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MOXFIVE, a technical advisory firm specializing in cybersecurity and information technology, announced a key milestone of the MOXFIVE Partner Ecosystem eclipsing over 100 specialized partners now available through its platform. MOXFIVE’s platform has innovated how organizations respond to cyber-attacks and increasingly invest in security controls to minimize the impact of attacks. With a three year Compounded Annual Growth Rate (CAGR) of 740%, MOXFIVE has proven that their unique approach to Incident Response and Cyber Resilience is the way of the future. “The MOXFIVE Partner Ecosystem enables us to deliver the full scope of strategy, technology, and hands-on-keyboard assistance our clients need to get their businesses back to operational,“ said Jim Aldridge, Vice President of Partnerships at MOXFIVE. “With resources ranging from forensic analysts and an array of IT engineering disciplines, to critical security products like EDR and MFA, MOXFIVE is an ‘easy button’ for organizations facing challenges at the intersection of business and technology.”
MOXFIVE helps its clients minimize the business impact of cybersecurity incidents by coupling the leadership of veteran incident response practitioner Technical Advisors and Incident Managers with hands-on engineering experience and technology contributed by the MOXFIVE Partner Ecosystem. Leveraging its frontline ‘in the trenches’ experience managing thousands of cyber incidents, MOXFIVE is able to formulate the most effective technical response strategy and handpick the appropriate capabilities to deliver rapid results. This scalable approach enables MOXFIVE to deliver a superior client experience with an effectiveness and efficiency that is unmatched by traditional professional services firms. “Our ability to simultaneously improve the customer experience for victims of attacks, attorneys, service providers, and insurance carriers is disrupting how organizations respond to cyber-attacks and improve their security posture moving forward,” said Mike Wager , CEO and Founder of MOXFIVE. MOXFIVE continues to expand its Partner Ecosystem to increase the scale and scope of capabilities. With local coverage in most major U.S. metro areas, MOXFIVE partners including Airiam, Entara, FusionTek, PCS, PHX-IT, and Total Data Migration contribute recovery and infrastructure engineering services that help MOXFIVE clients restore their operations after cyber-attacks. Partners such as Antigen Security, CipherTechs, Critical Start, CrowdStrike, CYBIR, Guidepoint Security, PNG Cyber, Pondurance, and Tracepoint contribute forensic analysis and related managed security services. Additionally, MOXFIVE partners with the following vendors whose offerings bolster MOXFIVE clients’ cyber resilience:
Multifactor Authentication / Identity: Duo, Okta
Endpoint Detection & Response: CrowdStrike, SentinelOne
Managed Security Services: Antigen Security, CipherTechs, Critical Start, CrowdStrike, CYBIR, Expel, Guidepoint Security, PNG Cyber, Pondurance, Red Canary, ReliaQuest, SentinelOne, Tracepoint
Privileged Access Management: CyberArk, Delinea
Resilient Backups: Datto, Veeam

