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Dedicated resource · Encore.ts
Encore.ts connects TypeScript backends and infrastructure in a single development model. Typescriptaz provides dedicated Encore.ts developers who not only implement APIs, databases, queues, and services, but operate them as an integrated system — permanently employed, fluent in English and German, and embedded directly in your team.
Use
Encore.ts is suitable for teams that build production‑ready backends in TypeScript and want to spend less time on local infrastructure setup. APIs, services, and required resources are described declaratively in code. The development environment starts databases, queues, caches, and other dependencies matched to the application.
The biggest advantage is the shared view of application and infrastructure. Typed API contracts, automatically maintained documentation, architecture diagrams, and traces ease collaboration between backend, frontend, and operations. Your developer sees not just a single endpoint but the path of a request through the entire system.
For the cloud, Encore can automate provisioning on AWS or GCP. This platform automation is optional. We'll decide with you which parts align with your governance, security, and operational requirements and where existing DevOps processes should be deliberately retained.
Typical mandates: SaaS backends, integration platforms, internal APIs, microservices, and event-driven systems.
Tools: Encore.ts, TypeScript, PostgreSQL, Docker, AWS, or GCP
Book directly
$12,500 / month
150 hours, directly employed and dedicated solely to your backlog. At kickoff, you meet the person before work begins.
Quick explanation
Encore.ts is a performance‑oriented TypeScript framework for backend applications and distributed systems. Infrastructure such as databases, queues, caches, cronjobs, and storage is described declaratively in application code. The tools generate local environments, API documentation, architecture views, and distributed traces. Optionally, the Encore Cloud Platform automates provisioning and deployment on AWS or GCP.
Expertise
Less infrastructure code doesn’t mean less architectural work. Seniority is reflected in clear service boundaries, resilient data flows, and controllable operations.
01
A senior models endpoints, inputs, responses, and errors so frontend and backend share a reliable contract. Validation and authentication belong at the system boundary.
02
Services are separated where responsibilities, scaling, or teams justify it. Small systems are intentionally kept simple; distributed complexity isn’t created for its own sake.
03
PostgreSQL schemas, indexes, transactions, and migrations are planned together with the business processes. Data consistency is part of the application, not the responsibility of a later cleanup project.
04
Queues and Pub/Sub decouple long-running or fault-tolerant processes. Idempotency, retries, and dead-letter strategies prevent duplicate effects and lost work.
05
Traces, logs, and metrics are made usable for practical operational questions. The team can see which service is slow and which dependency caused an error.
06
Deployment, secrets, environments, and infrastructure changes are organized in a reproducible way. Existing cloud standards are integrated rather than replaced without review.
Typical situations
01
For any database or queue, multiple tickets are required. Encore.ts makes infrastructure needs visible in code and speeds up local development as well as coordinated deployment.
02
Frontend, partners, and internal services interpret endpoints differently. Typed contracts and automatically maintained documentation reduce that friction.
03
Logs from multiple components are hard to correlate. Distributed tracing reveals the full request path and its bottlenecks.
Risk under control
Technical freedom requires clear guardrails. We establish them early.
Declarative resources are convenient but don't fix poor service boundaries. We start with domain, data ownership, and failure cases — only then do we address technology.
Automatic provisioning must align with cost control, regions, networks, and access models. These guardrails are defined before the first production deployment.
Repeated messages must not create duplicate bookings or notifications. Processing and state are designed for retries.
We document the Encore features used, cloud resources, and operational procedures. That makes it traceable which parts are portable and which are intentionally platform‑tied.
Transparency
Not just completed tickets: we make quality, risks, and operations visible.
Business case
Encore.ts can shorten delivery time because developers don't need to reassemble local infrastructure, API contracts, and observability for every project. The economic benefits are especially visible for growing SaaS and integration platforms: less manual environment maintenance, faster debugging, and a clear link between code and required cloud resources. What’s crucial is an architecture that deliberately starts simple.
