Safeguard Your Cloud Infrastructure With Built-In FishOS Health Monitoring Services
Stay Ahead Of Potential Issues — Not Behind Them
AVOID CRITICAL FAILURES IN YOUR CLOUD SYSTEM WITH OUR UNIQUE FISHOS HEALTH ENGINE COMBINED WITH MODIFIED OPEN-SOURCE COMPONENTS.
FishOS Health Monitoring operates exclusively with FishOS platform.
It continuously tracks, analyzes, and predicts potential issues, so your operations stay uninterrupted.
FishOS Health Engine in the Heart of Monitoring
TRADITIONAL MONITORING TOOLS ONLY DETECT “DEAD” OR “ALIVE” STATES. BY THE TIME OPERATORS ARE ALERTED, IT’S ALREADY TOO LATE.
FISHOS HEALTH MONITORING CHANGES THAT.
Our system identifies not only standard, but also “sick” states — subtle indicators of degrading performance — to help you act before a system failure occurs.
Besides Health Engine, based on Prometheus and Sensu plugins, our monitoring is powered by:
Prometheus is an open-source systems monitoring and alerting toolkit, originally built at SoundCloud and now part of the Cloud Native Computing Foundation (CNCF)
Sensu is a flexible, open-source monitoring solution designed for dynamic infrastructure and microservices.
Log aggregation
Grafana Loki
Intelligent alerting
Pipeline & Conditional Engine
With proprietary Sardina Systems algorithms and a “computer immunology” approach,
FishOS can process millions of data points per second to detect anomalies in real time.
We Take Care of Your System Health
Let our team of experts at Sardina Systems set up intelligent, data-driven Health Monitoring that actively predicts and prevents disruptions — so your IT team can focus on innovation, not firefighting.
FishOS Health Monitoring Services are included with every FishOS License — because maintaining system integrity is not optional, it’s essential.
Health Monitoring Services as a Part of FishOS
FishOS Health Monitoring Services is one of 11 unique AI-powered components developed by Sardina Systems for FishOS, our fully automated cloud management platform that integrates OpenStack, Kubernetes, and Ceph.
We deliver an open-source-based solution that works for your business: a flexible, scalable, and cost-effective enterprise cloud.
FishOS provides unbeatable cost savings while offering competitive licensing fees, full technical support with unlimited tickets, and rapid response times.
Explore the full potential of our cloud management platform and how it can transform your operations.
Inside FishOS
FishOS Deployer
FishOS Deployer is a time-saving tool built on Ansible scripts for rapid, automated deployment of the FishOS cloud platform and Ceph storage (if Ceph is needed).
The component streamlines the setup process with an intuitive interface and built-in high availability. Since everything is automated, it minimizes manual labour, getting your system up and running in record time (as little as the time it takes to drink two cups of coffee).
FishOS Workload Manager
FishOS Workload Manager is Sardina Systems’ comprehensive solution for optimizing resource utilization and cloud operations. It contains three decision engines that efficiently allocate VMs, balance workloads, and ultimately enhance system performance.
Workload Manager components collect and analyze real-time resource usage data. Then they use intelligent algorithms to make decisions about right-placing and rebalancing workloads. As a result, it maximizes server utilization without compromising performance.
FishOS Billing
The component’s goal is to track and report resource usage of users. In addition, it provides an intuitive dashboard to streamline the billing process for service operators. FishOS Billing offers automated balance calculation, invoice generation, and convenient user payment management.
The component can be used either to track resource usage and generate customized CSV reports or manage the billing process. It automatically generates PDF invoices based on defined billing periods and sends them to users. For overdue payments, the system can automatically limit users’ access to projects and restore it when the payment is done.
Health Monitoring Service
Health Monitoring is a comprehensive service designed to safeguard your cloud infrastructure. It combines our uniquely developed FishOS Health Engine with modified open-source components to effectively identify and prevent potential problems.
FishOS Health Engine continuously analyzes real-time metrics and log data collected by Time Series Database, FishOS Grafana Loki, and Pipeline and Conditional Engine. It uses our advanced proprietary algorithms and a ‘computer immunology’ approach to predict and ultimately prevent critical system states before they affect operations.
FishOS Move It Migration Appliance
In addition to our components, Sardina Systems also offers a comprehensive toolset for a seamless migration from VMware and other proprietary solutions to FishOS. Delivered as a virtual machine image, FishOS Move It includes two parts: the command-line tool for planning and initiating migration and the migration tool, which handles the process itself.
