Platform architecture
Control planes, data planes, and extension points designed for multi-customer workloads with clear blast-radius boundaries.
PaaS Development
Give developers a platform worth building on.
We engineer the control plane, APIs, and isolation boundaries your platform needs, so third-party builders integrate quickly while you maintain security, uptime, and operational visibility.
L0Edge / CDN
L1API gateway
L2Tenant runtime
L3Data plane
L4Observability
01The work
Platforms that other builders deploy on, with confidence.
A PaaS is an product whose users are engineers. Codeaxes treats developer experience as a first-class requirement: clear authentication, sandbox environments, rate limits that fail gracefully, and documentation generated from the same schemas that power the API. Underneath, we implement tenant isolation, resource quotas, and deployment pipelines that scale with customer adoption. Monitoring and incident response are designed for platforms where one customer's misconfiguration must not compromise another's workloads.
02Problems
What this service is for.
01
APIs grew organically without versioning, breaking integrators on every release.
02
Customers share infrastructure in ways that create noisy-neighbor performance issues.
03
There is no self-service portal, every onboarding requires your engineering team.
04
Deployment automation works for internal apps but not for customer workloads.
05
Security reviews stall deals because isolation and logging stories are unclear.
06
Platform teams spend more time on tickets than on extensibility and reliability.
03Capabilities
What we actually deliver.
Developer portals
Self-service signup, API keys, usage views, and documentation that reduce onboarding friction and support burden.
API design and lifecycle
Versioned REST or GraphQL surfaces with consistent error models, pagination, and changelogs integrators can trust.
Cloud infrastructure
Infrastructure-as-code on AWS, Google Cloud, or Azure with environments that mirror production behavior.
Tenant isolation
Network, identity, and resource boundaries enforced at the platform layer, not left to each customer to configure correctly.
Monitoring and secure deployment
Metrics, tracing, and deployment pipelines with rollback, canary releases, and secrets management suitable for regulated buyers.
- ▹ Platform reference architecture with isolation and scaling rationale
- ▹ Public API with authentication, versioning, and rate limiting
- ▹ Developer portal for keys, docs, and usage visibility
- ▹ Provisioning workflows for new tenant environments
- ▹ Observability stack with SLO dashboards and alert routing
- ▹ Security documentation suitable for enterprise technical review
04Workflow
How this engagement runs.
01
Platform intent workshop
We define who builds on the platform, what they deploy, and which guarantees, uptime, isolation, support, you must uphold contractually.
02
Control plane design
Identity, billing hooks, quota enforcement, and audit events are modeled before customer-facing APIs are published.
03
Developer experience build
Portals, SDKs, and sandbox environments let integrators succeed without opening a support ticket for every credential.
04
Infrastructure hardening
Kubernetes or managed services are configured with network policies, backup strategy, and disaster recovery exercises.
05
Operational readiness
Runbooks, on-call rotations, and customer communication templates prepare your team for incidents at platform scale.
05Fit
Industries and stack.
Industries
7 sectors
- SaaS
- Fintech
- Logistics
- Manufacturing
- Media
- Healthcare
- Ecommerce
Typical stack
Tools we actually operate
06Use cases
Where this shows up in production.
Embedded integration platform
Partners connect via APIs and webhooks to embed your capabilities inside their products with tenant-scoped credentials.
Internal developer platform
Standardized deployment templates and service catalogs let product teams ship faster without reinventing infrastructure.
Marketplace infrastructure
Seller onboarding, sandbox testing, and production promotion flows with isolation between marketplace participants.
Data platform API
Governed access to datasets and pipelines with metering, lineage metadata, and role-based query permissions.
- Integrator onboarding that scales without linear headcount
- Isolation and quotas that protect platform stability
- APIs with versioning discipline integrators can plan around
- Infrastructure you can audit, replicate, and recover
- Developer experience that reflects well on your brand
07Work
Related case studies.
SaaS and Technology
Northline Analytics
Northline needed one analytics workspace model for self-serve teams and enterprise accounts without maintaining parallel codebases or fragile permission hacks.
- TypeScript
- Node.js
- PostgreSQL
Provisioning timeHours → minutes for standard enterprise workspaces
Open study
Logistics and Mobility
RouteWise Mobility
RouteWise built a dispatch platform that prioritizes exceptions, supports dispatcher overrides, and keeps drivers productive when connectivity is unreliable.
- TypeScript
- Go
- PostgreSQL
Dispatcher focusExceptions surfaced before routine stop noise
Open study
Manufacturing and Enterprise Operations
AxisOps Manufacturing
AxisOps digitized work orders and quality checks on the plant floor while keeping ERP production orders as the system of record.
- TypeScript
- React
- Node.js
Floor visibilitySupervisors see open exceptions without floor walks for every question
Open study
Fintech and Financial Services
LedgerKit
LedgerKit required onboarding that felt fast to applicants while giving risk and ops teams defensible case files, not screenshots scattered across email.
- TypeScript
- Node.js
- PostgreSQL
Applicant clarityStatus page aligned to actual pipeline stage
Open study
08FAQ
Questions about PaaS.
How is PaaS development different from SaaS?
SaaS delivers a finished application to end users. PaaS delivers primitives, APIs, runtimes, deployments, that other teams build on. The architecture, documentation, and isolation requirements are substantially different.
Do you build on Kubernetes or managed services?
We match the stack to your operational maturity and compliance needs. Some platforms lean on managed services for speed; others require Kubernetes for custom workload scheduling.
Can you improve an existing platform without a rewrite?
Often yes. We start with API inventory, tenant boundary review, and observability gaps, then prioritize changes that unblock integrators and reduce incident frequency.
How do you document APIs for external developers?
OpenAPI or GraphQL schemas drive interactive docs, code samples, and changelog discipline so documentation stays aligned with what ships.
What is the difference between SaaS and PaaS work at Codeaxes?
SaaS engagements focus on end-customer products, tenancy, billing, onboarding, and product analytics. PaaS engagements emphasize platforms other builders extend: APIs, developer portals, usage metering, and sandbox environments.
Can you build a developer portal and public API?
Yes. That includes authentication, rate limits, versioning, SDKs, sandbox keys, and documentation generated from OpenAPI or equivalent contracts so partners are not guessing at behavior.
How do you plan for scale before it arrives?
Load testing on critical paths, database indexing strategy, caching boundaries, and observability SLOs are part of early architecture, not post-launch firefighting. We scale infrastructure with measured bottlenecks, not premature complexity.