The first two weeks
Analysis, first delivery, clear plan. Our working approach is also described at How we work.
01
We capture domains, existing APIs, databases, cloud requirements, and critical flows. From that, we derive a pragmatic service interface.
02
A prioritized use case goes into review with API, persistence, tests, tracing, and deployment.
03
You receive a concrete plan for additional services, queues, cron jobs, storage, migrations, and operational metrics.
After kickoff
A typical process that we adapt to your existing codebase and roadmap.
01
Project structure, API conventions, database, and CI are in place. The first productive workflow is fully observable.
02
Asynchronous processes, integrations, and authentication are extended and tested under failure conditions.
03
Scaling, costs, alerts, backup restoration, and the release process are secured with your operations team.
Example scenario
A SaaS provider ingests data from multiple partner systems. Processing runs in a large Node.js service; single errors block entire import runs and are hard to trace in the logs.
A dedicated Encore.ts developer separates acceptance, validation, and processing into clearly owned services. Pub/Sub distributes work, idempotent handlers allow retries, and PostgreSQL maintains reliable processing state. Traces connect each import to all downstream steps.
The team can selectively reprocess faulty records, integrate new partners faster, and detect bottlenecks without manually inspecting the entire import.
Collaboration
For a proof of architecture or migrating a clearly defined backend area, an hour bundle fits. For an ongoing platform roadmap, the monthly plan creates fixed ownership for APIs, infrastructure, and operations.
The discovery package can include an architecture workshop and an initial vertical API slice. Terms and scope can be found in the Pricing table.
Straight talk
When your team already has a stable setup—for example with NestJS—including an existing stack, mature Terraform modules, and working observability, a framework change may not add value. Encore.ts pays off where shared development and infrastructure experience solves real delivery problems — not as an end in itself.
For IT decision-makers
Can the person justify service boundaries based on domain concerns?
How do you model errors, authentication, and API contracts?
How do you prevent duplicate processing in queues and pub/sub?
Can they use traces and database metrics effectively for diagnosis?
How do you integrate Encore into existing cloud and compliance requirements?
Glossary
Required resources are described in the application; tools infer setup and deployment from it.
A bounded part of the backend with clear responsibility and defined APIs.
Event distribution in which publishers and consumers are decoupled both temporally and technically.
End-to-end view of a request across multiple functions and services.
Frequently asked questions
Yes. Encore.ts is a TypeScript framework for APIs and distributed backend systems. It also understands the infrastructure your application needs.
This includes databases, queues, pub/sub, caches, cron jobs, secrets, and object storage. Exact use depends on your architecture.
No. The cloud platform for automated provisioning and DevOps is optional. We'll assess whether it fits your operational and governance requirements.
The tools start the required local infrastructure to match the code. This allows developers to test complete workflows without setting up every dependency manually.
Yes, but not every project needs many services. We split responsibilities only when data ownership, scaling, or team structure benefit.
Encore derives API documentation and architecture views from code. That keeps contracts closer to the implementation.
Yes. External APIs, databases, and cloud services can be integrated. We'll clarify early which resources Encore manages and which remain in your existing processes.
We select a clearly scoped use case, build it end-to-end, and compare development, operations, and costs with the existing approach.
Bottom line
A dedicated Encore.ts developer ties backend code, infrastructure needs, and observability into an understandable system. You get usable APIs faster without losing sight of architecture and operations — with one person taking responsibility from the first endpoint to the production trace.
Next step
Describe the system, scope, and start window. We typically respond within one business day — with a specific person instead of a stack of profiles.
Quick contact
TypeScript resources from Austria and Germany, permanently employed with us. Tell us the stack, scope, and desired start date. We typically respond the same business day — with availability, appropriate seniority, and a concrete start window.
US & European billing
Choose the contracting entity that fits your procurement process. Engagements can be contracted and invoiced through our European locations or through Anexia Inc.152 W. 57th Street, 7th Floor, New York, NY 10019, USA. Talk to us about billing.