Alternatives to AppMap

Aikido is the all-in-one security platform for development teams to secure their complete stack, from code to cloud. Aikido centralizes all code and cloud security scanners in one place. Aikido offers a range of powerful scanners including static code analysis (SAST), dynamic application security testing (DAST), container image scanning, and infrastructure-as-code (IaC) scanning. Aikido integrates AI-powered auto-fixing features, reducing manual work by automatically generating pull requests to resolve vulnerabilities and security issues. It also provides customizable alerts, real-time vulnerability monitoring, and runtime protection, enabling teams to secure their applications and infrastructure seamlessly.

Crashtest Security, a SaaS-based security vulnerability scanner, allows agile development teams to ensure continuous security even before reaching Production. Our state-of the-art dynamic application security test (DAST), integrates seamlessly into your development environment and protects multipage and JavaScript applications, as well microservices and APIs. Crashtest Security Suite can be set up in minutes. You will also have advanced crawling options and the ability to automate your security. Crashtest Security can help you keep your code and customers safe by allowing you to see vulnerabilities in the OWASP Top 10.

GitLab is a complete DevOps platform. GitLab gives you a complete CI/CD toolchain right out of the box. One interface. One conversation. One permission model. GitLab is a complete DevOps platform, delivered in one application. It fundamentally changes the way Security, Development, and Ops teams collaborate. GitLab reduces development time and costs, reduces application vulnerabilities, and speeds up software delivery. It also increases developer productivity. Source code management allows for collaboration, sharing, and coordination across the entire software development team. To accelerate software delivery, track and merge branches, audit changes, and enable concurrent work. Code can be reviewed, discussed, shared knowledge, and identified defects among distributed teams through asynchronous review. Automate, track, and report code reviews.

Oxeye is specifically created to identify weak points in the code of distributed cloud-native applications. By integrating advanced SAST, DAST, IAST, and SCA functionalities, we enable comprehensive risk assessment in both Development and Runtime environments. Tailored for developers and AppSec teams alike, Oxeye facilitates a shift-left approach to security, streamlining the development process, minimizing obstacles, and eradicating vulnerabilities. Our solution is known for providing dependable outcomes with exceptional accuracy. Oxeye thoroughly examines code vulnerabilities within microservices, offering a risk assessment that is contextualized and enhanced by data from infrastructure configurations. With Oxeye, developers can efficiently monitor and rectify vulnerabilities in their applications. We provide transparency in the vulnerability management process, including visibility into the steps needed to reproduce issues and pinpointing the specific lines of code affected. Furthermore, Oxeye seamlessly integrates as a Daemonset through a single deployment, requiring no modifications to existing code. This ensures that security remains unobtrusive while enhancing the safety of your cloud-native applications. Ultimately, our goal is to empower teams to prioritize security without compromising their development speed.

Achieve complete risk visibility at every stage of development, from design through coding to cloud deployment. Introducing the industry-leading Code Risk Platform™, which offers a comprehensive 360° overview of security and compliance threats across various domains, including applications, infrastructure, developers' expertise, and business ramifications. By making data-driven choices, you can enhance decision-making quality. Gain insight into your security and compliance vulnerabilities through a dynamic inventory that tracks application and infrastructure code behavior, developer knowledge, third-party security alerts, and their potential business consequences. Security professionals are often too busy to meticulously scrutinize every modification or to delve into every alert, but by leveraging their expertise efficiently, you can analyze the context surrounding developers, code, and cloud environments to pinpoint significant risky changes while automatically creating a prioritized action plan. Manual risk assessments and compliance evaluations can be a drag—they are often laborious, imprecise, and out of sync with the actual codebase. Since the design is embedded in the code, it’s essential to improve processes by initiating intelligent and automated workflows that reflect this reality. This approach not only streamlines operations but also enhances overall security posture.

Ensure your code is scrutinized for security vulnerabilities in real-time as you develop. Devknox comprehends the context of your programming and offers one-click resolutions to enhance security. This tool keeps security mandates current with international standards, allowing you to see how your application performs across 30 different test scenarios with the Devknox Plugin integrated into your IDE. It guarantees that your project adheres to industry compliance benchmarks such as OWASP Top 10, HIPAA, and PCI-DSS. Additionally, you receive insights into frequently exploited weaknesses, along with swift remedies and alternative methods to address them. Devknox serves as a user-friendly Android Studio plugin, specifically designed to aid Android developers in identifying and fixing security problems within their applications during the coding process. Picture Devknox as analogous to autocorrect for the English language; as you compose code, it highlights potential security threats and provides suggested solutions that you can easily implement throughout your work. This seamless integration allows developers to maintain focus on functionality while ensuring robust security measures are in place.

