Technical Components
ServeOne — API Gateway & Service Mesh
ServeOne
Organizations running microservices face infrastructure complexity: **Cross-Cutting Concerns Duplicated Everywhere**: Every service needs authentication, authorization, rate limiting, retry logic, circuit breaking, and observability instrumentation. Building these into each service creates thousands of lines of boilerplate code. When security requirements change, you're updating 50 services. Inconsistent implementations create gaps where some services lack critical safeguards. **Service-to-Service Communication Is Insecure**: By default, internal service communication happens over unencrypted HTTP. Any compromised service can make requests to any other service. Implementing mutual TLS authentication requires managing certificates for every service and rotating them regularly—operational overhead most teams can't sustain. You're trusting your internal network perimeter rather than verifying each service identity. **Observability Requires Per-Service Instrumentation**: Understanding request flows across microservices requires distributed tracing instrumentation in every service. Without service mesh, you're manually adding tracing code, managing sampling rates, and coordinating upgrades across services. Incomplete instrumentation creates blind spots during incidents. You can't answer basic questions like "which service is slow?" without diving into logs.
Who This Is For
**Platform Teams** building infrastructure for microservices where implementing cross-cutting concerns (auth, observability, security) in every service creates unsustainable maintenance burden. **Infrastructure Architects** managing 10+ microservices where securing service-to-service communication and understanding traffic flow requires centralized infrastructure. **Engineering Leaders** responsible for microservices reliability where inconsistent retry logic, missing circuit breakers, or lack of observability creates frequent production incidents. This is for organizations with microservices architectures (10+ services) where cross-cutting concerns are duplicated across services, internal communication is unencrypted, or understanding request flows requires manual log correlation. If you're rebuilding infrastructure features in each service, can't implement zero-trust networking, or lack distributed tracing, API gateway and service mesh become essential.
What You Get
ServeOne delivers complete API gateway and service mesh infrastructure providing authentication, traffic management, observability, and security without application code changes. You get centralized policy enforcement, automatic mTLS between services, and distributed tracing across your entire service topology—managed from a single control plane. Your platform teams define policies once, applying them uniformly across all services. Development teams focus on business logic without building infrastructure concerns into every service. Security teams enforce zero-trust networking through mTLS without per-service certificate management.
How We Work
Key Deliverables
1
API Gateway Infrastructure
Unified ingress for external traffic:
2
Service Mesh for Internal Communication
Secure service-to-service networking:
3
Advanced Traffic Management
Sophisticated routing and resilience:
4
Centralized Policy Enforcement
Consistent behavior across services:
5
Observability & Distributed Tracing
Automatic visibility into service interactions:
6
Multi-Cluster & Multi-Region Support
Global service mesh deployment:
7
Security & Compliance Controls
Enterprise-grade security features:
8
Performance Optimization
Maximizing throughput and minimizing latency:
9
Configuration Management & GitOps
Infrastructure-as-code for gateway/mesh configuration:
10
Training & Documentation
Ensuring teams can effectively use gateway and mesh: