#Devsecops

[jonfazzaro]

"A DevOps engineer is just as capable of malicious behavior as any other engineer. The solution isn't to block access—it's to make actions transparent and reviewable. Security comes from visibility, not locked doors."

[eroz-codes]

Blog Overview

Hello! So glad to see you here. Let me explain what this is to me and what you should expect.

Here is where I will write about all my tech related projects. I want to improve my technical writing skills, keep track of my progress, as well as interact with the communities here on Tumblr. I work a couple of jobs alongside my classes so, my posts headings will range from research, cyber security focused, to reblogging other peoples posts that I deem relevant. I hope you enjoy your time here!

Headings to Know

Education: Anything related to my education. I find that posting the general outline of what I am doing helps keep me motivated to be productive, so for the most part, anything under this title will be an update on school work.

Reading Notes: If I am reading a good book, and I find a quote or something that I want to write about it will be under this label.

Disclaimers

If you are looking for aesthetic, wrong blog.

Feel free to interact but, the instant it gets weird ~blocked~

I will make mistakes and will never claim to be the best. Everyone has something to learn.

Retired Headers

Research: [ No longer employed here ] I work as an undergraduate research assistant for one of my professors. Here is a link to find more about the specific project I work on and my role in the project.

SOC: [ No longer employed here ] I work at my universities Security Operations Center, whose main focus is on DevSecOps as well as alert response and triaging. Please note that some of the stuff I post under this heading will be made intentionally vague, due to the nature of the work.

Artificial Intelligence (AI): [ Left program early due to time commitment ] Starting May 2024 I will be taking courses to learn how AI works. It starts with a deep dive into Python, specifically machine learning Python libraries. After that, there will be a Machine Learning Labs and then group projects for the remainder of the Fall and Spring semesters. Hopefully, this will provide a good base for further learning.

[connectinfo1999]

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[bloom-consulting2025]

Secure Your DevOps Pipeline with Azure DevSecOps Services

Want to build software faster and safer? Our Azure DevSecOps services help you write, test, and launch apps with built-in security at every step. Stay safe while you grow!

[ezintsha]

A Day Without DevOps...When Everything Breaks Down

A day without DevOps feels like tech in chaos—more glitches than smooth operations. Don’t let that happen. At Ezintsha Systems, we ensure your systems run efficiently so you can stay focused on what matters. Ready to streamline your tech? Contact us today! https://www.ezintshasystems.com/services/devops/

#DevOps #TechSolutions #Automation #CloudComputing #Efficiency #CI_CD #DevSecOps #TechInnovation #Microservices #Kubernetes

[ittstarcloudservices]

Increase productivity, reduce errors, and maximize ROI with ITTStar’s DevOps solutions. We help financial firms streamline workflows, minimize downtime, and accelerate software delivery—all while maintaining the highest quality standards. Let us help you achieve operational excellence and stay ahead of the competition. Get in touch today to see how we can drive efficiency in your organization.

[goodoldbandit]

Secure Code, Secure Future: Uniting Dev and Security.

Sanjay Kumar Mohindroo Sanjay Kumar Mohindroo. skm.stayingalive.in Secure your code and protect your future by integrating security into every phase of development. Join the discussion on #DevSecOps and IT security. This post explains how to merge security into every phase of software creation. It shows why adding security to the development lifecycle helps build stronger applications and…

[sweatybelieverfun]

Application Security Market Drivers: Key Forces Powering Growth Across the Cybersecurity Landscape

The application security market is witnessing significant momentum, fueled by several critical factors reshaping the cybersecurity industry. As businesses grow increasingly reliant on digital infrastructure, the need to safeguard applications—whether web, mobile, or cloud-based—has become paramount. In this fast-changing landscape, various dynamic forces are driving the market’s growth and evolution.

One of the most prominent drivers is the rising frequency and sophistication of cyberattacks. Applications are prime targets for threat actors looking to exploit vulnerabilities for data breaches, ransomware, or unauthorized access. With attackers employing advanced techniques like zero-day exploits and AI-powered intrusions, organizations are under mounting pressure to secure their applications comprehensively. This growing threat landscape has compelled enterprises of all sizes to invest in advanced application security solutions.

Another major force influencing the market is the shift toward cloud computing and hybrid environments. As businesses transition from traditional on-premise systems to cloud-native platforms, the complexity of securing applications increases. Cloud-based applications are exposed to a wider range of security challenges, including data leakage, misconfigured services, and insecure APIs. This transformation is prompting the adoption of application security tools that are compatible with multi-cloud and hybrid infrastructures, ensuring consistent protection across environments.

