other unnamed cohorts have been accused of running a transnational criminal organization to develop and deploy a digital suite of malware tools with an aim to target businesses and individuals worldwide for theft and ransom. Since its origin as a banking Trojan in late 2015,  TrickBot  has evolved into a " crimeware-as-a-service " capable of pilfering valuable personal and financial information and even droppi