Broadcom Application Delivery Analysis is an application performance management tool designed to prove how well a network delivers applications to users with application delivery analysis of performance and availability of SLA measurements.
N/A
ScienceLogic SL1
Score 8.8 out of 10
Enterprise companies (1,001+ employees)
ScienceLogic is a system and application monitoring and performance management platform. ScienceLogic collects and aggregates data across and IT ecosystems and contextualizes it for actionable insights with the SL1 product offering.
N/A
Serverless360
Score 10.0 out of 10
Enterprise companies (1,001+ employees)
Serverless360 is a platform to manage and monitor Azure Serverless components related to enterprise integration. In a real-time scenario, the integrated cloud applications are not built with a single technology stack, it typically involves at least 3 or 4 different Azure Services. Currently, Azure Portal is designed more on vertical technology silos and it's difficult to visualize and manage such connected solutions. So Serverless360 is presented by the vendor as a tool that users can depend on…
N/A
Pricing
Broadcom Application Delivery Analysis
ScienceLogic SL1
Serverless360
Editions & Modules
No answers on this topic
No answers on this topic
No answers on this topic
Offerings
Pricing Offerings
Broadcom Application Delivery Analysis
ScienceLogic SL1
Serverless360
Free Trial
No
No
Yes
Free/Freemium Version
No
No
No
Premium Consulting/Integration Services
No
Yes
Yes
Entry-level Setup Fee
No setup fee
Required
No setup fee
Additional Details
—
ScienceLogic SL1 offers four tiers:
SL1 Advanced – Application Health, Automated Troubleshooting and Remediation Workflows
SL1 Base – Infrastructure Monitoring, Topology & Event Correlation
SL1 Premium – AI/ML-driven Analytics, Low-Code Automated Workflow Authoring
SL1 Standard – Infrastructure Monitoring – with Agents, Business Services, Incident Automation, CMDB Synchronization, Behavioral Correlation
To get pricing for each tier, please contact the vendor.
Look no farther than this tool if you need an API testing solution that also includes service virtualization. This technology also forces you to move your testing lifecycle to earlier stages of development, which improves the overall SDLC.
For Windows, the issue is in higher resource consumption related to WinRM monitoring, which provides better options then the SNMP monitoring, which on the other hand is less resource intensive. The problem is also with support for OS with other than English language.
Serverless360 is a great tool for managing complex Azure serverless environments>it offers comprehensive monitoring,alerting, and automation features that are essential for maintaining the health and performance of our applications.However, for organizations with simpler setups or minimal Azure serverless usage, the advanced capabilities of Serverless360 may not be necessary. Overall it's been a valuable addition to our tool kit
This is an excellent tool for implementing Service virtualization in your own and/or third-party web services. This ensures that our automation and performance test environments are always available and consistent.
This application also aids in the setup and maintenance of test data, which is an important component of test automation.
This tool has a license fee and is not free. Many open-source tools provide free API testing solutions, therefore turning some of this tool's features open-source might be beneficial.
The tool's load testing component is not integrated and instead relies on the free Blaze meter.
Dashboards are quite old and are of Iron age. Need to have AP2 dashboards only instead of AP1 and consistent new design across all functionalities.
Reporting is not improved since Y2020 and need to revamp completely. Need to integrate Dashboards and Reporting. PowerBI Like functionality to be given OOTB. Reports should be extracted in Excel, PDF, HTML and should be heavily automated.
Create and Open APIs for basic and advanced monitoring data extraction.
Topology based Event Correlation and Suppression should be improved drastically. Need to identify critical network interfaces based on Topology and monitor them. Basic customization of Dynamic App and/or Powerpack to exclude/include certain metrics/events to be permitted OOTB instead of customizations.
Integration with ServiceNow to be improved and to be taken to next level. Automation Powerpack should be made available OOTB as part of base product and to be priced attractively.
Take product to next level where we can monitor actual impacted IT or Business Service instead of metrics and events BSM and Topology map to be auto discovered and identify the network dependencies and alternate paths automatically instead of manual creation of BSM.
It is simply because of all the best possible autonomy solutions it is providing and getting better day by day. Using AI and Devops along with handy automation, The monitoring and Management of devices becomes much easier and the way it is growing in all the aspects is one the best reasons too. Evolution of the SL1 platform in the autonomy monitoring and management is quite appreciable.
