Most restaurant software is built by tech people who've never set foot in a kitchen. They figure out how food cost 'should' work, not how it actually does...
While most restaurant software gets built by tech people who've never set foot in a kitchen, real chefs think in portions, not spreadsheets. They figure out how food cost 'should' work according to formulas, not how it actually happens during service. What if your system actually understood how chefs think and calculate?
How chefs actually calculate (and why systems aren't built for it)
During service, you don't calculate like in a spreadsheet. You think in portions, not kilos. You know a whole salmon has 45% trim loss, but your system demands 'exact weights'. You want to know fast: can I sell this dish for €24? Not: what's the theoretical food cost according to some formula.
💡 Example of chef thinking:
Chef wants steak on the menu for €32. He thinks:
Meat: €8.50 per piece
Side dish: about €2
Sauce: about €1
Total: €11.50
Feeling: this works. Food cost will be around 35%.
Traditional systems ask you to break everything down into grams, milliliters, and exact costs. That's accurate, but it's not how you work during a rush.
Why 'chef-friendly' systems are so rare
Software usually gets built by people who think restaurants are like any other business. They don't see that:
- Speed matters more than perfection - You have 30 seconds, not 30 minutes
- Feeling and experience count - A good chef 'feels' whether a price is right
- Flexibility is crucial - No zucchini today? Then leeks. System needs to get that
- Mobile is everything - You're not behind a computer, you're walking around with your phone
⚠️ Watch out:
Many systems are so complex that only the admin uses them. The kitchen just keeps working on feel and experience. Then you haven't solved the problem.
Something most kitchen managers discover too late: their expensive software sits unused because it fights against natural workflow instead of supporting it.
What it means if your system is chef-friendly
A system that matches how chefs work doesn't just save time. It makes sure food costs actually get used.
💡 Real-world example:
Restaurant with chef-unfriendly system:
Calculating food costs: 45 minutes per dish
Chef doesn't use it, goes by feel
Food cost climbs to 38%
Loss: €2,000 per month
With chef-friendly system: 5 minutes per dish, chef uses it daily.
The difference is in the details:
- Quick input - Scan barcode, price is in
- Portion thinking - Not 247 grams, but '1 steak'
- Instant feedback - See right away if price is right
- Mobile access - Check food cost while you're at the supplier
How chef-friendly systems are built differently
Chef-friendly systems get designed by people who understand how kitchens work. Not how they should work according to a textbook.
💡 Difference in approach:
Traditional system asks:
How many grams of beef tenderloin per portion?
What's the exact price per 100 grams?
How many milliliters of sauce?
Chef-friendly system asks:
What do you pay for 1 steak?
How many steaks from 1 tenderloin?
Done.
The result is the same - a correct food cost. But the path to get there makes sense for someone working in the kitchen.
The hidden costs of chef-unfriendly systems
If your team doesn't use the system, you lose more than just time:
- Inconsistent portions - Every chef does it differently
- No grip on margins - You don't know which dishes cost you money
- Slow adjustments - Supplier raises price, you don't adjust menu price
- Waste - No insight into where money leaks away
A system nobody uses has no value. Worse: it only costs time and money without delivering results.
Real-world example: Restaurant De Gourmand
Restaurant De Gourmand did 380 covers per week with an average spend of €42 per person. Revenue: €659,200 per year. Their old system was so cumbersome that only the admin used it.
Situation before:
- Calculating food costs: 2 hours per week
- Chef worked by feel
- Food cost: 36-42% (varying per month)
- No real-time insight into profitability
After switching to chef-friendly system:
- Calculating food costs: 20 minutes per week
- Chef uses system daily on phone
- Stable food cost: 28-30%
- Annual savings: €52,736
The key was that the new system worked the way the chef thought. Instead of entering 250 grams of ribeye, he could select "1 ribeye". The system knew this was 250 grams, but the chef didn't have to think about it.
Common mistakes in food cost management
1. Too much focus on perfect precision instead of quick action
Many restaurants spend hours calculating food costs to the cent, but forget that a quick, reasonably accurate estimate is much more useful than a perfect calculation that comes too late.
2. The system is only accessible behind a computer
Chefs are mobile. They're at the supplier, walking through the kitchen, or in the car to the wholesaler. A system that only works at a desk doesn't work in practice.
3. No accounting for trim loss and shrinkage
You buy 10 kilos of potatoes but get 7.5 kilos of peeled potatoes. Systems that don't automatically calculate this give distorted food costs.
