FUTURE SIGHTPre-attack forensicsTalk to us ↗You prepare for an attack. But what if the malicious code is already part of the data you prepare to restore?
Malicious code can be copied alongside your data, again and again.
Your files are saved without the threat.
A successful backup does not tell you when dormant code will activate.
The code is there, even while everything looks normal.
You restore the data. You can restore the malware with it.
The malicious code is part of the copy you are about to restore.
Illustrative scenario. M represents malicious code; the timeline is not a measured average.
Recent disruption. Documented costs.
Explore the incidents behind the numbers.
Production restarted after a prolonged shutdown. The estimated impact includes suppliers and other organisations, not just JLR’s own losses.
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M&S forecast disruption through July. Stores faced stock shortages and additional waste and logistics costs. This was an estimate reported in May 2025.
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Production stopped at several plants. Thousands of servers and PCs were locked; teams switched to manual operations.
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Healthcare services were disrupted nationwide. Staff returned to paper records as digital systems became inaccessible.
Read the news report ↗New reports. Real exposure.
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These are claims tracked by Ransomware.live, not independently verified incidents. Reported attack dates and discovery dates are separate source fields, not independently confirmed. Severity, downtime, financial loss and dwell time are shown only when documented; unknown is not zero. Source screenshots reproduce unverified threat-actor claims.
Explore Ransomware.live ↗The 2025 cases document disruption and financial impact; the older cases document pre-attack intrusion. None establishes how long backups were contaminated or code was inactive. The cases illustrate the stakes; they are not claims that FS would have prevented these attacks.
One copy of your data. A future attack.
28 seconds to see the difference.
Use the six stages below to explore the isolated execution process.
A backup copy is ready to run.
Take a copy of the backup. The real environment stays separate while the copy becomes the starting point for the experiment.
Three months is an illustrative simulation horizon. Detection depends on the conditions and behaviors exercised.
Some threats evade detection or wait for the right conditions. FS is designed to expose threats that antivirus may miss by giving them an opportunity to execute in isolation.
Antivirus and EDR protect live systems with signatures and behavioral detection. FS answers a different question: what happens when this backup runs through future time and simulated activity?
FS turns the isolated run into a practical recovery starting point.
Behavior activated during the accelerated simulation.
The identified malicious source, cleaned from the backup.
An analysed copy to restore from, with changes since that backup still to account for.
A cleaned backup reflects the conditions analysed. Actual recovery time depends on your environment.
Run the isolated analysis on-premises or through the cloud deployment model. No endpoint agents or live traffic monitoring are required.
The FS platform server deploys inside the corporate network and scales with existing infrastructure. Designed for organizations that need to keep backup data on-premises.
Data stays within your perimeter.
The analysis runs in the FS cloud.
Leadership spanning enterprise risk, cyber R&D and security innovation.
Global corporate management, business development and enterprise risk management.
20+ years in cyber R&D and large-scale projects across cyber, SIGINT and COMINT.
Former Head of Security & Innovation at Daimler AG. Former CTO in Tier-1 enterprises.
Future Sight brings future threats into view through pre-attack forensics. FS runs a copy of your data in a completely isolated environment, accelerates time and simulates real usage. Malicious code can activate there, giving FS the behavior needed to trace its source and remove it from the backup.
Antivirus and EDR defend the live environment. FS focuses on the blind spot inside backup data: threats that are already present but have not revealed their impact. Time acceleration and simulated usage bring those behaviors forward before recovery puts the data back into production.
Dormant payloads can depend on a date, elapsed time or user activity. FS moves the copied environment forward and simulates usage so those conditions can occur inside isolation. The attack unfolds there, before it reaches your live business.
The analysis runs on a copy of the backup in a completely isolated environment. Your live business and the original backup remain separate from the environment where malicious code is allowed to execute.
An identified attack path, its malicious source removed from the backup, and an analysed recovery point. The findings cover the behaviors and conditions exercised during the isolated run.
Yes. The on-premises platform runs within your corporate perimeter and scales with existing infrastructure. The cloud model runs the isolated analysis on the FS platform. Neither model requires endpoint agents or live traffic monitoring.
You have an analysed recovery point prepared before the incident. Data created or changed after that point still needs to be accounted for. The time to restore operations depends on your environment and the scope of the attack.
Bring tomorrow’s threats into view. Let’s explore what Future Sight can do for your organization.
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