At a Glance

The following table offers a concise overview of the New Relic API and Splunk, focusing on their primary offerings and ideal use cases.

Feature New Relic API Splunk
Founded 2008 2004
Owned By TPG Inc. Cisco
Core Category Observability Observability
Subcategory APM & Infrastructure Monitoring Log Management
Best For
  • Full-stack observability
  • Proactive issue detection
  • Performance optimization
  • DevOps teams
  • Large-scale log aggregation
  • SIEM
  • Application performance monitoring
  • IT operations management
Core Products
  • APM
  • Infrastructure Monitoring
  • Browser Monitoring
  • Mobile Monitoring
  • Synthetics Monitoring
  • Logs
  • Distributed Tracing
  • Splunk Enterprise
  • Splunk Cloud Platform
  • Splunk Observability Cloud
  • Splunk Security Cloud
Free Tier 100 GB of free data ingest per month and 1 free full user Splunk Enterprise Free (100MB/day ingest)
Compliance
  • SOC 2 Type II
  • GDPR
  • ISO 27001
  • HIPAA
  • SOC 2 Type II
  • ISO 27001
  • GDPR
  • HIPAA
  • PCI DSS
APIs and SDKs

Both New Relic and Splunk offer extensive observability solutions, though they cater to different primary use cases. New Relic is well-suited for teams seeking comprehensive performance monitoring across various applications and infrastructures, as outlined in its detailed documentation. In contrast, Splunk excels in handling large-scale log data and security event management, supported by its powerful REST API.

Pricing Comparison

The pricing models for New Relic API and Splunk reflect their distinct approaches to observability and log management. Understanding the cost structures is crucial for organizations to make informed decisions.

New Relic API Splunk
New Relic offers a usage-based pricing model that focuses on data ingest and user type. The free tier provides up to 100 GB of data ingest per month and one free full user, making it accessible for smaller teams or initial evaluations. Paid plans start at $99 per month, which includes 250 GB of data ingest and one core user. This model allows for scalability as organizations grow and need to monitor more complex infrastructures. Splunk provides both a free and enterprise model. The Splunk Enterprise Free allows for 100 MB of data ingest per day, which is suitable for smaller datasets and trial purposes. For larger-scale deployments, Splunk employs a custom enterprise pricing strategy, which typically requires direct consultation with sales teams to tailor the package to the specific needs of the organization. This flexibility can accommodate varied user demands but may present challenges in easily projecting costs.
New Relic's pricing is transparent with clear tiers and overage rates detailed on their pricing page. This transparency helps organizations plan and budget effectively. Additionally, New Relic's integration of various monitoring services under a single pricing umbrella can simplify billing and management for comprehensive observability needs. Splunk's pricing, while flexible, tends to be less predictable due to its custom nature. The costs can vary significantly based on the scale of operations, the volume of data, and additional service requirements. However, this model can offer a tailored approach that aligns closely with enterprise-level demands. Detailed documentation and API references, such as those available on their API reference page, provide further insight into potential costs associated with different functionalities.

Ultimately, the choice between New Relic and Splunk will depend on the specific monitoring and budgetary needs of an organization. While New Relic offers a more straightforward tiered model, suitable for teams looking for predictable costs, Splunk's custom pricing can be more adaptable for large-scale, enterprise environments where data ingestion requirements can be significant.

Developer Experience

When evaluating developer experience, both New Relic API and Splunk offer extensive resources, though they cater to slightly different developer needs and learning curves.

Aspect New Relic API Splunk
Onboarding New Relic provides a streamlined onboarding process, which includes a user-friendly interface and guided tutorials to help new users quickly integrate monitoring solutions into their applications. The emphasis on proactive issue detection and performance optimization is evident in their tutorials. Splunk's onboarding involves a more complex setup, particularly for users aiming to implement their comprehensive SIEM and ITOM solutions. While the initial steps are straightforward, mastering its capabilities often requires more time and familiarity with its features.
Documentation Quality The New Relic API documentation is well-organized and thorough, offering detailed guides and examples for various use cases. It supports a range of programming languages, providing clear examples in languages like Python, Node.js, and Java. Splunk's documentation, available at their REST API reference, is comprehensive but can be overwhelming for newcomers. It covers advanced topics extensively, which can aid in deeper integrations but requires a solid understanding of Splunk's SPL.
Available SDKs New Relic supports a broad array of SDKs including Java, Node.js, Python, .NET, PHP, Ruby, and Go, allowing developers to integrate with their preferred language easily. Splunk offers SDKs for Python, Java, JavaScript, and C#, which are sufficient for most common integrations. However, the need to use SPL for complex queries can be a barrier for those unfamiliar with it.
Ease of Use New Relic's APIs are designed for ease of integration, particularly in CI/CD pipelines. The platform's focus on automation and monitoring facilitates quick response to performance issues, making it appealing for DevOps teams. While Splunk provides powerful capabilities for log aggregation and data analysis, its learning curve is steeper due to the complexity of SPL and the breadth of features available. This can be a challenge for teams without prior experience with Splunk's system.

In summary, New Relic is generally more accessible for developers looking for straightforward integration and strong support across various languages. In contrast, Splunk offers powerful data analysis capabilities, albeit with a steeper learning curve, particularly due to its use of SPL and comprehensive feature set.