Regulatory compliance is also a key driver shaping the application security market. Governments and industry bodies worldwide are tightening regulations to protect user data and digital assets. Frameworks such as GDPR, CCPA, and HIPAA require organizations to implement stringent security measures. Failure to comply can result in severe financial and reputational consequences. As a result, businesses are prioritizing application security to align with legal standards and avoid penalties.

The market is also benefiting from the rapid integration of DevSecOps practices into software development lifecycles. DevSecOps emphasizes embedding security directly into the development process rather than treating it as an afterthought. By automating security checks, code analysis, and vulnerability assessments, DevSecOps promotes a proactive and agile security model. This integration not only enhances application protection but also accelerates product delivery without compromising safety.

A further driver is the growing adoption of APIs in modern applications. APIs are essential for building feature-rich and scalable applications, but they also present new attack vectors. API vulnerabilities can lead to unauthorized access and data exposure. As organizations increasingly rely on APIs to enable interoperability and improve user experiences, securing them becomes a top priority. This trend is fueling demand for specialized API security solutions within the broader application security ecosystem.

Artificial Intelligence and machine learning are also playing a significant role in driving the application security market. These technologies are being integrated into security tools to enhance threat detection, automate response, and reduce false positives. AI-powered solutions can analyze vast volumes of data in real-time, helping identify anomalies and potential threats faster than traditional methods. This advancement not only improves security outcomes but also increases operational efficiency.

The rise of remote work and BYOD (Bring Your Own Device) culture has further expanded the application threat surface. Employees accessing applications from personal devices or unsecured networks introduce additional vulnerabilities. Companies are now investing in robust application security frameworks that include endpoint protection, access control, and secure authentication protocols to address these emerging risks.

Additionally, digital transformation initiatives across industries are creating new demands for secure applications. As businesses digitize operations, customer interactions, and supply chains, the importance of securing each digital touchpoint grows. Application security is no longer seen as optional but rather as an essential component of business continuity and brand protection.

Lastly, the increasing awareness and education about cybersecurity risks is influencing market growth. Organizations and consumers alike are becoming more informed about the importance of application security. This awareness is translating into stronger internal policies, higher budgets for security investments, and a culture that prioritizes data protection.

In conclusion, the application security market is driven by a confluence of factors including escalating cyber threats, the shift to cloud environments, regulatory demands, DevSecOps adoption, API proliferation, AI integration, remote work trends, and heightened cybersecurity awareness. Together, these drivers are creating a robust market trajectory, encouraging innovation and the continuous evolution of application security solutions to meet modern challenges.

[basheeransari]

Transforming Enterprise Security with DevSecOps

In today’s fast-paced, digitally connected world, organizations must strike a delicate balance between rapid software deployment and uncompromised security. Traditional development approaches often introduce bottlenecks and increase risk, slowing innovation and exposing systems to threats.

This is where DevSecOps transformation plays a pivotal role. By integrating security into every phase of the software development lifecycle—from planning to production—DevSecOps ensures that security practices evolve alongside code, infrastructure, and organizational goals. This cultural and technical shift transforms security from a final gatekeeper into a continuous, embedded practice.

The DevSecOps Crisis: Speed vs. Security

The demand for faster releases frequently clashes with the need for secure code. Development teams push to meet deadlines, while security reviews—often treated as an afterthought—delay production and increase friction.

Key challenges include:

Security as an Afterthought: Delaying security checks leads to expensive and disruptive fixes.

Siloed Operations: Isolated security teams result in poor communication and misaligned goals.

Manual Security Processes: Time-consuming reviews cannot scale with modern CI/CD workflows.

Expanding Attack Surfaces: Cloud-native apps, APIs, and microservices increase potential vulnerabilities.

Impact Area

Description

Breaches & Violations

Greater risk of data loss and compliance failures

Reputational Damage

Loss of trust and reduced customer confidence

Operational Overhead

Fixes in production cost up to 30x more than in dev

IT Consulting: Driving Strategic DevSecOps Adoption

A successful DevSecOps transformation often begins with strategic IT consulting and advisory services. These services streamline adoption and reduce disruption by aligning processes, tools, and culture.

Three consulting pillars include:

Technical Assessment: Analyze current pipelines, tools, and vulnerabilities.

Cultural Change: Foster collaboration between development, security, and operations.

Implementation Roadmap: Deliver phased adoption for scalable, secure outcomes.

Organizations that engage expert consultants report 40% faster adoption and 65% higher success rates.

The Rise of Intelligent DevSecOps

Modern DevSecOps solutions use AI and machine learning to supercharge security integration:

Predictive Vulnerability Detection

Learns from historical data to anticipate real risks

Prioritizes issues based on business impact

Adapts to evolving threats

Result: 91% fewer false positives and 73% faster critical issue resolution.

