Check Point® Software Technologies Ltd. announced it has been named as a Recommended vendor in the NSS Labs 2025 Enterprise Firewall Comparative Report, with the highest security effectiveness score.
Open-source libraries have transformed how developers work. These resources allow DevOps teams to significantly shorten their coding timelines while contributing to a growing body of libraries and containers. And, overwhelmingly, developers are capitalizing on these benefits: Today, nearly every application on the market relies on open-source code (97%), according to industry research. Additionally, nine out of 10 companies have adopted open-source code in one form or another, further cementing the dominance of open-source contributions in software development.
However, just as it invites opportunity, open-source software inherently introduces risk. Because developers don't have complete visibility into the provenance of open-source libraries, these software are more likely to contain vulnerabilities. For example, the famous Log4Shell vulnerability — borne of the ubiquitous open-source Log4j software — has been exploited by bad actors countless times since its emergence. Additionally, because the source code is publicly available, bad actors can inspect it to identify exploitable vulnerability. Upon discovery, Log4Shell was active in several leading applications, including Apple's iCloud, Amazon Web Services (AWS) and the video game Minecraft.
Companies relying on open-source libraries introduce risks to their end-users, so they're on the hook for thoroughly auditing all software. The internal security principles guiding the auditing process are often called open-source governance.
However critical, open-source governance principles can hinder vital development metrics like deployment time. Navigating the balance between organizational imperatives and risk management is thus an ever-more essential — and challenging — aspect of a developer's daily life.
The Need for a New Approach: Why Automation?
Traditional governance structures have many merits, yet they introduce bureaucracy, delays and inflexibilities to a developer's workflow, making it difficult to meet deadlines. Meticulous oversight, especially manual oversight, delays delivery and burdens developers with administrative overhead. As a result, deployed software is secure, but companies fail to meet consumer expectations or demand.
Or, in some organizations, delayed deployments pose too high of a risk, and certain security procedures are foregone in favor of speed. The manual checks-and-balances approach to governance, wherein supervisors must approve state changes, often encourages corner-cutting. Of course, these compromises wouldn't happen in a perfect world — but we've yet to reach that ideal reality. As such, an alternative approach to governance is imperative.
Automated governance provides an ideal reality by solving the issue of insecure code without delaying deployment. Automation-based governance eliminates the need for manual approvals, freeing up developer time to focus on high-impact initiatives. Because these technologies are devoted to ensuring compliance, automated governance tools alleviate concerns about neglected security checklists. Automated systems swiftly identify and address vulnerabilities, bolstering the security framework.
Last but certainly not least, automation significantly improves the developer experience (DevEx). How? By alleviating many developers' worst enemy: administrative load. When developers can focus on innovation and actual development, they're more intellectually stimulated and fulfilled. That's good news for developers and their organizations. According to Forrester, positive DevEx translates to higher productivity, profitability and satisfaction.
The Do's and Don'ts of Automated Governance
Automation offers considerable advantages, but only if implemented thoughtfully. To that end, do:
■ Adopt a phased approach to automation, ensuring technical and human factors are considered. For example, it's wise to ascertain your organization's level of digital transformation before implementing automated tools. Relatedly, are your developers aware of automation's benefits? Organizational buy-in is important to gauge before adoption. Otherwise, leaders may not be prepared for the level of after-the-fact training required.
■ Foster clear communication and collaboration between developers and governance teams to align automation initiatives with organizational objectives and developer needs. Organizations with a DevSecOps mindset will be particularly primed to take this step.
Do not:
■ Make wholesale, abrupt transitions to automated systems, as doing so can cause a bumpy rollout and incur developer resistance.
■ Employ excessive automation, particularly at the outset, because doing so can inadvertently create opacity and disconnect within governance processes.
Striking the right balance between a steady but calculated approach to automation adoption is crucial. Remember, the idea is to ease DevEx — leaders who neglect this piece of the puzzle may inadvertently impose new burdens, further slowing down the software development lifecycle (SDLC) and decreasing developer satisfaction.
Now Is the Time to Automate Governance
The modern software development industry is rife with new technologies. In this environment, it may be challenging to ascertain which technologies are here to stay and which are stuck in a never-ending hype cycle.
Leaders looking for guidance in this respect should consider their tech stack's staying power, particularly in relation to developer trends. Automation, for example, aligns perfectly with existing developer frameworks like continuous integration and deployment (CI/CD), which expedites the deployment process and increases the end-user experience significantly. Automated governance achieves the same results, and in the years to come, it will prove equally valuable to organizations of all sizes.
Industry News
Buoyant announced upcoming support for Model Context Protocol (MCP) in Linkerd to extend its core service mesh capabilities to this new type of agentic AI traffic.
Dataminr announced the launch of the Dataminr Developer Portal and an enhanced Software Development Kit (SDK).
Google Cloud announced new capabilities for Vertex AI Agent Builder, focused on solving the developer challenge of moving AI agents from prototype to a scalable, secure production environment.
Prismatic announced the availability of its MCP flow server for production-ready AI integrations.
Aptori announced the general availability of Code-Q (Code Quick Fix), a new agent in its AI-powered security platform that automatically generates, validates and applies code-level remediations for confirmed vulnerabilities.
Perforce Software announced the availability of Long-Term Support (LTS) for Spring Boot and Spring Framework.
Kong announced the general availability of Insomnia 12, the open source API development platform that unifies designing, mocking, debugging, and testing APIs.
Testlio announced an expanded, end-to-end AI testing solution, the latest addition to its managed service portfolio.
Incredibuild announced the acquisition of Kypso, a startup building AI agents for engineering teams.
Sauce Labs announced Sauce AI for Insights, a suite of AI-powered data and analytics capabilities that helps engineering teams analyze, understand, and act on real-time test execution and runtime data to deliver quality releases at speed - while offering enterprise-grade rigorous security and compliance controls.
Tray.ai announced Agent Gateway, a new capability in the Tray AI Orchestration platform.
Qovery announced the release of its AI DevOps Copilot - an AI agent that delivers answers, executes complex operations, and anticipates what’s next.
Check Point® Software Technologies Ltd. announced it is working with NVIDIA to deliver an integrated security solution built for AI factories.
Hoop.dev announced a seed investment led by Venture Guides and backed by Y Combinator. Founder and CEO Andrios Robert and his team of uncompromising engineers reimagined the access paradigm and ignited a global shift toward faster, safer application delivery.




