Solutions
Webomage helps SaaS and infra-heavy teams in a few recurring ways. This page collects the main solution shapes and points you to the deeper pages and case studies.
Platform & Reliability
- Design and operation of AWS- and Kubernetes-based platforms for SaaS products.
- Migrating from single servers or fragile clusters to managed EKS-style platforms.
- Consolidating serverless and event-driven systems into manageable architectures.
See also:
- DevOps & Cloud Stack
- Kubernetes Platform Migration for SaaS
- Serverless Consolidation for Event-Driven Workloads
AI & Product Acceleration
- Integrating AI/LLM features into existing products and internal tools.
- Building RAG pipelines, internal copilots, and evaluation/routing for multiple LLM providers.
- Hardening AI workloads on Kubernetes with zero-trust networking and better observability.
See also:
- AI & LLM Infrastructure
- YC-backed AI Startup – AI Infrastructure & Tooling
- Long-Form Psychiatric Session Voice Analytics
- Zero-Trust AI Platform on Kubernetes
Compliance, Recovery & Legacy
- Stabilising partly abandoned systems and bringing them back under safe, observable operations.
- Designing infra and data flows with HIPAA, SOC 2, and GDPR readiness in mind.
- Combining AI/LLM features with compliance-aware storage and processing.
Compliance standards we work with
- HIPAA-ready AI & data platforms – designing data flows, storage, and access controls for US healthcare scenarios, with PHI protection, auditability, and clear separation between clinical and non-clinical workloads.
- GDPR-aware data architecture – handling data residency, data minimisation, and deletion/export flows for EU/EEA users, with clear boundaries between processors and controllers in your architecture.
- SOC 2-aligned infra & logging – structuring infrastructure, logging, and change management so they map cleanly onto SOC 2 controls (security, availability, confidentiality) and are easier to evidence during audits.
- PCI DSS-aware payment infrastructure – designing and hardening card-processing components and their surrounding environment to minimise PCI scope and keep most application workloads out of high-scrutiny zones.
- ISO 27001-oriented cloud security – aligning cloud infrastructure, secrets management, and backup/DR patterns with ISO 27001-style information security management practices.
See also:
Training & Certification Programs
- Team-focused DevOps, cloud, and AI training cohorts that run alongside real work.
- Support for vendor certifications (AWS, Azure, GCP, Kubernetes, Terraform, etc.) tied back to your systems.
- Internal “certifying” tracks that connect training outcomes to specific roles and responsibilities.
See also:
Architecture & Infra Blueprints
- Reusable infrastructure patterns for typical SaaS and platform workloads.
- Living diagrams and codemaps we keep alongside code and tests.
- Used both for initial design and for explaining architecture to non-engineering stakeholders.
Example blueprints we work with:
- Python API on Kubernetes (AWS EKS) – FastAPI-style API + workers + Postgres + Redis, with observability baked in.
➡️ Discuss this Python/Kubernetes blueprint - Node.js / Next.js with Supabase – Vercel-hosted frontend and API routes backed by Supabase Postgres, Auth, Storage, and Edge Functions.
➡️ Discuss this Next.js/Supabase blueprint - Go microservices behind an API gateway – public and internal Go services exposed via ingress/gateway, with Postgres, Redis, and full observability.
➡️ Discuss this Go microservices blueprint - Rust API with Postgres and Redis – containerised Rust service behind Nginx or an ingress controller, focused on performance-sensitive workloads.
➡️ Discuss this Rust/Postgres blueprint
Behind the scenes we maintain codemaps and Mermaid diagrams for these patterns in our internal API/infra repo, so every engagement starts with a concrete, versioned architecture sketch rather than ad-hoc drawings.
See also:
➡️ Not sure which solution fits your situation? Start a conversation and we’ll map your context to one or more of these patterns.