Integration Engineer - MaaS
Bitdeer is a technology company providing Bitcoin mining solutions.
Funding history
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About Bitdeer
Bitdeer provides full-spectrum Bitcoin mining and high-performance computing solutions, including SEALMINER mining equipment, Minerbase cooling containers, cloud mining, co-mining, mining management applications, mining rights marketplaces, and large-scale data center operations. The company also offers AI cloud infrastructure with GPU computing, model training and deployment capabilities, and turnkey AI data center solutions for enterprise customers and developers. Bitdeer is headquartered in Singapore and operates globally.
Skills
About the Role
You will build and operate adapters between the MaaS gateway and third-party inference providers. You will normalize provider APIs and errors, implement circuit breakers and spend controls, monitor contract changes, reconcile provider invoices, and evaluate new providers through technical proof-of-concept integrations.
Requirements
- 4+ years of backend engineering experience with production API integrations
- Experience integrating multiple third-party providers behind one internal interface
- Experience with Go or another statically typed backend language
- Experience building HTTP or gRPC clients, retry logic, backoff logic, and circuit breakers
- Knowledge of LLM and inference provider APIs
- Experience with cost and usage monitoring for metered systems
- Experience with Prometheus, Grafana, or distributed tracing
Responsibilities
- Build and maintain adapters for third-party inference providers
- Normalize provider request formats, response formats, streaming protocols, authentication, capabilities, and errors
- Implement spend controls, circuit breakers, throttling, and failover mechanisms
- Monitor API changelogs and response shapes for breaking changes
- Build automated contract tests and provider rollback paths
- Reconcile provider invoices with internal usage and metering records
- Evaluate prospective providers for API quality, pricing, reliability, and failure modes