MOXFIVE Partner Ecosystem Achieves Key Milestone Further Scaling Its Platform

" - https://www.reportlinker.com/p06284145/?utm_source=GNW
, CrowdStrike Holdings Inc., Optiv Security Inc., Trustwave Holdings, NTT Security, Resolve Systems LLC, Kudelski Security, and RiskIQ. The global incident response market is expected to grow from $24.04 billion in 2021 to $29.21 billion in 2022 at a compound annual growth rate (CAGR) of 21.5%. The incident response market is expected to grow to $59.85 billion in 2026 at a CAGR of 19.6%. The incident response market consists of sales of incident response services by entities (organizations, sole traders, and partnerships) that are used for handling a cyberattack.Incident response is the process of identifying a data breach quickly and minimizing its effects. It allows the organization to manage a cyberattack by lowering the damage in terms of costs and recovery time. Incident response also helps the company to reduce the future uncertainties related to a data breach and saves its brand reputation. The main components of incident response are solutions and services.The incident response services are offerings that respond to a response to hardware events, listen for data requests from other software, or perform automated tasks. It is created for displaying, accessing, running, or interacting with certain products.The security types involved in incident response are web security, application security, endpoint security, network security, and cloud security which are used by small and medium-sized enterprises and large enterprises through the cloud and on-premise deployment model. The incident response is used by various verticals such as government, healthcare and life sciences, retail and e-commerce, travel and hospitality, manufacturing, telecom and IT, and others. North America was the largest region in the incident response market in 2021. The regions covered in the incident response market report are Asia-Pacific, Western Europe, Eastern Europe, North America, South America, Middle East and Africa. An increase in cyber-attacks is significantly contributing to the growth of the incident response market.A cyber-attack is an attempt for stealing data, disable the computers, or breach the computer system for launching additional attacks. It is an attack from cybercriminals against single or multiple networks or computers.The incident response plays an important role in dealing with and recognizing cybersecurity attacks. So, growing cyber-attacks are leading to boosting the growth of the incident response market. For instance, according to The Economic Times, an India-based business daily newspaper, in 2020, the cyber security cases reported in India were 1.16 million, three times more than in the previous year. Therefore, an increase in cyber-attacks is expected to propel the growth of the incident response market going forward. Technological advancements are the key trends gaining popularity in the incident response market.Technological advancement is a discovery of knowledge that advances technology. Major companies operating in the incident response sector are focused on developing new technological solutions to reinforce their position.For instance, in July 2020, McAfee, a US-based computer security software company launched McAfee Enterprise Security Manager (ESM) based on cloud technology. The new ESM cloud is a cloud-based security and information event management offering that supports the incident response, threat hunting, and incident detection activities of a security operations team. It offers faster security telemetry, uninterrupted system health monitoring, and automatic updates. In September 2021, Booz Allen Hamilton, a US-based information technology consulting company acquired Tracepoint for an undisclosed amount.Through this acquisition, Booz Allen Hamilton aims to establish a scaled business in the fields of incident response, managed services, and enterprise consulting. Tracepoint is a US-based provider of incident response and digital forensics services. The countries covered in the incident response market report are Australia, Brazil, China, France, Germany, India, Indonesia, Japan, Russia, South Korea, UK, and USA.

Incident Response Global Market Report 2022

Announcing Sidekick: Instant Live Debugging to Fix Software Bugs
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Announcing Sidekick: Instant Live Debugging to Fix Software Bugs
 
