Calculate the Value of Better Agent Isolation
Agents now write and run code faster than any review process can keep up.
The ROI Opportunity Calculator estimates the annual return of running your AI agents in stronger isolation with Edera, a secure execution platform that gives every workload a hardware-enforced boundary and treats it as untrusted by default.
Expected annual ROI opportunity, using the model assumptions below. Conservative and aggressive scenarios bound the range.
Where the Opportunity Comes From
Components in descending order of their contribution to the expected opportunity.
Recoverable time from agent infrastructure operations and repeated environment setup, capped at available team capacity.
Bounded potential efficiency against current agent infrastructure spend.
Potential value from reducing repeated initialization and supporting reusable/parallel execution.
Potential value associated with the current isolation model, control requirements and isolation spend.
Your supporting engineering team and maintenance load create the largest modeled opportunity. The calculation limits recovered time to the team's actual annual capacity.
Your current infrastructure spend creates the largest modeled opportunity. The model deliberately caps the percentage of spend that can be recovered.
Repeated initialization and parallel execution drive the largest modeled opportunity.
Your isolation model, isolation spend and control requirements are the largest modeled opportunity in this estimate.
What would you like to do next?
Save your estimate or answer a few more questions for a workload-specific assessment.
This estimate is directional and based on the assumptions you provided. It is not a guarantee of savings or performance. Talk to the Edera team for a workload-specific assessment.
How the estimate works
The model is intentionally directional. Customer-provided inputs drive the estimate; scenario multipliers show uncertainty rather than claiming a guaranteed outcome.
Recoverable operations and setup hours are calculated from the engineers supporting agent infrastructure, their stated maintenance percentage and workload setup. The result is capped at the team's total available annual hours.
The model uses a bounded percentage of current agent infrastructure spend, with higher opportunity when repeated setup and parallel execution are more prevalent. The percentage is capped so the opportunity cannot exceed the modeled infrastructure spend.
Repeated initialization and branching create a bounded opportunity. This component is deliberately conservative until Edera has validated customer benchmark ranges.
The model considers data sensitivity, infrastructure control requirements and current isolation spend. It does not assign a made-up security incident rate; incident economics are planned for a future revision.
Conservative = 65% of expected benefit; Expected = 100%; Aggressive = 130%. These scenarios represent uncertainty around the modeled opportunity, not a guaranteed financial outcome.
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