Chapter 9. Calculator

Five interactive calculators for authorization system sizing, performance, risk scoring, compliance readiness, and access review planning


The following interactive calculators help architects, engineers, and security managers make data-driven decisions during authorization system design, procurement, and operations. Each calculator provides real-time visual feedback as you adjust input parameters, enabling rapid what-if analysis without requiring manual spreadsheet calculations.

PDP Engine Sizing Calculator

Calculate the required number of PDP Engine instances and Redis cache capacity based on your user count, peak request rate, and SLA requirements.

5,000
500 req/s
3 roles
30 perms
3
PDP Instances Required
128 MB
Redis Cache Size
10,000
Total Capacity (req/s)
95%
Headroom Available
15,000
Total Role Bindings
450,000
Total Entitlement Records

Authorization Latency Budget Analyzer

Break down the end-to-end authorization latency across each component in the request path and identify bottlenecks against your SLA target.

3ms
2ms
2ms
8ms
1.5ms
0.5ms
92%
Total p95 Latency: 17ms ✓ Within SLA

Authorization Risk Score Calculator

Assess the overall authorization risk posture of your deployment by scoring key risk factors. Adjust each factor to see the real-time impact on your risk profile.

15%
5%
45 days
3
10%
5%
38
Overall Risk Score (0–100)
Medium
Risk Level
Excess Perms
Top Risk Factor

Compliance Readiness Checker

Check your authorization system's readiness against key compliance frameworks. Check off implemented controls to see your readiness score update in real time.

SOC 2 CC6 Controls
ISO 27001 A.9 Controls
NIST CSF PR.AC Controls
Overall Readiness 0%
0%
0/5
SOC 2 CC6
0/5
ISO 27001 A.9
0/5
NIST CSF PR.AC

Access Review Cycle Planner

Plan your periodic access review cycles by estimating reviewer workload, completion timelines, and resource requirements based on your identity population.

2,000
3
3 min
10
2 hrs/day
12%
6,000
Total Review Decisions
10
Business Days to Complete
720
Expected Revocations
100 hrs
Total Reviewer Effort
Quarterly
Recommended Frequency
Feasible
Feasibility Assessment