A live reading from our own demand series - the shape of the signal this method works on. 570 industries are tracked daily; this is one of them.
Our own data: 75 industries with benchmark scores, and 213,208 city x industry records behind them (lifechain, 2026-10-08). Data base: InfoGap own records - 391 Chinese cities x 8 dimensions, 213,208 city-industry rows, 40,499 POIs (central / lifechain, 2026-10-08).
InfoGap Algorithm Handbook ยท one algorithm per page ยท plain language
1In one sentence: what it does
Scores an industry from three angles โ does it decide on data, will new technology replace it, how high is the barrier.
2When to use it
You are most likely in one of these three situations:
You want to open a shop, and the industry comes first.
What people usually do: see whether peers are making money, and follow whoever is.
With this: score each of the three angles once, land on one of three conclusions, and pick against that conclusion.
The shop has been open two years, and you feel customers getting fewer.
What people usually do: add services, add promotions.
With this: look at the vitality grade of the industry first. If the industry itself is heading down, that is the industry's problem, not your service's โ promotions will not pull it back.
You are looking at a city opportunity table: Beijing, Shanghai, Shenzhen and Chongqing each have a batch of industries marked "rising", and you don't know which one to go after.
What people usually do: pick whichever scores highest.
With this: use it to see whether the industry itself holds up in a downturn, then decide whether to take that city dividend. The city table only says where somebody wants something, not whether this line can take a hit.
3What goes in ยท what comes out
Input: a score for each of the three angles (0โ100 each) plus two supporting numbers (this is the set used for the real run)
Does it decide on data โ 62
Will new technology replace it (the higher, the safer) โ 45
How high the barrier is (the moat) โ 58
Data quality โ 62
How digital it is โ 55
What comes out
Output: the raw run, as it came out (not a character changed)
The three angles:
Data-driven 62 points (weight 0.4)
Replaceability 45 points (weight 0.3)
Entry barrier 58 points (weight 0.3)
Total (weighted): 55.7
Conclusion: ๐ก Data-replaceable โ an industry in digital transition, facing replacement risk, needs to transform
Vitality: medium
How to read it: 55.7 sits in the middle band. It means the line can still be worked now, but it is stuck right in the window of being reworked by digital tools, and the old ways will get harder and harder. The other two conclusions are ๐ข data-driven (strong) and ๐ด not replaceable (it lives off craft / licence / location and nobody can take it away).
๐One picture: is this industry still worth entering
Three angles scored; see whether you can enter, need to change, or should stay away.
4How to use it
There is no public calculator for this yet โ the method above is the whole procedure; on this site the inputs have to be keyed in by hand.
Score each of the three angles (0โ100)
Work the weighted total out with the weights above
Read the total score, the conclusion colour, and the vitality grade
5Who it is for
People about to enter an industry; people who have worked in one for a few years and feel it changing lately; people who look at projects for other people.
6Common questions
Q: I scored it myself โ won't that be off?
A: It will. It works out your judgement as it stands, not objective fact. Only honest scoring is useful โ treat it as a mirror, not a ruler.
Q: If it comes out in the middle band, is it hopeless?
A: It is not a death sentence, it is "needs changing". Either move toward data, or make the barrier thicker โ pick one.
Q: How does it relate to the city opportunity table?
A: Use them together. The city table answers "where is the demand"; this one answers "can this line take a hit".
The site has a city ร industry opportunity-gap table produced by a real run: 50 rows, running down from a score of 120.22 (Beijing, 13 industries) to 112.66 (Chongqing), every row marked "industry direction = rising".
But that table only says "where the demand is", not "whether this industry can take a hit itself" โ which is why this algorithm exists, to supply the other half.
Source: the site's city ร industry opportunity-gap table.