Honeycomb Enterprise

Honeycomb Enterprise serves as the main observability, distributed tracing, and troubleshooting solution for microservices in my project.

A specific example of how I have used Honeycomb Enterprise in a real scenario involved an API that was taking longer than expected. In my day-to-day work, apart from troubleshooting, I also use Honeycomb Enterprise to monitor application performance after deployments and check whether response times or error rates have changed.

Honeycomb Enterprise has positively impacted my organization by enabling troubleshooting and production monitoring in a more efficient way.

Honeycomb Enterprise has helped make troubleshooting more efficient by reducing the time spent manually checking logs across multiple services.

The best features Honeycomb Enterprise offers are the distributed tracking, flexible querying, and the ability to analyze high-cardinality data.

Flexible querying in Honeycomb Enterprise helps me investigate issues without being limited to predefined dashboards.

Another thing I appreciate about Honeycomb Enterprise is that I can connect the dots between different services instead of looking at each solution in isolation.

Honeycomb Enterprise can be easier to learn, especially for those who are not familiar with distributed tracing and high-cardinality data.

I have been using Honeycomb Enterprise for about two years.

Honeycomb Enterprise is stable and provides useful visibility into application behavior, helping my team investigate performance issues across services.

Honeycomb Enterprise offers good scalability for monitoring applications with multiple services and large volumes of telemetry data.

The customer support for Honeycomb Enterprise is good. I would rate the customer support seven out of ten.

I definitely see a return on investment in terms of time saved with Honeycomb Enterprise.

Regarding pricing, setup cost, and licensing, these are not much of a concern because as the volume of telemetry data increases, pricing will be a consideration. However, the initial setup is fairly straightforward.

I would rate Honeycomb Enterprise seven out of ten. The reason I gave this rating is because it provides strong distributed tracing and useful query capability, but the learning curve is steep for new users.

Regarding Honeycomb Enterprise's AI capabilities, I find it a useful foundation for troubleshooting, but I would want clear controls around data access and user permissions. Honeycomb Enterprise's AI output is sometimes useful but may not always meet my expectations for accuracy and reliability.

I find Honeycomb Enterprise's AI output accurate. I find Honeycomb Enterprise useful for understanding issues across services, but I treat AI analysis as a recommendation rather than the final answer.

My advice would be to clearly identify your observability needs before adopting Honeycomb Enterprise and ensure the team is comfortable with distributed tracing and OpenTelemetry.

My main use case for Honeycomb Enterprise is application observability and troubleshooting distributed applications. When it comes to scalability and handling applications, managing microservice-architected applications is quite difficult. There should be a trace of each log and observability point. Honeycomb Enterprise helps us follow requests across multiple different services and investigate latency and errors, understanding where the problem originates, which ordinary logs and infrastructure generally do not provide with sufficient context.

For example, if I consider one API that becomes very slow after a software release, I find that the infrastructure metrics show normal CPU and memory usage, but what our customers experience is delay in getting back the response. Honeycomb Enterprise helps me examine the request trace across the API, the downstream services, and the database calls to identify the slow operation and investigate the root cause.

Honeycomb Enterprise has positively impacted my organization by reducing the time engineers spend investigating production incidents and reducing customer resolution time. We reduce troubleshooting time for complex issues by 40 to 50%. These improvements are very important when handling things in production.

I measure that 40 to 50% reduction in resolution time by estimating improvements on issues that previously took one to two hours to isolate, which can often be narrowed down to 20 to 30 minutes using distributed tracing and BubbleUp. The end-to-end tracing follows requests across multiple microservices instead of manually correlating logs from each service. Using high-cardinality queries, we filter request ID, endpoint, service, and other attributes to isolate affected requests and perform faster root cause analysis, where engineers could narrow down the problematic service or database call, significantly reducing investigation time. Previously, investigations taking two hours can now be completed in 30 minutes to one hour, resulting in a 50% reduction.

One of the best features I appreciate most about Honeycomb Enterprise is the distributed tracing capability, because it is one of the most valuable capabilities, helping me understand how an individual request passes through different services and identify where time is being spent, allowing me to easily narrow down the source of an error. The high-cardinality queries are also very useful because I can investigate specific users, requests, services, or error conditions without depending entirely on predefined dashboards.

The high-cardinality analytic tools help me in my day-to-day work by allowing me to investigate issues at a much more granular level. I considered an issue particularly with an API request, where it became slow and customers experienced delayed response. We could filter the telemetry using attributes such as the request ID, user ID, endpoint, service name, and deployment versions to identify the specific request or service causing the issue. Instead of relying only on a general dashboard to search through logs, we could drill into distributed traces and identify where latency or errors occurred. This helps speed up root cause analysis, reduce troubleshooting effort, and improve incident resolution.

I suggest a few areas where Honeycomb Enterprise could improve. One is better onboarding for OpenTelemetry and more customizable dashboards, clearer cost forecasting, and stronger integrations with DevOps and incident management workflows. These improvements would make the platform easier to adopt while preserving its strength in detailed production investigations.

