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From a field of readings to a useful answerIllustrative time-series traces in perspective. One amber interval is selected from the field and follows a single line to the source-backed answer on the right.

Peak demand

18:40–19:002,390 Wh across three readings.Follow the evidence
Illustrated flow · Answer from the building-demand study
Reific

Give your agent
the evidence that matters.

Reific finds the relevant changes in your time-series data, then passes the readings, context and sources to your agent.

Follow the evidence
Scroll to follow the evidence
Public building-energy example: 1008 readings, three selected observations. No live agent or customer system is connected.

What the agent receives

1,008 readings.
Three that answer the question.

The highest three-reading total in this week of building data, together with the context needed to use it.

Combined energy2,390 Wh16 January 2016

2016-01-16 18:501,080 WhOriginal CSV row 733

Open source data

Enough context to answer.

Three observations, their timestamps, the source rows, and the calculation. The original history stays available for inspection.

Enough context to stop.

This is the maximum in the selected week. It does not establish a fault or identify which device caused it.

16,838tokens in the two-column source

529tokens in the complete evidence packet

Measured input payloads. No model calls; total agent token burn and resolution are unmeasured.

Benchmark results

50%

Better resolution rate

More questions answered successfully.

40%

Less token burn

Fewer tokens across the agent run.

What do those percentages mean?

This worked example interprets “50% better” as a relative increase. These starting values illustrate the arithmetic; they are not the benchmark’s measured counts.

Resolution 40% → 60%Baseline × 1.50. A 40% baseline becomes 60%, an increase of 20 percentage points.

Tokens per task 20,000 → 12,000Baseline × 0.60. Count all model calls, outputs, retries and tool-result context.

Read the measurement method

Inspect the work.

Two studies on public data. Open the source, follow the calculation, and see exactly what goes into the context.

How we count tokens