3 minutes read
Written by Baris Kaya
Product manager at Sidekick
Today, we, as the Thundra family, are proud to announce that our baby flies the nest! Sidekick is grown up now and ready to make happy developer faces with live debugging capabilities. The world’s first real live debugger –   Sidekick  became a standalone solution with on-premise support and many seamless features! How we got here
Debugging live applications can be difficult, especially when the application is running in production. You need to stop the application, get data from it, analyze the data, and then try to fix the bug. This process can take a lot of time and requires redeploying the app multiple times until you find the issue root cause. While trying to find the root cause of an issue, developers often need to create the development environment on their local machine, reproduce complex issues in distributed environments in their local machine, or juggle with multiple tools. APM solutions don’t help because developers need a real-time solution. Logging solutions don’t help because developers don’t have much time and sometimes even experience to find the error route-cause. Existing remote debugging solutions don’t help because developers don’t want the application to stop running. Tracing solutions don’t help because they bring overhead. Sidekick to the rescue
Sidekick enables developers to troubleshoot problems where they happen, when they happen, without stopping, rebuilding, or redeploying applications. It provides agents for application runtimes that can be controlled from an IDE. Developers put tracepoints in code, and Sidekick conveys the tracepoint locations to the agent. When the code executes, the agent takes a snapshot of the application state, the call stack, captured variables, etc. without stopping the application, and sends the snapshot to the IDE as an event. Developers can analyze the events to understand the behavior of the app. The live debugging experience is similar to stepping through code in a debugger, but it works for any application – cloud apps, local apps, or even legacy applications running on mainframes. Sidekick supports JVM programming languages, such as Java, Scala, or Groovy, Node.js, and Python. It works in all clouds, containers, Docker, and Kubernetes with GitHub and GitLab sources. Live Debugging without stopping your apps
Tracepoints (aka non-breaking breakpoints)
You can put tracepoints that do not stop the execution of your application in your code and instantly see the snapshots of the application state, the call stack, captured variables, and etc. Debug directly from IDEs
Sidekick provides agents for application runtimes that can be controlled from IDEs such as IntelliJ IDEA, VSCode (coming soon), or Sidekick’s web IDE. Native Thundra APM integration
Sidekick’s native Thundra APM integration brings end-to-end traceability of every distributed application via plug&play automated instrumentation. Secure by design
Sidekick provides rich deployment options such as SaaS version and On-Prem version which you can deploy on your own cloud instances. Sensitive data is redacted at the agent, and does not leave the application. Works with your tech-stack
Sidekick supports your stack and keeps expanding its coverage. Git (GitHub, GitLab), runtimes (Java, Python, NodeJS), cloud platforms (AWS, GCP, Azure, etc.) Get Started: Enter Sidekick
Sidekick installs in seconds. The quick start guide in the documentation helps you learn how to get started easily. In six simple steps you will have the granular visibility into the errors you want to debug. 1) Create a Sidekick account
In order to get started with Sidekick, you need to create an account. You can sign up for Sidekick within a minute after clicking this link . 2) Install the Thundra agent
You can follow the steps for installation from this link . Download and configure the Sidekick agent and install Sidekick to your application. 3) Connect the source code of your running app
By connecting your source code , you allow Sidekick to understand the correct source code and the correct tracepoint location.You can import your source code from your GitHub and Gitlab repositories. 4) Set a Tracepoint on Sidekick Web IDE
In order to gather valuable insights from your application, you can start setting tracepoints for your applications. For more information, please follow this link . 5) Take snapshots (a.k.a. Tracepoint events)
After you connect your source code, select applications to debug, and put tracepoints, Sidekick will automatically start taking snapshots, in other words; generating tracepoint events, when the remote application is executed. Follow this link  for more information. 6) Enable TraceMap Distributed Tracing
Sidekick offers different Tracing solutions for you to enable TraceMap of your application. Sidekick integrates all tracepoints automatically with the rich distributed tracing so that you can see the tracepoint events with all the other actions that your application does end-to-end. TL;DR
No matter where your code runs, it can pretty easily become a nightmare when a service goes down. Most of the time, it’s just like searching for a needle in a haystack. Sidekick is a modern live debugging tool that helps development teams to understand their code instantly by getting snapshots of their running applications wherever they run. From the moment you start using Sidekick, your code quality will increase, your developers’ velocity and morale will boost, and your metrics such as MTTR, MTBF, MTTF will improve. Unlike regular observability tools that collect lots of data, across disparate tools, it enables developers to collect the relevant data at runtime. Sidekick allows software engineers to iterate faster and ship better code. It installs in seconds, no DevOps or coding experience required, no reproducing bugs required. INDEX