Automated Security Testing at Scale

Intelligent Test Generation: Automatically create test cases based on behavior

Runtime Protection: Detect and block attacks in real time

API Security Analysis: Monitor anomalies in API behavior

Outcome: 3–4x more code tested with the same resources.

Enterprise Software Services: Secure by Design

Modern enterprise applications require built-in security from the start:

Secure-by-Design Architecture: Prevent classes of vulnerabilities at the architecture level

Component-Level Verification: Reusable secure components improve consistency

Built-In Compliance: Automate compliance to ease audits

This reduces rework and accelerates secure releases.

Mobile App Security: Protecting the Edge

Mobile apps face distinct threats due to their distributed nature and user data exposure:

Secure Authentication: MFA, biometrics, and session control

Data Protection: Encryption, secure storage, and minimization

Runtime Monitoring: Detect jailbreaking, code injections, and malware

Companies applying mobile security frameworks see 78% fewer mobile-related breaches.

Self-Healing Infrastructure

Advanced security systems now offer autonomous threat response, including:

Automated Remediation of known vulnerabilities

Dynamic Access Controls based on real-time behavior

Adaptive Defense Mechanisms that reconfigure protections on-the-fly

This reduces the vulnerability window and operational strain.

A Complete DevSecOps Framework

To succeed with DevSecOps, a well-structured framework is essential:

Intelligent Code Analysis

Real-time scanning during coding identifies issues before code is committed.

Automated Dependency Verification

Analyze actual dependency usage

Predict impact of vulnerabilities

Suggest safer replacements

Managed IT Services: Ensuring Long-Term Security

Even the best DevSecOps framework needs ongoing support. Managed IT services provide:

24/7 Monitoring: Proactive breach detection

Vulnerability Management: Regular scans and prioritized remediation

Incident Response: Fast recovery from attacks

Compliance Maintenance: Ongoing audit-readiness

Benefit: 67% faster detection and 54% lower costs per incident.

Case Study: DevSecOps in Digital Banking

A digital bank struggling with frequent vulnerabilities and delayed releases underwent a DevSecOps transformation supported by IT consulting.

Transformation Steps:

Developer enablement through secure coding practices

Automated CI/CD pipeline security

Production defense via managed services

Results:

83% fewer critical vulnerabilities

Deployment cycle improved from monthly to weekly

Developer satisfaction jumped to 4.3/5

Security operation costs reduced by 27%

ETL Pipeline Security: Safeguarding Data in Motion

ETL pipelines must protect sensitive data throughout its journey:

Data Classification & Encryption during transit and storage

Granular Access Controls to prevent overexposure

Secure Transformations that don’t leak or expose information

Organizations report 92% fewer leaks and 78% faster compliance with GDPR/CCPA.

DevSecOps Roadmap: From Visibility to Autonomy

A phased DevSecOps implementation allows controlled progress:

Foundation Phase: Introduce visibility and basic security controls

Acceleration Phase: Automate and integrate testing

Transformation Phase: Enable self-defending, autonomous operations

Measuring DevSecOps Success

Track these KPIs to evaluate effectiveness:

Mean Time to Detect (MTTD)

Mean Time to Remediate (MTTR)

Vulnerability Escape Rate

False Positive Rate

Security Compliance Efficiency

Developer Security Efficiency

Final Thoughts: The Future of Secure Development

DevSecOps is not just a technical shift—it’s a cultural, strategic, and operational transformation. By embedding intelligent security across the development lifecycle, businesses can achieve fast, scalable, and secure innovation.

The most successful organizations combine:

Cultural Collaboration

Ongoing Learning

Strategic Automation

Those who embrace DevSecOps today will lead in security, compliance, and customer trust tomorrow.

FAQs

1. What is DevSecOps, and why is it essential? DevSecOps is a practice that embeds security into every phase of the development pipeline, ensuring rapid yet secure software delivery.

2. How does DevSecOps improve enterprise security? It reduces vulnerabilities by automating testing, increasing collaboration, and enabling proactive threat detection.

3. What industries benefit most from DevSecOps? Financial services, healthcare, retail, SaaS, and any industry managing sensitive data or facing regulatory pressure.

4. Can small businesses implement DevSecOps? Yes. With the right consulting and automation tools, small teams can effectively adopt DevSecOps practices.

5. How does DevSecOps relate to compliance? DevSecOps integrates compliance checks into the development pipeline, ensuring ongoing readiness for audits and regulations like GDPR, HIPAA, or SOC 2.

[clonetab]

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[softwaredevelopmenthub25]

🔒 Security Is Not an Afterthought

DevSecOps is baked into our approach. ⚠️ No blind spots. ✅ Always compliant.

