Video summary

Como fazer Apps Idiotas de R$10K/mês em 18 minutos

Main summary

Key takeaways

Business

Business-focused summary (Apps-as-a-service playbook)

Core business model / opportunity

  • Build simple, single-purpose apps and charge a monthly subscription (example: R$12/month).
  • Pricing concept: R$20–R$30/month per person can become meaningful recurring revenue once “several people use your app every month.”
  • Emphasis: recurring revenue via subscription + lightweight app functionality (e.g., calorie estimation from food photos).

5-step execution framework (process/playbook)

1) Find a validated app idea using data

  • Use Sensor Tower to search for:
    • Most downloaded apps (quick validation)
    • Then narrow to specific niches (e.g., “Health and Fitness”)
    • Focus on “apps nobody knows about” that still generate significant revenue.
  • Key tactic: don’t worry about copying—if the market is monetizing and apps are highly downloaded, there’s room.

2) Use an existing top app as a template/reference

  • Example referenced outcome:
    • One inspiration app reportedly made ~R$1 million in the last month (as stated in the subtitles).
  • Use Abacos AI (LLM chat) as the “builder” to recreate similar UX/features:
    • “Agent mode” to generate the app from scratch based on prompts + references.
    • Model choice: use Fable/Cloud “Fable 5” (described as the smartest/personal model).

3) Build the app from scratch (no traditional coding)

Steps/tools

  • Use ScreenDesign to extract inspired screens from the reference app (download each screen).
  • Upload screens as design references to Abacos agent mode.
  • Generate the full app via prompts, including a specific plan (example: “calorie counter app”).

Web vs mobile decision

  • Choose web-based so users buy with login/password (avoids Apple/Google store fees mentioned).

Test in-app

  • Register meals, upload photos, verify analysis results and UI flow.
  • Use audio/voice prompts to request fixes when something doesn’t appear correctly (e.g., dashboard/summary screen issues).

Concrete app example built

  • Food photo → estimated calories + macros (example outputs mentioned):
    • 560 calories, 29g protein, 20g fat
  • History/log functionality:
    • Monthly history screens and daily entries, with drill-down by date.

4) Set up payments + subscription (Cacto integration)

Payment setup pattern

  • In Abacos: request a subscriber plan at R$12/month
  • Host/pay infrastructure via Cacto (claimed to have “lowest rates”).

Required operational steps

  • Create a Cacto account (including Pix noted as 0% on Pix).
  • In Cacto:
    • Create a Product (example product name: “Caloria”/“Calorie”)
    • Add description (optionally generated by AI)
    • Set value (R$12/month)
    • Provide checkout link back to Abacos
    • Configure webhook and domain/API settings

Workflow emphasis

  • Don’t manually stitch everything—use Abacos to request/configure:
    • API key creation
    • product + checkout + webhook wiring

Subscription methods claimed

  • Apple Pay, Google Pay, PicPay (as shown in the example flow).

5) Deploy + publish + start marketing

Deployment options

  • Use Abacos domain
  • Connect own domain
  • Buy domain + set a subdomain

“Influencer + ad creative” production workflow (using AI)

  • Generate a UGC-style influencer image:
    • Template selected: GPT Image 2
    • Output format: 9:16 vertical
    • Prompt: selfie/UGC creator inside a car (natural light, non-professional)
  • Generate a video ad:
    • Choose model: V3.1
    • Provide influencer image + prompt describing phone interaction and app use
    • Ensure aspect ratio settings (mentions “9x1” in subtitles—intended likely vertical)
  • Create ad creatives:
    • Use screenshots of the app + feed into ad generation

Acquisition channels suggested

  • Facebook ads (via generated creatives)
  • TikTok with creative variations

Additional tactic

  • Check TikTok for “several creatives already being used” to model UGC angles and formats.

Key metrics / KPIs and targets mentioned

  • Revenue targets:
    • Goal of apps “that makes over R$10,000 per month” (framing/target)
    • Example earnings used for motivation:
      • Inspiration app reportedly made ~R$1 million in the last month
  • Pricing targets:
    • R$12/month (implemented in the walkthrough)
    • General pricing range: R$20–R$30/month per user (positioning)
  • Product performance signals mentioned (non-numeric but operational):
    • “Most downloaded apps” in niche
    • “Already making over 2 million dollars” for niche apps (as stated, though not clearly tied to a single app vs category)

Actionable recommendations surfaced in the subtitles

  • Pick a single painkiller app (e.g., dieting help via photo-based calorie estimation) rather than broad apps.
  • Validate with market download rankings by niche, not only overall Top charts.
  • Prefer web-based delivery to reduce distribution friction and avoid app store fees (per the tutorial logic).
  • Use prompts carefully to generate correct app specs (the narrator warns that vague prompts waste credits).
  • When UI errors occur, iterate quickly by sending audio instructions to the AI builder rather than “rebuilding manually.”
  • For marketing:
    • Produce UGC-style vertical creatives (9:16) and then iterate for TikTok/Facebook.
    • Improve ad/video prompts based on the mismatch seen in outputs (e.g., “photo looks professional” → update prompt for natural/non-professional).

Concrete example: “Caloria/Calorie” calorie counter app

  • Functionality:
    • User takes a picture of food
    • App estimates calories + macros
    • History view by date, including macro breakdown (e.g., protein)
  • Iteration example:
    • User flags dashboard display error (“when registering a meal it doesn’t come here”)
    • AI fixes by generating a corrected plan and updating the UI flow

Presenters / sources

  • Presenter: Narrator / instructor (name not provided in subtitles)
  • Tools / sources referenced:
    • Abacos AI LLM Chat
    • Sensor Tower
    • ScreenDesign
    • Cacto
    • (Also referenced conceptually: TikTok, Facebook, Apple/Google login/checkout, Apple Pay/Google Pay/PicPay)

Original video