BlueClosure is capable of analyzing any codebase developed using JavaScript frameworks such as Angular.js, jQuery, Meteor.js, and React.js, among others. It employs a technique known as Realtime Dynamic Data Tainting. The BlueClosure Detect feature utilizes a sophisticated JavaScript instrumentation engine that comprehensively comprehends the code. By harnessing our unique technology, the BC engine can scrutinize any codebase, regardless of its obfuscation. Additionally, BlueClosure's scanning technology automates the process of scanning entire websites, providing the quickest method for evaluating large enterprise portals filled with complex JavaScript content, similar to how a tester would interact with a browser. Moreover, it achieves near-zero false positives due to its data validation and context-awareness capabilities, enhancing the effectiveness of its dynamic runtime tainting model on strings by discerning whether a client-side vulnerability can be exploited. This ensures that organizations can trust the results of their scans to address potential security issues effectively.

Snappy Tick Source Edition (SAST) is a powerful tool designed for reviewing source code to uncover vulnerabilities present in the codebase. It offers both Static Code Analysis and Source Code Review functionalities. By implementing in-line auditing techniques, it effectively identifies the most critical security issues within applications and ensures that adequate security measures are in place. On the other hand, Snappy Tick Standard Edition (DAST) serves as a dynamic application security solution that facilitates both black box and grey box testing. It examines requests and responses to detect potential vulnerabilities by attempting to access various application components during runtime. Equipped with impressive features tailored for Snappy Tick, it can scan multiple programming languages with ease. Additionally, it provides comprehensive reporting that clearly outlines affected source files, specifies line numbers, and even details specific sections of code that require attention, ensuring that developers can address vulnerabilities efficiently. This holistic approach to security assessment makes Snappy Tick an invaluable asset for any development team.

PT Application Inspector stands out as the sole source code analyzer that offers top-tier analysis along with efficient tools for the automatic verification of vulnerabilities, which greatly accelerates the report handling process and enhances collaboration between security experts and developers. By integrating static, dynamic, and interactive application security testing (SAST + DAST + IAST), it achieves results that are unmatched in the industry. This tool focuses exclusively on genuine vulnerabilities, allowing users to concentrate on the critical issues that truly require attention. Its distinctive features, such as precise detection, automatic validation of vulnerabilities, filtering capabilities, incremental scanning, and an interactive data flow diagram (DFD) for each identified vulnerability, significantly expedite the remediation process. By minimizing vulnerabilities in the end product, it also reduces the associated repair costs. Furthermore, it enables analysis to be conducted at the earliest phases of software development, ensuring that security is prioritized from the start. This proactive approach not only streamlines development but also enhances the overall quality and security of applications.

Runtime threat assessment, runtime attack analysis, and targeted protection of your infrastructure and applications. Zero-day attacks can be stopped by staying ahead of attackers. Observe attack behavior. ThreatStryker monitors, correlates, learns, and acts to protect your applications. Deepfence ThreatStryker displays a live, interactive, color-coded view on the topology and all processes and containers running. It inspects hosts and containers to find vulnerable components. It also interrogates configuration to identify file system, processes, and network-related misconfigurations. ThreatStryker uses industry and community standards to assess compliance. ThreatStryker conducts a deep inspection of network traffic, system behavior, and application behavior and accumulates suspicious events over time. The events are classified and correlated with known vulnerabilities and suspicious patterns.

DerScanner is a user-friendly, officially CWE-Compatible tool that integrates the functionalities of static application security testing (SAST), dynamic application security testing (DAST), and software composition analysis (SCA) within a single platform. This solution significantly enhances oversight of application and information system security, allowing users to assess both proprietary and open-source code seamlessly. By correlating findings from SAST and DAST, it enables the verification and prioritization of vulnerability remediation. Users can bolster their code integrity by addressing weaknesses in both their own and third-party software components. Moreover, it facilitates an impartial code review process through application analysis that is independent of developers. This tool effectively identifies vulnerabilities and undocumented features throughout all phases of the software development lifecycle. Additionally, it allows for oversight of both in-house and external developers while ensuring the security of legacy applications. Ultimately, DerScanner aims to improve user experience by delivering a well-functioning and secure application that meets modern security demands. With its comprehensive approach, organizations can feel confident in their software's resilience against threats.

The Observer XT stands out as the most comprehensive software available for conducting behavioral research. It aids researchers in coding behaviors along a timeline, dissecting sequences of events, and seamlessly incorporating various data types within a fully equipped laboratory setting. Acting as the central hub of your research environment, The Observer XT allows for precise coding of behaviors from one or several videos, while also including audio and integrating data types like eye tracking and emotional responses to provide a holistic view of your findings. The ability to visualize and analyze results collectively is crucial, particularly when exploring time relationships, and this software excels in that area. Designed for optimal performance, The Observer XT facilitates the synchronous playback of multiple modalities, including video, screen recordings, location tracking, physiological data, eye tracking, and facial expressions, ensuring that all relevant information is harmoniously aligned for in-depth analysis. With its robust features, it empowers researchers to delve deeper into behavioral patterns and outcomes, making it an indispensable tool for any lab focused on behavioral studies.

