The Absolute Guide to Rehydration Economics

Quickly calculate the true cost of device recovery. Compare manual vs automated models and uncover savings in technician time and productivity.

ROI calculator

Understand the economics of device recovery

When endpoint devices fail or are compromised, recovery costs can escalate quickly. This calculator helps IT and operations teams quantify the financial impact of manual recovery versus automated rehydration—factoring in technician time, courier costs, and lost productivity. Whether you're building a business case or refining your endpoint strategy, this tool provides clarity on where hidden costs lie.

Use the ROI Calculator to:

  • Compare manual vs automated recovery models side-by-side
  • Calculate productivity loss based on staff roles and salaries
  • Factor in technician time, courier costs, and recovery delays
  • Customise inputs for your organisation’s size and structure
  • Export results to PDFfor internal reporting or stakeholder review

Device recovery is often treated as a technical issue, but its financial implications are significant. By quantifying the true cost of downtime and inefficiency, this calculator empowers IT leaders to advocate  for smarter, faster recovery solutions. Use it to support budget planning,  vendor evaluation, or internal process improvement. Want to dive deeper? Get  the new Device Recovery Economics White Paper to learn how recovery costs are quantified and get best practice tips on reducing them for your  organization.

Rehydrate ROI calculator

The Absolute Guide to Rehydration Economics
Compare manual vs automated device recovery costs for your organization

Describe your organization

1,000
1.0
50%
5
The average salary of an IT technician is estimated as $48k but you may wish to adjust this.
Estimated fully loaded cost per team member $103,355
Average fully loaded cost per employee $82,684
Estimated cost of productivity loss / hour $39.75

Choose a Recovery Scenario

4lb package overnight each way
1
Estimated technician cost / hour $49.69
Total devices impacted 1,000
On premise 500
Remote 500
Cost Comparison For Single Incident
Manual Recovery Model
Automated Rehydration Model
Initial reaction time
1 Days
1 Days
Device in transit
1.5 Days
0 Days
Courier costs
$70,000
$0
Elapsed recovery time
14,400 Minutes
5 Minutes
Average device recovery time
5.68 Days
1.01 Days
Total technician time required
667 Hours
8.1 Hours
Total elapsed recovery days
10 Days
1.01 Days
Total productivity hours lost
45,440 Hours
8,040 Hours
Total productivity lost cost
$1,806,327
$319,605
Total technician cost
$33,127
$402
Total Recovery Costs Per Incident
$1,909,454
$320,007
Automated Rehydration saves your organization $1,589,447 per incident

Assumptions

  • Day 0 — day that incident necessitating restore discovered and decision made to restore begin incident response and have device shipping begin; this can be increased if desired.
  • Assumes productivity is lost for the day of restoration and device is shipped ready to use next day.
  • Assumes all productivity is lost — i.e. staff rely on computers 100%, this can be adjusted by changing the average salary.
  • The cost to ship a 4lb laptop overnight within the United States varies by carrier: UPS Next Day Air ~$70-$100, FedEx Standard Overnight ~$60-$90.
  • If the total manual recovery time exceeds 25 days — the number of technicians must be increased.

"In the event of ransomware, malware, or system crashes (e.g., BSOD), Absolute Rehydrate enables our company to quickly return devices to a trusted state. This rapid recovery mechanism is crucial for maintaining business continuity and minimizing the impact of cyber incidents. It also supports proactive disaster recovery planning, ensuring that endpoint restoration is not dependent on functioning OS or network tools."

A Global Enterprise Customer, Technology Sector

Device recovery FAQ

Device rehydration is the process of restoring a compromised endpoint to a trusted, operational state. It is an essential part of any modern recovery strategy because it allows you to remotely and automatically restore devices after incidents like ransomware attacks or OS corruption. This process is definitive for minimizing downtime, reducing recovery costs, and ensuring your employees can return to productivity without delay.

A firmware-embedded solution offers superior security because its recovery capabilities are built directly into the device's hardware. This ensures that you can always restore an endpoint, even if the operating system is completely compromised, corrupted, or non-functional. Unlike software-based tools that can be disabled or removed, a firmware-level connection provides an unbreakable digital tether to your devices for guaranteed visibility and control.

Yes. By developing pre-configured, automated recovery playbooks for commonscenarios—such as restoring a golden OS image or removing malicious files—youeliminate manual errors and drastically reduce response times. Automationallows your IT team to execute remediation actions at scale and with precision,restoring operations in minutes or hours instead of days. This strategicapproach is critical for maintaining business continuity.

An advanced recovery strategy directly strengthens your compliance posture. By ensuring you can rapidly restore compromised devices and maintain continuous visibility into endpoint health, you are better equipped to meet the stringent requirements of regulations like GDPR and HIPAA.This proactive approach helps you avoid penalties associated with data exposure and demonstrates a commitment to safeguarding sensitive information.

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