ai I tech I full stack I research :)
Joined October 2026
- Tweets419
- Following212
- Followers256
- Likes336
Pinned Tweet
Hey Web3 fam 🫂❤️
I'm planning to build something of my own in Web3, and I want you to be part of this journey from day one. 🚀
I'm still at the beginning, but I'll share my journey honestly, step by step.
I need your support to grow a genuine community where we can learn, build, and grow together. 🤝
If you believe in building something real, stick around. ❤️
A solo founder with 10 AI agents
VS
A startup with 10 employees.
Same product.
Same budget.
Who wins?
𝗦𝗧𝗢𝗣 𝗕𝗨𝗜𝗟𝗗𝗜𝗡𝗚 𝗣𝗢𝗥𝗧𝗙𝗢𝗟𝗜𝗢𝗦 𝗧𝗛𝗔𝗧 𝗟𝗢𝗢𝗞𝗦 𝗟𝗜𝗞𝗘 𝗔 𝗥𝗘𝗦𝗨𝗠𝗘 𝗣𝗗𝗙 😳
your portfolio should make a recruiter stay on the page before they even open your resume.
I found 10 websites worth studying if you want to vibe-code a portfolio that feels premium, take this as reference !
bruno simon → bruno-simon.com
you don't scroll it, you drive through it.
3D, physics and exploration as the whole portfolio.
cassie evans → cassie.codes
motion is the pitch.
every animation shows what she can build.
jhey tompkins → jhey.dev
playful experiments instead of a boring project grid.
turn your side projects into proof.
brittany chiang → brittanychiang.com
minimal. dark. structured.
clear projects, clear skills, zero noise.
active theory → activetheory.net
the extreme version.
full-screen visuals and immersive experiences, like a creative studio.
henry heffernan → henryheffernan.com
you sit at a 3D retro desktop and click around.
the portfolio is a tiny world, not a page.
rauno freiberg → rauno.me
details nobody asked for, but everybody notices.
proof of taste in every small interaction.
emil kowalski → emilkowal.ski
clean UI with animations that feel right.
shows you can polish, not just build.
lynn fisher → lynnandtonic.com
personality in every corner.
her site feels like a person, not a template.
josh comeau → joshwcomeau.com
interactive explanations inside the site itself.
teaching and showing skill at the same time.
NOW VIBE-CODE YOUR OWN.
don't prompt:
build me a premium portfolio.
that's how you get the same AI-generated website everyone else has.
instead:
pick one reference
study the layout
break down the interactions
give it to your AI coding tool and rebuild the concept around YOUR work.
then keep iterating until the AI slop disappears.
your portfolio shouldn't tell people you are good.
it should be the proof.
save these 10 references before you build your next portfolio 🫡❤️
Twitter is cool.
But it’s 10x better when you connect with people who code.
If you’re into tech, AI, or programming, say hi & let's connect
Microsoft’s 60K Employee Buyout Shock: Is AI Taking Over Jobs?👀
AI might not be replacing every worker directly.
But it's changing how companies decide where to spend money and how many people they need.
The warning signs:
- Companies are restructuring and cutting costs.
- Routine work is becoming easier to automate.
- Entry-level developers face tougher competition.
- AI skills are becoming more valuable.
The move? Learn to build with AI, understand APIs and agents, and ship real projects.
Don't just use AI. Learn to make it work for you.
Byte Coder retweeted
It's over for YouTube.
X and Instagram are starting to prioritize long form video content.
5 Git commands that can save you when your code gets messy.
1. "git status"
See which files you've changed and what's staged for commit.
2. "git diff"
Review your code changes before committing.
3. "git stash"
Temporarily save uncommitted changes without creating a commit.
4. "git log --oneline"
See your commit history in a clean, compact format.
5. "git reflog"
Find where "HEAD" and your branch references pointed previously. Useful when you think you've lost a commit.
You don't need to memorize every Git command.
You just need to know which ones can save you when things go wrong.