I have been using Honeycomb Enterprise for the past two years.

I rate Honeycomb Enterprise an eight overall.

I rate it an eight because the main strengths are distributed tracing, flexible investigation, and the potential to reduce debugging time. The deductions reflect the learning curve. I deduct two points because dashboard customization has limitations, onboarding for OpenTelemetry needs improvement, and clear cost forecasting is required. Additionally, I would appreciate stronger integration with DevOps and other incident management workflows.

Regarding Honeycomb Enterprise's governance and security, it is very important for an organization because governance should cover access controls, SSO (single sign-on) operations, role-based permissions, telemetry retention, and the handling of sensitive attributes. Honeycomb offers enterprise-oriented access and security capabilities, but the exact controls depend on the plan and configurations. They are well-versed in security protocols, but we have to ensure that we are not sending secrets or unnecessary personal data in traces and verify the organization's compliance requirements before onboarding production telemetry.

Regarding Honeycomb Enterprise's accuracy and reliability of output, the platform provides useful request-level context for troubleshooting when telemetry is correctly instrumented and collected. Its findings have really helped my engineers and me identify bottlenecks. However, data still needs interpretation in context and verification against application behavior. Missing instrumentation, sampling, and incomplete attributes can limit investigation, but overall, Honeycomb Enterprise is accurate and reliable, cutting down 50 to 60% of the troubleshooting time.

When advising others looking into using Honeycomb Enterprise, I recommend that when starting with critical applications or microservices, troubleshooting production issues is very important and time-consuming. There will be a number of services, and tracing in and out of each service is very challenging. I suggest integrating with OpenTelemetry, instrumenting important services and APIs, and using distributed tracing and high-cardinality queries to understand where requests are slowing down or failing. Others can assess their requirements and research the features they seek. Training is involved for the engineering team on tracers and queries capabilities, which requires considerable effort, and saving this effort is something I highlight as vital. My rating for this product is eight out of ten.

I joined Smarsh in 2023 as a software engineer, and from that point until last year, we were using Honeycomb Enterprise. Recently, we migrated to a different service.

I have used Honeycomb Enterprise in the past 12 months, and it was very good. We used it mainly for tracing and observability. By observability, I mean we did not use it primarily for metrics and other features. The main goal was to use it for tracing, traceability, and debugging errors.

When comparing Honeycomb Enterprise to DataDog, the current service we are using has the best features. However, I never explored metrics completely with Honeycomb Enterprise. With tracing, Honeycomb Enterprise is the cheaper and best service for tracing and traceability compared to DataDog. I did not explore Honeycomb Enterprise to that extent for metrics.

The best feature Honeycomb Enterprise provides is the sampling. Whenever we publish traces, out of 1000 traces, it samples the best-rate traces, and it has the capability to implement a graph from the tracing that we have published. This is the most impressive feature I have seen. From error logs or whatever we publish, we can easily visualize those traces in graphs and identify the number of occurrences that have happened for a particular trace, error log, or observability failure in a service. The main features I highlight are the graph feature and sampling.

With structured tracing, it helps us understand complex user interactions. Since we are dealing with billions of traces every day from 1000 or 2000 services running daily, with each service emitting nearly more than 10,000 traces, identifying which service has errored out in a particular environment or region and at what time was critical. Honeycomb Enterprise is the best solution for this. It performs sampling based on error rates and provides us the data to visualize. When we search for any error logs or what happened with a service at a particular moment, it is very easy to search any traces and identify the root cause and fix those issues. Using Honeycomb Enterprise as a tracing service made it very quick to identify and fix issues.

When assessing the impact of high cardinality data analysis on application performance optimization, our company deals with multiple documents, and each data point deals with multiple documents, multiple IDs, and multiple unique records. Each record has a high cardinality field. If we go with any observability services like DataDog, Grafana, or other services, publishing high cardinality fields would be difficult for the system and would cost more. Honeycomb Enterprise supports high cardinality fields in a very easy way, and the pricing is very reasonable. We used to publish even high cardinality fields for tracing, but not for metrics.

The areas for improvement with Honeycomb Enterprise lie in the query UI, which could be improved to a more current standard. The older query interface shows facets, and if I need to select an option, I must drop down through multiple choices, which could be improved substantially, and we could even adopt AI tooling. While performing sampling, I do not know internally how Honeycomb Enterprise executes the sampling. At the very least, while querying, as an external user or someone who does not know how the code works for their service, the experience could be better. Let me illustrate: I know my service code and how it works, but another team member may not completely understand how the code works. Even if they search in Honeycomb Enterprise, they need to understand what traces we are publishing. If AI implementation were added, it could suggest queries or, when I type something like "I want these traces present within this time in this service," it should frame the query automatically. I want that feature to come to Honeycomb Enterprise. I do not know whether it exists currently because we stopped using Honeycomb Enterprise almost five or six months ago.

