6 JUEGOS que te enseñan a Programar y Hackear (Mejor que un curso)

Game storyline / premise (and what each teaches)

• Hacknet

  • You play an investigator working under instructions from a security expert.
  • The “story” is driven by real investigative tasks: exploring a compromised system, covering tracks, and dealing with networked targets.
  • Core teaching focus: real Unix/Linux terminal usage and practical cybersecurity workflow.

• Bitburner

  • Set in a futuristic hacking world where you grow as a hacker by earning money and expanding your operations.
  • Story progression: you start by hacking manually, then you must automate attacks by writing scripts.
  • Core teaching focus: programming logic + automation using real JavaScript, along with system/resource management.

• Greyhack

  • A massively multiplayer cybersecurity simulator where you interact with a persistent virtual internet and other real players.
  • Core learning narrative: you navigate addresses, routers, and ports, then attack/defend in real-time multiplayer conditions.
  • Core teaching focus: network fundamentals + real Linux-like administration concepts and security defense.

• The Farming Watch Replace (as named in subtitles)

  • A farming/grid game where you program a drone to sow, water, and harvest.
  • Story/loop: the game starts simple (basic movement instructions) and gradually ramps up to more complex logic and automation.
  • Core teaching focus: introductory programming using a Python-like approach, including conditions, functions, and automation.

• Steam simulator / Specialist Simulator (subtitles mention “ultimate Steam simulator” + “Specialist Simulator”)

  • You manage your own IT services company as a systems/infrastructure specialist.
  • Gameplay storyline: diagnose problems, repair hardware, manage permissions, clean malware/recover data, and respond to customer tickets under time pressure.
  • Security twist: an anonymous hacker tries to infiltrate your networks while you defend with firewall/security monitoring.
  • Core teaching focus: realism of IT work + practical defensive security habits under stress.

• Turing Complete

  • You start from basic hardware concepts (switches, booleans, zeros/ones) and build your own CPU from scratch.
  • Story progression: after building the computer, you program it using assembly, learning how data moves through memory and the processor.
  • Core teaching focus: computer architecture + low-level programming fundamentals.

Gameplay highlights & key strategies / tips mentioned

Hacknet

• Use real terminal commands to progress and investigate, such as:
  • ls (view folders)
  • cd (navigate directories)
  • rm (delete log files / cover tracks)
  • scp (transfer/steal trusted files)
• Learn networking by doing:
  • scan ports to discover open services
  • find vulnerabilities
  • run exploits to breach defenses/firewalls
• Strategy theme: become comfortable without mouse navigation and with multi-server chaining/connection management.

Bitburner

• Start with manual hacking, then automate to grow.
• Learn by writing JavaScript scripts including:
  • variables
  • while / for loops
  • logical conditions
  • arrays to build spreading/attack logic
• Resource and network management concepts:
  • buy and manage your own servers
  • calculate/manage RAM to know how many scripts can run simultaneously
  • understand network topology to reach better targets (including “more secure corporations”)

Greyhack

• Multiplayer learning forces you to understand:
  • public vs local addresses
  • routers and port forwarding
  • interpreting complex network topologies to avoid detection
• Linux-like system mastery:
  • permissions and the chmod command (as mentioned)
  • privilege escalation to get superuser/root access
  • exploiting vulnerabilities in services
• Main strategic lesson: security is adversarial—if you misconfigure, other players can infiltrate, wipe systems, and misuse your machine as a proxy.

The Farming Watch Replace

• Program a drone instead of doing manual farming.
• Progression teaches:
  • movement instructions across grid cells
  • repeat-task logic (described as using a “repeat” approach—like using Google to avoid writing tons of code)
  • conditionals like if/else (e.g., if plant grown → harvest; else → water)
  • functions and variables
• Key tip: think like a programmer as complexity and time pressure increase.

Steam simulator / Specialist Simulator

• Realistic IT workload:
  • configure IPs
  • manage databases
  • fix networking hardware (e.g., network cards)
  • use a terminal to clean malware/recover data
• Time-limited customer support:
  • ticket system interaction under strict deadlines
• Defensive security under pressure:
  • an anonymous hacker attempts infiltration
  • you must manage firewalls and detect suspicious activity in real time
• Key strategy: balance routine admin tasks with active incident response.

Turing Complete

• Build logic hardware incrementally:
  • switches/true-false, binary (0/1)
  • logic gates to add numbers
  • memory components
  • eventually construct a full CPU
• Then program it with assembly after hardware is built.
• Key learning advantage emphasized: understanding how data physically moves through memory/processor helps beyond only “modern language” coding.

Overall message / learning approach emphasized

• Instead of struggling through traditional reading tutorials, these games are presented as hands-on learning tools that make:

  • terminal commands
  • networking logic
  • programming concepts and automation
  • defensive security thinking feel like something you do to “win” at gameplay.

• Motivation hack: play these games to become comfortable with the topics, then studying becomes less intimidating.

Gamers or sources featured

• No specific gamer usernames/creators are mentioned in the subtitles.
• The only “source” referenced is the game titles themselves:
  • Hacknet
  • Bitburner
  • Greyhack
  • The Farming Watch Replace
  • (Ultimate Steam Simulator / Specialist Simulator)
  • Turing Complete