Code Dx empowers organizations to swiftly deliver more secure software solutions. Our ASOC platform ensures that you remain at the cutting edge of speed and innovation while maintaining robust security, all made possible through automation. The rapid pace of DevOps often presents challenges for security measures, as the pressure to catch up can elevate the risk of breaches. Business executives are urging DevOps teams to accelerate their innovation to stay aligned with emerging technologies, such as Microservices. Development and operations teams strive to work as efficiently as possible to comply with the demands of rapid and continuous development cycles. However, as security efforts attempt to match this speed, they often find themselves overwhelmed by numerous disparate reports and an excess of data to analyze, leading to potential oversights of critical vulnerabilities. By centralizing and harmonizing application security testing across all development pipelines, organizations can achieve a scalable, repeatable, and automated approach that enhances security without hindering speed. This strategic alignment not only protects assets but also fosters a culture of secure innovation.

Comprehensive Safeguarding for Applications and Container Workloads. Immediate Protection Against Zero Day Attacks. The K2 Security Platform excels in identifying increasingly complex threats aimed at applications, often overlooked by traditional network and endpoint security systems such as web application firewalls (WAF) and endpoint detection and response (EDR). K2 offers a user-friendly, non-invasive agent that can be set up in just a few minutes. By employing a deterministic method known as optimized control flow integrity (OCFI), the K2 Platform constructs a runtime DNA map of each application, which is essential for verifying that the application is functioning correctly. This innovative approach leads to highly precise attack detection, significantly reducing false positives. Additionally, the K2 Platform is versatile, capable of being utilized in cloud, on-premise, or hybrid environments, and it effectively safeguards web applications, container workloads, and Kubernetes. Its coverage extends to the OWASP Top 10 and addresses various types of sophisticated attacks, ensuring comprehensive protection for modern digital infrastructures. This multilayered defense strategy not only enhances security but also fosters trust in application reliability.

OpenText Static Application Security Testing (SAST) provides precise identification and remediation of application security flaws directly within source code, helping organizations reduce risks early in development. The platform supports over 33 major programming languages and frameworks, enabling broad language coverage for diverse development environments. It integrates smoothly with widely used CI/CD pipelines and developer tools such as Jenkins, Atlassian Bamboo, Azure DevOps, and Microsoft Visual Studio, ensuring security fits naturally into existing workflows. AI-driven analysis prioritizes vulnerabilities and dramatically reduces false positives by customizing rules and scan depths, speeding up development cycles by up to 25%. OpenText SAST meets compliance benchmarks like OWASP 1.2b, offering developers detailed guidance to efficiently fix issues and improve code quality. Its flexible deployment options include multi-tenant SaaS, private cloud, and on-premises installations, allowing organizations to scale securely and according to their infrastructure needs. Backed by a dedicated Software Security Research team, the solution receives agile updates to stay current with emerging threats. Customers praise the tool for reducing manual code review efforts while increasing vulnerability detection accuracy.

Mrge enables contemporary software teams to deliver superior code at four times the usual speed. With AI that adapts to your specific codebase, you receive instant feedback on every pull request. The user interface of mrge is tailored to enhance the code review process for developers. Eliminate merging delays by utilizing stacked pull requests that allow you to work on top of existing branches. Teams leveraging mrge find themselves producing more code with smaller pull requests, resulting in quicker review processes. The AI intelligently organizes diffs and presents review changes in a logical sequence. Navigate your pull requests effortlessly with a streamlined inbox. Your code remains your property at all times; we do not retain or analyze it for data purposes. Currently, we are working towards achieving our SOC 2 certification. Mrge offers real-time AI code reviews, ensuring everything is erased afterward. Accelerate your workflow through the use of keyboard shortcuts for every function. Additionally, mrge provides smart, actionable notifications to keep you informed about all important updates, enhancing team collaboration. With these features, mrge is revolutionizing the way software teams manage their code reviews.

Manage and oversee all operations of your data pipelines without requiring any code modifications. Keep an eye on data flows and pipeline activities to proactively avert outages and swiftly diagnose problems. Enhance the efficiency of pipeline executions and job functionalities to cut expenses while adhering to service level agreements. Expedite code rollouts and platform enhancements while ensuring both reliability and performance remain intact. Conduct data and performance evaluations concurrently with pipeline operations, including pre-execution checks on input data. Implement automatic preemptions of pipeline executions when necessary. The definity solution alleviates the workload of establishing comprehensive end-to-end coverage, ensuring protection throughout every phase and aspect. By transitioning observability to the post-production stage, definity enhances ubiquity, broadens coverage, and minimizes manual intervention. Each definity agent operates seamlessly with every pipeline, leaving no trace behind. Gain a comprehensive perspective on data, pipelines, infrastructure, lineage, and code for all data assets, allowing for real-time detection and the avoidance of asynchronous verifications. Additionally, it can autonomously preempt executions based on input evaluations, providing an extra layer of oversight.