For stability, I can rate it a nine or ten. I have never seen Honeycomb Enterprise go down.

Regarding scalability, I have never seen any lagging in the service while using it, and I have never seen Honeycomb Enterprise go down. Since it is a managed service, I agree that it was scalable. I would rate this a nine as well.

For technical support, I never had to make a call for any support. Our concern was not to maintain Honeycomb Enterprise. As an engineer, we simply utilized that tool. We were never concerned about how it connects, what it does, what the storage was, or what billing had been done for it.

If comparing Honeycomb Enterprise to DataDog, the current service we are using has the best features. However, I never explored metrics completely with Honeycomb Enterprise. With tracing, Honeycomb Enterprise is the cheaper and best service for tracing and traceability compared to DataDog. I did not explore Honeycomb Enterprise to that extent for metrics.

Since Honeycomb Enterprise is not self-hosted and is a managed service, we never maintained anything.

We used Honeycomb Enterprise mainly for tracing and observability. By observability, I mean we did not use it primarily for metrics and other features. The main goal was to use it for tracing, traceability, and debugging errors.

I would recommend Honeycomb Enterprise based on cost evaluation. Companies considering purchasing it should discuss the features they want and partner with Honeycomb Enterprise. The decision is theirs, but as an end-user, I would recommend the UI interface, the interaction with the UI, and all the services that I have seen in Honeycomb Enterprise.

I am completely unaware of the pricing because we as engineers are not aware of the price. In every company, there is a pricing manager, COGS management team, and a fabric team. The fabric team handles all the pricing models and related matters. As an end developer, I am not certain what pricing was incurred by Smarsh for using this service. However, one thing I learned is that due to pricing considerations, Smarsh moved from Honeycomb Enterprise to another service.

I would rate this review an eight overall.

I have been using Honeycomb Enterprise for the past three years. My main use case has been troubleshooting and performing monitoring for Kubernetes-based applications and microservices.

Honeycomb Enterprise has had a very positive impact on our organization by reducing the time it takes to identify and resolve production issues. Instead of spending hours searching through logs across multiple Kubernetes services, we can quickly pinpoint the source of the problem using distributed tracing. This has really improved our mean time to resolution and reduced downtime while helping us deliver a more reliable experience for our users. It also gives the engineering team greater confidence when deploying a new release because we can validate performance and catch regressions much earlier.

When I observed a significantly increased response time after a new release to one of our microservices running on AKS, the infrastructure appeared healthy and the CPU and memory were normal, but users were reporting latency delays. Using Honeycomb Enterprise, I filtered traces for those affected services and compared slow requests against normal ones. The distributed trace showed that most of the latency was coming from a downstream API call rather than the application itself. By drilling into the trace attributes, I was able to identify that a specific endpoint was experiencing significantly high response time. After the deployment, I rolled back the change and confirmed the latency returned to normal, then fixed the issue before redeploying. Honeycomb Enterprise made it very easy for me to pinpoint the exact service and operation causing the slowdown, which reduced our troubleshooting time very significantly.

Beyond troubleshooting production issues, I have also used Honeycomb Enterprise proactively for monitoring and validating deployments. After a new release, I monitor key metrics such as request latencies, error rates, and throughput to ensure there are no regressions. I have also used it during root cause analysis by correlating traces across multiple Kubernetes services, which helped determine whether an issue originated in the application, the infrastructure, or an external dependency. The ability to query high-volume issues data and drill into specific requests has been specifically valuable for identifying all these issues and reducing troubleshooting time. Overall, it has become an important part of our observability workflow and helps solve incidents much faster.

Some of the best features for me include distributed tracing, which gives me end-to-end visibility into a request as it flows across multiple microservices, making troubleshooting faster. I really appreciate the ability to query high-level data without having to predefine dashboards or indexes. This means I can investigate issues from different angles even if I did not anticipate them beforehand. Another feature I use frequently is BubbleUp, which automatically highlights the differences between normal and problematic issues, making it easier to identify root cause. The integration with OpenTelemetry is a significant advantage because it allows us to collect standardized telemetry from our Kubernetes workflows and workloads without being locked into a proprietary instrumentation approach.

Overall, I have had a very good experience with Honeycomb Enterprise, but there are a few areas where it could be improved. I would like to see more out-of-the-box dashboards and templates for common Kubernetes and cloud-native workloads so that new users can get value more quickly. The learning curve can be steep, especially for engineers who are new to distributed tracing and observability concepts. Additionally, while the query capabilities are very powerful, there are times when specifying advanced query workflows could be improved to provide a better overall experience for troubleshooting and observability.

