You finally got observability dialed in. Dashboards hum, alerts sing, and your uptime graph could hang in a modern art gallery. Then someone asks for database metrics locked behind a private subnet, and suddenly you are elbow-deep in SSH tunnels wondering if you still work in the cloud. This is where New Relic TCP Proxies earn their keep.
New Relic TCP Proxies exist to move telemetry from private systems to New Relic without opening the gates wide. They bridge protected environments and your monitoring plane with identity-aware, auditable connections. Think of them as interpreters between the trusted LAN where sensitive apps live and the public side where you analyze everything. They route data, not headaches.
The proxy listens inside your secure network, establishes outbound-only connections to New Relic, and forwards data through that session. No inbound ports, no VPN sprawl, and no developers poking the firewall at midnight. It is a cleaner way to stream metrics from workloads in AWS private subnets or on-prem clusters directly into New Relic’s collectors.
Best practice: tie it to your identity provider. Using OIDC or Okta ensures that only authenticated processes can initiate a proxy link. Add fine-grained permissions through your deployment system so developers can’t accidentally ship debug data from their laptops. Rotate proxy credentials on a schedule that matches your SOC 2 controls, and you are halfway to sleep-filled nights.
Benefits engineers actually notice:
- Secure transport of metrics without punching inbound holes
- Faster connection approval since traffic flows outbound only
- Consistent data integrity for audits and compliance reviews
- Lower operational overhead compared to manual tunnels
- Clean separation between app operations and observability access
When development teams run at full throttle, waiting for network whitelist requests kills momentum. New Relic TCP Proxies turn that wait into an automated handshake. Once deployed, developers can ship new telemetry sources faster, validate performance metrics in real time, and keep regulatory folks happy because every connection path is documented.
AI agents and autonomic systems also thrive here. They need observability data for decision-making, but blindly granting them network access is a gamble. The proxy ensures AI workflows touch only the endpoints they should. That limits data exposure and maintains traceability when automated recovery or retraining routines kick in.
At scale, running and auditing all this manually still wastes hours. Platforms like hoop.dev turn those access rules into guardrails that enforce policy automatically. They tie identity, proxying, and temporary credentials together so every tunnel is short-lived, logged, and policy-compliant by default.
Quick answer: How do you connect a private service to New Relic using a TCP Proxy?
Deploy the proxy inside your private environment, configure it with your account’s secure token, and let it open an outbound TLS session to New Relic. The monitored service sends its data to the proxy, and the proxy streams it through that session. No inbound exposure required.
In short, New Relic TCP Proxies let you monitor anything, anywhere, without ever compromising the perimeter.
See an Environment Agnostic Identity-Aware Proxy in action with hoop.dev. Deploy it, connect your identity provider, and watch it protect your endpoints everywhere—live in minutes.