OpenText Dynamic Application Security Testing (DAST) offers enterprises a powerful, automated way to detect real-world security vulnerabilities by simulating live attacks against running applications, APIs, and services without requiring access to source code or staging environments. Tailored for DevSecOps teams, it efficiently prioritizes security issues to enable root cause analysis and faster remediation. The platform integrates effortlessly via REST APIs and features a user-friendly dashboard, supporting fully automated workflows within CI/CD pipelines for continuous security testing. OpenText DAST accelerates vulnerability discovery by tuning scans to the application environment, reducing false positives and surfacing critical risks earlier in the software development lifecycle. It supports modern web technologies including HTML5, JSON, AJAX, JavaScript, and HTTP2 to provide broad coverage across today’s digital applications. Automated features like macro generation and redundant page detection boost testing efficiency and reduce manual work. The solution offers flexible deployment choices, allowing organizations to operate on public or private clouds or on-premises systems. Backed by expert professional services, OpenText DAST helps businesses secure their software supply chains and maintain application integrity at scale.

Gain a comprehensive understanding of your attack surface by implementing a unified approach that minimizes cyber risks from the perspective of potential attackers through ongoing security assessments across various platforms including networks, devices, applications, clouds, and containers. Simply having more data isn't sufficient; even the most skilled security teams can struggle with the overwhelming number of alerts and vulnerabilities they face. Utilizing advanced threat intelligence and machine learning, our solutions deliver risk-oriented insights that help you prioritize which issues to address first, ultimately decreasing the time required for patching vulnerabilities. Our predictive, risk-based vulnerability management tools are designed to enhance your network security proactively, expediting remediation processes and improving patching efficiency. Moreover, we offer the most comprehensive methodology in the industry for the continuous identification of application weaknesses, ensuring that your Software Development Life Cycle (SDLC) is safeguarded for quicker and safer software deployments. Additionally, secure your cloud migration efforts with our cloud workload analytics, CIS configuration assessments, and container inspections tailored for multi-cloud and hybrid environments, ensuring a fortified transition. This holistic strategy not only protects your assets but also contributes to overall organizational resilience against evolving cyber threats.

Security-driven automated code reviews are now a reality with CodePatrol, which conducts robust SAST scans on your project's source code to detect security vulnerabilities at an early stage. Backed by the expertise of Claranet and Checkmarx, CodePatrol supports a diverse range of programming languages and utilizes multiple SAST engines to enhance scanning accuracy. With automated alerts and customizable filter rules, you can remain informed about the most recent code vulnerabilities in your project. Leveraging top-tier SAST tools from Checkmarx along with Claranet Cyber Security's knowledge, CodePatrol effectively identifies emerging threat vectors. Regular scans from various code analysis engines provide comprehensive insights into your project, ensuring thorough examination. You can conveniently access CodePatrol at any time to review the consolidated scan results, enabling you to promptly address any security issues in your project and enhance its overall integrity. Continuous monitoring and proactive scanning are essential to maintaining a secure coding environment.

Regain authority over your applications by effectively monitoring and identifying mobile security threats. With Promon INSIGHT™, you can safely oversee, identify, and swiftly address both familiar and unfamiliar dangers. The reporting capabilities are designed to gather insights regarding the app’s operational environment and particular security vulnerabilities. Promon INSIGHT™ allows you essential time to respond to potential threats as they arise. Its capability to report discreetly back to servers ensures that cybercriminals executing targeted attacks remain oblivious to their detection. Gain a comprehensive understanding of your app's execution context and security health. Promon INSIGHT™ offers reliable reporting techniques that can be counted on, in contrast to other technologies that may be easily compromised, rendering their reports unreliable. By employing thorough monitoring methods that surpass what standard APIs can offer, Promon INSIGHT™ is adept at recognizing irregularities that other reporting solutions may overlook. This level of insight significantly enhances your app's defense mechanisms against potential threats.

True Code empowers development teams to efficiently produce secure code by automating the detection of vulnerabilities throughout the Software Development Life Cycle (SDLC) and the DevSecOps framework. By fostering seamless collaboration between security assessors and developers, True Code facilitates the early discovery of vulnerabilities, enabling quicker resolutions and promoting a proactive approach to security, often referred to as shifting left. Drawing on extensive experience in securing connected devices across various sectors, True Code aims to avert hacks that could undermine customer trust, lead to revenue declines, and result in expensive remedial actions post-launch. Historically, software evaluation has been a labor-intensive and costly endeavor, often plagued by lengthy timelines. Additionally, it is not unusual for assessments to occur at the tail end of the development process, leading to increased costs for fixing issues that could have been addressed during the earlier stages of development. Consequently, this approach not only elevates the overall efficiency of the development process but also significantly enhances product integrity and customer satisfaction.

