Your security stack is finding more issues than ever, yet the time to resolve them isn’t shrinking.

Why?

The problem isn’t detection—it’s the orchestration gap that sits between your alert and your action.

This article will explore the cost of “human middleware,” or the manual, spreadsheet-heavy processes we rely on to move data between tools and operators. We’ll break down how this fragmentation creates a tax on every aspect of your program, from stalled remediation and compliance drift to investigation fatigue and ultimately data breaches.

Discover how shifting from manual hand-offs to unified workflow orchestration closes the gaps, reduces friction, and lets you mobilize data at the speed of risk.

Human Speedbumps on Exposure Management Action Tracks

When an alert hits the SOC, there’s a lot that goes on before teams can start “fixing” things. From a continuous threat exposure management (CTEM) point of view, these steps are known as action tracks.

The problem isn’t the process; it’s the fact that humans are unnecessarily the ones doing the handoffs (and that introduces a lot of problems).

Action tracks break down roughly into:

Scoping

Identifying mission-critical business priorities and the assets, risk appetites, and owners involved with that.

Discovery

Finding all assets and determining the threats and risks attached. Once exposures are found, this involves:

• Checking for false positives
• Adding context and correlating with threat data

Discovering assets manually can be time-consuming, inefficient, and at the end of it all, incomplete.

Prioritization

Exposures are prioritized based on impact to the business and business-critical functions. This can be a lengthy process scanning multiple environments, as teams need to consider:

• Weakness severity
• Exploitability
• Asset criticality
• Visibility
• Business impact

This can require cross-tool investigation and take a lot of time to assemble by hand.

Validation

Once you think you know what’s important, you have to make sure before diverting your resources there. This means validating prioritized remediations by:

• Pen testing
• Red teaming
• Attack path analysis

Again, moving data between multiple tools is required, taking time and introducing friction. And we haven’t even gotten to the action step yet.

Mobilization

Putting plans into place. Mobilization is where the rubber hits the road, and validated findings go from alert to action. This requires:

• Creating a ticket
• Assigning ownership
• Monitoring to make sure the fix gets done
• Updating status

And doing the same thing over again for every single alert.

From intelligence – to humans – to action

Having your exposure management action steps in place is great. But making them run smoothly is where most SOCs get stuck.

And that’s because we may be getting in our own way.

Data – constantly refined, tested, enriched, and updated – has to move from place to place along the chain. Without automated workflow orchestration, humans are the ones doing that data shuffling.

That means human analysts have to:

• Insert the prioritized ticket into systems like Jira
• Assign ownership and hope the team gets the time
• Remember to circle back and see that it gets completed
• Find time to update the status on the dashboard

And keep track of all of that—somehow.

With the number of threats coming in from SIEMs and other tools, this kind of legwork just isn’t feasible anymore. It inserts lag, human error, and friction into every aspect of your program, slowing things down. Time gets lost, things get missed, and EM action tracks grind to a halt.

What’s worse: there’s no significant upside. It’s not like “human middleware” makes anything more secure, run any faster, or be any more organized. If anything, us gumming up the works at these critical handoffs produces the opposite effect. 

Spreadsheets still rely on human intervention, timing, and limitations. It’s time to get out of the way and let automated orchestration enter.

What orchestrating SecOps looks like

SecOps orchestration means automatically connecting the dots: from ready-to-action CTEM alerts to SOAR-produced resolutions. And all the monitoring, reporting, and updating in-between.

This means workflow orchestration processes that:

• Automate ticket creation (ServiceNow (News - Alert), Jira, etc.)
• Assign issues to the right owner
• Trigger scripts or SOAR actions
• Track remediation
• Validate and close the loop
• Keep things updated and compliant

By implementing orchestration into SecOps processes, alerts can go from detection tools to ticketing systems to automated remediation without touching human hands at each step.

The cost of human handoffs

Keeping humans in the loop at every stage of security operations adds friction and frustration. It also:

• Increases the risk of human error
• Backlogs actionable alerts because they’re waiting to be assigned
• Requires constant round-the-clock monitoring

This increases analyst workload and leads to burnout.

Key benefits of security orchestration

It’s no secret that SecOps orchestration leads to accelerated outcomes.

A 2024 study published on ResearchGate reveals that experiments using intelligent automation (a key component of SecOps orchestration) reduced mean-time-to-respond (MTTR) from an average of 94 minutes to just 29 minutes.

By leveraging SecOps workflow orchestration, teams can achieve:

• Faster MTTR: threat intel integrated directly with response tools
• Fewer bottlenecks: No more waiting for humans to get to the next step
• Better prioritization: All tools automatically integrated so nothing gets missed
• Improved compliance: Orchestration means a higher chance of fixes automatically reported and updated, and better audit and compliance trails.
• Unified workflows and reduced silos: Directly linking detection with ticketing and response tools creates a closed loop and a single source of truth.

Most importantly, replacing manual processes with orchestrated exposure management workflows moves the needle: SecOps goes from human-reliant, reactive security to proactive processes that can scale and stay current over time.

AUTHOR BIO

An ardent believer in personal data privacy and the technology behind it, Katrina Thompson is a freelance writer leaning into encryption, data privacy legislation, and the intersection of information technology and human rights. She has written for Bora, Venafi, Tripwire (News - Alert), and many other sites.