Beyond what I mentioned, there are a few other areas that could also be improved. I would like to see even deeper native integration with more DevOps and ITSM tools to make it easier to connect observability data directly into incident management and operational workflows. Regarding pricing, Honeycomb Enterprise delivers strong value, but as organizations scale and generate larger volumes of telemetry, cost can become a consideration. More flexible pricing options or cost optimization features for high-volume environments would be helpful. My support experience has been generally positive, but faster turnaround time for complex technical issues and more advanced implementation guides or best practices documentation would make onboarding and troubleshooting easier. These improvements would make an already strong observability platform even more accessible and scalable for enterprise teams.

I have been working in my current role for the past almost three years. In general, working as a technology engineer, I have been in the technology market for a span of ten good years.

I would rate the scalability as very good. As our Kubernetes environment and the number of microservices grew, Honeycomb Enterprise continued to handle the increased telemetry volumes without requiring major changes on our side because it is a managed SaaS platform. We were able to onboard additional services and workloads with minimal effort using OpenTelemetry. The main consideration is managing telemetry volume as your environment scales since more data can impact cost. As long as you have good instrumentation practices and data management policies, the platform scales very well for enterprise environments.

Overall, my experience with Honeycomb Enterprise customer support has been positive. The support team has been knowledgeable and responsive, especially when we had questions about instrumentation, OpenTelemetry integration, or troubleshooting complex observability issues. For standard questions, we usually receive helpful responses within a reasonable time frame. For more complex technical issues, resolutions sometimes take longer because they require deeper investigation, but the support team kept us informed throughout the process. I rate the support around 8 to 9 out of 10. The main area for improvement would be faster turnaround time for complex enterprise cases and more advanced technical documentation for edge case scenarios.

The organization was actually using a different solution before I came in. I do not know the reason why the organization changed, so I cannot provide more insight into that.

The pricing is reasonable for the value it provides, especially for organizations running large-scale microservices. The biggest consideration is that cost can increase as telemetry volume grows. It is important to have very good data management and retention policies in place. From a setup perspective, the initial implementation was straightforward since we use OpenTelemetry with our Kubernetes environment and the documentation made the onboarding process fairly smooth. The licensing was also relatively simple to manage. My only suggestion would be to offer more flexibility for organizations with rapidly growing telemetry volume or response spikes in usage. Overall, I am very satisfied with the setup experience and the licensing, and I felt the platform delivered good value for the investment.

We did not publish a formal KPI specifically for Honeycomb Enterprise. From my experience, I estimate our incident investigation time dropped by around 40 to 50 percent for complex microservice issues. Problems that would previously take one or two hours to isolate were often narrowed down to 20 to 30 minutes using distributed tracing or BubbleUp. This translates into faster incident resolution, less service disruption, and quick recovery during production issues. The biggest benefit was not just the time saving but being able to identify the root cause with much greater confidence instead of manually correlating logs from multiple services.

We did not calculate a formal ROI specifically for Honeycomb Enterprise, so I cannot give an exact financial figure. The biggest return has been in time saving and operational efficiency. Based on my experience, our troubleshooting time for complex production incidents improved by roughly 40 to 50 percent, with issues that previously took hours to isolate often being narrowed down to 20 to 30 minutes. This helps the organization reduce disruption and improve our mean time to resolution. We have not reduced headcount because of Honeycomb Enterprise. Instead, it allows our engineering team to spend less time firefighting and more time delivering new features and platform improvements. From that perspective, the productivity gains have provided a strong return on investment.

We looked at a few other observability platforms before settling on Honeycomb Enterprise, and the main ones were DataDog, Dynatrace, New Relic, Grafana, and Prometheus for metrics. Each of them had strengths, but Honeycomb Enterprise stood out for distributed tracing and high cardinality data, as well as the ability to perform ad hoc investigations without having to predefine dashboards or indexes. Since we run a Kubernetes-based microservice environment, that flexibility made troubleshooting much faster. We also appreciated its strong OpenTelemetry support, which fits well with our observability strategy. Ultimately, Honeycomb Enterprise gave us the best balance of deep troubleshooting capability and ease of investigating complex production issues.

I would say that Honeycomb Enterprise takes governance and security very seriously. I appreciate that it supports enterprise features such as role-based access control, SSO integration, and audit capabilities, which are important for controlling access to observability data. From an AI perspective, I see the AI features more as an assistant for integration rather than something making autonomous decisions, which is the right approach for production environments. I still want engineers to validate recommendations before taking actions. Overall, I would say the governance and security are strong, and I would always prefer to see continuous improvement around access control areas, data privacy options, and transparency into how AI generates insights and processes data, especially for organizations with very strict compliance requirements.

The AI capabilities are generally accurate and reliable, especially when used to assist with integration rather than replacing engineering judgment. The suggestions and insights usually surface patterns that I might not notice immediately. That being said, I do not treat AI output as my final answer. I always validate it against distributed traces, telemetry, and application logs before making production decisions. Overall, I rate the AI accuracy high for accelerating root cause analysis, but I still see it as a decision support tool rather than an autonomous troubleshooting solution.