Test functional, performance, and security aspects of APIs. Provides Pass/Fail criteria rules to enable regression testing of API behavior. Tests can be run on-demand or automated from the command-line. Supports latest OpenAPI standards for parsing OpenAPI documents and building test cases for the defined operations. Authentication schemes including SAML, OAuth, Basic Auth, Amazon Auth, PKI, and Kerberos. Create behavior baselines and run regression tests to determine breakage or change of behavior. Includes JSON and XML Diff capability. Generate performance load across multiple virtual clients to measure and validate the performance criteria of the target APIs. Security and identity are processed for each request to ensure real world simulated inputs and not replays. Built-in support for AWSv4 signatures enables authentication to test Amazon AWS APIs.

Digma seamlessly integrates with your IDE, utilizing runtime information to continuously identify issues, regressions, and other problems as you write code. You can instantly observe how any function performs in both continuous integration and production environments, allowing you to detect issues during the development phase. By analyzing code performance, Digma helps expedite code modifications and prevents recurring regressions, offering essential insights on usage, errors, and performance standards to clarify overlooked code and abandoned libraries. You will quickly grasp what is causing any bottlenecks and delays within your code, thanks to critical data such as execution times, scaling challenges, and N+1 query problems, enabling prompt resolutions. Furthermore, incorporating Digma into your GitOps workflow simplifies Pull Request feedback and enhances code review annotations for your team. With Digma, you'll gain the confidence to tackle even the most extensive and intricate projects, making it a vital asset for developers. This tool not only streamlines the coding process but also fosters a deeper understanding of your codebase.

Oligo Security presents a runtime application security platform that delivers comprehensive insights into application behavior at both the library and function levels. Utilizing its innovative eBPF technology, Oligo empowers organizations to identify and address vulnerabilities in real time, concentrating on genuine exploitability to minimize false alarms. Among its standout features are immediate attack detection, thorough monitoring of application behavior, and the capability to gain actionable insights on actual exploitability. Oligo's offerings, including Oligo Focus and Oligo ADR, aim to keep developers concentrated on enhancing features by pinpointing which vulnerable libraries and functions are in use, while also revealing ongoing attacks, even from previously unknown zero-day vulnerabilities. With its remarkably low overhead and swift deployment capabilities, Oligo integrates seamlessly into all applications, augmenting security measures without sacrificing performance. Furthermore, this robust platform is designed to adapt to the evolving threat landscape, ensuring organizations remain protected against emerging security risks.

Through advanced security scrutiny and cutting-edge offensive strategies, we aim to uncover significant vulnerabilities in applications prior to any malicious exploitation. Our committed team of ethical hackers employs practical assessments to mimic the latest methods and tactics utilized by cybercriminals. Our penetration testing encompasses a wide range of targets, including web applications, digital wallets, and layer1 blockchains. Halborn delivers an in-depth examination of a blockchain application's smart contracts to rectify design flaws, coding errors, and potential security risks. We engage in both manual reviews and automated testing to ensure that your smart contract application or DeFi platform is fully prepared for mainnet deployment. Streamlining your security and development processes can lead to substantial time and cost savings. Our proficiency extends to automated scanning, CI/CD pipeline development, Infrastructure as Code, cloud deployment strategies, and SAST/DAST integration, all aimed at fostering a robust DevSecOps culture. By integrating these practices, we not only enhance security but also promote a more efficient workflow within your organization.

Without access to source code, discover and certify security weaknesses in any product. Any protocol or hardware can be tested with beSTORM. This includes those used in IoT and process control, CANbus-compatible automotive and aerospace. Realtime fuzzing is possible without needing access to the source code. There are no cases to download. One platform, one GUI to use, with more than 250+ pre-built protocol testing modules, and the ability to create custom and proprietary ones. Identify security flaws before deployment. These are the ones that are most commonly discovered by outside actors after release. In your own testing center, certify vendor components and your applications. Software module self-learning and propriety testing. Scalability and customization for all business sizes. Automate the generation and delivery of near infinite attack vectors. Also, document any product failures. Record every pass/fail and manually engineer the exact command that caused each failure.

DefenseCode WebScanner serves as a Dynamic Application Security Testing (DAST) tool, specializing in thorough security evaluations of active websites. By simulating a multitude of attacks using sophisticated methods akin to those employed by actual hackers, WebScanner effectively assesses a website's defenses. This versatile tool is compatible with any web application development platform and can function even when the source code of the application is inaccessible. It accommodates a variety of prevalent web technologies like HTML, HTML5, Web 2.0, AJAX/jQuery, JavaScript, and Flash. With the capability to perform over 5,000 tests for Common Vulnerabilities and Exposures, WebScanner identifies more than 60 distinct types of vulnerabilities, including SQL Injection, Cross Site Scripting, and Path Traversal, as well as those outlined in the OWASP Top 10. Additionally, it is an essential resource for organizations seeking to enhance their web application security posture.

