From ASOC to ASPM: Evolving from AppSec Monitoring to Observability

Team Wabbi

January 10, 2024

Application Security Posture Management (ASPM)

ASPM is the practice of monitoring and managing an organization’s application security program in response to internal and external signals as an integrated part of the software development lifecycle (SDLC). 

Application Security Posture Management (ASPM) is where we transition from leveraging orchestration to centralize and standardize Application Security data to improve scalability and integration of AppSec programs, to transforming this data into actionable information. In DevOps this is the equivalent of moving from monitoring to observability. 

ASPM is a framework of processes, technologies and policies designed to provide visibility into the security posture of applications. It helps organizations ensure that applications are secure by monitoring the security state of applications and detecting potential vulnerabilities or threats. It is designed to ensure that the application’s security is aligned with the business risk profile and is closely integrated with the software development lifecycle (SDLC). ASPM also provides an overall assessment of the security posture of an organization’s applications, allowing stakeholders to identify areas for improvement and prioritize application security efforts.  

By establishing a baseline of acceptable levels of control in order to detect any deviations from that baseline, ASPM can leverage the data from monitoring activities across all components within an application’s environment, not just vulnerabilities—including code, data, configuration files, external assets such as databases or third-party APIs—ASPM can continually assess the security state against this baseline in order to detect any changes or malicious activity that could compromise the system’s integrity. 

From ASOC to ASPM: Evolving from AppSec Monitoring to AppSec Observability 

Evolving AppSec Orchestration to AppSec Observability is a critical step in building a secure software development lifecycle (SDLC). While monitoring focuses on automating processes, consolidating and integrating components of an application security program, observability takes it one step further by allowing organizations to monitor and analyze the entire environment to allow them to understand what is important, and what to do about it.  

Application Security Posture Management (ASPM) and Application Security Orchestration and Correlation (ASOC) are both important components of an application security program, but they serve different purposes.  

  • ASOC is the technical backbone that coordinates the policies, processes, and tools involved in the implementation of an end-to-end application security program  
  • ASPM is the intelligence layer that provides contextual analysis to automate decisions or route information to Development, Security & Operations teams for informed decision making  

It is ASPM’s ability to respond to signals – whether self-generated or from external tools – that moves it from orchestration & correlation to posture management. It combines real-time monitoring with insights gathered to provide a holistic view of an organization’s security posture. This allows policies and controls to be enforced throughout the SDLC without human intervention but also allows for exception management where necessary.  

By leveraging these components together within an ASPM framework, organizations are able to maintain a consistent level of application security throughout their SDLC process as well as better understand their overall security posture in real-time. This helps reduce risk exposure throughout the entire software development process which ultimately improves customer trust in its products or services while also ensuring compliance with business and industry standards. 

ASPM for Risk-Management-by-Design 

By implementing risk-management-by-design, an organization recognizes that there is no perfect code., and therefore there cannot be perfect security – and controls for it. This means implementing a series of processes and policies that embody the philosophy “Perfection is the enemy of progress.” (Churchill), balancing all needs of the business: shipping software, ensuring security, generating revenue, etc.  

It allows for policies to not be followed, code to be shipped with vulnerabilities, and maybe even breaches to happen – but all set within a risk-accepted framework. This allows Development, Security & Operations to focus their efforts on where they can have the greatest impact in reducing their application security risk. ASPM not only orchestrates and analyzes the requirements implementation and data gathering, but ensures consistency in the execution of a risk-management strategy with:

  • Dynamic policy management  
  • Intelligent Prioritization & Triage  
  • Automated Security Gatekeeping  
  • No-Code Workflows Organizations should first establish policies and standards for their applications, which will be used by ASPM to ensure that applications adhere to these standards. This includes defining acceptable risk levels for each application, which can be used as a metric for evaluating the overall security posture of the application, as well as setting up automated controls and processes to enforce the risk framework.

As a continuous process that helps to ensure the security of applications through the use of secure coding practices, automated proactive or reactive scans, and gatekeeping ASPM is also dynamic in nature that can roll out changes automatically to security requirements based on the signals. This ensure code is always ready to ship in line with the most current standards. 

Want to learn more about how you can integrate AppSec in your Development pipeline?

Check out these top resources!

Related Articles

Fortifying Your Defenses: How ASPM Can Combat MITM Attacks 

Fortifying Your Defenses: How ASPM Can Combat MITM Attacks 

Wabbi’s CEO, Brittany Greenfield, recently discussed with Forbes strategies organizations should adopt to strengthen their defenses and safeguard stakeholders from MITM attacks. So, we’re diving into why these types of cyberattacks are a wake-up call for improving...

Mistakes To Avoid Before And After A Ransomware Attack – Forbes –

Mistakes To Avoid Before And After A Ransomware Attack – Forbes –

This article originally appeared on Forbes on August 9, 2024 Expert Panel® Forbes Councils Member Forbes Technology Council COUNCIL POST| Membership (Fee-Based) getty With recent high-profile attacks targeting organizations ranging from healthcare systems to retailers...

0 Comments

0 Comments

Subscribe to stay
Stay up to date on the latest in cyber security and how you should be protected.
Connected
Subscribe to stay
Stay up to date on the latest in cyber security and how you should be protected.
Connected
Learn how our solutions can streamline your Application Security program.
Get Insights on AppSec Orchestration
Learn how our ASPM program can streamline your application security.
Get Insights on ASPM SOLUTIONS
Learn how our DevSecOps program can integrate security into your development.
Get Insights on DevSecOps Solutions