My advice would be to invest time in planning an observability strategy before rolling it out and instrument your applications. I would also recommend instrumenting your applications with OpenTelemetry from the beginning and focusing on collecting meaningful telemetry instead of trying to capture everything. Start with your most critical service and build from there. I also recommend training the engineering team on distributed tracing and Honeycomb Enterprise query capability because that is where you will get the most value. Finally, monitor your telemetry volume and retention policy to keep costs under control as your environment grows. If you approach it that way, Honeycomb Enterprise becomes a very powerful tool for troubleshooting, performance optimization, and improving the reliability of your cloud-native applications. I rate this product a 9 out of 10 overall.

We are the customers of Honeycomb Enterprise.

Basically, the purpose of using Honeycomb Enterprise is that it provides larger interfaces and dashboards for the logs of machines, terminals, and the debugging process is very easy because of Honeycomb Enterprise. Centralized logs are provided by Honeycomb Enterprise. We have integrated it into our services, including our deployed apps. So if any service goes down, any services are slow, or any APIs are crashing, then we use Honeycomb Enterprise very well for debugging purposes and tracing the logs between the services and microservices.

Structured Tracing gives the whole structure of a user interaction. If a user logged in, then went to this service and went to another service, then used this feature of our app or web app, Structured Tracing gives a full path. If we try to filter via user ID or correlation ID, we can see the full path a user has gone and how a user has interacted with the app or used our app, and where most people are going within our app, so we can analyze it, such as which functionality is most used by users.

We have used Honeycomb Enterprise in our services and deployed apps.

The biggest advantage of Honeycomb Enterprise for us is that it centralizes everything. For example, if we use AWS CloudWatch for a service, it gives logs for that service only. We manually have to search and scroll down over multiple thousands of logs for the crashing or slowing services. Honeycomb Enterprise basically gives a proper dashboard for everything. For example, if we have deployed multiple apps, if we are connecting it from Kubernetes, if we are connecting it from Docker, if we are connecting from a machine such as an EC2 instance, it basically handles all the logs. So whenever we need some logs, such as for slowing or crashing services, we just go into the dashboards, run some queries, and get those logs for certain time frames and fix the bug. This is how we use it, and it helps. It quietly increases productivity and debugging efficiency.

We just use the Bubble Up feature for identifying performance anomalies for API performance only. Because we have deployed our services including apps, web apps, and websites, we just need to figure out which service or which API for which microservice is going down or running poorly, giving some latency over the API calling. So we just analyze which service is running slow so we can increase its efficiency or make it better to use. This will increase our output.

One of the disadvantages or areas for improvement I see is that it is very costly. My honest opinion is that its service is very good, but for me as an individual, if I am using it in a small app, it creates a huge amount of data and it is very expensive to manage.

It has features for integrating into our apps, but regarding additional features, it should provide some global entry, such as a global SDK or system that captures the full services. We are facing an issue with integrating it. It provides an SDK to integrate into mobile applications or web applications, but we have to configure it manually in our services or microservices or APIs. It should capture all services by applying it globally on the app with the root of the app. Then it can capture the logs from the API calls. The root problem is that if we have 15 microservices in our app, we have to go and place it on the router, on the controller, and the service itself. So it takes place in every part of the code. That is the root problem. We have to hire two or three people that are masters in this platform and then apply the code in the codebase. So it can be improved via root SDKs so it can capture activity on a global level.

I have been using Honeycomb Enterprise for about a year.

Honeycomb Enterprise provides connections from everything in an IT company, basically. It provides logging, it provides connection with AWS, it provides connection with Docker, and machines, and local services, and mobile applications also. It covers pretty much everything for a software developing company or organization.

Honeycomb Enterprise is reliable. I can say it is around 98 percent reliable. It sometimes lags for larger systems or larger microservices, or for larger databases stored within its database. So I can say it is 98 percent reliable and productive.

If we use it in a larger platform which is regularly used by users, it creates a huge amount of data. It captures all the logs if we integrate it in our services. Then there is a huge amount of data, and it takes thousands of dollars per month for an enterprise level. So if we compare it to other tools, its service is very good. I know that. We know that its service is very good. We get interactive dashboards and features for filtering out and tracing the whole process. But if we talk about the pricing, it collects a huge amount of data, which then creates the large pricing for the enterprise level.

I am happy with Honeycomb Enterprise's customer service because we have never called them because we have never felt the need to call them. We have never faced an issue with Honeycomb Enterprise. Our main goal is the debugging process from Honeycomb Enterprise. We achieved it, and it is seamless, and we have never faced an issue with it.

The initial setup and deployment procedure for Honeycomb Enterprise is straightforward. It is quite simple to use. We can just deploy via Docker or Kubernetes and these kinds of services. Honeycomb Enterprise provides quite a good setup for using these services. It provides the OpenTelemetry SDK and the Honeycomb Enterprise SDK also. So we can just use and integrate with these systems including Docker and Kubernetes and make the deployment process very seamless and very easy. It is quite interesting to use it, and we can deploy products seamlessly.