Tailored for developers and site reliability engineers alike, Akita offers a straightforward approach to observability that eliminates unnecessary complications. There's no requirement for code alterations or specific frameworks; simply deploy it, observe the results, and gain insights. This enables you to resolve problems more swiftly and accelerate your deployment processes. By modeling API behaviors and illustrating the interactions between services, Akita empowers you to pinpoint the root causes of issues effectively. It constructs detailed models of your API endpoints and their operational patterns, facilitating quicker identification of breaking changes. Furthermore, Akita aids in diagnosing latency problems and errors by highlighting modifications within your service graph. You can easily visualize the services present in your architecture without the tedious process of onboarding each one individually. Utilizing a passive monitoring approach, Akita tracks API traffic effortlessly, enabling seamless integration across your services without the need for code modifications or proxy implementations. This innovative solution not only simplifies observability but also enhances overall system performance.

Stay updated on new threats with our real-time, machine-curated threat intelligence. Identify and prioritize potential risks up to three months in advance compared to leading scanning solutions, eliminating the need for redundant scans or agents. Leverage Attenu8, our AI-driven platform, to focus on the most critical threats. Protect your DevOps pipeline from open source vulnerabilities, malware, code secrets, and configuration challenges. Safeguard your infrastructure, network, IoT devices, and other assets by representing them as virtual entities. Effortlessly discover and manage your assets through a straightforward open-source CLI. Decentralize your security functions with immediate alerts. Seamlessly integrate with MSTeams, Slack, JIRA, ServiceNow, and other platforms through our robust API and SDK. Maintain an edge over your adversaries by staying informed about emerging malware, vulnerabilities, exploits, patches, and remediation steps in real-time, powered by our advanced AI and machine-curated threat intelligence. With our solutions, your organization can ensure comprehensive security across all its digital assets.

Debugging the run-time behavior of your code has become remarkably straightforward. The MPLAB® Data Visualizer is a complimentary debugging utility that provides a graphical representation of run-time variables within embedded applications. This tool can be utilized as a plug-in for the MPLAB X Integrated Development Environment (IDE) or as an independent debugging solution. It is capable of receiving data from multiple sources, including the Embedded Debugger Data Gateway Interface (DGI) and COM ports. Additionally, you can monitor your application's run-time behavior through either a terminal or a graphical representation. To dive into data visualization, consider exploring the Curiosity Nano Development Platform as well as the Xplained Pro Evaluation Kits. Data can be captured from a live embedded target via a serial port (CDC) or the Data Gateway Interface (DGI). Furthermore, you can simultaneously stream data and debug your target code using MPLAB® X IDE. The tool allows you to decode data fields in real-time using the Data Stream Protocol format. You have the option to visualize either the raw or decoded data in a graphical format as a time series or present it in a terminal, ensuring a comprehensive understanding of your application's performance. This versatility makes the MPLAB® Data Visualizer an essential asset for developers working with embedded systems.

A novel approach to security tailored to modern software development processes has emerged. By embedding security directly into the development toolchain, issues can be addressed within minutes of installation. Contrast agents actively monitor the code and provide insights from within the application, empowering developers to identify and resolve vulnerabilities without the need for specialized security personnel. This shift allows security teams to concentrate on governance and oversight. Additionally, Contrast Assess features an advanced agent that equips the application with intelligent sensors for real-time code analysis. This internal monitoring significantly reduces false positives, which often hinder both developers and security teams. By integrating seamlessly into existing software life cycles and aligning with the tools that development and operations teams currently utilize, including direct compatibility with ChatOps, ticketing platforms, and CI/CD pipelines, Contrast Assess simplifies the security process and enhances team efficiency. As a result, organizations can maintain a robust security posture while streamlining their development efforts.

Bugbot is an intelligent pull request review tool designed to automate bug detection and code quality checks. It leverages AI to scan code changes and provide actionable feedback directly within PRs. Bugbot operates continuously, re-reviewing changes as pull requests evolve. The system can also be triggered on demand using simple comments. Bugbot uses prior PR comments as context to reduce noise and redundant suggestions. Teams can define custom rules to enforce security, style, and testing standards. Bugbot integrates with popular version control platforms including GitHub and GitLab. It supports individual developers as well as teams with shared repositories. Bugbot offers a free tier with monthly review limits and scalable paid plans. The tool helps teams maintain consistent, high-quality code at scale.

Modern software development must be as fast as the business. The modern AppSec toolbox lacks integration, which creates complexity that slows down software development life cycles. Contrast reduces the complexity that hinders today's development teams. Legacy AppSec uses a single-size-fits all approach to vulnerability detection and remediation that is inefficient, costly, and expensive. Contrast automatically applies the most efficient analysis and remediation technique, greatly improving efficiency and effectiveness. Separate AppSec tools can create silos that hinder the collection of actionable intelligence across an application attack surface. Contrast provides centralized observability, which is crucial for managing risks and capitalizing upon operational efficiencies. This is both for security and development teams. Contrast Scan is a pipeline native product that delivers the speed, accuracy and integration required for modern software development.

