XcellSecure|Cloud-Native Security Platform
One platform from code to cloud to cluster — and the runtime that stops what slips through.
XcellSecure CNAPP finds misconfigurations, risky identities, vulnerable images and leaked secrets across your clouds and Kubernetes, ranks them by real exploitability, and blocks unknown behaviour at runtime with zero-trust policies — operated 24×7 by our Mumbai SOC.
Ten security tools, one view — from the first commit to the running pod.
Cloud-native estates are built from code, infrastructure templates, container images, Kubernetes clusters and cloud services — and, increasingly, AI models. Each layer used to have its own scanner and its own alert queue. A cloud-native application protection platform (CNAPP) brings posture, identity, vulnerability and runtime protection into one inventory, so one misconfiguration, one vulnerable package and one over-privileged role can be seen as the single attack path they form.
XcellSecure CNAPP is that platform, operated for you. We deploy a leading zero-trust CNAPP partner platform* agentless across your cloud accounts and with lightweight agents on clusters and hosts, connect it to your repositories and CI, and run the triage and remediation from our 24×7 Mumbai SOC. It runs as SaaS, inside your own cloud account, on XcellHost private cloud or fully air-gapped. Billed in INR.
CSPM and KSPM check clouds and clusters against CIS Benchmarks and your policy.
CIEM finds unused, over-broad and cross-account permissions for people and machines.
Images, hosts, code and dependencies scanned — and ranked by what actually runs.
Zero-trust policies allow known behaviour and block the rest, inline.
Everything a cloud-native estate needs, in fifteen modules.
Filter by layer. Each module is part of the platform; your plan decides which are switched on.
Module names describe capabilities; the exact feature set depends on the partner platform* version and is confirmed in your quotation.
Pick your stack. See which modules apply.
Tick what you run. The map lights up the modules that cover it, how we would deploy and which plan fits. Nothing is sent anywhere.
Allow what you expect. Block everything else, before it runs.
Most runtime tools alert after the fact and then kill the process. Kernel-level enforcement denies the action as it is attempted.
Audit mode records every action outside the allow-list without stopping it — this is how we learn normal behaviour for two to four weeks* before enforcing.
# generic illustration, not a vendor schema kind: RuntimePolicy selector: app=payments, ns=prod action: Audit # everything not allowed allow: process: /usr/bin/java, /bin/healthcheck files: /app/** (read), /tmp/** (write) network: tcp → payments-db:5432 tcp → upi-gateway:443 caps: none
Process, file and network events read from the kernel with low overhead — no sidecars.
Policies applied through Linux Security Modules (AppArmor, SELinux or BPF-LSM), so the denied call never completes.
Baselines learned from observed behaviour, reviewed by our engineers, then switched to enforce.
Every deny is an event in your SIEM and a case for the Mumbai SOC, with the pod, image and owner attached.
A thousand findings. Which ten to fix this week?
Severity alone floods the queue. Toggle the context on each sample finding and watch the order change. The formula is shown.
score = severity (critical 40 · high 30 · medium 20 · low 10) + exploit known 25 + internet-exposed 20 + loaded at runtime 15P1 ≥ 80 · P2 60–79 · P3 40–59 · P4 < 40 · P1 and P2 go to this week's fix listIllustrative scoring to show the idea. The platform* uses its own risk model, with vulnerability, exploit and exposure data from public and commercial feeds.
Your LLM apps are workloads too. Secure the model, the data and the prompt.
AI-SPM inventories models, notebooks, vector stores and AI services across your clouds and checks them like any other asset.
Managed AI services, self-hosted models, notebooks, pipelines and RAG data stores — including the ones nobody registered.
Inspects prompts and responses for injection, jailbreaks, secrets and personal data such as Aadhaar or PAN numbers; blocks or redacts by policy.
Checks model files and datasets for unsafe serialisation, embedded code and known-vulnerable dependencies before deployment.
Public endpoints, over-broad service roles and unencrypted training data flagged against OWASP Top 10 for LLM Applications and MITRE ATLAS.
Building AI governance more broadly? See our AI Security Platform for user-side AI controls and the AI Security Assessment for a one-time review.
Evidence every day, not once before the audit.
Each check maps to the controls below. CNAPP produces evidence; your organisation stays responsible for compliance.
Regulated entities are expected to manage configuration, vulnerabilities and privileged access across their IT estate, including cloud. Posture, CIEM and vulnerability findings become that evidence. See BFSI Cloud.
Asks regulated entities for asset inventory, vulnerability management, secure configuration and continuous monitoring, scaled by entity category.
Reasonable security safeguards for personal data. Public buckets, unencrypted databases and leaky prompts are exactly what to find first. See our DPDP Compliance Platform.
Cyber incidents reported within 6 hours and ICT logs kept for 180 days within India. Runtime events stream to a SIEM hosted in India.
Checked November 2026 against published regulator and standards documents; for orientation only, not legal advice.
Runs where your data must stay. Talks to the tools you already use.
Fastest start. Control plane hosted by the platform partner*; India-region hosting confirmed in your quotation*.
Control plane inside your own AWS, Azure or GCP account. Findings never leave your tenancy.
Dedicated cluster in our Mumbai Tier IV data centre, operated by XcellHost. Data stays in India.
Fully isolated install with offline feed updates, for defence, government and critical infrastructure.
