Why VR?
We're not going to be looking down at phones forever. Mark Zuckerberg recently declared war on the iPhone, and he's right about one thing: the future of computing is spatial, hands-free, and immersive.
This VR retirement planner is both a product and a proof of concept—testing two hypotheses that will define the next decade of technology.
Hypothesis One: Spatial Computing Will Replace Smartphones
In ten years, you won't be hunching over a glass rectangle. You'll be wearing your screen—AR glasses during the day, VR headsets for focused work—and interacting naturally through voice, gestures, and spatial awareness.
Meta's new wearables aren't just gadgets; they're the beginning of this transition. The Quest 3's mixed reality capabilities, Ray-Ban smart glasses, the inevitable AR glasses coming soon—these are the iPhone moments of the 2020s.
Retirement planning became my proving ground because it's exactly the kind of task that benefits from immersion:
- Complex – Multiple variables, long-term projections, interconnected decisions
- Personal – Requires focus and privacy, not public scrolling
- Visual – Understanding financial trajectory is fundamentally spatial
- Important – Deserves more than a distracted glance between emails
The VR experience arranges six planning steps in a semicircle around you. Turn your head to move between family planning, expenses, savings, growth projections, Social Security, and results. Each panel floats in 3D space. Point, speak, interact.
This is what spatial computing enables: presence. Not just information, but being there with your future.
Hypothesis Two: AI Enables Solo Developers to Build Like Teams
I didn't code this alone in the traditional sense. I orchestrated it.
While refining the web calculator, I had Claude simultaneously architecting and implementing the VR experience. I was the product visionary, the QA lead, the system designer. Claude was my engineering team.
Traditional development requires either: serial work (design, code, test, deploy) or multiple people with coordination overhead.
With AI assistance, I ran parallel workstreams:
- Thread A: Refining the web calculator
- Thread B: Building the VR experience
When the Quest browser exposed critical flaws in the initial architecture, we didn't just patch—we rebuilt. A complete rewrite that would've taken a traditional team weeks happened in days.
What this means: A single experienced lead can now function with the output of a traditional 5-person team. The most valuable skills shifted to:
- System design (understanding what needs to be built)
- Orchestration (directing AI implementation)
- Quality assurance (testing and iterating)
- Product thinking (knowing what users need)
The Experience: What You'll Find in VR
This isn't a tech demo. It's a fully functional financial planning tool in three dimensions:
- Six Interactive Panels: Family planning, expenses, savings, growth, Social Security, results
- Hand Tracking: Point and interact naturally with Quest controllers or hand gestures
- Voice Control: Speak your inputs for hands-free calculation
- Passthrough Mode: Stay grounded in your physical space while planning
- Persistent Storage: Your calculations save automatically
- No App Store Required: Pure web technology—open the Quest browser and go
Private, immersive, distraction-free. The kind of environment where you can actually think about your future.
See It In Action
Don't have a Quest headset? Watch a complete walkthrough of the VR experience:
Why This Matters
In ten years, spatial computing will be as ubiquitous as touchscreens today. But the development process that created this experience? That's already the future.
This retirement planner proves both points: spatial computing creates better experiences for focused tasks, and AI-assisted development makes those experiences achievable for anyone with vision and curiosity.
The people who figure this out first won't just build better products—they'll redefine what's possible for individual creators and small teams.