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3 minutes read
Written by Baris Kaya
Product manager at Sidekick
Today, we, as the Thundra family, are proud to announce that our baby flies the nest! Sidekick is grown up now and ready to make happy developer faces with live debugging capabilities. The world’s first real live debugger –   Sidekick  became a standalone solution with on-premise support and many seamless features! How we got here
Debugging live applications can be difficult, especially when the application is running in production. You need to stop the application, get data from it, analyze the data, and then try to fix the bug. This process can take a lot of time and requires redeploying the app multiple times until you find the issue root cause. While trying to find the root cause of an issue, developers often need to create the development environment on their local machine, reproduce complex issues in distributed environments in their local machine, or juggle with multiple tools. APM solutions don’t help because developers need a real-time solution. Logging solutions don’t help because developers don’t have much time and sometimes even experience to find the error route-cause. Existing remote debugging solutions don’t help because developers don’t want the application to stop running. Tracing solutions don’t help because they bring overhead. Sidekick to the rescue
Sidekick enables developers to troubleshoot problems where they happen, when they happen, without stopping, rebuilding, or redeploying applications. It provides agents for application runtimes that can be controlled from an IDE. Developers put tracepoints in code, and Sidekick conveys the tracepoint locations to the agent. When the code executes, the agent takes a snapshot of the application state, the call stack, captured variables, etc. without stopping the application, and sends the snapshot to the IDE as an event. Developers can analyze the events to understand the behavior of the app. The live debugging experience is similar to stepping through code in a debugger, but it works for any application – cloud apps, local apps, or even legacy applications running on mainframes. Sidekick supports JVM programming languages, such as Java, Scala, or Groovy, Node.js, and Python. It works in all clouds, containers, Docker, and Kubernetes with GitHub and GitLab sources. Live Debugging without stopping your apps
Tracepoints (aka non-breaking breakpoints)
You can put tracepoints that do not stop the execution of your application in your code and instantly see the snapshots of the application state, the call stack, captured variables, and etc. Debug directly from IDEs
Sidekick provides agents for application runtimes that can be controlled from IDEs such as IntelliJ IDEA, VSCode (coming soon), or Sidekick’s web IDE. Native Thundra APM integration
Sidekick’s native Thundra APM integration brings end-to-end traceability of every distributed application via plug&play automated instrumentation. Secure by design
Sidekick provides rich deployment options such as SaaS version and On-Prem version which you can deploy on your own cloud instances. Sensitive data is redacted at the agent, and does not leave the application. Works with your tech-stack
Sidekick supports your stack and keeps expanding its coverage. Git (GitHub, GitLab), runtimes (Java, Python, NodeJS), cloud platforms (AWS, GCP, Azure, etc.) Get Started: Enter Sidekick
Sidekick installs in seconds. The quick start guide in the documentation helps you learn how to get started easily. In six simple steps you will have the granular visibility into the errors you want to debug. 1) Create a Sidekick account
In order to get started with Sidekick, you need to create an account. You can sign up for Sidekick within a minute after clicking this link . 2) Install the Thundra agent
You can follow the steps for installation from this link . Download and configure the Sidekick agent and install Sidekick to your application. 3) Connect the source code of your running app
By connecting your source code , you allow Sidekick to understand the correct source code and the correct tracepoint location.You can import your source code from your GitHub and Gitlab repositories. 4) Set a Tracepoint on Sidekick Web IDE
In order to gather valuable insights from your application, you can start setting tracepoints for your applications. For more information, please follow this link . 5) Take snapshots (a.k.a. Tracepoint events)
After you connect your source code, select applications to debug, and put tracepoints, Sidekick will automatically start taking snapshots, in other words; generating tracepoint events, when the remote application is executed. Follow this link  for more information. 6) Enable TraceMap Distributed Tracing
Sidekick offers different Tracing solutions for you to enable TraceMap of your application. Sidekick integrates all tracepoints automatically with the rich distributed tracing so that you can see the tracepoint events with all the other actions that your application does end-to-end. TL;DR
No matter where your code runs, it can pretty easily become a nightmare when a service goes down. Most of the time, it’s just like searching for a needle in a haystack. Sidekick is a modern live debugging tool that helps development teams to understand their code instantly by getting snapshots of their running applications wherever they run. From the moment you start using Sidekick, your code quality will increase, your developers’ velocity and morale will boost, and your metrics such as MTTR, MTBF, MTTF will improve. Unlike regular observability tools that collect lots of data, across disparate tools, it enables developers to collect the relevant data at runtime. Sidekick allows software engineers to iterate faster and ship better code. It installs in seconds, no DevOps or coding experience required, no reproducing bugs required. INDEX
