Check Point® Software Technologies Ltd.(link is external) announced that its Quantum Firewall Software R82 — the latest version of Check Point’s core network security software delivering advanced threat prevention and scalable policy management — has received Common Criteria EAL4+ certification, further reinforcing its position as a trusted security foundation for critical infrastructure, government, and defense organizations worldwide.
An astounding 58% of development professionals feel overworked and burnt out from their jobs. Especially in today’s economic climate, as development teams are trying to manage the same amount of work with fewer resources due to budget cuts and workforce reductions.
Over the last several years, software developers across industries have reported(link is external) growing workloads and resource constraints, leading to increased failures to meet project deadlines. Developers also spend egregious amounts of time dealing with bad code that could have been avoided. On average developers spend 32 hours fixing errors and take 10 days to fix an error post-release.
The Power of Clean Code
Now more than ever, organizations must adopt a "Clean as You Code" approach to alleviate the burden on development teams. This approach focuses on code that has been newly introduced or modified, allowing developers to identify and address issues as they code. By doing so, bugs and errors can be caught and fixed early on, preventing them from snowballing into more significant issues later in development. This can ultimately save time and reduce the burden on development teams by avoiding the need for major rewrites or significant troubleshooting.
Clean Code refers to a set of guidelines, principles and best practices that help developers write code that is easy to understand, modify and maintain. When code is clean, it is well-structured, efficient, and follows established coding standards and conventions. It is also testable, reliable and scalable, with minimal bugs and defects.
By producing Clean Code, developers can create higher-quality software that meets business requirements and is more likely to be adopted by customers. In addition, writing Clean Code encourages good coding habits which can help developers and their upcoming projects. Below are two ways that Clean Code can help address current challenges developers face today.
Maintainability is the Key to Successful Software Development
Too often, applications that are used throughout an organization are built from a patchwork of old and new code, making them harder to manage and more prone to vulnerabilities, technical debt, and potential application downtime. Therefore, software developers must take maintainability into account.
A great way to achieve maintainability is with Clean Code because it is easy to read, understand, and improve. When code is written in a clean and organized way, developers can better find and fix bugs, make updates, and add new features without introducing errors or breaking existing functionality.
Streamline Workflow with Efficient Clean Code Practices
This year, there will be 27.7 million developers(link is external) worldwide according to Statista. Suppose that each of these 27.7 million developers write ten lines of code each day. That would translate into 277 million lines of code created per day. Therefore, there is even more room for problems to slip through the cracks as the number of developers and lines of code increases.
Poor quality code also increases instability and risk in an organization’s codebase. For example, in December 2022, a Southwest Airlines technical glitch(link is external) caused flight delays and cancellations for several days, affecting thousands of travelers. The cause was traced back to poor quality and outdated code that was introduced into the airline's reservation system. This prevented customers from checking in, booking flights, and managing their reservations, leading to chaos and frustration for both customers and employees. This incident highlights the importance of ensuring high-quality code to prevent such issues from occurring. It also serves as a reminder of the potential consequences of poor quality code, including financial losses and damage to an organization's reputation.
Adopting a Clean Code method can enhance the efficiency of developers by accelerating software development, simplifying maintenance over time, and reducing debugging efforts. This results in improved productivity, faster delivery of high-quality software, and ultimately, more satisfied customers. Clean Code also enables developers to optimize their workflow, leading to more efficient development cycles and a better user experience.
The National Institute of Standards and Technology (NIST) has reported that software defects cost the U.S. economy an estimated $59.5 billion(link is external) annually. This underscores the importance of Clean Code, as it can help developers mitigate risks, save time and money, boost productivity and confidence, and extend the lifespan of their software. In today's fast-paced development landscape with millions of lines of code being written daily, prioritizing the quality of code is crucial for ensuring long-term success.
Industry News
Postman announced full support for the Model Context Protocol (MCP), helping users build better AI Agents, faster.
Opsera announced new Advanced Security Dashboard capabilities available as an extension of Opsera's Unified Insights for GitHub Copilot.
Lineaje launched new capabilities including Lineaje agentic AI-powered self-healing agents that autonomously secure open-source software, source code and containers, Gold Open Source Packages and Gold Open Source Images that enable organizations to source trusted, pre-fixed open-source software, and a software crawling and analysis engine, SCA360, that discovers and contextualizes risks at all software development stages.
Check Point® Software Technologies Ltd.(link is external) launched its inaugural AI Security Report(link is external) at RSA Conference 2025.
Lenses.io announced the release of Lenses 6.0, enabling organizations to modernize applications and systems with real-time data as AI adoption accelerates.
Sonata Software has achieved Amazon Web Services (AWS) DevOps Competency status.
vFunction® announced significant platform advancements that reduce complexity across the architectural spectrum and target the growing disconnect between development speed and architectural integrity.
Sonatype® introduced major enhancements to Repository Firewall that expand proactive malware protection across the enterprise — from developer workstations to the network edge.
Aqua Security introduced Secure AI, full lifecycle security from code to cloud to prompt.
Salt Security announced the launch of the Salt Model Context Protocol (MCP) Server, giving enterprise teams a novel access point of interaction with their API infrastructure, leveraging natural language and artificial intelligence (AI).
The Cloud Native Computing Foundation® (CNCF®), which builds sustainable ecosystems for cloud native software, announced the graduation of in-toto, a software supply chain security framework developed at the NYU Tandon School of Engineering.
SnapLogic announced the launch of its next-generation API management (APIM) solution, helping organizations accelerate their journey to a composable and agentic enterprise.
Apiiro announced Software Graph Visualization, an interactive map that enables users to visualize their software architectures across all components, vulnerabilities, toxic combinations, blast radius, data exposure and material changes in real time.
Check Point® Software Technologies Ltd.(link is external) and Illumio, the breach containment company, announced a strategic partnership to help organizations strengthen security and advance their Zero Trust posture.