CNAPP, CSPM, DSPM and SaaS governance: continuous security posture across your environment
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CNAPP protects cloud-native applications; CSPM identifies unsafe configurations; DSPM discovers sensitive data; SaaS security posture management reviews application settings, integrations and access. Loonar designs, implements and sustains these controls, trains your teams and connects exposure, identity and data so remediation follows business risk rather than disconnected alert queues.
In short
- Connect exposure with identity and data.
- Assign ownership to remediation.
- Review posture as environments change.
How do you know you need cloud and SaaS security?
Exposure found too late
An accidentally published resource can remain reachable until someone notices. Open ports, public storage and exposed credentials need business context and accountable owners, backed by a remediation process that keeps pace with cloud changes.
Sensitive data without owners
Personal and financial information spreads across databases, files and forgotten test copies. Without classification and ownership, teams struggle to identify the access reviews that matter or explain how sensitive information is protected throughout its lifecycle.
Unmanaged SaaS adoption
Former employees retain accounts while third-party integrations and public links expand access. Unapproved AI services may also receive sensitive information, leaving business and security teams with conflicting views of which applications are actually in use.
Disconnected alert queues
Separate tools list findings against individual resources without showing the route to sensitive data. Analysts spend time reconciling alerts and may fix a minor setting before addressing an exposed identity with privileged access to production.
How does it work?
Continuous inventory
Connect cloud accounts, resources and identities to maintain an actionable inventory. Map ownership and environments, and flag visibility gaps before assigning priorities or claiming coverage across the estate.
CSPM policies
Assess resource settings against security baselines and internal policies. Add context, ownership and remediation guidance to deviations, then validate changes so routine operations do not silently reopen exposure.
Contextual CNAPP
Connect workloads, containers, Kubernetes, images and infrastructure as code. Correlate vulnerabilities, excessive permissions, exposure and data in a risk graph that helps teams choose meaningful protective actions.
Data security posture
Discover and classify personal information, financial records and secrets in authorized sources. Map access and data flows to guide restrictions, establish ownership and address unmanaged sensitive copies.
SaaS governance
Review settings, third-party integrations, orphaned accounts and public sharing. Identify unapproved SaaS and AI services within the visibility available through authorized integrations and applicable workplace privacy policies.
Remediation evidence
Route findings into tickets with accountable owners and closure evidence. Reports support LGPD, ISO 27001 and PCI DSS assessments without replacing independent audits, legal review or organizational accountability.
How does Loonar deliver?
Integration-led assessment
Loonar assesses cloud, data and SaaS posture through authorized API connections, using agentless collection where feasible. The baseline records coverage, limitations and dependencies before remediation commitments are made.
Risk validation and quick fixes
Validate critical exposures with environment owners before making changes. Implement approved fixes and document accepted risks, dependencies and outstanding actions, considering service impact and the sensitivity of affected data.
Policies and integrations
Establish preventive policies and infrastructure pipeline checks. Connect findings to SIEM, MDR and service management workflows, with explicit criteria for routing, approving changes and confirming that remediation is complete.
Practical team training
Train security, infrastructure and application owners using examples from their environment. Teams learn to interpret findings, request exceptions and capture evidence without relying on a single specialist.
Ongoing operation and improvement
Maintain remediation workflows and review posture monthly. Adjust policies, coverage and priorities as services change, incidents reveal new weaknesses and completed corrections provide evidence of what works.
What results do we measure?
- Open critical misconfigurations
- Tracks critical configuration findings still awaiting verified remediation.
- Mean remediation time
- Measures elapsed time from validated finding to confirmed correction.
- Sensitive data classified and owned (%)
- Shows the share of assessed sensitive data with classification and assigned ownership.
- Governed SaaS applications and integrations
- Tracks services and connections included in posture and access reviews.
- Excessive permissions removed
- Records privileges revoked after validation with accountable owners.
How do CSPM, CNAPP, DSPM and SaaS security posture management differ?
Each approach answers a distinct question about exposure and control.
| Aspect | CSPM | CNAPP | DSPM | SSPM |
|---|---|---|---|---|
| Protects | Cloud settings | Applications and workloads | Sensitive data | SaaS applications |
| Question | Is configuration safe? | What enables an attack path? | Who can access data? | Which access is inappropriate? |
| Finding | Public storage | Exposed vulnerable workload | Forgotten sensitive copy | Overprivileged integration |
| Response | Correct configuration | Break attack path | Restrict data access | Review account or connection |
Where do we apply it?
Financial services
Financial records often move between analytics environments and SaaS applications. Correlating classification, permissions and exposure helps teams prioritize access reviews. Accountable owners receive traceable actions, while risk leaders review exceptions and supporting evidence for their internal governance processes and external assessments.
Retail and e-commerce
Campaigns and commercial integrations create new resources and sharing arrangements frequently. Continuous posture reviews help identify relevant exposure involving customer information without blocking every change. The workflow includes owner validation, remediation checks and practical guidance for teams responsible for revenue-supporting services.
Healthcare
Patient information requires careful handling across copies, permissions and integrations. Map authorized sources and accountable owners, identify inappropriate sharing and select restrictions proportionate to risk. Evidence-based posture reviews help the organization manage exposure while recognizing the availability requirements of clinical services.
Frequently asked questions
What is the difference between CSPM and CNAPP?
CSPM focuses on the security configuration of cloud resources. CNAPP brings together controls for cloud-native applications, including workloads, images, infrastructure as code and permissions. Using both helps teams connect unsafe settings with vulnerabilities and identity exposure. Actual coverage depends on the selected integrations and capabilities, so those boundaries should be validated before making commitments about protection or automated remediation.
What is DSPM, and how does it support LGPD requirements?
Data security posture management discovers sensitive information, classifies its content and highlights access and exposure within an authorized scope. That context helps organizations assign owners and select safeguards relevant to LGPD obligations. It does not establish compliance on its own. Lawful processing, retention rules, individual rights procedures and legal assessment remain organizational responsibilities that technical discovery cannot replace.
What is SaaS security posture management (SSPM)?
SSPM continuously evaluates security settings and access in SaaS applications. It covers integrations, privileges, ownerless accounts and public sharing where application APIs provide visibility. Loonar designs the policies, implements connections, trains responsible teams and sustains reviews. The aim is to turn deviations into verifiable actions rather than treat an application inventory as proof that SaaS risk is controlled.
Do workloads need agents installed?
Not always. Inventory and configuration assessment can use APIs, depending on available services and permissions. Some runtime protections require additional components within workloads. The assessment separates these use cases and documents their limitations. Decisions balance protection depth, compatibility, operational impact and access requirements, rather than assuming that one agentless connection provides complete visibility or protection across every workload.
How can we control unapproved AI tools, or shadow AI?
Start by identifying services in use and the information they might receive. Correlate integration records, access information and other evidence permitted by internal policies. Then define approval criteria, restrictions on sensitive data and sanctioned alternatives. SaaS governance should include employee guidance and recurring reviews, while acknowledging that available integrations cannot necessarily discover every AI tool used across the organization.
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