Abdwahab Adekola

Architected and led the development of secure, scalable backend systems for a financial platform, enabling seamless crypto-fiat conversions and robust fraud prevention, processing critical wallet transactions and idempotent payment flows.

Designed and implemented RBAC-based authorization and KYC verification workflows, ensuring 100% regulatory compliance and secure access across diverse financial operations.

Reduced critical security vulnerabilities to zero across multiple services by implementing advanced OWASP-based validation, rate limiting, and authentication hardening protocols.

Built and maintained high-performance backend APIs for a landlord-centric property management platform, streamlining lease lifecycle management, rent collection automation, and tenant-landlord communication.

Developed and deployed an AI-powered lead classification system, significantly improving customer segmentation, lead quality scoring, and conversion rates through data-driven decisioning.

Integrated and managed multiple critical third-party services, including payment gateways, blockchain services, and messaging APIs, enhancing overall system reliability and fault tolerance.

Contributed to system architecture decisions, service boundaries, and infrastructure design, with hands-on involvement in CI/CD automation to enable fast, reliable deployments.

Built and deployed the Verimerce platform, encompassing both web and mobile backends, ensuring robust and scalable functionality.

Designed and implemented a WhatsApp-based campaign system with advanced distributed session handling, facilitating efficient communication strategies.

Led a small cross-functional team, coordinating frontend and mobile development efforts to achieve cohesive project delivery.

Managed comprehensive cloud deployments on AWS and DigitalOcean, including successful listing of applications on Play Store and App Store.

Owned and delivered multiple core backend products and features, supporting a fintech and property marketplace platform used by 15,000+ active users.

Eliminated wallet balance fraud and race conditions by introducing a queue-based, concurrency-safe transaction system, reducing financial inconsistencies by ~95%.

Increased order fulfillment and transaction throughput by ~30% through algorithm redesign and optimized execution paths.

Refactored the property stock marketplace to support fractional (unit-based) trading, significantly expanding market participation and liquidity.

Increased wallet deposits by ~35% through the implementation of a compliant auto-debit feature with secure card-handling flows.

Designed and implemented an in-house accounting system to accurately track monthly costs, turnover, and distribute proceeds value per unit to shareholders.

Built a monthly dividend payout service that automatically calculated and credited user wallets, processing payouts reliably at scale.

Reduced failed payments by ~75% by deploying a dedicated, fault-tolerant payment service with improved retry and reconciliation logic.

Developed and optimized backend services supporting large-scale data entry and retrieval operations, ensuring efficient data processing and access.

Designed and implemented robust onboarding workflows for data entry officers, incorporating authentication and role-based access control to enhance security and operational efficiency.

Implemented automated database backup and recovery solutions, significantly improving data integrity and minimizing downtime risk.

Supported system stability during peak operational periods through proactive monitoring and rapid issue resolution, maintaining continuous service availability.

Developed and optimized backend services supporting large-scale data entry and retrieval operations, ensuring efficient data processing and access.

Designed and implemented robust onboarding workflows for data entry officers, incorporating authentication and role-based access control to enhance security and operational efficiency.

Implemented automated database backup and recovery solutions, significantly improving data integrity and minimizing downtime risk.

Supported system stability during peak operational periods through proactive monitoring and rapid issue resolution, maintaining continuous service availability.