If we talk about how I compare Honeycomb Enterprise to its competitors, I would say that if we talk about the competition such as OpenTelemetry, Grafana, some people are still using them because of their pricing only. The major factor is pricing. I just want to say the major factor is pricing. We have a banking system that is generating dozens of logs. So we are facing the pricing issue, which is thousands of dollars a month, so it is quite expensive. If we use Grafana and other tools for logging and capturing these analytics, that is a time-consuming process but less costly. So that is the major issue with the competition.

If we speak about whether Honeycomb Enterprise is worth the money, I would say if we speak about enterprises or companies such as mine, we have dozens of applications we have developed or deployed or are running live. It provides a single dashboard for all of them. We can select projects and see their logs and debug from there. Basically, it is based on OpenTelemetry. So, OpenTelemetry provides great graphical analytics. We can trace each and every call from there, historic calls also, from two or three years ago. So, it helps a lot in debugging. What does a developer need? If a bug came out, if a service fails, then we should work on it immediately. Before, we had to watch AWS CloudWatch logs and see terminals of the EC2 instance machines. So, that is quite time-consuming and very irritating. This resolves all of that because we have a dashboard and we can run queries to get these error logs. For debugging, we can just run queries such as what API is taking more than five milliseconds. It is just amazing working with it. We can get directly what we want within the time frame, and it helps debug the code and the terminal. I gave this review a rating of nine out of ten.

Honeycomb Enterprise is used in support of global clients for observability and debugging cloud-native applications. It is utilized for tracing different types of observation of processes and tools as an automated tool. Depending on client requirements at global locations, Honeycomb Enterprise is selected from among other competitors.

For example, work with refineries within the energy space has involved using applications supported by Honeycomb Enterprise to understand and support clients in those projects. This includes understanding their processes and observing the different applications they use within AWS and the enterprise version. Using these tools, numerous different processes within the energy sector have been observed, and Honeycomb Enterprise is used for refineries and other operations. In specific cases, processes and how applications are run are observed, and different metrics like Honeycomb Metrics and other tools within the Canvas and other available options for model content protocol are used for different approaches. Anomalies are detected as part of MCP, and then efforts are made to debug those anomalies and work with the applications. For all clients, the process is generally the same, though specifics vary by application.

Honeycomb Enterprise is generally used to observe processes, understand anomalies, detect them, and work with applications to debug problems that surface. One challenge is that many things have to be defined manually and are not totally automated, while some competitors used for different projects or clients do have automation. Despite this, Honeycomb Enterprise remains a good tool for these purposes.

More automation would be great with Honeycomb Enterprise, as some competitors have more automation in this area. Dynatrace and others that have been used do provide more automation. Frequent evaluations of these tools against each other within the competitive landscape are conducted, so there is definitely room for improvement, and more can be done with Honeycomb Enterprise. However, at the moment, there is happiness with some abilities like natural language interactions and creating live diagrams through the process, which are all advantages that are beneficial.

Further automation of Honeycomb Enterprise and a reduction in the number of manual inputs currently required would be very beneficial. While it is known that they are working on that, some competitors already have automated features, with Dynatrace being one of them, and Grafana providing telemetry standards and other features. There are other things that could be done regarding further automation to reduce manual input, which does create challenges and slows progress.

Debugging could be improved with suggestions for improvement or for solving the problems. If suggestions were provided in the process of debugging, that would also be very helpful with Honeycomb Enterprise.

The AI capabilities of Honeycomb Enterprise are good, and this is considered positive. The interaction with these capabilities has not presented any issues.

In terms of accuracy, there is room for improvement, and for reliability, results are usually compared with other data and other approaches used for specific projects to ascertain that the results obtained are accurate. Since it is still in early stages and early use, full reliance cannot be placed on everything obtained from it. Results have to be compared and common sense and due diligence must be applied with other observations and analytic work to qualify the results. In terms of security, no breaches or issues have been noticed.

Honeycomb Enterprise offers excellent features that include the ability to define different triggers. Within Honeycomb Enterprise, 300 triggers can be defined, and different activities like single sign-on can be performed using various service level objectives available within the enterprise package. Queries can be defined manually, providing significant customization and the ability to customize and define as needed. Since it is cloud-native, it helps because applications supported are that way for global clients. Most importantly, Honeycomb Metrics for debugging and identifying issues and anomalies is a good step, though it is not sufficient because clients require remedies for the challenges encountered. The ability with Honeycomb Metrics in particular to debug those issues is very helpful. These advantages stand out for the enterprise version as opposed to Pro, where only two triggers can be defined, but in Enterprise, 300 or more can be configured.

The feature relied upon most day-to-day is Honeycomb Metrics. As a consulting company solving problems, identifying and solving issues is really important, and this feature facilitates workflows and expedites and provides efficiency within processes. It gives access to tools and techniques that would not otherwise be available.

