In this video, I break down my game-changing framework for creating FUTURE-STATE, USER-CENTRIC product roadmaps. 6-Step Process Covered:
• Define objectives linking business + user needs
• Deep user research (interviews, surveys, emotions)
• Create ideal future-state journey maps
• RICE prioritization that delivers real impact
• Now/Next/Later timelines (no more rigid Gantt charts!)
• Continuous stakeholder iteration Perfect for: Product Managers, UX Designers, Founders, Engineering Leads

Full article: https://bahajabarin.com/creating-a-future-state-user-centric-product-roadmapping/ COMMENT 👇 : What's your biggest roadmap challenge right now?

If your product feels off, your users are confused, or your team is stuck spinning—there’s a better way forward. I help organizations fix broken user experiences, align research with design, and bring clarity back to product development. With experience across industries, I focus on creating products that are intuitive, usable, and built on real user needs. If you’re ready to improve your product and move faster with confidence, let’s connect.

👉 Reach out to work with me.

Quantum computing isn’t just theoretical — major financial institutions are already investing in it today. In this video, I break down how banks are actually using quantum computing, where it shows promise, and why finance is one of the earliest industries preparing for quantum advantage. This isn’t hype. It’s a grounded look at what’s happening now.

You’ll learn:

• Why finance is a natural fit for quantum computing

• How banks use Monte Carlo simulations for risk modeling

• Where quantum algorithms may improve portfolio optimization

• How derivative pricing could benefit from quantum speedups

• What “quantum-inspired” algorithms are

• Why banks are preparing for post-quantum cryptography

• Why the near-term future is hybrid — quantum alongside classical systems Modern banking runs on large-scale probability and optimization.

Some of those problems grow exponentially complex — and that’s where quantum computing becomes strategically important.

Quantum computing is often surrounded by hype, confusion, and unrealistic expectations. In this video, I break down what quantum computing actually is, why it exists, and why building real, scalable quantum computers is so difficult.

This isn’t a sci-fi explanation — it’s a clear, physics-grounded look at how quantum computers work and where they actually fit in the future of computing. In this video, you’ll learn:

• Why quantum computing exists in the first place

• How qubits differ from classical bits

• What superposition and interference really mean for computation

• Why entanglement allows quantum systems to scale differently

• Why decoherence is the biggest challenge in quantum computing

• Why quantum computers require extreme engineering

• What quantum computers are actually good at

• Why quantum computers won’t replace classical computers

Quantum computing isn’t about replacing today’s machines. It’s about expanding what computation is capable of when classical approaches hit fundamental limits.

If you’re interested in quantum computing, physics, AI, or emerging technology — and you want explanations without hype — this video is a great place to start.