Thanks for your interest. You have been subscribed! Subscribe
SHARE
Today, we, as the Thundra family, are proud to announce that our baby flies the nest! Sidekick is grown up now and ready to make happy developer faces with live debugging capabilities. The world’s first real live debugger –   Sidekick  became a standalone solution with on-premise support and many seamless features! How we got here
Debugging live applications can be difficult, especially when the application is running in production. You need to stop the application, get data from it, analyze the data, and then try to fix the bug. This process can take a lot of time and requires redeploying the app multiple times until you find the issue root cause. While trying to find the root cause of an issue, developers often need to create the development environment on their local machine, reproduce complex issues in distributed environments in their local machine, or juggle with multiple tools. APM solutions don’t help because developers need a real-time solution. Logging solutions don’t help because developers don’t have much time and sometimes even experience to find the error route-cause. Existing remote debugging solutions don’t help because developers don’t want the application to stop running. Tracing solutions don’t help because they bring overhead. Sidekick to the rescue
Sidekick enables developers to troubleshoot problems where they happen, when they happen, without stopping, rebuilding, or redeploying applications. It provides agents for application runtimes that can be controlled from an IDE. Developers put tracepoints in code, and Sidekick conveys the tracepoint locations to the agent. When the code executes, the agent takes a snapshot of the application state, the call stack, captured variables, etc. without stopping the application, and sends the snapshot to the IDE as an event. Developers can analyze the events to understand the behavior of the app. The live debugging experience is similar to stepping through code in a debugger, but it works for any application – cloud apps, local apps, or even legacy applications running on mainframes. Sidekick supports JVM programming languages, such as Java, Scala, or Groovy, Node.js, and Python. It works in all clouds, containers, Docker, and Kubernetes with GitHub and GitLab sources. Live Debugging without stopping your apps
Tracepoints (aka non-breaking breakpoints)
You can put tracepoints that do not stop the execution of your application in your code and instantly see the snapshots of the application state, the call stack, captured variables, and etc. Debug directly from IDEs
Sidekick provides agents for application runtimes that can be controlled from IDEs such as IntelliJ IDEA, VSCode (coming soon), or Sidekick’s web IDE. Native Thundra APM integration
Sidekick’s native Thundra APM integration brings end-to-end traceability of every distributed application via plug&play automated instrumentation. Secure by design
Sidekick provides rich deployment options such as SaaS version and On-Prem version which you can deploy on your own cloud instances. Sensitive data is redacted at the agent, and does not leave the application. Works with your tech-stack
Sidekick supports your stack and keeps expanding its coverage. Git (GitHub, GitLab), runtimes (Java, Python, NodeJS), cloud platforms (AWS, GCP, Azure, etc.) Get Started: Enter Sidekick
Sidekick installs in seconds. The quick start guide in the documentation helps you learn how to get started easily. In six simple steps you will have the granular visibility into the errors you want to debug. 1) Create a Sidekick account
In order to get started with Sidekick, you need to create an account. You can sign up for Sidekick within a minute after clicking this link . 2) Install the Thundra agent
You can follow the steps for installation from this link . Download and configure the Sidekick agent and install Sidekick to your application. 3) Connect the source code of your running app
By connecting your source code , you allow Sidekick to understand the correct source code and the correct tracepoint location.You can import your source code from your GitHub and Gitlab repositories. 4) Set a Tracepoint on Sidekick Web IDE
In order to gather valuable insights from your application, you can start setting tracepoints for your applications. For more information, please follow this link . 5) Take snapshots (a.k.a. Tracepoint events)
After you connect your source code, select applications to debug, and put tracepoints, Sidekick will automatically start taking snapshots, in other words; generating tracepoint events, when the remote application is executed. Follow this link  for more information. 6) Enable TraceMap Distributed Tracing
Sidekick offers different Tracing solutions for you to enable TraceMap of your application. Sidekick integrates all tracepoints automatically with the rich distributed tracing so that you can see the tracepoint events with all the other actions that your application does end-to-end. TL;DR
No matter where your code runs, it can pretty easily become a nightmare when a service goes down. Most of the time, it’s just like searching for a needle in a haystack. Sidekick is a modern live debugging tool that helps development teams to understand their code instantly by getting snapshots of their running applications wherever they run. From the moment you start using Sidekick, your code quality will increase, your developers’ velocity and morale will boost, and your metrics such as MTTR, MTBF, MTTF will improve. Unlike regular observability tools that collect lots of data, across disparate tools, it enables developers to collect the relevant data at runtime. Sidekick allows software engineers to iterate faster and ship better code. It installs in seconds, no DevOps or coding experience required, no reproducing bugs required.

