Translate your operational use cases into precise technical SLA requirements — latency, jitter, throughput, availability, QoS class, handover, redundancy, and spectrum implications. Built for enterprise architects, OT/IT teams, and procurement teams specifying private network requirements.
2 phases · ~5 minutes11 SLA parameters per use caseWorst-case envelope summaryTechnology implicationCross-vertical · Vendor-neutral · Free
Phase 1Site Context
Phase 2Calibration
OutputSLA Profile
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Phase 1 · Site Context
Four inputs define your operational context. Vertical filters which use cases appear. Use case selection is the primary driver of every SLA parameter in your output — select all use cases that will run on this network.
Input 1 of 4
What is your vertical or site type?
Filters the use case list to your operational context and adjusts SLA benchmark references to your industry.
Input 2 of 4
Which use cases will run on this network? (select all that apply)
Select every use case in scope. The SLA Mapper produces an individual profile for each selected use case and a worst-case envelope across all of them — the envelope is what you need to specify to vendors.
Input 3 of 4
What is the device mobility profile for the primary assets on this network?
Mobility drives handover requirements. Seamless session continuity at vehicle speeds requires 5G or Private LTE — Wi-Fi handover is not reliable above walking pace in industrial environments.
Input 4 of 4
What is the primary deployment environment?
Environment affects coverage continuity requirements and the reliability of Wi-Fi as a technology option. Outdoor and mixed environments with mobility make cellular the only viable foundation.
Phase 2 · Calibration
Three inputs calibrate the SLA parameters to your operational reality. Criticality is the most impactful — it determines whether Wi-Fi is technically adequate or whether cellular is a mandatory requirement regardless of cost.
Input 5 of 7
What is the criticality level of the primary use cases?
Criticality determines availability class, redundancy requirements, and whether network failure constitutes a safety event. Mission-critical use cases require contractual SLAs that Wi-Fi cannot support.
Input 6 of 7
What is the concurrent device density on this network?
Device density drives aggregate throughput requirements and spectrum capacity planning. High IoT density (thousands of sensors) favours cellular's per-device efficiency over Wi-Fi's shared medium model.
Input 7 of 7
What is the required network uptime?
Uptime requirement drives the availability SLA class, redundancy architecture, and whether geo-redundant core is needed. 99.999% (5 nines) means less than 5 minutes downtime per year — achievable only with geo-redundant core and N+1 RAN.
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Worst-case SLA envelopePer use case SLA cards11 parameters per use caseTechnology implication
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