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Eliminating Silos in IT/OT Cybersecurity Is a Funding Challenge, Not a Technical One The FedRAMP High Supply Crisis Is a Federal Security Problem – Not a Procurement Footnote How More Tightly Focused Software Development Initiatives Will Unlock Innovation Across Government Transforming Federal Cybersecurity Through Private Sector Innovation Evolving Zero Trust and Embedded AI – Federal Government Cybersecurity Predictions for 2026 Unlocking AI’s Potential in High-Assurance Environments Accelerate Agentic AI in the Federal Government: Top Takeaways Why Congress Must Reauthorize the Technology Modernization Fund Make Cybersecurity a Key Ingredient of Modernization How Spectro Cloud’s PaletteAI Secure helps agencies scale AI securely, compliantly, and confidently Fix the Foundation: How Hybrid Cloud and Trusted Data Enable Government AI New Google Workspace Cost-Saving Offer Available for U.S. Federal Government Reinventing FedRAMP in the Age of AI Balancing Security and Efficiency: The Federal IT Dilemma in the AI Era Meeting Evolving State and Local Cyber Threats AI Is the Solution to Stop AI Data Theft Enhancing U.S. Government Operations with AI and Human-Centered Design How FinOps Can Help Agencies Slash Cloud Costs in 5 Steps Will Quantum Computing Weaken or Strengthen Cybersecurity of Federal Systems? Improving Citizen and Federal Employee Experience with Virtual AI Assistants Strategies for Securing the Federal Supply Chain Reframing the U.S. Government’s Approach to Cybersecurity Oversight Three Steps Agencies Can Take to Meet Government’s AI Requirements The Impact of NIST’s PQC Standardization on the Federal Cybersecurity Ecosystem Generative AI is Revolutionizing Federal Government Operations NIST’s new PQC Algorithms and What They Mean for Federal Agencies Addressing the U.S. Quantum Labor Shortage Before It’s Too Late How a Community Vigil Approach and Secure by Design are Critical to Software Cybersecurity Addressing the Talent Shortage: How Digital Government Improves Satisfaction, Retention Here’s What We Can Learn (and Do) About Cybercrime from FBI’s Latest Internet Crime Report Implementing AI Assurance Safeguards Before OMB’s December Deadline The Next AI Wave: Quantum AI CDM’s Evolution to Non-Traditional Technology: Why Now and How Will it Succeed? Customer Expectations Require Agencies to Raise the Bar on Customer Experience, Report Shows Applying for Government Benefits Shouldn’t Be Difficult When It Comes to Identity Verification Four Federal Software Supply Chain Security Trends to Watch FedRAMP Baseline Transition Points to OSCAL-Native Tools What Zero Trust Means for Modern Government: Best Practices for Key Tenets Four Ways to Handle the IT Funding Crunch Agencies Need to Get Creative to Fill the Cyber Workforce Gap Customer Identity trends report shows control trumps convenience Federal Agencies Making Strides Toward Sustainability and Climate Action Executive Order 14028 | Improving the Nation’s Cybersecurity Depends on Data | All Data is Security Data Applying Geospatial Intelligence, AI/ML to Climate Change Challenge My Cup of IT: Angry at Arthritis, Hunting for Cures How the Federal Government Can Help Combat a Fragmented Internet Accelerating Cybersecurity for US Critical Infrastructure Getting in on the Ground Floor of the ‘New Observability’ Comply-to-Connect is Key to Zero Trust for DoD How Will Upcoming Cryptocurrency Regulations Affect Industry? 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How SOC Automation Supports Analysts in Securing the Country
John A. Davi · 2020-12-09 · via MeriTalk

The security operations center (SOC) has become the critical hub of Federal agencies’ cyber readiness. SOC analysts keep agencies safely up and running – determining the size and impact of incidents, utilizing threat intelligence, implementing response procedures and collaborating with other staff to address issues.

It’s a big job that can mix both complicated analysis and tedious tasks. That’s why it can be a good fit for security orchestration, automation and response (SOAR) platforms, which can optimize a SOC’s output by automating the mundane tasks analysts regularly perform.

Obstacles to SOC Effectiveness

In a SOC, the process of triaging alarms can stretch into more than a week, especially if the tools used to gather related artifacts and data aren’t integrated. Analysts spend hours on highly repetitive tasks, reviewing and comparing alerts across multiple screens and windows. With terabytes of alerts received per day, analysts can’t keep up.

Most SOC teams aggregate data to create actionable, high-fidelity logs that provide a limited view of an incident’s true impact. But agencies’ siloed need-to-know policies on information-sharing can significantly limit SOC analysts’ visibility into the tools generating the vast amounts of threat data. That makes an accurate situational assessment challenging.

Meanwhile, SOC metrics like incidents handled per hour can incentivize the wrong behavior by motivating analysts to focus on false positives or cherry-picking incidents they can close fast. Analysts should be solving actual problems, not processing tickets.

The New Human-Machine Symbiosis

Security orchestration, automation and response (SOAR) platforms can change that dynamic. A SOAR acts as a central hub that connects the many disparate security tools feeding typical alarms. It optimizes the SOC’s output by automating the mundane, tedious processes analysts normally perform – reviewing and assessing threat intelligence data, determining what is actionable and assigning the information to the right analyst for resolution, but nowhere else.

When done manually, those tasks can take more than a week, depending on the complexity of the problem. Meanwhile, the agency remains vulnerable or could even already be under attack. Tightly integrating a SOAR with a threat intelligence platform can reduce the process to hours or even minutes.

While automation can rapidly assess indicators of compromise (IOCs), analysts’ subject matter expertise is vital for reviewing and interpreting the data. SOC analysts can ensure that alarms coming from similar sources are identified so they can avoid wasting effort on what is really the same problem. They must also determine the “blast radius” of an issue, since a single incident can quickly spread once inside the network.

SOAR can perform the analytics instantly, arming analysts with the data they need for preventive and corrective work. That includes the vitally important task of incident root cause analysis, where analysts’ subject matter expertise and skills are perhaps most valuable. Determining how and why an incident occurred is the single best way to ensure it doesn’t happen again.

A Virtuous Talent Circle

Automating processes can also help ensure that junior analysts have the correct insight to make the best determination as quickly as possible and flag issues for more experienced analysts.

Since automation relieves SOC analysts of hours of wearisome and mundane tasks, it gives them time to develop and document processes for the complex work they perform. Automated processes can then guide junior analysts in skills development and growth.

With lower-level tasks being reliably managed with automation, senior analysts will have more capacity to improve the SOC, devise more repeatable complex workflows, improve the root cause analysis process and standardize responses to ensure repeatable outcomes. They’ll also have more bandwidth to share knowledge and coach the juniors – it’s a win for everyone, allowing more time and people for higher level analysis and fewer requirements for the basic level analysis that can now be addressed through automation.

Embracing the Opportunity

Automation can drive these many benefits and more. It begins with automating well-defined processes as they exist. There is no need to re-engineer established practices when automation is introduced. SOC leaders can adopt a SOAR platform if none is already in place, and use it to align metrics to desired mission outcomes.

Over time, revising and enhancing processes and knowledge management systems by leveraging the benefits of automation, will help develop junior engineers while easing the demands on senior team members. That will improve results and retention across the team and lead to a much more successful SOC. Ultimately, that means greater safety and security for the nation.