Phishing protection in 2026 goes far beyond blocking suspicious emails.

Modern attacks can use legitimate services, trusted redirects, encrypted browser sessions, and AiTM techniques to bypass traditional defenses. To protect an organization effectively, security teams need to detect, investigate, and contain phishing across the full attack chain.

Here are five areas to focus on:

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1. Look at What Happens After the Click

A phishing investigation should not stop at checking the URL.

The page may redirect several times, load different content depending on the visitor, or only show the phishing form after someone clicks or enters information. If analysts only look at the original link, they can miss a big part of the attack.

It helps to follow the full browser session: check the redirects, see what loads on the page, review browser events, and note any domains or indicators that appear along the way.


Advantages of the in-browser data inspection inside ANY.RUN’s Sandbox

ANY.RUN’s Interactive Sandbox lets analysts do this in a safe environment. In-browser data inspection shows the page content, redirects, DOM changes, browser events, and extracted indicators as the session unfolds, making it easier to see how the phishing attack actually works.

Get clearer visibility into phishing attacks and cut response time by up to 21 minutes per case with stronger evidence at every stage of investigation.

Speed Up Phishing Triage

What this can improve:

  • Cut investigation time by giving analysts the full phishing flow in one session
  • Reduce unnecessary escalations with stronger behavioral evidence
  • Support up to 94% faster triage with clearer attack context

2. Don’t Let HTTPS Hide the Phishing Flow

Phishing often happens inside encrypted browser sessions, which can hide important parts of the attack from analysts.

This is especially relevant for AiTM phishing, where attackers may intercept credentials or session tokens during login.

Automated SSL decryption pipeline within ANY.RUN’s Interactive Sandbox

ANY.RUN’s automatic SSL decryption lets analysts inspect the traffic behind HTTPS and see what is exchanged during the session, rather than working with encrypted connections alone.

Expected investigation gains:

  • Reveal phishing activity hidden inside encrypted HTTPS sessions
  • Confirm malicious behavior that may otherwise look like normal web traffic
  • Help reduce MTTR by up to 21 minutes per case with faster access to the evidence analysts need

3. Get the Full Context Behind the Phishing Attack

Once a phishing attack is confirmed, analysts usually need more than a verdict. They need context: where the activity has appeared before, which industries or countries were targeted, what infrastructure was involved, and how the attack behaved in previous cases.

Threat Intelligence Lookup gives analysts access to data from real sandbox sessions, so they can pivot from an indicator and review related samples, infrastructure, behaviors, and past investigations.

Kali365-related sandbox sessions showcased inside ANY.RUN’s TI Lookup for deeper analysis

Kali365 is a good example. Analysts investigating a new suspicious login flow can compare it with previously observed Kali365 sessions and quickly see whether the same indicators, infrastructure, or targeting patterns have appeared before.

What analysts gain:

  • Connect one indicator to related infrastructure, samples, and previous cases
  • Spend less time searching across separate intelligence sources
  • Identify more related threats, with ANY.RUN customers reporting up to 58% more threats found

4. Turn Phishing Intelligence into Detection

Finding malicious infrastructure is useful, but the value grows when that intelligence reaches the rest of the security stack.

Threat intelligence feeds can push fresh phishing indicators into SIEM, SOAR, EDR, and other tools, helping teams detect related activity without manually moving IOCs from one investigation to another.

Get 100% actionable IOCs right inside your existing SIEM, SOAR and other security tools

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ANY.RUN’s Threat Intelligence Feeds are built from real-world investigations contributed by 15,000+ organizations and 600,000+ security professionals, giving teams a steady flow of fresh, analysis-backed indicators for phishing detection.

Impact across the SOC:

  • Put fresh indicators directly into the tools analysts already use
  • Reduce repetitive IOC collection and enrichment work
  • Cut Tier 1 workload by up to 20% by giving teams stronger signals earlier

5. Start With the Key Findings

When a phishing task lands in the queue, analysts first need to understand what they are looking at: the verdict, IOCs, suspicious behavior, affected techniques, and the main events in the session.

ANY.RUN’s Tier 1 Reports bring these findings together in one report, including behavioral indicators, MITRE ATT&CK mapping, an AI Summary, and recommendations.

Tier 1 reports provide AI summaries, recommendations and other details for faster handoff and deeper investigations

This gives analysts a quick overview of the case before they go deeper. From there, they can open the full sandbox session, verify specific events, inspect the browser activity, and focus on the parts of the attack that need further investigation.

Triage benefits:

  • Summarize the completed sandbox analysis into a clear report with key findings, IOCs, MITRE ATT&CK mapping, and recommendations.
  • Give Tier 1 analysts a clearer basis for deciding what needs deeper investigation
  • Reduce Tier 1-to-Tier 2 escalations by up to 30% with more evidence available at the first stage

Build a Phishing Investigation Workflow That Actually Holds Up

As you can see, modern phishing can hide in redirects, encrypted sessions, and legitimate services. That means analysts need full visibility into the attack, context around what they find, and a way to turn those findings into detection.

ANY.RUN connects all parts of the phishing investigation, giving analysts visibility from the initial click and browser activity to threat context, related infrastructure, and indicators that can be pushed back into detection tools.

Investigate phishing faster with the visibility and threat context needed to move from alert to confident response.