Announcing Sidekick: Instant Live Debugging to Fix Software Bugs

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The past couple of months have been a roller-coaster thrill for us here in Thundra. First, let me summarize a couple of news before switching to our main topic; Sidekick Gitlab integration. Recently we launched the next version of Foresight , our latest product focuses on your tests and CI pipelines. For Foresight, initially, we’ve covered GitHub Actions and workflows but support for other vendors is on the way i.e. GitLab, Bitbucket, and etc. We’ve always kept an eye on our beloved monitoring product Thundra APM . While we are happily onboarding new monitoring addicts to our powerful APM tool we keep improving the platform. And my last update before the main news is that we’ve polished our beloved start page, which our users hit right after their login or signup, you should   check it out . After more than enough forewords, let’s dive into Thundra Sidekick. We developed Sidekick with a purpose in mind that could help you debug your applications in their natural habitat which is live in production. In simple words, it helps you understand the reasons for smokes out of your planes’ engines without landing it, parking it in a hangar, or even worse, before crashing it. Let’s go about how to   start  using Thundra Sidekick step-by-step. 1. Create a Thundra account
You need to have a Thundra account to start using Sidekick and many more. You can go to our   signup page  and create a free account to start using Sidekick right now. 2. Install the Thundra agent
Every magic has a backstage. You need to install our agent to your application and configure it. Right now it supports   Java  and   Python  workloads. 3. Connect the source code of your running application
This is the step that we are announcing to add GitLab support. Previously Sidekick was supporting workloads on GitHub only but since we are constantly improving our product, we added GitLab as one of our source providers. We have Bitbucket support next on the line. We have a quick screen capture below about how you can   connect your source code  to Sidekick. 4. Set a Tracepoint on Sidekick Web IDE
Right after you connect your source code and see your source tree on the left-hand side source explorer area, now you are ready to find the file and lines to   set your tracepoints . Sidekick works like a read-only IDE and you can put your tracepoints to the code lines from the gutter area. 5. Run and play your app to hit the tracepoint
After your tracepoints are set, Sidekick can start to   capture events  around these points. You just need to replay the scenarios in your mind upon your application. Then you can come back to Sidekick and see the events and application’s state. 6. Complete visibility by distributed tracing
Sidekick has Thundra’s powerful agents behind. They are evolved to play really well in distributed environments. Using this advantage you can easily debug your microservice distributed architecture with Sidekick thanks to Thundra’s advanced   distributed tracing  capabilities. Now you can start debugging your applications written in Python or Java with Thundra Sidekick, NodeJS is on the way. We provide a   sample application  for you to start easily and grasp the concepts behind it. Whether you use GitHub or GitLab to store your code, Sidekick works well and is ready for your service. If you have any questions, you can directly contact our engineering team through our community slack , [email protected] , or by sending us a message through our contact us  page. Thundra offers end-to-end observability for the full software development life cycle. From development to production, Thundra’s products help you understand your application behavior and troubleshoot issues before they become problems or affect your end-users. If you still haven’t taken a step into Thundra’s world, you can start your journey here . The past couple of months have been a roller-coaster thrill for us here in Thundra. First, let me summarize a couple of news before switching to our main topic; Sidekick Gitlab integration. Recently we launched the next version of Foresight , our latest product focuses on your tests and CI pipelines. For Foresight, initially, we’ve covered GitHub Actions and workflows but support for other vendors is on the way i.e. GitLab, Bitbucket, and etc. We’ve always kept an eye on our beloved monitoring product Thundra APM . While we are happily onboarding new monitoring addicts to our powerful APM tool we keep improving the platform. And my last update before the main news is that we’ve polished our beloved start page, which our users hit right after their login or signup, you should   check it out . After more than enough forewords, let’s dive into Thundra Sidekick. We developed Sidekick with a purpose in mind that could help you debug your applications in their natural habitat which is live in production. In simple words, it helps you understand the reasons for smokes out of your planes’ engines without landing it, parking it in a hangar, or even worse, before crashing it. Let’s go about how to   start  using Thundra Sidekick step-by-step. 1. Create a Thundra account
