Sharetru is a long-standing, security-first managed file transfer platform. We’re expanding beyond traditional transfers into a more modern integration and automation layer: connectors (SharePoint/Microsoft 365, email, SIEM, cloud storage), workflow-driven file movement, and reliable job scheduling—while maintaining the protocol-level depth (SFTP/FTPS/FTPeS/SCP) our customers rely on.

The MFT and secure data exchange market is growing fast — driven by rising compliance requirements, ransomware threats, and the increasing complexity of data ecosystems. According to recent industry research, the MFT market is projected to exceed $4.0 billion by 2030, fueled by demand for automation, encryption, and auditability in data sharing. Organizations are shifting away from consumer-grade tools and turning to specialized platforms built for compliance and control. We’re one of them—and we’re just getting started.

If you enjoy building systems that must be secure, observable, and resilient under real-world failures, this role is for you.

Build the next-gen integration layer

• Design and implement a connector framework (authentication, config, throttling, error handling, versioning) for systems like SharePoint/Microsoft 365, email delivery, and other third-party services.
• Implement OAuth2/OIDC patterns, token refresh, secure secret storage, and least-privilege scopes.

Evolve workflows + scheduling into a first-class platform capability

• Build durable job scheduling and orchestration: queues/workers, retries with backoff, idempotency, state machines, and replayability.
• Create workflow primitives for file movement (trigger → validate → transfer → post-process → notify → audit), including approvals and exception paths.

Strengthen MFT reliability and protocol depth

• Extend and maintain secure transfer support for HTTPS, FTPS, FTPeS, SCP, including troubleshooting real-world edge cases (timeouts, cipher/KEX mismatches, passive/active FTP, resumability, large file behavior).
• Improve performance and correctness: resumable transfers, checkpointing, integrity verification, and failure isolation (noisy-neighbor control).

Raise engineering quality

• Contribute to architecture decisions, code reviews, security assessments, and performance optimization.
• Improve observability (logs/metrics/traces), incident readiness, and operational tooling.
• Mentor engineers and help evolve development practices.