Key takeaways

The value of community intelligence is not in collecting it. It is in acting on it before an attacker does. Here is what every security leader heading to the summit should keep front of mind.

• Rich feeds, idle defense. ISAC members pour budget into premier community intelligence, yet in most SOCs that intelligence never gets used, because nothing connects sharing to action.

• The bottleneck is the ingestion layer, not the feed. For every advisory, analysts pull out indicators by hand and rewrite rules across SIEM, firewall, and EDR. That manual work cannot keep pace with attacks that move at machine speed.

• Vulnerability exploitation is now the number one way in. The 2026 Verizon DBIR puts it behind 31% of breaches, up from 20% the year before and ahead of stolen credentials for the first time ever. Every hour between intelligence and action now costs more.

• Unified SecOps plus automation closes the gap. Cyware Intel Exchange centralizes and correlates intelligence. Cyware Orchestrate turns it into action with low-code playbooks, so no one is copying indicators between consoles or writing rules by hand.

• SLTT teams stand to gain the most. Lean state, local, tribal, and territorial teams only get full value from community feeds when ingestion and response run automatically. That is the conversation Cyware is bringing to Orlando.

Introduction

This June in Orlando, the people who defend America’s state and local governments, hospitals, utilities, and financial institutions gather for the 19th ISAC Annual Summit. The theme is “Building the Automated Security Ecosystem,” and it could not be more fitting. Most of these organizations have already done the hard part. They have invested in premier community threat feeds. They have spent years earning trust with their peers. The feeds are high quality, the trust is real, and the data is flowing.

And in most SOCs, it is sitting idle.

Why does shared threat intelligence sit idle?

Collective defense was never meant to be passive. Yet that is exactly what it becomes the moment intelligence stops moving. The premise of sharing is simple. When one organization spots a threat, everyone in the community should be safer for it. The problem is not a shortage of data. Teams already have far more than they can analyze. The real gap sits between the intelligence they receive and the intelligence they actually act on, and that gap is where collective defense quietly falls apart. Intelligence that gets logged, filed, and then forgotten is not defense. It is expensive paperwork.

Why do threat feeds stall at the SOC doorstep?

The trouble starts the instant intelligence arrives, because using it is still a manual job. It comes in through every channel imaginable. PDF reports, email threads, spreadsheets, portals, STIX/TAXII streams, community notifications. Almost none of it lands in the systems your analysts actually work in.

So the analyst goes to work. They pull the indicators out by hand, check them against internal vulnerability lists, write SIEM searches, update firewall rules, and tune EDR detections. Then the next advisory arrives, and they start over. The feed moves. Intelligence does not. On a team already buried in alerts, that backlog builds fast, and skilled analysts burn their hours on copy-and-paste enrichment instead of the threats that actually matter.

Attackers, meanwhile, have only gotten faster. The 2026 Verizon Data Breach Investigations Report found that vulnerability exploitation is now the number one way attackers get in, sitting behind 31% of breaches. That is up from 20% a year earlier, and it is the first time exploitation has passed stolen credentials in the report’s history. Patching has not kept up. Organizations fully remediate only 26% of the known-exploited vulnerabilities in CISA’s catalog, and the median time to fix the rest has climbed to 43 days. When attacks move that fast and remediation lags that far behind, every hour you lose to manual ingestion is a gift to the adversary.

Nobody feels this more than state and local government teams. They run lean, with thin staffing and little engineering capacity, so the entire manual burden lands on a handful of already-stretched analysts. The intelligence-sharing community hands them tremendous value. The ingestion layer is what stops them from using it. For most organizations, the barrier to operationalizing threat intel was never the quality of the feed. It is the ingestion layer itself.

How do you operationalize ISAC intelligence at machine speed?

You stop bolting on tools and start building a single operations layer, one that ties external community intelligence to your internal telemetry, your controls, and your response. When that layer exists, intelligence shared into an ISAC flows straight into your internal systems, and a match can fire a defensive action on its own. Nobody has to carry it from one console to the next.

Automating the feed strips out the repetitive work that slows everything down. A newly shared malicious IP can be validated, checked against what you are already seeing internally, and pushed to your security controls through workflows you defined in advance. Routine indicators get blocked or contained by automated response, with playbooks distributing them across the stack while your analysts stay focused on the hard problems.

This is the job the Cyware Intelligence Suite was built for. Cyware Intel Exchange is the foundation. It centralizes how intelligence is collected, enriched, correlated, and shared. Cyware Orchestrate takes it the rest of the way, with workflow automation that connects that intelligence directly to response across the security stack you already run. The low-code and no-code tooling matters most for teams without a deep engineering bench, because analysts can build their own workflows without hand-coding a single integration.

The benefit goes well past speed. When your threat researchers, SOC analysts, and incident responders all work from one shared environment, context follows the intelligence wherever it goes. People stop switching between tools, stop hunting for the same information twice, and stop arguing over which source to trust. What you end up with is an intelligence program your team can actually use, not just a bigger pile of feeds.

People Also Ask

What does it mean to operationalize threat intelligence?

It means turning the intelligence you receive into automatic defensive action. Instead of leaving advisories in reports, inboxes, and portals for an analyst to work through by hand, you validate and correlate the indicators against your own telemetry and push them straight to your security controls. The goal is to shrink the distance between the intelligence you receive and the action you take on it.

How does threat feed automation reduce SOC workload?

It removes the repetitive manual steps between receiving an indicator and deploying a defense. Take a newly shared malicious IP. Automation can validate it, match it against what you are already seeing internally, and distribute it to your firewall, EDR, and SIEM through playbooks you set up ahead of time, so analysts are not writing fresh rules for every advisory that lands.

How do Cyware Intel Exchange and Cyware Orchestrate work together?

Cyware Intel Exchange is the intelligence foundation. It centralizes how intelligence is collected, enriched, correlated, and shared. Cyware Orchestrate adds the automation layer, with low-code and no-code workflows that connect that intelligence directly to response across your existing security stack. Together, they move intelligence from arrival to action without a manual handoff in between.

Why does this matter most for state and local government teams?

State, local, tribal, and territorial teams usually operate with thin staffing and limited engineering capacity, so the manual ingestion burden falls hardest on analysts who are already stretched. Automating ingestion and response lets these teams get the full value of community feeds without having to build complex integrations on their own.