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Per-character pricing run against flat streams.

15,000 min

where our own flat stream passes our own tokens

A lab report on a pricing model, not on a vendor. Published meters run $30 to $100 per million characters, a spoken minute is about 1,000, and here the same speech is $10 a million prepaid or $150 a month on a flat stream.

The crossing, drawn

One month of one stream, both models on the same axes. The meter is a wedge, because published rates span $30 to $100 per million characters; the line is a horizontal at $150.

fig.

One stream, one month, meter wedge vs flat stream

Fig

$250$500$750$1,0002k min4k min6k min8k min10k minmeter · $30/1Mmeter · $100/1Mflat line · $1501,5005,000

Meter cost = minutes × 1,000 chars × rate ÷ 1M, at the published $30, $100 range (July 2026). The flat rate crosses the cheapest meter near 5,000 spoken minutes and the priciest near 1,500. Our own tokens sit below the whole wedge at $10 a million, and the flat stream passes them at 15,000 minutes.

The arithmetic

Every cell is one multiplication. Check any of them. The token column is minutes × 1,000 characters × $10 ÷ 1M, and it is under the meter in every row, because $10 a million is below the bottom of the published range.

The only crossing that decides anything is between our own two doors. Take tokens up to 15,000 spoken minutes a month and the flat stream past it. The last row is the flat stream winning, and the first three are the pack.

table 01

Four workloads, one month, three models

WorkloadMinutes / moOn the meterGandr tokensGandr flat
Reminders only2,000$60, $200$20$150
E-learning library6,000$180, $600$60$150
Audiobook catalogue12,000$360, $1,200$120$150
Dubbing catalogue30,000$900, $3,000$300$150

Run it on your own traffic

Take one month of spoken minutes out of your own logs and multiply by 1,000 characters. That count times $10 a million is your bill on tokens here; your stream count times $150 is your bill on flat. Whichever of the two is smaller is the door to take, and both are on the same engine.

A key and one stream, and the table above becomes something you rerun against your own traffic.

Get a key and hold us to these numbers