Had an incident or an outage? We can help you find what changed →
Your tools say something happened, not what the attacker changed or whether it's still there.
Tracknosis shows every file and registry change, rated High, Medium or Low with a plain-language reason. Routine noise is hidden; risky changes never are.
You only see what you chose to log, and attackers wipe logs. Signature tools miss what they don't recognise, so on average a breach takes 181 days just to be identified (IBM Cost of a Data Breach, 2025).
Tracknosis reads the whole Windows volume directly, catches tampering from the first scan, and flags cleared logs and disabled auditing. No signatures needed: new and unknown attacks show up as change.
NIS2 requires a 24-hour early warning and a 72-hour notification, and holds management accountable. In the US, CIRCIA is coming soon: critical-infrastructure organisations will have 72 hours to report a cyber incident and 24 hours to report a ransom payment.
Tracknosis gives read-only, hash-verified evidence stamped with machine and operator, and report drafts built from that evidence.
Restoring without knowing what the attacker left behind invites a second attack, and insurers want proof.
Tracknosis, with a scan from before the attack, shows everything that changed since, checks auto-starts before you restore, and can often recover deleted attacker tools.
A server crashes, an application breaks after an update, or a service stops starting. The event log shows the symptom, not the cause, and every hour of downtime costs money: unplanned downtime now costs the world's largest companies around $600 billion a year (Splunk, The Hidden Costs of Downtime, 2026).
Tracknosis compares scans to show exactly which files, drivers, services and settings changed before it broke, so you fix the cause, not the symptom, and spot risky changes before they cause the next outage. Find the root cause of an outage →
Analysts spend hours trawling through events and alerts to work out what actually happened. Fatigue sets in and real attacks start to look like the noise. For the individual, the constant pressure brings stress, poor sleep and a real risk of burnout, and the organisation loses experienced people it can't easily replace.
Tracknosis answers the slowest question in triage, what actually changed, in one view: every change rated High, Medium or Low with a plain-language reason, routine noise hidden and risky changes never. Less digging, more deciding, and less cognitive load and stress on the people doing the work. Read more on alert fatigue →
Tracknosis delivers AI-driven forensic intelligence, proactive monitoring, intelligent reporting and continuous forensic observability across Windows infrastructure.
Tracknosis adds the forensic evidence layer your security stack doesn't have.
Your SIEM and observability tools collect logs and alerts. Tracknosis adds what they miss: what actually changed on disk and in the registry, with hash-verified proof of what happened and when — the evidence layer that sits alongside everything you already run.
Enterprises are saturated with alerts and logs, yet investigations remain slow, manual and inconclusive — and investigation effort and downtime are the largest share of cyber-incident cost. Meanwhile new regulation imposes hard statutory reporting deadlines, with liability attaching to named executives.
Alert fatigue, false positives and manual triage leave teams unable to answer what happened, why, and who was affected.
NIS2 and DORA already impose 24-hour, 72-hour and one-month reporting deadlines, with CIRCIA coming in the US, and leaders can be held personally liable.
Only 14% of companies are NIS2 ready (CRN). Compliance is now a board-level, budget-released priority — not a discretionary purchase.
Tracknosis works alongside, not against, your SIEM and observability platforms. It reads each Windows machine directly and sends its findings to Splunk, so they sit next to the logs and alerts you already use.
Splunk, Datadog and Elastic are excellent at collecting logs and alerts. They can't show what changed on a machine nobody told them to watch. Tracknosis can.
Every file and registry key on each Windows volume, compared scan to scan, producing defensible evidence rather than more alerts.
Identifies what changed before the incident occurred, turning a symptom into a diagnosis and helping stop it happening again.
No signatures needed. Faked timestamps, cleared logs, switched-off auditing and risky new auto-starts show up as change, so new and unknown attacks are visible too.
Report drafts built from the evidence to support NIS2, CIRCIA, DORA and UK GDPR deadlines, so you start from facts, not a blank page.
AI drafts the incident summary from the changes Tracknosis found, with every finding traceable back to hash-verified evidence. Defensible evidence, not just analytics.
Read-only collection, hash-verified results stamped with machine and operator, and recovered files never written back to the volume under investigation.
Cyber security reporting rules are tightening worldwide. Most follow the same pattern: an early warning within hours, a fuller notification within 72 hours, and a final root-cause report within about a month, with fines and personal accountability for leaders who miss them. Each report needs evidence of what happened. Tracknosis gives you that evidence, and report drafts built from it, before the clock runs out.
24h early warning, 72h notification, final report within one month. Management can be held personally liable.
Critical-infrastructure organisations: 72h to report a cyber incident, 24h to report a ransom payment. Final rule under White House review.
Initial notice within 4h of classifying a major incident, intermediate report within 72h, final report within one month.
Personal data breaches reported to the ICO within 72h of becoming aware.
Material cyber incidents disclosed within four business days of deciding they are material.
Proposed 24h initial notification and 72h full report to the regulator and the NCSC.
Every hour spent working out what happened is more downtime, more staff time and less time left before a reporting deadline. Tracknosis shortens the investigation, rather than adding another detection layer to the noise.
Your SIEM and monitoring tools record what they were set up to watch.
Tracknosis reads the whole Windows volume and shows what actually changed: every file and every registry key, rated for risk, with the evidence to prove it.
It works alongside the tools you already run, sending findings to Splunk, so you add answers rather than another dashboard.
When a breach hits, the questions come fast: what happened, how did they get in, is it still there — and what must be reported? Unknown threats slip past signature tools, logs get wiped, and regulators want answers on deadline.
Tracknosis shows what changed on your Windows machines, when, and how risky it is, with hash-verified evidence and report drafts built from it, so you can answer with confidence. See how it helps →
Deploy Tracknosis as an AI forensic investigator that runs inside your own estate on Cisco AI PODs or Cisco AI in a Box — a sovereign AI platform for the one workload that can't run in a public cloud: investigating the incident and producing the regulator's report.
Your board holds you accountable; your regulator holds a stopwatch. A practical guide for security leaders on proving what happened — root cause, attack timeline and blast radius — and meeting the 24·72·30 reporting clock with evidence you can put your name to.
Request a guided trial: we install Tracknosis with you on one of your Windows machines and walk you through your first results, from High-risk changes to signs of tampering and persistence. Free, and nothing stays installed unless you choose to continue.
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