Verdict

When considering whether to implement the New Relic API or Splunk, organizations should evaluate their specific needs and the strengths of each platform. Both are leaders in the observability space but cater to different priorities.

New Relic API Splunk
Full-Stack Observability: New Relic shines with its comprehensive monitoring tools that cover applications, infrastructure, browsers, and mobile environments. This makes it particularly suitable for DevOps teams looking to optimize performance across the entire stack. Log Aggregation and SIEM: Splunk excels at large-scale log aggregation and security information and event management. Its capabilities are well-suited for organizations that need a powerful solution for IT operations management and security analytics.
Pricing Model: New Relic’s pricing structure is usage-based, focusing primarily on data ingest and user type. It offers a generous free tier which can be attractive for startups or smaller teams needing basic observability features. Pricing Model: Splunk's pricing is typically custom and enterprise-focused, which might be more feasible for larger organizations needing extensive log management capabilities. The free tier provides up to 100MB/day of data ingest, ideal for initial assessments and smaller projects.
APM & Infrastructure Monitoring: With strong features in application performance monitoring, New Relic is ideal for teams that require detailed insights into application behavior and infrastructure health, supporting proactive issue detection and performance optimization. Data Analysis and Querying: Splunk’s search processing language (SPL) is a key feature for those needing to perform complex queries and analyses on machine data. However, it may present a learning curve for users unfamiliar with its syntax and concepts.

Ultimately, the choice between New Relic API and Splunk should be driven by the specific technical requirements and strategic goals of your organization. For teams focused on application and infrastructure monitoring, New Relic offers a more integrated approach. Conversely, for those prioritizing robust log management and security event monitoring, Splunk’s capabilities may provide a better fit.

Use Cases

Both New Relic API and Splunk are pivotal tools in the observability and monitoring domain, yet they cater to distinct use cases and industries. This section explores how each platform is typically deployed across different sectors and scenarios.

New Relic API Splunk

New Relic API is particularly well-suited for organizations seeking full-stack observability. Its comprehensive suite of tools is designed for proactive issue detection and performance optimization, making it an ideal choice for development and DevOps teams. Industries such as e-commerce, SaaS, and technology leverage New Relic to maintain high levels of application performance and user satisfaction. The platform’s strengths lie in its ability to integrate with CI/CD pipelines, enabling continuous monitoring and rapid identification of performance bottlenecks.

Splunk excels in scenarios requiring large-scale log aggregation and is a leading choice for Security Information and Event Management (SIEM). Its capabilities are often utilized in sectors like finance, healthcare, and telecommunications, where security and compliance are critical. Splunk's powerful Search Processing Language (SPL) allows for complex data queries, making it a preferred tool for IT operations management and incident response teams. Its effectiveness in handling extensive datasets and providing actionable insights quickly is a key factor in its adoption across these industries.

While both platforms offer application performance monitoring (APM), New Relic is often chosen by development teams focusing on end-to-end performance visibility. This includes monitoring applications, infrastructure, and user experience. In contrast, Splunk’s strength lies in its ability to manage and analyze vast amounts of log data, which is crucial for security operations centers (SOCs) and compliance departments.

New Relic’s API facilitates seamless integration with various programming environments, as highlighted in their API documentation. This makes it a versatile tool for custom monitoring solutions. On the other hand, Splunk's comprehensive API and SPL capabilities allow for advanced data manipulation and automation, although these features may require a steeper learning curve for users unfamiliar with its language, as noted by Splunk's REST API documentation.

Security and Compliance

When comparing New Relic API and Splunk regarding security and compliance, both solutions demonstrate strong adherence to industry standards designed to protect and manage data securely. Below, we outline their respective compliance certifications and security features.

New Relic API Splunk
  • Compliance Certifications: New Relic maintains a range of compliance standards including SOC 2 Type II, GDPR, ISO 27001, and HIPAA. These certifications ensure that New Relic meets stringent security and privacy requirements, particularly beneficial for organizations handling sensitive data.
  • Security Features: The platform offers comprehensive security monitoring capabilities, such as vulnerability management and real-time security alerts. New Relic's security features are integral to its security overview documentation.
  • Compliance Certifications: Splunk goes further by also adhering to PCI DSS, in addition to SOC 2 Type II, ISO 27001, GDPR, and HIPAA. This makes Splunk particularly suitable for industries requiring payment data protection and transaction security.
  • Security Features: Splunk's platform includes extensive SIEM capabilities, which provide real-time event management and threat detection. The platform's security features can be explored in detail through the Splunk documentation.

While both platforms prioritize security and compliance, their focus and additional certifications may influence your choice depending on specific organizational needs. New Relic's emphasis on monitoring extends to proactive security alerts and vulnerability management, making it suitable for teams focused on application performance and infrastructure monitoring. In contrast, Splunk's additional PCI DSS compliance and comprehensive SIEM capabilities are advantageous for organizations with significant needs in transaction security and large-scale event management.

Ultimately, the decision between New Relic API and Splunk may rest on the specific compliance requirements and security priorities of your organization, with both offering a solid foundation of security features and compliance certifications to support effective data management and protection.