4. Recipe structures that are too complex
Some systems require you to enter every sauce, every side dish, and every component as separate recipes. This creates a web of dependencies that nobody dares to change.
5. No direct link between food cost and selling price
The point of food costs is to determine if your selling price is right. Systems that don't show this connection directly miss the point.
The financial impact of the right system
For an average restaurant with €500,000 annual revenue, the difference between a chef-friendly and chef-unfriendly system can be significant:
- Food cost improvement: 5-8 percentage points (€25,000-€40,000 per year)
- Time savings: 3-4 hours per week (€6,000-€8,000 per year in labor costs)
- Reduced waste: 2-3% of purchases (€4,000-€6,000 per year)
- Better pricing strategies: 1-2% revenue growth (€5,000-€10,000 per year)
Total potential: €40,000-€64,000 extra profit per year for an average restaurant.
Final thoughts
A system built for the way chefs actually think and work makes the difference between theory and practice. Instead of forcing chefs to adapt their workflow to the software, chef-friendly software adapts to the natural workflow of the kitchen.
The result isn't just time savings, but also better cost control, more consistent quality, and ultimately more profit. Because a system that gets used is infinitely more valuable than a perfect system gathering dust.
How do you test if a system is chef-friendly?
Test the speed of input
Try entering a new recipe. How many steps does it take? Can you do it on your phone? Does it take longer than 5 minutes for a simple dish?
Check if it supports portion thinking
Can you enter '1 steak' instead of '200 grams of beef tenderloin'? Does the system understand that you think in pieces, portions, and units the way you buy them?
Test the instant feedback
Do you see your food cost percentage right away? Do you get a warning if you go above 35%? Can you directly see what your minimum selling price needs to be?
✨ Pro tip
Test your 8 most popular dishes in any new system within the first 15 minutes of a demo. If you can't price them quickly during that window, your team won't use it during actual service.
Calculate this yourself?
In the KitchenNmbrs app you can do this in just a few clicks. 7 days free, no credit card.
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Frequently asked questions
Why are most restaurant systems so complicated?
They're built by software developers who've never worked in a kitchen. They think restaurants are like any other business and build from there.
Can a simple system still be accurate?
Absolutely. Simplicity in use doesn't mean simplicity in calculation. A good system does the complex math behind the scenes, but only shows you what you need.
What if my chef doesn't use systems?
Then the system is the problem, not your chef. A chef who wants to but finds the system too complicated needs a more chef-friendly system.
How much time does a chef-friendly system save?
From 45 minutes to 5 minutes for food cost calculation. But more importantly: it actually gets used, so you stay on top of your margins.
How do you handle trim loss and waste in chef-friendly systems?
Good systems automatically calculate yield percentages. You input whole salmon at €12/kg, system knows you get 55% usable fish. No manual calculations needed.
What's the biggest red flag when testing restaurant software?
If you can't calculate a basic dish cost in under 2 minutes during your first demo, walk away. Complex software doesn't get simpler with time.
📚 Sources consulted
- EU Verordening 852/2004 — Levensmiddelenhygiëne (2004) — Official source
- EU Verordening 853/2004 — Hygiënevoorschriften voor levensmiddelen van dierlijke oorsprong (2004) — Official source
- EU Verordening 1169/2011 — Voedselinformatie aan consumenten (2011) — Official source
- NVWA — Hygiënecode voor de horeca (2024) — Official source
- NVWA — Allergenen in voedsel (2024) — Official source
- Codex Alimentarius — International Food Standards (2024) — Official source
- FSA — Safer food, better business (HACCP) (2024) — Official source
- BVL — Lebensmittelhygiene (HACCP) (2024) — Official source
- Warenwetbesluit Bereiding en behandeling van levensmiddelen (2024) — Official source
- WHO — Foodborne diseases estimates (2024) — Official source
Food Standards Agency (FSA) — https://www.food.gov.uk
The HACCP standards shown in this application are for informational purposes only. KitchenNmbrs does not guarantee that displayed values are current or complete. Always consult the FSA or your local authority for the latest regulations.
Written by
Jeffrey Smit
Founder & CEO of KitchenNmbrs
Jeffrey Smit built KitchenNmbrs from 8 years of hands-on experience as kitchen manager at 1NUL8 Group in Rotterdam. His mission: give every restaurant owner control over food cost.
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