The core functions are there. The complexity is due to the complexity of the space. The score is based on comfort (I no longer notice the legacy UI) and the promise that I see in the 8.12 Unified UI (a vast improvement). It is also based on the fact that with 8.12, you can now do everything in the new UI but you still have the legacy UI as a fallback (which should now be unnecessary for new installations)
Turbo360 (formerly Serverless360) is the best software intelligence tool out there in market saving us time as it is easy to see data instantly. The software provides business and traffic data information helping our organization make scalability decisions.
SL is always there and online when you need to get info from it. The only times when SL was not available in our own data center, was when network links from out side of the data center was down and those links were not in our controll. Having a central database and people accessing it all over the world, may put a bit of constarin on the performance of the dashboards when reports gets generated, but that is far and few n between.
SceinceLogic SL1 architecture helps the platform to give a top-notch performance in every respect, Data collection to reporting happens very smoothly. With the new user interface pages load much faster. Individual appliances carrying the individual task ensure things are working without lag. Integration with ticketing tool(SNOW) is well managed by the ScienceLogic, no issue or much delay has been observed while interacting with an external tool.
So far, it's good as part of my overall experience, except for a couple of use cases. The support team is well knowledgeable, has technical sound, and is efficient. When support escalates to engineering, the issue gets stuck and takes months to resolve.
It was good, Do the online training first and understand it and you will get the most out of the in-person training that way. This also takes you to an advanced level which is very good and the training as been overhauled once again along with new product coming in such as Zebruim / Skylar, worth going through again if it a while back that you first did this.
There are a lot of educational materials and courses on the SL1 training site (Litmos university). However the recording quality is sometimes not very good - screen resolution is low. There is a lack of professional rather than user-oriented documents and there are mistakes in documentation and education is not well structured.
Implementation is smooth if we are to just support the out-of-the-box features available in ScienceLogic. For any custom requirement, having to go to SL1 Professional Services is the worst part of procuring this suite. And more often than not, SL1 Professional Services also ask to raise feature request. So, you subscribe to Professional Services to only hear back from them that "This feature is not supported and needs to have a separate feature request". At times frustrating.
Along with the Parasoft SOA tool, it is unquestionably among the top leaders in API testing and virtualization. Many open-source API testing libraries are free, including Rest Assured, Karate, and even Postman and SOAP UI, which goes against CA.
Science logic SL1 is so user friendly and it's really easy to navigate between function. I would recommend Sciene logic SL1 to all of them who are looking for really useful monitoring tool and expecting easy way of managing it.
Metric monitoring in Serverless360 is the best. It eliminates the lengthy process of manually looking through error logs and immediately performs root cause analysis on problems as they arise giving insight into the Azure environment. The team can foresee and fix issues. Our team could safely transfer the less valued support task to the L1 support person and free up the skilled Azure resources to focus on the development of the business.
Our deployment model is vastly different from product expectations. Our global / internal monitoring foot print is 8 production stacks in dual data centers with 50% collection capacity allocated to each data center with minimal numbers of collection groups. General Collection is our default collection group. Special Collection is for monitoring our ASA and other hardware that cannot be polled by a large number of IP addresses, so this collection group is usually 2 collectors). Because most of our stacks are in different physical data centers, we cannot use the provided HA solution. We have to use the DR solution (DRBD + CNAMEs). We routinely test power in our data centers (yearly). Because we have to use DR, we have a hand-touch to flip nodes and change the DNS CNAME half of the times when there is an outage (by design). When the outage is planned, we do this ahead of the outage so that we don't care that the Secondary has dropped away from the Primary. Hopefully, we'll be able to find a way to meet our constraints and improve our resiliency and reduce our hand-touch in future releases. For now, this works for us and our complexity. (I hear that the HA option is sweet. I just can't consume that.)
In our group, this instrument produced a high return on investment. We saw a considerable reduction in downtime in our test environments thanks to service virtualization.
In addition, service virtualization reduces the expenses of interacting with third-party services, which is common in low-cost contexts.
Once a powerpack is developed and configured for a device for one customer, it is easy to deploy the same powerpack on a second customer estate and configure specifically for that customer without having to reinvent the powerpack. This saves time and therefore money.
Once the customer estate tuning is complete, the Operations team have come trust the alerts. This is especially true when transient or self-correcting alerts are automatically cleared without ops team involvement, but a record is still available for audit and debugging purposes. This saves time and therefore money.
When setup correctly, it provides good visibility into applications, devices and whole customer estates. This saves time and therefore money when issues arise.