Efficiency improvements in processes with Honeycomb Enterprise have definitely been seen, and the most representative example is that more projects can be handled than could be done prior to using Honeycomb Enterprise. Issues for clients can be resolved in an expedited fashion, and more projects can be accepted, making these efficiency improvements quite advantageous.

Honeycomb Enterprise has been used for the past five years.

To the degree expected from Honeycomb Enterprise, it has been stable.

In terms of the number of triggers and service level objectives, Honeycomb Enterprise's scalability is good and adequate. In terms of adding team members or multiple team members using it, no challenges have been encountered. Since we are a relatively small consulting practice, only that perspective can be offered.

Dynatrace, New Relic, and some other tools like DataDog have been used for different purposes and some for observability. Honeycomb Enterprise was not necessarily switched to but rather added to the suite of tools used for different projects.

New Relic, Dynatrace, DataDog, and Grafana have been considered as alternate solutions.

About 30% more projects can be handled than prior to the use of observability tools as a whole. Although more than one type of tool is used because diverse clients with different requirements are served, in general, 30% improvement has been observed. This is measured based on the number of new projects that can be taken and the revenues that can be generated as a result. Due diligence and evaluations should be conducted before choosing if Honeycomb Enterprise is optimum for what is required. The review rating for this product is 6 out of 10.

We generally use it to create dashboards through Honeycomb Enterprise. What we do is we have Splunk for separate things for getting the traces and debugging and examining what are the errors or if all our services are up to date. The tracking of the logs and tracing them through the trace IDs is separately done through Splunk logs. However, Honeycomb Enterprise we use for observing and debugging. We don't need any pre-built dashboards in Honeycomb Enterprise. It helps us in addressing the production issues very quickly and identifying the current outliers. That is the reason why we are using Honeycomb Enterprise. It is not just for observability and debugging, but also for health checks of the services to ensure that all the services are up and running steadily and what are the statistics so far.

We are utilizing Honeycomb Enterprise because it addresses multiple concerns at the same time, not just debugging and observability alone, but also checking the health checks of the services. We can even create our own custom dashboards utilizing whatever kind of graphs we want, a pie chart or even bar graphs for analyzing different aspects of our services to ensure they are correctly satisfying our parameters, which is the basis for which we are trying to root our observations. If you go for Splunk, then maybe you can just use it for observing and debugging using their log traces. That is quite limited. You have to use the queries also which can get complex when there is so much nesting in the queries or it has to handle a large amount of data. When we scale up the data set, at that time it becomes a challenge in Splunk. Whereas in Honeycomb Enterprise, it is a little bit made easier.

In Splunk we write custom queries and then we try to find the log traces, but in Honeycomb Enterprise it is very fast querying. It doesn't need many pre-built dashboards. It serves us by offering great support for high cardinality data. It is also very useful for distributed tracing.

In our enterprises we are using cloud native systems. We are using applications which have support for cloud technology. Honeycomb Enterprise is designed for modern cloud native systems. Honeycomb Enterprise has that cutting edge technology that we actually want nowadays. Observability and debugging, it is excellent for that. Splunk can at times maybe slow speed can be the cause which we will not prefer Splunk for that because if we have a large data set then maybe we will not prefer Splunk. We can go for Honeycomb Enterprise because the speed which is offered by Honeycomb Enterprise is much more than what we get in Splunk. That is why we say that we don't need to write the complex queries which we have been doing so far in Splunk. Here the advantage is the speed. It is less focused on traditional log management than Splunk.

There are a lot many negatives that Honeycomb Enterprise is having. One of them is that it needs good instrumentation and instrumentation to work properly. It is not as strong as what a traditional log management. It may not suit security compliance heavy teams. It can feel expensive when we have a large data set and when we want to engage a larger data set, and when many people want to be engaged for analyzing a particular issue. It is less familiar if your team is used to the dashboard first tools. Here we don't prefer pre-built dashboards. If the team is accustomed to using the kind of tools wherein the dashboards are already in use, then at that time it can appear as if it is less familiar. Honeycomb Enterprise's downside is that it is powerful for observability, but it can be harder to learn and maybe not fit every use case.

I have been using Honeycomb Enterprise for two years.

Glitches are a part of every tool and they do keep on happening. Mostly it is reliable, but at times, maybe one or two times in two to three months, these issues do happen. Sometimes errors happen in Honeycomb Enterprise or sometimes latency comes. That kind of issues sometimes happen maybe in three months, around one or two times. I won't say that it is fully robust, but at times it does give us some problems.

I think it can be expensive because if we want to scale it up, they are having some charges on that. At times we can be shocked to see that this price is too high for involving too many developers on one peak or having a much bigger data set or more advanced features for our use. At times I have seen that there are very high incurring costs noticed in Honeycomb Enterprise. Sometimes when our requirement is not too high, we may feel that it is a decent cost, but at times when we want more features, the cost sometimes is higher.

