Fortinet
1 YEAR CLOUD BASED OVERLAY SVC
Out of Stock
1 Year Cloud Based Overlay SVC Fortinet | SaaS Subscription, 1 Device
Fortinet
MPN: FC-10-F781D-657-02-12
$52,593.75$63,750.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Software as a Service (SaaS) delivery
- Subscription license model
- 1 device license quantity
- Monthly fee pricing
- Academic pricing support
- K-12 school pricing support
- 3-year license validation period
- Cover one device using a cloud-based overlay SaaS subscription
Maintain cloud-delivered access for one device with a 1-year cloud-based overlay service designed for subscription-based deployment. Delivered as software as a service, this offering is structured for organizations that need predictable term licensing and straightforward entitlement management.
The pricing model includes monthly-fee options and supports academic and K-12 school purchasing contexts, which can help institutions match budget cycles to service access. With a 3-year license validation period listed in the source data, this service is positioned for longer planning horizons while still being consumed as a subscription license.
For procurement teams, the appeal is clarity: one device, defined term, and a cloud-based delivery model that reduces the friction of traditional software deployment. For IT teams, it means access can be managed as a service rather than a one-time software purchase, which is often the right fit for distributed environments and education-focused buying programs.
Ideal For
- Providing cloud-based overlay access for a single managed device
- Supporting academic IT purchasing with subscription licensing
- Aligning K-12 school software access to annual or multi-year budgets
- Managing a service-based deployment where SaaS delivery is preferred
Why This Product
- 1Single-device licensing keeps scope tightly controlled
- 2SaaS delivery reduces deployment overhead
- 3Academic and K-12 pricing options support education buyers
- 4Monthly-fee model helps with budget predictability