[cyber-security-tips]

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[jcmarchi]

Open-Source Alternatives Amid Semgrep Licensing Controversy

New Post has been published on https://thedigitalinsider.com/open-source-alternatives-amid-semgrep-licensing-controversy/

Open-Source Alternatives Amid Semgrep Licensing Controversy

The security community witnessed a seismic shift in January 2025, as rival companies united to launch Opengrep—a fork of static application security testing tool, Semgrep. Once celebrated for its community-driven open-source ethos, Semgrep ignited controversy when it altered its licensing model in December 2024. These licensing changes restricted the use of contributed rules in commercial products and shifted key features behind a paywall.

Semgrep became an essential tool for developers worldwide due to its ability to detect vulnerabilities across multiple programming languages. However, the company’s decision risks stifling innovation in an area vital to modern cybersecurity.

Amid the controversy, DevSecOps startup DeepSource launched Globstar, a new open-source toolkit for code security. Built from scratch and released under the MIT license, Globstar says it aims to provide unrestricted commercial and full public access to its code.

“Through Globstar, we are offering a fresh approach to custom static analysis, designed with the needs of security teams in mind. It emerged from an internal framework we had developed for threat detection,” Sanket Saurav, co-founder and CEO of DeepSource, told me. “Semgrep is already in capable hands, and our goal was to take a distinct path. We see ourselves not as a replacement, but an alternative who brings a new perspective to the space.”

The company has raised a total of $7.7M in funding and is currently being backed by Y-Combinator investors.

Developed utilizing the Go programming language and integrated with Tree-sitter, Globstar supports over 20 programming languages. The toolkit features an intuitive YAML interface for creating custom security checkers and an advanced Go interface for complex, cross-file analysis.

“When a project is forked, it often takes a different trajectory—but when constrained to building on top of an existing product, innovation can be limited,” said Sanket. “We created a system that simplifies the process of writing custom code checkers.”

Business Necessity Versus Open-Source Preservation

On Dec. 13, 2024, Semgrep revamped its licensing model to restrict third-party use of contributed rules in competing commercial products without authorization. Moreover, the company rebranded its open-source version to “Semgrep CE” (Community Edition). Semgrep claims that its licensing changes are essential to protect intellectual property and ensure sustainable revenue. The company contends that restricting commercial use helps curb unauthorized repackaging and supports long-term innovation.

“When engineers write code to solve a problem, static analysis examines the code without execution, identifying patterns and potential issues early in the development process. Semgrep is a respected player in this space, and I hold them in high regard,” said Sanket. “However, their shift in licensing for commercial users reflects a broader reality: VC-backed companies must balance open-source principles with sustainable business models.”

He notes that while the change didn’t directly impact end users, it raises an ongoing debate about whether open source should remain entirely unrestricted or evolve to ensure long-term viability.

On January 2025, 10 DevSec firms including Aikido Security, Arnica, Amplify Security, Endor Labs, Jit, Kodem, Legit Security, Mobb and Orca Security—formed a consortium to launch Opengrep. Traditionally fierce competitors, the new consortium directly plans to challenge Semgrep’s decision to limit functionality in favor of commercial gain. In a blog post, Endor Labs stated that static code analysis is “too important to restrict”.

However, it’s not yet clear if Opengrep merely repackages legacy code rather than offering a completely new solution.

The Rise of Open-Source Alternatives 

DeepSource recognized a growing need among developers for a tool that does not inherit legacy constraints. “Enterprise customers don’t want to juggle multiple tools—it creates integration challenges and drives demand for an all-in-one solution,” explained Sanket. “Static analysis plays a crucial role in understanding code architecture, which is why we’ve positioned ourselves as a unified platform.”

However, DeepSource’s Globstar is not alone, several static code analysis alternatives have gained traction following the Semgrep licensing controversy. For instance, SonarQube is a code analysis platform that offers both a free Community Edition and paid versions, for static code analysis, integration support and metrics tracking. Likewise, ShellCheck is another alternative specifically used for analyzing shell scripts, and aids developers in catching scripting errors that could later lead to major bugs or inefficiencies. It flags commands or syntax that may not be portable across different shell environments. Due to its ease of use—ability to run from the command line and easily integrate into CI/CD pipelines, ShellCheck has become an increasingly popular choice.

While Opengrep seeks to preserve a legacy tool’s open roots, other alternatives like SonarQube, Globstar and ShellCheck also offer a fresh, forward-thinking solution. As the open-source debate unfolds, developers and enterprises face pivotal choices that may redefine the landscape of code analysis.

[jpmellojr]

OWASP supply chain security cheat sheet: 5 key action items

Securing the software supply chain is critical in today's complex development landscape. Explore OWASP's cheat sheet for actionable insights. https://jpmellojr.blogspot.com/2025/03/owasp-supply-chain-security-cheat-sheet.html