name: Mayowa Oladosu
role: Founder & Software Engineer
focus:
- Cloud Infrastructure
- Artificial Intelligence
- DevOps & Automation
- Full Stack Engineering
- Product Intelligence Systems
- Distributed Systems
currently_building:
- AI infrastructure systems
- cloud deployment platforms
- scalable backend services
- intelligent developer tools
interests:
- Cloud Computing
- AI Agents
- Distributed Architecture
- Platform Engineering
- Infrastructure Automation
- High Scale Systems
philosophy:
"Build systems that scale, automate aggressively, and solve real problems."I’m focused on building modern infrastructure, intelligent systems, and scalable platforms capable of powering next-generation products globally — especially across emerging markets.
I enjoy working on:
- Cloud platforms
- AI-powered products
- Infrastructure tooling
- Developer ecosystems
- Deployment systems
- Automation pipelines
- Product intelligence systems
|
Scalable deployment systems, orchestration tooling, and infrastructure automation focused on modern cloud-native engineering. |
AI agents, intelligent automation systems, product intelligence tooling, and machine learning infrastructure. |
|
High-performance APIs, distributed services, event-driven systems, and scalable architectures. |
CI/CD pipelines, deployment automation, infrastructure-as-code, and operational tooling. |
flowchart TB
subgraph Users
A[Developers]
B[Web Clients]
C[API Consumers]
end
subgraph Edge
D[Cloudflare CDN]
E[Global Load Balancer]
F[API Gateway]
end
subgraph Platform Core
G[Authentication Service]
H[Control Plane]
I[Deployment Orchestrator]
J[Monitoring Service]
end
subgraph Compute Layer
K[Kubernetes Cluster]
L[Container Runtime]
M[GPU Nodes]
N[Worker Nodes]
end
subgraph AI Infrastructure
O[Inference Engine]
P[Vector Database]
Q[LLM Gateway]
R[AI Agent Runtime]
end
subgraph Data Layer
S[(PostgreSQL)]
T[(Redis Cache)]
U[(Object Storage)]
V[(Analytics DB)]
end
subgraph CI/CD
W[GitHub Actions]
X[Docker Registry]
Y[Terraform]
end
A --> D
B --> D
C --> D
D --> E
E --> F
F --> G
F --> H
H --> I
H --> J
I --> K
K --> L
K --> M
K --> N
M --> O
N --> O
O --> P
O --> Q
O --> R
O --> S
O --> T
O --> U
O --> V
W --> X
X --> K
Y --> K
flowchart LR
A[User Request]
--> B[Gateway API]
B --> C[Agent Router]
C --> D[Reasoning Engine]
C --> E[Tool Executor]
C --> F[Memory Layer]
D --> G[LLM Providers]
E --> H[Web Tools]
E --> I[Deployment Tools]
E --> J[Infrastructure APIs]
F --> K[(Vector Memory)]
F --> L[(Redis Context)]
G --> M[Response Generator]
M --> N[Streaming API]
flowchart LR
A[Developer Push]
--> B[GitHub Actions]
B --> C[Automated Tests]
C --> D[Docker Build]
D --> E[Container Registry]
E --> F[Kubernetes Deployment]
F --> G[Production Cluster]
G --> H[Monitoring & Logs]
H --> I[Alerting System]
flowchart TB
subgraph Region1
A1[US-East Cluster]
A2[GPU Nodes]
end
subgraph Region2
B1[Europe Cluster]
B2[Inference Nodes]
end
subgraph Region3
C1[Africa Edge]
C2[Low Latency Cache]
end
D[Global Traffic Manager]
E[Users Worldwide]
E --> D
D --> A1
D --> B1
D --> C1
A1 --> A2
B1 --> B2
C1 --> C2
☁️ Building scalable cloud systems
🤖 AI infrastructure & intelligent automation
⚡ High-performance backend engineering
📦 Deployment systems & orchestration
🔐 Infrastructure security & optimization
🌍 Technology solutions for emerging markets
- Open-source engineering projects
- Infrastructure tooling
- AI systems experiments
- Automation platforms
- Developer utilities
- Cloud platform architecture
- AI deployment systems
- Internal automation infrastructure
- Distributed compute tooling
- Product intelligence engines
- Proprietary backend systems
- Multi-agent AI systems
- Cloud orchestration
- GPU infrastructure
- Edge computing
- Distributed AI workloads
- Scalable deployment architecture
- Kubernetes ecosystems
- Autonomous developer tooling
- Collaborations
- Open-source contributions
- Infrastructure projects
- AI engineering opportunities
- Startup partnerships
- Innovative system design discussions
I enjoy building systems that most people think are impossible to bootstrap.