New Relic Bundle Laravel Package

Product Decisions This Supports

• Observability roadmap prioritization: Informs whether error-tracking integration is a “build a thin adapter” task or a “buy/adopt a maintained tool” task. A single-maintainer Symfony bundle that forwards errors to New Relic sits firmly in the “thin adapter” category, which means it should not consume roadmap capacity beyond a spike.
• Build vs. buy vs. wire-up: Helps frame the decision as three options — (a) adopt this bundle, (b) configure New Relic’s native PHP agent + Monolog handler, or (c) adopt a first-class error tracker (Sentry/Bugsnag). The package’s existence is a signal that a gap exists, not that this specific package is the answer.
• Incident response / MTTR investment: Supports the case for consolidating Symfony application errors into the same New Relic dashboards already used for APM, reducing context-switching during incidents.
• Use-case scoping: Best suited to internal tools, back-office Symfony apps, or legacy services where “get errors into New Relic cheaply” outweighs long-term maintainability. Not a fit for customer-facing, high-SLA surfaces.
• Vendor consolidation: Informs whether New Relic becomes the single pane of glass for errors + APM, or whether error tracking stays with a dedicated provider.
• Make-vs-adopt for platform teams: Given 1 star, 0 dependents, and a score of 0.005, the realistic product decision is “we can reproduce this in a day,” which reframes adoption as a staffing decision rather than a procurement one.

When to Consider This Package

Consider it when all of the following hold:

• The application is Symfony (this is a Symfony bundle — it is not a Laravel package and will not slot into a Laravel app without custom wiring).
• New Relic is already the sanctioned observability vendor, so adding a second error-tracking SaaS would create duplicate spend and split dashboards.
• You need a fast, low-effort proof of concept — e.g., a one-sprint spike to validate that Symfony exception volume and payload shape are useful inside New Relic before committing to a real integration.
• The team is comfortable vendoring or forking a small, low-activity package and owning it internally.
• The service is internal or low-criticality, where an unmaintained dependency is an acceptable risk.

Look elsewhere when:

• You are on Laravel. This is a Symfony bundle; the equivalent work is a custom exception handler or a Monolog channel. Do not force this in.
• You need production-grade guarantees. One star, zero dependents, and no visible community means no security review, no compatibility matrix, and no upgrade path across Symfony major versions.
• New Relic’s official PHP agent already covers you. The agent captures uncaught exceptions automatically; a separate bundle may be redundant, and adding it introduces overlap and double-reporting risk.
• You want richer error UX — grouping, release tracking, breadcrumbs, source maps, alert routing by team. That is Sentry/Bugsnag/Rollbar territory, not this.
• Compliance or procurement gates apply. An unmaintained third-party dependency will fail most dependency-review and SBOM processes.
• You need a maintained integration. Prefer a Monolog handler (e.g., a New Relic handler) or the official agent — both are better supported and easier to justify to security.

How to Pitch It (Stakeholders)

To executives: This is a small, single-purpose connector that sends Symfony application errors into New Relic, the monitoring tool we already pay for. The strategic value is not the package itself — it is the question it forces: do we have a consistent way to get application errors in front of the on-call engineer? Right now the answer is inconsistent, which lengthens incident resolution. The package demonstrates the pattern cheaply, but it is a one-maintainer project with essentially no adoption, so I do not recommend it as a production dependency. Recommendation: fund a one-sprint spike using this pattern, then ship the integration either via New Relic’s official PHP agent or a maintained Monolog handler — roughly the same effort, materially lower long-term risk.

To engineering: Treat this as a reference implementation, not a dependency. It confirms that forwarding Symfony exceptions to New Relic is a small, well-understood amount of glue — likely a Monolog handler plus a New Relic client call. Before adopting, verify three things: (1) whether the New Relic PHP agent already captures these exceptions and makes this redundant, (2) whether a maintained Monolog/New Relic handler exists that covers the same ground, and (3) what our policy is on single-maintainer packages in production. If we do adopt, plan to vendor or fork it, pin the version, and add a test that asserts errors actually reach New Relic — otherwise we will only discover breakage during an incident, which is the worst possible time.

Bottom line for the decision log: The problem is worth solving; this package is not the recommended solution. Adopt the pattern, own the code or use a maintained handler, and keep New Relic as the single error surface for Symfony services.