AWS · Microsoft Azure · Google Cloud · Oracle Cloud (OCI) · VMware · OpenStack · Nutanix · bare metal
EKS · AKS · GKE · OKE · Red Hat OpenShift · Rancher · upstream Kubernetes · edge and 5G clusters
GitHub · GitLab · Bitbucket · Azure DevOps · Jenkins · ECR · ACR · Artifact Registry · Harbor
Microsoft Sentinel · Splunk · IBM QRadar · syslog · Jira · ServiceNow · Freshservice · ServiceDesk Plus
Integration list as supported by the partner platform* at the time of writing; confirm specific connectors in your scope call.
A platform is only as good as the team closing its findings.
- 01ConnectRead-only cloud roles, cluster agents, repo and CI connectors.Week 1*
- 02BaselineFirst posture, identity and vulnerability scan; policy mapped to your frameworks.Week 1–2*
- 03PrioritiseFindings de-duplicated and ranked by exploitability, exposure and reachability.Week 2*
- 04Learn & enforceRuntime policies in audit mode, reviewed, then switched to enforce.Week 2–6*
- 05RemediateTickets to owners with the fix; our engineers apply agreed fixes for you.Ongoing
- 06ReportMonthly posture and compliance report; quarterly review with your CISO.Monthly
Runtime denies and critical findings triaged round the clock.
01We raise the pull request or apply the fix under your change process.
02Mumbai Tier IV hosting for private and air-gapped deployments.
03One invoice for platform, hosting and operations.
04Run under certified security and service management.
05Cloud, Kubernetes and SOC engineers under one roof.
06Priced per protected workload. Pick how much we run for you.
A workload is one Kubernetes worker node, VM or bare-metal host. Cloud services in connected accounts are included. CNAPP prices are new and indicative; reused services match our assessment, SOC and private cloud pages.
See and fix configuration risk
- CSPM across AWS, Azure, GCP, OCI
- KSPM with CIS Kubernetes checks
- CIEM for human & machine identities
- IaC & secrets scanning
- Compliance dashboards & reports
Posture plus runtime zero trust
- Everything in Posture
- CWPP with eBPF/LSM inline blocking
- Kubernetes micro-segmentation
- Image & registry scanning
- Reachability-based prioritisation
Code to cloud, run by our SOC
- Everything in Protect
- ASPM: SAST, DAST, SCA & SBOM
- AI-SPM discovery
- 24×7 triage from Mumbai
- Managed remediation & monthly report
* Indicative — confirm with XcellHost. INR, excluding 18% GST. Minimum 25 workloads*. Air-gapped installs, SIEM/ITSM integration and very large estates are quoted.
Build your CNAPP. See the rupee total.
Fixed-price items go to the cart. Air-gapped installs and integrations come with a quotation.
CNAPP Protect · 50 workloads
Point tools, a self-run CNAPP or XcellSecure managed?
Frequently Asked Questions
A cloud-native application protection platform combines cloud and Kubernetes posture management, identity entitlement management, vulnerability scanning and workload runtime protection in one platform with one asset inventory, so risks in code, cloud, clusters and containers can be correlated and fixed together.
CSPM checks cloud configuration, such as public storage or open ports. KSPM does the same for Kubernetes clusters and workloads. CIEM looks at who and what can access which resources. CWPP protects the running workload — hosts, VMs, containers — with vulnerability scanning and runtime controls.
Post-exploit tools detect suspicious activity and then kill the process, so the first action has already happened. Inline mitigation uses Linux Security Modules to deny the system call as it is made, so a disallowed process, file write or connection never completes.
Cloud posture, identity and VM vulnerability scanning can run agentless through read-only cloud roles. Runtime protection and Kubernetes micro-segmentation need a lightweight agent, usually a DaemonSet on each node, built on eBPF. Private, firewalled or edge nodes also use the agent.
Yes. Besides SaaS, the control plane can run in your own cloud account, on a dedicated cluster in XcellHost's Mumbai Tier IV data centre, or on-prem and air-gapped with offline updates. India-region SaaS hosting is confirmed per quotation*.
AWS, Azure, Google Cloud and Oracle Cloud, plus VMware, OpenStack, Nutanix and bare metal. Kubernetes coverage includes EKS, AKS, GKE, OKE, Red Hat OpenShift, Rancher and upstream clusters, including edge and 5G clusters.
By combining severity with context: whether a public exploit exists, whether the asset is reachable from the internet, whether the vulnerable package is actually loaded at runtime, and what data and identities are within reach. Try the prioritisation demo above.
Discovery of AI services, models, notebooks and vector stores in your clouds; posture checks on their access and data; model and dataset scanning; and a prompt firewall that blocks prompt injection and redacts secrets and personal data in prompts and responses.
It produces the evidence those frameworks ask for — inventory, secure configuration, vulnerability management, access review, monitoring and logs kept in India. It does not make you compliant on its own; we map checks to your control framework during onboarding.
XcellSecure CNAPP is powered by a leading zero-trust CNAPP partner platform* built on CNCF open-source runtime security (eBPF/LSM). The platform and its licence terms are named in your quotation.
Indicatively ₹299* per workload a month for Posture, ₹699* for Protect and ₹1,199* for Complete with managed operations, minimum 25 workloads*. A one-time cloud security assessment is ₹49,999 per account, as on our assessment page. All excl. 18% GST.
First posture results usually arrive within the first week* after read-only access is granted. Runtime policies run in audit mode for two to four weeks* before enforcement, so the full rollout typically takes four to six weeks*.