Modern application development is filled with obstacles such as speed, scalability, and quality, often causing security to be an afterthought. Currently, Application Security Testing (AST) is typically conducted only during the final phases of the Software Development Life Cycle (SDLC), resulting in costly, disruptive, and inefficient processes. In the fast-paced DevOps landscape, there is a pressing need for a security model that minimizes distractions and is woven into the fabric of product development. We45 assists product teams in constructing a comprehensive application security tooling framework, enabling the early detection and resolution of vulnerabilities during the development stage, which leads to a significant reduction of security flaws in the final product. Implementing security automation from the outset is crucial; by integrating AST with Continuous Integration/Deployment platforms such as Jenkins, security assessments can be performed continuously from the moment code is committed. This proactive approach not only enhances security but also streamlines the development process, ensuring that teams can deliver robust applications without compromising on safety.

Regardless of whether you're managing a showcase site, an online store, or a SaaS application, each component will effectively shield your organization from various IT threats: web vulnerability scanner, website monitoring, threat intelligence platform, and web integrity controller. The solutions provided by HTTPCS form a robust defense against cybercriminals. With HTTPCS, you can finally put your mind at ease regarding the safety of your websites and embrace a Secure Attitude. The HTTPCS Cybersecurity Toolkit includes four additional modules designed to protect against hackers every single day of the year. You can monitor your website's response times in real-time, and if there's ever an outage, you'll receive alerts through SMS and email. Our service guarantees a remarkable 99.999% continuity in monitoring, making it more reliable than typical ping solutions. Furthermore, we provide a unique Monitoring scenario system that ensures your sites remain functional for your users, giving them peace of mind as well. By implementing these measures, you will significantly enhance your overall cybersecurity posture.

Falco serves as the leading open-source solution for ensuring runtime security across hosts, containers, Kubernetes, and cloud environments. It enables users to gain immediate insights into unexpected actions, configuration modifications, intrusions, and instances of data theft. Utilizing the capabilities of eBPF, Falco secures containerized applications at any scale, offering real-time protection regardless of whether they operate on bare metal or virtual machines. Its compatibility with Kubernetes allows for the swift identification of unusual activities within the control plane. Furthermore, Falco monitors for intrusions in real-time across various cloud platforms, including AWS, GCP, Azure, and services like Okta and Github. By effectively detecting threats across containers, Kubernetes, hosts, and cloud services, Falco ensures comprehensive security coverage. It provides continuous streaming detection of abnormal behaviors, configuration alterations, and potential attacks, making it a trustworthy and widely supported standard in the industry. Organizations can confidently rely on Falco for robust security management in their diverse environments.

Sculptor, developed by Imbue, is an innovative coding agent platform that integrates software engineering methodologies into a workflow enhanced by AI, allowing for the execution of your code within sandboxed environments. It effectively identifies various issues such as absent tests, stylistic discrepancies, memory issues, and race conditions, while also suggesting potential fixes for your review and approval. You can simultaneously launch multiple agents, each working within its own isolated container, and leverage the “Pairing Mode” to synchronize an agent's branch with your local IDE, facilitating testing, editing, or collaborative efforts. The real-time exchange of changes allows for a fluid development process. Additionally, Sculptor offers the ability to merge outputs from agents, highlighting and resolving any conflicts that arise, and features a beta Suggestions capability designed to identify enhancements or detect problematic agent activities. It also retains comprehensive session context—including code, planning discussions, chat interactions, and tool calls—enabling you to revisit earlier states, fork agents for new tasks, and effortlessly continue your work across different sessions. This continuity ensures that developers can maintain productivity without losing track of their progress.

Streamline your development process by automating the generation of pull request summaries. When you open a pull request, you'll receive a concise overview of the changes in mere seconds. This feature allows for quick comprehension of the impact of minor pull requests while also providing a significant advantage when dealing with larger ones. The process of code review often consumes a lot of time due to the necessary dialogue between the reviewer and the author, frequently over trivial changes that could be automated instead. By commenting on specific lines of code with the command /wtd and outlining your desired modifications, What The Diff will propose those adjustments directly within the pull request, enabling you to accept them effortlessly with a single click. Additionally, What The Diff evaluates the modifications in your pull requests and presents a summary in straightforward language, eliminating the need for manual summaries. With extensive training on a vast array of code data, it supports nearly all programming languages. You can easily install the GitHub app for free and test it out on any of your repositories, making it a valuable tool for enhancing team collaboration. Embrace this technology to significantly reduce the workload associated with code reviews.