BubbleUp anomalies is actually a very important feature and it is very much used in our organization. Assume that you are having a total of 100 requests. One of them is very, very slow due to some cause, maybe there are some errors, some maybe downstream service might be failing due to which it is getting slow. But now the cause is, should we let all the other 100 requests suffer because of just this one request? The answer is no. To highlight what is the issue going on in our currently running 100 requests, we just highlight that one request which is very slow or maybe we just move it to the top so that we can alert everybody that this is the problem. All the 99 are okay, but the only issue which we are facing is with this single request which is very slow. What is the reason? We can identify that through the log traces again. If we see any odd patterns, then it automatically highlights them. Any outliers are there, so it makes them a bit visible so that we can make the investigation a bit fast paced. Unusual behavior can be highlighted to everyone so that we could be exploiting the solution that we might have, the developers we can engage so that they can rectify that problem and all the 100 requests are in shape again and do not cause the unwanted latency which we sometimes do experience just because of maybe one or two requests.

Since our teams involve multiple users and this is not just a situation where we are in one location, somebody might be from abroad. The team is quite vast and has everybody from every corner of the globe. What this means is that it enables everybody to log in and collaborate together and work on the single task. Sometimes when the major issue happens, just a single developer is not given the priority to be doing the same task and multiple users are required to be involved in this kind of issues at the same time. They can address the different aspects of the same, but the logs are common. The collaboration feature, which is a very highly rated feature of Honeycomb Enterprise is offered by it for keeping multiple logins for all the users across the team. That way we can share the data amongst each other. We can add the comments so that everybody can view what are the observations of some other person from some other aspect of the issue. That way everybody is on the same page. Dashboards can be viewed together. We can even sometimes see multiple people viewing the same dashboard at the same time. This is a part of this collaboration feature. This enables the team, the global team for investigating the issues together and not just investigating it, but also collaborating with each other to help each other and to resolve this issue in a lesser amount of time. That way everybody could trace the logs and keep tracking simultaneously. Suppose that if we are working on one issue, maybe some other issue also comes up, but few developers couldn't notice it, but the third one could notice that and can bring it to the forum and everybody could then work on that.

The installation and deployment procedure is quite easier. Basically what happens is we just want to put a tool into the system and it's easy for Honeycomb Enterprise. It's not that complex. I don't find it complex.

Honeycomb Enterprise helps the ROI by reducing debugging time, speeding up the incident resolution, and helping teams find production issues faster. If you do ask for cost, then I would say I am also somewhere in that much amount, approximately 10 to 20 percent.

Effectiveness means, Honeycomb Enterprise is very effective. We have all these kind of things structured tracing, collaborating feature, and data analysis. Honeycomb Enterprise is more effective than Splunk. When we are working on a large data set, we have a lot of values. High cardinality data support is offered by Honeycomb Enterprise, which means we can analyze lots of unique values. It helps in fast debugging. This is a major win. Fast debugging is what it offers. In Splunk, tracing becomes very slow if we have complex queries. That is something which we cannot afford to have when we are having immediate deadlines, very tight deadlines. At that time we need a very fast debug. If we build new dashboards, then even it helps in tracking these issues very fast. You have graphs also, you have a tabular format of analysis. BubbleUp anomalies again, because they highly, if any issue occurred in any of the request, it will be shooting it up directly on the dashboard and you can see from there that this is the issue, it is highlighted. We need to address it quickly because the deadline is nearing and it is a very close call. It has a good tracing support. It helps tracking the request across the services. It offers better collaboration because teams can investigate the incident together by this collaboration feature of Honeycomb Enterprise. Honeycomb Enterprise is effective because it helps teams quickly find, understand and debug unusual behavior in the complex systems.

Whenever we make a request, there is an inter-service communication. One service makes a request to another service. In that journey, we have a trace ID, we have a span ID, we have a service name, a status and duration. This gives us proper fields and the format to record the behavior of each request while it is making the transition from one service to another service. This is a transit. During this transit, we need to maintain the logs. Honeycomb Enterprise has given us a very good facility where we have a few fields. The trace ID is the main, span ID comes under it and the service name, status and the duration for which this request happened. This is one thing that we have these kind of format wherein these kind of parameters are there. But ideally, everybody looks for the benefit. That is one aspect that we have this kind of format, but what will this help in? It helps in finding the problem a bit faster. Anomalies, requests, wherever it went slower, wherever we found some bug or maybe the request got stuck somewhere. It is helpful in identifying it a bit easily and maybe faster. It is helpful in understanding that flow, how we are navigating from one request to the other request, what are the intermediate processes happening in between and whatever operations are happening between this one request, we have each thing properly formatted with the help of these parameters like the trace ID and span ID. That way we can probably identify the root causes of our if any issues occur. Even if the issues don't occur, then it is a good practice to keep the logs so that some or another day, maybe if you want to track yourself back to the previous logs, you can basically possibly track it. You can address the issue or maybe that aspect or behavior which you want to monitor in some time in the future.

My overall review rating for Honeycomb Enterprise is 9 out of 10.