You need to have a Thundra account to start using Sidekick and many more. You can go to our   signup page  and create a free account to start using Sidekick right now. 2. Install the Thundra agent
Every magic has a backstage. You need to install our agent to your application and configure it. Right now it supports   Java  and   Python  workloads. 3. Connect the source code of your running application
This is the step that we are announcing to add GitLab support. Previously Sidekick was supporting workloads on GitHub only but since we are constantly improving our product, we added GitLab as one of our source providers. We have Bitbucket support next on the line. We have a quick screen capture below about how you can   connect your source code  to Sidekick. 4. Set a Tracepoint on Sidekick Web IDE
Right after you connect your source code and see your source tree on the left-hand side source explorer area, now you are ready to find the file and lines to   set your tracepoints . Sidekick works like a read-only IDE and you can put your tracepoints to the code lines from the gutter area. 5. Run and play your app to hit the tracepoint
After your tracepoints are set, Sidekick can start to   capture events  around these points. You just need to replay the scenarios in your mind upon your application. Then you can come back to Sidekick and see the events and application’s state. 6. Complete visibility by distributed tracing
Sidekick has Thundra’s powerful agents behind. They are evolved to play really well in distributed environments. Using this advantage you can easily debug your microservice distributed architecture with Sidekick thanks to Thundra’s advanced   distributed tracing  capabilities. Now you can start debugging your applications written in Python or Java with Thundra Sidekick, NodeJS is on the way. We provide a   sample application  for you to start easily and grasp the concepts behind it. Whether you use GitHub or GitLab to store your code, Sidekick works well and is ready for your service. If you have any questions, you can directly contact our engineering team through our community slack , [email protected] , or by sending us a message through our contact us  page. Thundra offers end-to-end observability for the full software development life cycle. From development to production, Thundra’s products help you understand your application behavior and troubleshoot issues before they become problems or affect your end-users. If you still haven’t taken a step into Thundra’s world, you can start your journey here . *** This is a Security Bloggers Network syndicated blog from Thundra blog authored by Mustafa Ilker Sarac . Read the original post at: https://blog.thundra.io/debug-your-gitlab-workloads-natively-with-sidekick
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Debug your GitLab Workloads Natively with Sidekick!

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On December 9th, 2021, a critical zero-day vulnerability, which has the potential of providing threat actors access to millions of computers worldwide, was discovered. Due to the critical nature of this vulnerability, and the risk that it poses to our clients, Polsinelli has partnered with Tracepoint to develop an overview of the issue, and provide you with a set of steps that your organization can take to identify if you are vulnerable and patch the vulnerability if you are. Please see full Publication below for more information.

Identifying and Remediating the Critical Apache Log4j Cybersecurity Vulnerability

The Crypsis Group

Ankura Consulting Group

Navigant Consulting

Consilio

Deloitte

Thomson Reuters

LECG

Trinity

Corporate Minority

Acquired

Tracepoint is a digital forensics and incident response company serving leading clients in the public and private sectors.

On September 13th, 2021, Tracepoint was acquired by Booz Allen Hamilton. The terms of the transaction were not disclosed.

Name	Work History	Title	Status
Chris Salsberry	The Crypsis Group, Ankura Consulting Group, Navigant Consulting, Consilio, Deloitte, Thomson Reuters, LECG, and Trinity	Chief Executive Officer	Current
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Tracepoint

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Tracepoint Management Team

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