K = t^(1/α)
Where:
K = Knowledge gained
t = Time invested
α = Learning coefficient (typically 0.3-0.7)
#philtech
K = t^(1/α)
Where:
K = Knowledge gained
t = Time invested
α = Learning coefficient (typically 0.3-0.7)
#philtech
- Perpetual payments
- Dependency risk
- Data vulnerability
- Lost control
- Reduced optionality
The path forward:
1. Self-hosted alternatives
2. Open-source tools
3. Local-first architecture
4. Knowledge investment
- Perpetual payments
- Dependency risk
- Data vulnerability
- Lost control
- Reduced optionality
The path forward:
1. Self-hosted alternatives
2. Open-source tools
3. Local-first architecture
4. Knowledge investment
Your digital tools should be assets, not liabilities.
Build your technological sovereignty. Own your stack.
Your digital tools should be assets, not liabilities.
Build your technological sovereignty. Own your stack.
Low-time preference entrepreneurs often fall into a trap: over-engineering systems before proving market demand.
Your time has an opportunity cost. Leverage should follow demand, not precede it.
Low-time preference entrepreneurs often fall into a trap: over-engineering systems before proving market demand.
Your time has an opportunity cost. Leverage should follow demand, not precede it.
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'Just because something isn't scalable, doesn't mean it's not your next best step.'
The path to wealth requires disconnecting time from economic value.
0 x 1,000 is still 0
'Just because something isn't scalable, doesn't mean it's not your next best step.'
The path to wealth requires disconnecting time from economic value.
0 x 1,000 is still 0