Problem
What was broken or inefficient?
Tabletop sessions break down when player views, token state, and gameplay calculations drift during live play.
Live tabletop gameplay systems with synchronized tokens and broadcast state.
Built core real-time features for Table AR, a virtual tabletop RPG platform, including broadcast functionality, synchronized tokens, session state, and live gameplay calculations.
Role
Real-time feature architect and implementation lead
Timeline
2023 - 2024
Users
200+ users supported
Problem
Tabletop sessions break down when player views, token state, and gameplay calculations drift during live play.
Solution
Table AR coordinates broadcast state, token sync, and gameplay calculations so game masters and players stay aligned.
Feature Breakdown
The strongest work sits at the intersection of product judgment, technical architecture, and operating constraints.
Live broadcast mode
Synchronized token behavior
Session-state calculations
Gameplay measurement logic
Responsive interaction patterns
Virtual tabletop user flows
Outcomes
Lessons
Recruiter Takeaway
Mohammed can build complex, real-time product experiences where latency, shared state, and usability all meet.
These are public-safe architecture layers: enough to show leadership judgment without exposing sensitive implementation detail.
Broadcast and token updates keep participants aligned during active tabletop sessions.
Measurement and movement logic is designed around live user experience, not abstract calculations.
Shared state supports game-master control while preserving player-facing responsiveness.
Built the complete LEO AI RAG platform for law enforcement legal intelligence, including retrieval pipelines, citations, guardrails, agency administration, officer access, and credit-based pricing.
5
Agency-scale onboarding
1,250+
Officer-scale reach

Built and delivered a secure public-safety collaboration platform for law enforcement agencies, modernizing officer coordination, secure messaging, case workspaces, and encrypted information sharing.
300+
Officer-scale adoption
AES-256
Enterprise-grade encryption posture

Built and delivered an AI + AR lawn bowls measurement app using a YOLO-trained computer vision pipeline, native iOS, and LiDAR-assisted measurement, with expansion planned for Bocce and similar precision sports.
98%+
High-accuracy measurement positioning
<3 sec
Fast shot measurement