Mistral AI Studio serves as a comprehensive platform for organizations and development teams to create, tailor, deploy, and oversee sophisticated AI agents, models, and workflows, guiding them from initial concepts to full-scale production. This platform includes a variety of reusable components such as agents, tools, connectors, guardrails, datasets, workflows, and evaluation mechanisms, all enhanced by observability and telemetry features that allow users to monitor agent performance, identify root causes, and ensure transparency in AI operations. With capabilities like Agent Runtime for facilitating the repetition and sharing of multi-step AI behaviors, AI Registry for organizing and managing model assets, and Data & Tool Connections that ensure smooth integration with existing enterprise systems, Mistral AI Studio accommodates a wide range of tasks, from refining open-source models to integrating them seamlessly into infrastructure and deploying robust AI solutions at an enterprise level. Furthermore, the platform's modular design promotes flexibility, enabling teams to adapt and scale their AI initiatives as needed.

Incorporating robust security measures into the software delivery lifecycle enhances both efficiency and agility significantly. It is crucial that security policies remain adaptable, easy to understand, and unaffected by any existing technical debt. Applications should be securely deployed whether in on-premises, hybrid, or cloud environments. Automating compliance with established security protocols is essential to reduce delays and prevent urgent issues from arising. Ensuring that your applications maintain security during runtime with minimal performance overhead—ideally below 3%—is vital in production settings. For organizations operating under stringent regulatory standards, agent-less solutions pose considerable challenges due to their limitations in meeting strict security requirements. Consequently, Waratek utilizes an agent to facilitate autonomous operations, allowing it to effectively address previously unknown threats, which sets it apart from agent-less approaches. Furthermore, it is possible to virtually upgrade applications and their dependencies, such as Log4j, without necessitating code alterations, vendor updates, or interruptions in service. This capability ensures that organizations can maintain security and compliance without sacrificing operational continuity.

TypeScript introduces enhanced syntax to JavaScript, facilitating a more seamless connection with your development environment. This allows for early detection of errors within the editor. The code written in TypeScript is ultimately transformed into JavaScript, making it executable in various environments, including web browsers, Node.js, Deno, and mobile applications. With its capability to comprehend JavaScript, TypeScript employs type inference, enabling excellent tooling while minimizing the need for additional coding. In the 2020 State of JS survey, 78% of respondents reported using TypeScript, with a remarkable 93% expressing their intention to continue its use. The prevalent type of mistakes made by developers are often categorized as type errors, where an unexpected value type is encountered in a given context. Such errors can stem from trivial mistakes like typos, misunderstandings of a library's API, incorrect assumptions regarding runtime behavior, or other forms of oversight. Ultimately, utilizing TypeScript can significantly enhance code quality and developer productivity by reducing these common pitfalls.

Performance diagnostics for applications, systems, and the JVM are provided for both development and operations teams, backed by the expertise of performance specialists. These comprehensive reports enable teams to pinpoint the underlying causes of performance problems effectively. CPU profiling is utilized to discover inefficient code segments, while wallclock profiling helps to uncover issues related to Garbage Collection pauses or memory consumption. Additionally, allocation profiling identifies methods that demonstrate excessive memory allocation practices. JVM diagnostics focus on recognizing Garbage Collection-related challenges, such as long pause durations and frequent collection cycles. Pre-configured health checks and dashboards are available to draw attention to prevalent JVM performance issues concerning Garbage Collection and resource usage. These health checks can be customized to notify your teams, allowing them to resolve potential problems before they escalate. Furthermore, user-friendly, browser-based real-time dashboards can be easily shared among team members, fostering collaboration and timely responses to performance concerns. Overall, this approach not only streamlines diagnostics but also enhances the proactive management of system performance.

The Checkmarx Software Security Platform serves as a unified foundation for managing a comprehensive array of software security solutions, encompassing Static Application Security Testing (SAST), Interactive Application Security Testing (IAST), Software Composition Analysis (SCA), along with application security training and skill enhancement. Designed to meet the diverse requirements of organizations, this platform offers a wide range of deployment options, including private cloud and on-premises configurations. By providing multiple implementation methods, it allows clients to begin securing their code right away, eliminating the lengthy adjustments often needed for a singular approach. The Checkmarx Software Security Platform elevates the benchmark for secure application development, delivering a robust resource equipped with top-tier capabilities that set it apart in the industry. With its versatile features and user-friendly interface, the platform empowers organizations to enhance their security posture effectively and efficiently.

Syhunt dynamically inputs data into web applications, examining the responses to assess potential vulnerabilities in the application code, thus automating web application security testing and helping to protect your organization's web infrastructure from various security threats. The Syhunt Hybrid interface adheres to straightforward GUI principles, emphasizing user-friendliness and automation, which allows for minimal to no user involvement before or during the scanning process, all while offering numerous customization options. Users can analyze past scanning sessions to identify newly discovered, unchanged, or eliminated vulnerabilities. Additionally, it creates a comprehensive comparison report that illustrates the progression of vulnerabilities over time by automatically juxtaposing data from previous scan sessions linked to a specific target, enabling organizations to better understand their security posture and make informed decisions regarding their web application defenses.