I want to #connect with more
- Founders
- Developers
- AI/ML researchers
- Business Owners
Say Hi and let's connect!
Byte Coder retweeted
𝗬𝗘𝗔𝗥𝗦 𝗢𝗙 𝗘𝗫𝗣𝗘𝗥𝗜𝗘𝗡𝗖𝗘 𝗗𝗢𝗡’𝗧 𝗠𝗔𝗞𝗘 𝗬𝗢𝗨 𝗦𝗘𝗡𝗜𝗢𝗥 👀
Two developers. Same experience. One gets paid 2–3× more.
Here are the 10 skills companies test in senior interviews ↓
SENIOR SOFTWARE ENGINEER SKILL TREE
│
├── 01. Programming Fundamentals
│ ├── Strong in at least one language
│ ├── Data Structures & Algorithms
│ ├── OOP, SOLID & Design Patterns
│ └── Clean, maintainable code
│
├── 02. System Design
│ ├── High-Level Design (HLD)
│ ├── Low-Level Design (LLD)
│ ├── Scalability & Load Balancing
│ ├── Caching & Message Queues
│ └── Architecture Trade-offs
│
├── 03. Database Engineering
│ ├── SQL & NoSQL
│ ├── Indexing & Query Optimization
│ ├── Transactions & ACID
│ ├── Replication & Sharding
│ └── Data Consistency
│
├── 04. Distributed Systems
│ ├── Microservices Architecture
│ ├── Concurrency & Race Conditions
│ ├── Idempotency & Retries
│ ├── Fault Tolerance
│ └── Event-Driven Architecture
│
├── 05. APIs & Security
│ ├── REST, gRPC & WebSockets
│ ├── Authentication & Authorization
│ ├── Rate Limiting
│ ├── API Versioning
│ └── Secure Coding Practices
│
├── 06. Cloud & DevOps
│ ├── AWS, Azure or GCP
│ ├── Docker & Kubernetes
│ ├── CI/CD Pipelines
│ ├── Infrastructure Basics
│ └── Deployment & Rollback
│
├── 07. Production Engineering
│ ├── Logs, Metrics & Tracing
│ ├── Monitoring & Alerting
│ ├── Performance Optimization
│ ├── Incident Response
│ └── Root Cause Analysis
│
├── 08. Testing & Code Quality
│ ├── Unit & Integration Testing
│ ├── Code Reviews
│ ├── Refactoring Legacy Code
│ └── Technical Debt Management
│
├── 09. Technical Leadership
│ ├── Mentoring Junior Developers
│ ├── Architecture Discussions
│ ├── Technical Decision-Making
│ ├── Cross-Team Communication
│ └── Handling Disagreements
│
└── 10. Ownership & Business Impact
├── Understand Business Requirements
├── Break Down Complex Problems
├── Estimate Risks & Trade-offs
├── Own Features End-to-End
└── Deliver Measurable Results
What do companies actually ask in senior developer interviews?
System Design
→ Design a payment system that prevents duplicate transactions.
→ How would you scale an application from 10K to 10M users?
→ When would you choose microservices over a monolith?
Databases
→ Why is your SQL query slow, and how would you optimize it?
→ How do you maintain data consistency across services?
Distributed Systems
→ What happens if a server crashes during a database transaction?
→ How would you handle duplicate messages from a queue?
Production & DevOps
→ Your production API suddenly becomes slow. How do you investigate?
→ How would you deploy a breaking change without downtime?
Technical Leadership
→ Tell me about a major production incident you handled.
→ Describe a technical decision you made and the trade-offs involved.
→ How do you handle disagreements during code reviews?
The biggest difference?
A junior developer often focuses on implementing a feature.
A senior developer also thinks about what happens when that feature fails, scales, becomes expensive, or needs to be maintained by another team.
You don't need to master every tool on this list. You need strong fundamentals, depth in your domain, and the judgment to make reliable technical decisions.
