Endpoint protection built for teams without a security department. It watches every machine, stops threats at the deepest level, explains what it finds in plain language, and answers your security questions like a colleague would. It uses a memory-safe kernel, so the class of driver bug that crashed millions of Windows machines in 2024 doesn't exist.
A lightweight agent on every machine. It watches how programs behave, catches threats before they spread, and explains what it found in words you understand. Detection runs entirely on the machine.
Every alert arrives with the full attack story in plain language: what ran, what it touched, why it was flagged. The technical evidence sits underneath for anyone who wants the depth.
A built-in assistant your team can talk to. It triages alerts in real time, turns alert storms into single investigations, answers security questions, and walks you through hardening your systems. The detection engine works fully standalone, and the assistant never overrides human decisions on destructive actions.
A custom memory-safe kernel driver feeds the detection and evidence layers with activity from the deepest level of the system. It is the complete picture of what is happening on your machines.
Four-stage pipeline from raw kernel events to human-readable threat explanation. Each stage runs on its own. Detection and response never require the cloud.
Kernel driver monitors process, network, file, registry, and thread activity in real time across all endpoints.
→Related events across your systems are connected into one threat signal. Noise is filtered out before you ever see it.
→The assistant classifies threats and collapses alert storms into single investigations. Obvious threats are handled automatically; ambiguous ones go to a human.
→Real-time protection kills malicious processes, quarantines files, and blocks network connections. Ransomware canaries detect encryption early. Full evidence trail delivered to your dashboard.
AI-powered attacks are here now. Signature-based tools react after the damage is done. Sentry North acts at the moment of detection, on your machines, in language your team can read.
The assistant aggregates alerts into single investigations. Before anything destructive happens, multiple independent models must agree. If they disagree, a human decides.
Detection and response execute on the endpoint, so your protection holds on degraded links and isolated networks. The assistant and AI features light up when you connect. Your security does not depend on them.
No codes to look up, no dashboards to decode. Every alert tells you what ran, what it touched, and why it matters. Built for teams without a dedicated analyst.
Why was this flagged? What does this threat mean? How do I lock this down? Your assistant answers in plain language, on any machine it protects, and walks you through hardening steps you can follow.
Most endpoint security tools are cloud-first: detection logic, threat lookups, and telemetry flow through vendor infrastructure. Sentry North runs the important parts on your machines.
Built in Canada for Canadian organizations. Detection, correlation, and response execute locally. The decisions about your endpoints are made on your endpoints.
The system is built so there is nothing to hand over. Telemetry describes threat behavior, never your files, your identity data, or your browsing history. It clears vendor privacy assessments that stall cloud-first tools.
Every malware sample in our adversarial testing to date was detected, with zero false positives. Detection coverage is mapped to all 15 MITRE ATT&CK tactics.
The Sentry North console shows every threat as a chain of evidence. Open any detection and you see the full process tree, the network connections it made, the files it touched, and its MITRE mapping, all in real time.
Three tiers. One engine. The service scales to fit.
Meet the people behind Sentry North.
Leads product strategy, partnerships, and customer-facing operations. Designs the research methodology and adversarial testing behind our detection claims. Built Sentry North after experiencing the attacks it's designed to stop.
Leads technical architecture and detection engineering. Built Sentry North's detection systems: a memory-safe kernel driver, a multi-layer scanner pipeline, and an AI triage engine with safety verification.
Early access is open. Join the waitlist to be first in line, or request a demo and see the system in our lab.