FishOS Cannery
FishOS Cannery provides protection and back up of the FishOS platform data. It enables flexible scheduling for automated database backups and recovery.
The component can be configured to automatically back up your system data at specific intervals. It performs backups of the entire FishOS environment, including core and ancillary OpenStack components.
Advanced Open Source Components
In addition to our uniquely designed components, our team incorporates modified industry-leading tools like Grafana Loki, Graphana, Sensu, Time Series Data Base, and others for seamless integration within the FishOS environment.
Our Advanced Open Source Components ensure optimal functionality of the Workload Manager and Health Monitoring services, providing you with a robust and reliable cloud management experience.
FishOS Upgrader
The world’s first solution for zero-downtime OpenStack upgrades developed by Sardina Systems. This revolutionary component guarantees a smooth upgrade process without system disruptions.
Once a new OpenStack version is available, our team prepares the upgrade scripts and sets up FishOS Upgrader. After this is done, all you need is simply launch the component within your running system and enjoy the up-to-date system.
Base Operating System
FishOS cloud management software is built on the AlmaLinux operating system. This foundation further helps FishOS provide its users with stability, reliability, and security for your infrastructure.
Another advantage of AlmaLinux is that it offers a familiar environment for technicians experienced in Red Hat-style systems, ensures a smooth transition from RHEL and CentOS, and minimizes learning curve for you and your IT team.
FishOS Ceph
Sardina Systems offers Ceph storage as a part of FishOS, providing a unified solution for deployment, operations, and upgrade phases. FishOS Ceph removes fragmented licensing and any possible hidden costs associated with disparate solutions.
Our expert team seamlessly integrates Ceph storage for your specific needs with a possibility to develop a custom storage solution from scratch. Please note that using Ceph is not mandatory, FishOS is compatible with other storage solutions as well.
Other Storages
FishOS isn’t limited by storage types. Our software perfectly integrates with various storage solutions, including object, block, and file storage. This flexibility empowers you to choose the storage option that best suits your specific needs and workload demands.
FishOS Placement Engine
As a part of Workload Manager, the component is responsible for the smart allocation of VMs across the infrastructure. It ensures optimal server utilization by placing virtual machines on the most suitable hypervisor based on real-time data.
FishOS Placement is launched upon a request to place a new VM. It uses real-time data and smart algorithms to analyse the system state and available capacity and accordingly schedules the VM to an optimal host.
FishOS Rebalancing Engine
FishOS Rebalancing continuously optimizes your infrastructure by analyzing resource usage and performing live VM migrations without system interruption. This ensures optimal resource allocation and prevents performance bottlenecks.
Like FishOS Placement, the component uses real-time system data to select and prioritize VMs for migration. Then it automatically live-migrates VMs across the infrastructure, ensuring optimal server utilization. This cyclical process is repeated at pre-defined intervals (every 30 minutes by default, but you can easily change it to shorter or longer intervals) and maintains the system in an optimal state.
FishOS Power Engine
Also called Sustainability Engine, FishOS Power Engine automatically reduces energy consumption by turning off idle hypervisors when the workload is low (for example, at night times) and turning them back on as demand rises. Power Engine is launched after each rebalancing process and ensures high availability, optimizing energy usage at all times.
After analysing live resource usage data, the component automatically powers down a specific number of unused hypervisors, leaving several reserved hosts on. When there is a request to place a new VM requires placement, the engine automatically activates a host from the hot reserve, avoiding workload disruption.
FishOS CDN (Content Delivery Network)
FishOS CDN is crucial for organizations dealing with content-heavy applications. It is a system of distributed servers that deliver content to users based on their geographic location, as well as content origin and delivery server. This ultimately leads to reduced latency and faster content load times.
Essential for e-commerce, media, gaming, government, and education sectors, FishOS CDN drives user engagement and satisfaction.
Why Choose FishOS Health Monitoring?
Where FishOS Health Monitoring Excels
Cloud Service Providers
Ensure 24/7 uptime and meet strict SLAs across multi-tenant infrastructure.
AI/ML Workloads
Avoid node saturation, I/O bottlenecks, and job-level performance degradation.
Financial Services and Banking
Gain real-time insight into anomalies that could affect transaction integrity, trading systems, or latency-sensitive services.
Large Enterprises Running Private Clouds
Minimize unplanned downtime, prevent incidents, and minimize the load on internal IT teams.
Healthcare and Life Sciences
Protect critical services and sensitive data with continuous health tracking across compute and storage.
Research & High-Performance Computing (HPC)
Monitor dense compute clusters and storage systems with high-frequency metric ingestion and intelligent alerting.