Years of experience may get you shortlisted. Engineering judgment is what makes you senior.
Save this for your next career move.
𝗬𝗘𝗔𝗥𝗦 𝗢𝗙 𝗘𝗫𝗣𝗘𝗥𝗜𝗘𝗡𝗖𝗘 𝗗𝗢𝗡’𝗧 𝗠𝗔𝗞𝗘 𝗬𝗢𝗨 𝗦𝗘𝗡𝗜𝗢𝗥 👀
Two developers. Same experience. One gets paid 2–3× more.
Here are the 10 skills companies test in senior interviews ↓
SENIOR SOFTWARE ENGINEER SKILL TREE
│
├── 01. Programming Fundamentals
│ ├── Strong in at least one language
│ ├── Data Structures & Algorithms
│ ├── OOP, SOLID & Design Patterns
│ └── Clean, maintainable code
│
├── 02. System Design
│ ├── High-Level Design (HLD)
│ ├── Low-Level Design (LLD)
│ ├── Scalability & Load Balancing
│ ├── Caching & Message Queues
│ └── Architecture Trade-offs
│
├── 03. Database Engineering
│ ├── SQL & NoSQL
│ ├── Indexing & Query Optimization
│ ├── Transactions & ACID
│ ├── Replication & Sharding
│ └── Data Consistency
│
├── 04. Distributed Systems
│ ├── Microservices Architecture
│ ├── Concurrency & Race Conditions
│ ├── Idempotency & Retries
│ ├── Fault Tolerance
│ └── Event-Driven Architecture
│
├── 05. APIs & Security
│ ├── REST, gRPC & WebSockets
│ ├── Authentication & Authorization
│ ├── Rate Limiting
│ ├── API Versioning
│ └── Secure Coding Practices
│
├── 06. Cloud & DevOps
│ ├── AWS, Azure or GCP
│ ├── Docker & Kubernetes
│ ├── CI/CD Pipelines
│ ├── Infrastructure Basics
│ └── Deployment & Rollback
│
├── 07. Production Engineering
│ ├── Logs, Metrics & Tracing
│ ├── Monitoring & Alerting
│ ├── Performance Optimization
│ ├── Incident Response
│ └── Root Cause Analysis
│
├── 08. Testing & Code Quality
│ ├── Unit & Integration Testing
│ ├── Code Reviews
│ ├── Refactoring Legacy Code
│ └── Technical Debt Management
│
├── 09. Technical Leadership
│ ├── Mentoring Junior Developers
│ ├── Architecture Discussions
│ ├── Technical Decision-Making
│ ├── Cross-Team Communication
│ └── Handling Disagreements
│
└── 10. Ownership & Business Impact
├── Understand Business Requirements
├── Break Down Complex Problems
├── Estimate Risks & Trade-offs
├── Own Features End-to-End
└── Deliver Measurable Results
What do companies actually ask in senior developer interviews?
System Design
→ Design a payment system that prevents duplicate transactions.
→ How would you scale an application from 10K to 10M users?
→ When would you choose microservices over a monolith?
Databases
→ Why is your SQL query slow, and how would you optimize it?
→ How do you maintain data consistency across services?
Distributed Systems
→ What happens if a server crashes during a database transaction?
→ How would you handle duplicate messages from a queue?
Production & DevOps
→ Your production API suddenly becomes slow. How do you investigate?
→ How would you deploy a breaking change without downtime?
Technical Leadership
→ Tell me about a major production incident you handled.
→ Describe a technical decision you made and the trade-offs involved.
→ How do you handle disagreements during code reviews?
The biggest difference?
A junior developer often focuses on implementing a feature.
A senior developer also thinks about what happens when that feature fails, scales, becomes expensive, or needs to be maintained by another team.
You don't need to master every tool on this list. You need strong fundamentals, depth in your domain, and the judgment to make reliable technical decisions.
Years of experience may get you shortlisted. Engineering judgment is what makes you senior.
Save this for your next career move.