Saner Cloud Workload Protection Platform
See every workload clearly. Control what can run, what stays exposed, and what gets fixed first.
Saner CWPP brings workload inventory, exposure, monitoring, patching, hardening, compliance, and runtime controls into one view, making cloud workload risk clearer, more measurable, and easier to reduce.
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How it works
Powered by SecPod & USI
Powered by SecPod’s Prevent Framework, Saner CWPP secures the runtime layer inside cloud instances where workload compromises begin. Workload protection is tied to signals that rapidly change impact, including patch gaps, exposed services, entitlement reach, and posture anomalies. Every finding includes sufficient context to enable decisive action, ensuring hardening efforts remain focused on workloads that expand exposure and carry the highest operational risk.
Your first 30 days with Saner
From deployment to measurable risk reduction — here is what to expect.
Workload visibility with exposure context
Saner CWPP brings cloud workloads into one operational view, so teams can quickly see what is running, what is reachable, and where exposure changes risk. Watchlists help security teams keep critical workloads in focus from the start, which makes early monitoring more deliberate and far less reactive.
Drift, compliance, and anomalies become visible
Continuous monitoring starts surfacing the changes that matter. Configuration drift, posture anomalies, patch state, and compliance status stay measurable as workloads evolve, which helps teams understand what changed, why it matters, and where corrective action should begin
Fix-first remediation with stronger workload guardrails
Security operations shift from scattered findings to focused action. Prioritized fixes, guided remediation tasks, scheduling controls, and approval paths make patching and hardening easier to operationalize. At the same time, encryption posture, application control, memory protection, and microsegmentation strengthen workload guardrails and reduce room for lateral spread.
Key Features
Everything you need to stay ahead of threats.
Inventory and asset exposure
Find exposed workloads with context
Saner CWPP builds a live operational inventory across virtual servers, containers, nodes, database instances, applications, and services, then adds the context that changes security impact. Teams can see which workloads are internet reachable, which services create exposed entry points, where exposure is concentrated across accounts or regions, and how each workload relates to the surrounding cloud estate. Resource-level context such as configuration state, permissions, usage patterns, and posture helps teams move beyond simple discovery and into ownership-driven action. That makes triage faster, reduces blind spots, and gives security teams a clearer path from finding to remediation.
Continuous monitoring and posture anomaly management
Track the changes that quietly raise workload risk.
Cloud workload risk is shaped by change, not just by what exists at one point in time. Saner CWPP continuously monitors workloads for drift, misalignment, and anomalous behavior that can signal weakening controls or emerging exposure. Watchlists keep critical workloads in focus, anomaly confidence cues help separate meaningful signals from background noise, and whitelisting trims out expected deviations that do not belong in the queue. Alerts are not left hanging as passive notifications. They can be tied to follow-through actions so monitoring feeds investigation, hardening, and remediation instead of becoming another reporting layer teams need to translate manually.
Vulnerability management and risk-led patching
Tie every finding to fixability, timing, and closure.
Saner CWPP treats vulnerability management as a continuous operational cycle. Vulnerabilities remain linked to the workloads carrying them, which helps teams understand where the problem lies, how broadly it is distributed, and which remediation window makes sense. Patch status is treated as proof of progress, not a side note. Guided remediation tasks, scheduling controls, approval gates, patch aging views, and impact tracking help teams move from identified weakness to verified closure with far less ambiguity. Prioritization can focus attention on the most consequential missing patches first, using severity and affected resource count to surface the fixes that will reduce the most risk.
Configuration hardening and compliance management
Keep workloads aligned to secure baselines.
Hardening works best when it is measured continuously and tied to a repeatable baseline. Saner CWPP evaluates workload-related configurations against benchmark-driven expectations through scheduled or on-demand checks, then classifies results into pass, fail, or unchecked states so teams know exactly where attention is needed. Severity helps shape remediation order, while primary benchmarks and quick evaluations support both broad control reviews and targeted validation during routine changes. Automated checks handle controls that can be verified programmatically, and manual rules cover the areas that still require human validation. Compliance becomes part of ongoing workload operations rather than a point-in-time exercise rebuilt from scratch every audit cycle.
Data protection, encryption, and workload control
Make workload trust measurable at runtime.
Saner CWPP brings data protection and runtime control into the workload conversation instead of leaving them as disconnected policy ideas. Encryption posture is handled as a measurable control state, so gaps can be tied back to the affected workloads and tracked toward compliance. Workload and application control narrows what is allowed to execute, which helps reduce unauthorized tooling, persistence opportunities, and policy drift inside cloud-hosted environments. This gives security teams a clearer view of whether sensitive workloads are only protected on paper or are actually operating inside the control boundaries they are expected to maintain.
Memory protection and microsegmentation
Reduce exploit reliability and limit lateral spread
Saner CWPP extends protection beyond exposure and patching into the controls that shape attack progression after initial access. Memory protection is positioned to make runtime exploitation harder and less reliable, especially where attackers depend on predictable execution paths and weak process-level safeguards. Microsegmentation reduces unnecessary east-west communication by narrowing workload-to-workload paths to what is actually required for operation. That means compromise is less likely to fan out unchecked across neighbouring workloads, services, or nodes. Together, these controls help shrink blast radius, contain attacker movement, and turn containment into a measurable workload outcome rather than a network assumption.