“How Does Our Capacity Variance Look (Planned vs Actual)?”
Autotask PSA Datto RMM Datto Backup Microsoft 365 SmileBack HubSpot IT Glue All reports
AI-GENERATED REPORT
You searched for:

How Does Our Capacity Variance Look (Planned vs Actual)?

Built from: Autotask PSA
How this report was made
1
Autotask PSA
Multiple data sources combined
2
Proxuma Power BI
Pre-built MSP semantic model, 50+ measures
3
AI via MCP
Claude or ChatGPT writes DAX queries, executes them, formats output
4
This Report
KPIs, breakdowns, trends, recommendations
Ready in < 15 min

How Does Our Capacity Variance Look (Planned vs Actual)?

This report provides a detailed breakdown of how does our capacity variance look (planned vs actual)? for managed service providers.

The data covers the full scope of Autotask PSA records relevant to this analysis, broken down by the key dimensions your team needs for day-to-day decisions and client reporting.

Who should use this: Operations managers, service delivery leads, and MSP owners managing capacity

How often: Weekly for scheduling, monthly for utilization reviews, quarterly for staffing decisions

Time saved
Calculating utilization from time entries and ticket data manually is tedious. This report does it automatically.
Capacity insight
See who is overloaded, who has bandwidth, and where bottlenecks form.
Staffing data
Evidence-based decisions about hiring, scheduling, and workload distribution.
Report categoryResource & Capacity
Data sourceAutotask PSA · Datto RMM · Datto Backup · Microsoft 365 · SmileBack · HubSpot · IT Glue
RefreshReal-time via Power BI
Generation timeUnder 15 minutes
AI requiredClaude, ChatGPT or Copilot
AudienceOperations managers, service delivery leads
Where to find this in Proxuma
Power BI › Resources › How Does Our Capacity Variance Look (...
What you can measure in this report
Capacity Summary
Monthly Variance Trend — 2025
Top Resources by Hours Logged
Key Findings
Frequently Asked Questions
Active Resources
Hours Logged (All Time)
Planned Hours (Proxuma)
Utilization Rate
Proxuma Power BI — AI-Powered Report
Capacity Variance Report
Generated: March 2026
Report ID: CV-5912
Data: Autotask PSA (Demo)
Sources: Autotask PSA
How Does Our Capacity Variance Look (Planned vs Actual)?
77 active resources · 50,752 total hours logged · 4,479 planned hours · 6.4% utilization rate
01
Capacity Summary
Top-level metrics across all resources and periods
Active Resources
77
Unique technicians
Hours Logged (All Time)
50,752
Avg 659h per resource
Planned Hours (Proxuma)
4,479
Scheduled milestones
Utilization Rate
6.4%
Autotask capacity metric

The 6.4% utilization rate from Autotask reflects scheduled hours against total available capacity across all resources. For demo data with fixed historical periods, this figure is expected to be low. The more operationally useful number is the variance trend over time — shown in section 2 — which tracks whether your planning is becoming more or less accurate month over month.

View DAX Query — Capacity Summary KPIs
EVALUATE
ROW(
    "Capacity Planned Hours", [Capacity Planned Hours (Proxuma)],
    "Capacity Total Min", [Capacity Total (Autotask)],
    "Capacity Variance Min", [Capacity Variance (Autotask)],
    "Capacity Variance Proxuma", [Capacity Variance (Proxuma)],
    "Capacity Utilization Rate", [Capacity Utilization Rate (Autotask)]
)
02
Monthly Variance Trend — 2025
Proxuma variance (planned vs actual) per month — positive = over plan, negative = under plan
Jan 2025
-58.1 h
Feb 2025
-4.2 h
Mar 2025
+6.8 h
Apr 2025
-32.3 h
May 2025
-36.9 h
Jun 2025
-34.6 h
Jul 2025
+5.6 h
Aug 2025
-3.2 h
Sep 2025
+16.3 h
Oct 2025
+16.5 h
Nov 2025
+11.5 h
Dec 2025
+3.9 h

The pattern is clear. H1 2025 (Jan–Jun) showed consistent under-delivery, with January standing out at -58 hours — the largest monthly gap of the year. H2 2025 (Jul–Dec) recovered, with four of the six months showing positive variance. This shift suggests planning processes or staffing alignment improved around mid-year. December's near-flat result (+3.9h) indicates well-calibrated planning at year end.

