Microsoft AzureCompute
Virtual machines, scale sets, and serverless compute — secured and governed.
Microsoft Azure Compute provides the processing power to run any workload — virtual machines, scale sets, serverless functions, and app services — with elastic scale and global reach. Faltrox helps you architect Azure compute securely and hardens, monitors, and governs the workloads that run on it.
Overview
What Compute is
Compute is the engine of the cloud — where applications actually run. Microsoft Azure Compute provides a full range: virtual machines for full control, scale sets for elastic capacity, serverless functions for event-driven code, and app services for managed hosting, all with global reach and pay-for-use economics.
But compute is also where workloads are attacked — unpatched VMs, over-permissioned instances, and exposed services are common breach paths. Faltrox helps you architect Azure compute securely (network isolation, least-privilege identity, hardened images), and then hardens, monitors, and governs the running workloads — bringing Defender for Cloud and the SOC to bear on the compute layer.
Coverage
What it protects
The platforms, threats, and surfaces this product is built to defend.
Virtual Machines
Full-control VMs for any operating system and workload.
Scale Sets
Elastic scale sets that grow and shrink with demand.
Serverless Functions
Event-driven serverless compute with no servers to manage.
App Services
Managed hosting for web apps and APIs.
Workload Hardening
Faltrox hardens images, identity, and network isolation.
Compute Monitoring
Defender for Cloud and the SOC monitor the compute layer.
How it works
The mechanism
How the product moves from signal to protected state, step by step.
- 01
Architect
Faltrox architects compute with network isolation, least-privilege identity, and hardened images.
- 02
Deploy
VMs, scale sets, functions, or app services are deployed for the workload.
- 03
Scale
Compute scales elastically with demand for performance and cost efficiency.
- 04
Harden
Workloads are hardened and patched to close common breach paths.
- 05
Monitor
Defender for Cloud and the SOC monitor and govern the running compute.
Capabilities
Key capabilities
Virtual Machines
Full-control VMs for any operating system and workload.
Scale Sets
Elastic scale sets that grow and shrink with demand.
Serverless Functions
Event-driven serverless compute with no servers to manage.
App Services
Managed hosting for web apps and APIs.
Secure Architecture
Faltrox architects network isolation and least-privilege identity.
Workload Hardening
Hardened images and patching close common compute breach paths.
Defender for Cloud
Defender for Cloud protects and posture-manages compute.
SOC Monitoring
The Faltrox SOC monitors compute workloads for threats.
Works with
Part of the platform
Microsoft products this pairs with, and the Faltrox services that operate it.
Delivery
You buy the outcome, not the console
Managed by Faltrox
Faltrox licenses, deploys, and tunes Microsoft Compute for your environment, then runs it as part of a managed service, so you get the protection without staffing another security console.
FAQ
Common questions
01What compute options does Azure provide?
Virtual machines for full control, scale sets for elastic capacity, serverless functions for event-driven code, and app services for managed hosting — a full range from full-control to fully-managed, with global reach and pay-for-use economics. Faltrox helps choose the right model per workload.
02Why is compute a security priority?
Compute is where workloads run and where attackers land — unpatched VMs, over-permissioned instances, and exposed services are common breach paths. Faltrox architects compute securely and hardens, patches, and monitors the running workloads.
03How do you secure the compute layer?
Network isolation, least-privilege identity, hardened images, and patching at architecture time — then Defender for Cloud for posture and threat protection, and the SOC for monitoring. We treat compute as a workload to defend, not just capacity to provision.
04Does it scale automatically?
Yes — scale sets and serverless scale elastically with demand, so capacity matches load without manual intervention, improving both performance and cost. Faltrox designs the scaling and keeps it within secure, governed bounds.
05How does Faltrox help?
We architect Azure compute securely, harden and patch the workloads, integrate Defender for Cloud, and monitor the compute layer in the SOC — so your cloud engine runs securely and cost-effectively.
Start an engagement
Secure what’s next.
Speak with the engineering team to define scope, walk through the methodology, and decide whether Faltrox is the right team to test and run your environment.
Contact us