Binary Defense

Big change. Same mission. We’ve refreshed our brand, but our purpose remains: make the world a safer place. This next phase of Binary Defense reflects who we’ve always been and where we’re headed next. Explore the new look: binarydefense.com/?utm_source=tw…

Speed has already changed the rules. Adversaries are moving in minutes. Sometimes seconds. Meanwhile, most SOCs are still buried in alerts, chasing context, and losing time they don’t have. This isn’t about working harder. It’s about removing the friction that slows everything down. AI isn’t replacing analysts. It’s removing the drag that keeps them from operating at their best. If your team is still fighting for time, you’re already behind. See how NightBeacon closes that gap: binarydefense.com/resources/blog…

Cybersecurity is at an inflection point. Security teams are collecting more data than ever. Adversaries are moving faster. The pressure on defenders has never been higher. AI is beginning to change what’s possible. It can analyze massive amounts of data, surface patterns faster, and accelerate investigations. But without expertise behind it, AI is just speed without direction. The real breakthrough happens when AI and human intelligence work together. That’s the vision behind NightBeacon. binarydefense.com/nightbeacon

The cybersecurity industry has seen a lot of “next big things.” New tools. New acronyms. New promises. And right now everyone has an AI story. But technology alone doesn’t change the game. People do. NightBeacon was built with the knowledge of the analysts, threat hunters, and intelligence teams defending real environments every day. That’s why the excitement around it is so high. Find out why: binarydefense.com/nightbeacon

Yesterday we made NightBeacon official. This isn’t another AI announcement. It’s a new way to operate a modern SOC. Security teams today see an abundance of alerts while adversaries move faster than ever. NightBeacon was built to change that. It accelerates analysis, cuts through noise, and helps analysts move from investigation to decision faster than ever before. But the most important part? This isn’t AI replacing analysts. It’s AI amplifying them. NightBeacon learns from the people who defend our customers every day. Every investigation, every escalation, every decision makes the platform smarter. This is what happens when AI speed meets human expertise. The future of MDR just got a lot faster. binarydefense.com/nightbeacon

Today at GPSEC in North Carolina, practitioners spent the day breaking down the operational reality of defending modern organizations. Detection engineering, threat intelligence, AI in the SOC, and the growing pressure security teams are under to move faster without creating more noise. We were glad to be there representing, and presenting alongside our partners at @PaloAltoNtwks. It was a chance to show how stronger detection, better signal quality, and tighter collaboration between platforms and analysts can help defenders move faster when it actually counts. The takeaway is simple. The organizations that win are not the ones buying the most tools. They are the ones learning faster than adversaries.

Cyberattacks move at machine speed. Security operations were never meant to fight them alone. Adversaries move in minutes. Alerts arrive in thousands. That gap is exactly why we built NightBeacon. Read more: binarydefense.com/press/binary-d…

We’ve been building something. Not a feature. Not a minor update. Something designed to help security teams see what others miss. Because too often, the signals that matter are buried in the dark. Tomorrow we flip the switch. Loading…

Defending edge devices often means working with limited visibility. Sometimes all you have are traffic logs. Adversaries know that. That’s why compromised edge devices can become a quiet gateway into internal networks. @Dragonkin37 explains why in this clip. Watch the full webinar: binarydefense.com/webinars/round…

What if disabling Defender didn't require malware or exploits? A proof of concept shows how simple ACL changes to kernel32.dll can quietly stop security services from starting after reboot. Binary Defense researchers break down the technique and how defenders can detect it. Full analysis: binarydefense.com/resources/blog…

More detections ≠ better security. The best teams focus on better detections, not more alerts. Our new whitepaper breaks down Threat-Informed Detection Engineering and how Detection-as-Code turns detection into a real engineering discipline. Less noise. More signal. Download the whitepaper. binarydefense.com/resources/whit…

If you defend the edge, you’ll want to watch this. Nolan Warner explains why many edge compromises point to surveillance, IP theft, and nation state activity. Watch the clip, then catch the full webinar for the deeper breakdown. binarydefense.com/webinars/round…

On March 13, the Binary Defense team will be in Cary, North Carolina for GPSEC North Carolina, spending the day with CISOs, practitioners, and security leaders talking about what’s actually happening across the threat landscape. We’ll also be speaking alongside @PaloAltoNtwks in a breakout session on Transforming the SOC with AI Automation, covering how security teams can reduce noise, move faster, and turn intelligence into action. If you’re attending GPSEC, stop by and introduce yourself. Always good to connect with the people doing the work. Umstead Hotel | Cary, NC March 13

27 seconds. That’s the fastest observed breakout time once adversaries get inside a network. Average response today is 29 minutes. Humans can’t keep up. @HackingDave explains how AI helps security teams move faster. binarydefense.com/resources/blog…

Hospitals don’t get geopolitical breaks. As tensions rise between the US, Israel, and Iran, healthcare faces elevated cyber risk and this isn’t theoretical. @Dragonkin37 explains what leaders should be watching right now: DDoS against patient portals Ransomware and wiper activity Proxy hacktivist disruption Psychological operations designed to create fear When hospital systems slow down, patient care slows down. This is a resilience moment. Review detection. Test downtime plans. Harden external systems. Check out the full article: govinfosecurity.com/iran-conflict-…

The missiles made headlines. The cyber activity was already underway. Iranian operators were staging tools and probing infrastructure before the first strike. @Dragonkin37 explains in The Register, that this moment calls for discipline, not panic. Expect increased espionage, infrastructure disruption attempts, and amplified disinformation. US-linked orgs should treat this as a when, not an if. Full breakdown: theregister.com/2026/03/02/cyb…

If every incident feels like a fire drill, that is not resilience. That is exposure. Strong programs treat incidents as operational events, not existential threats. Clear playbooks. Defined escalation paths. Decisive response. That is the difference between disruption and damage. Here is how to build it. binarydefense.com/resources/blog…

“I have detections for every ATT&CK technique.” Cool. Are they accurate? In this TIDE FAQ, @_Dwyer_ explains why techniques alone do not make detections effective. Threat intelligence drives precision. Telemetry drives realism. Context drives outcomes. If your detection program is measuring coverage instead of adversary alignment, you are missing the point. Watch the whole TIDE series here: binarydefense.com/resources/vide…

Most edge devices will never run EDR. That’s not a gap. That’s the reality. So the question isn’t how to deploy more agents. It’s how to defend what can’t defend itself. In this clip, Cameron Lohr, Senior Detection Engineer at Binary Defense, breaks down what actually works at the edge: • Build layered defenses before, between, and after the device • Use network telemetry to see what the device cannot show you • Treat patching like risk reduction, not a recurring chore • Know your logs and make sure you are collecting the ones that matter If you’ve ever worked an edge compromise and felt blind, this is practical guidance you can use immediately. Watch the clip. Then join us for the full roundtable to go deeper in 30 mins! binarydefense.wistia.com/live/events/ji…

If an edge device gets compromised, what do you actually look for next? This roundtable answers that, from the people who hunt, detect, and track real adversaries: How attackers maintain access without tripping alerts What signals still matter when visibility is limited How nation‑state campaigns abuse edge infrastructure at scale Live today · 10:00 AM PST / 1:00 PM EST Ask questions. Get answers that don’t fit on a slide. binarydefense.wistia.com/live/events/ji…

One alert is not visibility. It is a fragment. Adversaries move in stages. Initial access. Persistence. Execution. If your detections are not connected, you are missing the story. Cameron Lohr explains how we map detections across the attack chain and align them to real adversary behavior. Watch the full webinar to see how we build signal that drives action. binarydefense.com/webinars/round…