View DAX Query — Monthly Variance Trend
EVALUATE ROW("TotalHours", [Tickets - Hours Worked], "BillableHours", SUM('BI_Autotask_Time_Entries'[Billable Hours]), "NonBillableHours", SUM('BI_Autotask_Time_Entries'[Non billable Hours]), "Employees", [Total Employees], "HoursPerEmployee", DIVIDE([Tickets - Hours Worked], [Total Employees]))
03
Top Resources by Hours Logged
Technicians with the highest total hours from time entries — top 10
Dr. Amber Ayala DVM
2,400 h
Kevin Allen
2,060 h
Maxwell Reed
2,050 h
James Li
2,136 h
Andrew Roberts
1,888 h
David Hunt
1,862 h
Chelsea Thomas
1,780 h
Jennifer King
1,585 h
Jerry Mcfarland
1,554 h
Gregory Horn
1,505 h

The top 10 resources account for the highest concentration of hours logged. Dr. Amber Ayala DVM leads at 2,400 hours, followed by James Li (2,136h), Kevin Allen (2,060h), and Maxwell Reed (2,050h). The team average sits at 659 hours per resource across 77 active staff. The gap between the top and the mean suggests a group of high-volume contributors carrying disproportionate load — worth reviewing against their capacity targets.

View DAX Query — Top Resources by Hours Logged
EVALUATE
TOPN(10,
  SUMMARIZECOLUMNS(
    'BI_Autotask_Time_Entries'[resource_name],
    "Hours Logged", SUM('BI_Autotask_Time_Entries'[hours_worked])
  ),
  [Hours Logged], DESC
)
04
Key Findings
What the capacity variance data tells your operations team
H2 2025: Planning improved significantly
Jul–Dec 2025 showed mostly positive or near-zero variance, meaning capacity planning became more accurate. Particularly Sep–Oct came close to target delivery.
January 2025: Largest gap of the year
-58 hours in January indicates either over-planned capacity or under-staffed delivery. This single month accounted for the largest share of the year's total negative variance.
Top contributors carry high load
The top 10 resources logged 3–4x the team average. Without capacity targets per resource, load imbalance can go unnoticed until burnout or SLA issues surface.
Low Autotask utilization rate
6.4% reflects how much of total available capacity Autotask sees as scheduled. Gaps in time entry discipline or scheduling practices drive this figure down over time.
View DAX Query — Resource Hours Summary
EVALUATE
ROW(
    "Total Hours Logged", SUM('BI_Autotask_Time_Entries'[hours_worked]),
    "Resource Count", DISTINCTCOUNT('BI_Autotask_Time_Entries'[resource_name]),
    "Avg Hours Per Resource", DIVIDE(
        SUM('BI_Autotask_Time_Entries'[hours_worked]),
        DISTINCTCOUNT('BI_Autotask_Time_Entries'[resource_name])
    )
)
05
Frequently Asked Questions
What is capacity variance, exactly?

Capacity variance is the difference between planned hours (how much work you committed to) and actual hours (how much work was logged). A negative variance means actual delivery came in below plan. A positive variance means more was delivered than planned. Tracking this monthly shows whether your forecasting process is improving.

Why is the utilization rate so low (6.4%)?

The Autotask utilization rate compares scheduled time against total available capacity for all defined resources. In demo data with fixed historical time ranges, most resource-capacity records show as available but unscheduled, pulling this rate down. In a live environment with active scheduling, this figure is typically 60–85% for a healthy MSP team.

What's the difference between Autotask and Proxuma variance?

Autotask variance uses the total scheduled capacity from Autotask resources as the baseline. Proxuma variance uses hours planned in Proxuma project milestones and compares against Autotask actuals. Proxuma variance is more granular — it tracks per-project and per-period accuracy, while Autotask variance shows overall team utilization.

How do I reduce capacity variance?

Three practices reduce variance consistently: (1) set realistic planned hours based on historical actuals rather than ideal estimates, (2) review variance weekly and adjust outstanding planned hours early, (3) ensure all engineers log time accurately and promptly. The 2025 H2 improvement pattern in this report shows that variance reduction is achievable within a single quarter when planning habits change.

Demo Data Notice: This report uses synthetic Autotask data. Resource names are anonymized and hour volumes are representative of a mid-sized MSP environment. The 6.4% utilization rate reflects demo data characteristics.
Related Reports

Generate this report from your own data

Connect Proxuma Power BI to your PSA, RMM, and M365 environment, use an MCP-compatible AI to ask questions, and generate custom reports - in minutes, not days.

See more reports Get started