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Platform · Security Posture Management

Every misconfig found.
Every owner notified. Every fix drafted.

Applicare continuously scans your cloud, Kubernetes, and infrastructure for configuration risk and operational vulnerabilities. IntelliTrace explains why each finding matters — in plain English. IntelliTune drafts the fix as a PR — assigned to the engineer who owns the resource.

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Trusted by engineering teams at · AeroMexico · Leading Private Bank · NTT DATA · Danube Group · ONP · ATN · Abril · Seygen · AeroMexico · Leading Private Bank · NTT DATA ·
What is Security Posture Management?

Security Posture Management is the practice of continuously checking your cloud, Kubernetes, and infrastructure for configuration mistakes that introduce risk — before someone exploits them. A misconfigured storage bucket. A privileged container. A wildcard IAM policy. Done well, it catches the change at the moment it’s made, names the engineer who introduced it, and drafts the fix. Done poorly, it produces a backlog nobody triages. Applicare treats each finding as a working ticket with a draft fix attached — not a row in a dashboard nobody reads.

1,200+
Misconfiguration patterns detected
<60s
From change to risk surface
200+
Remediation patterns IntelliTune drafts
Why these numbers matter

A backlog of 10,000 untriaged findings doesn’t reduce risk — it hides the one that matters. Applicare ranks findings by exploitability, links each to its owner, and drafts the remediation as a PR. The workflow ends at “merged,” not “assigned.”

1,200+

Broad detection. Misconfig patterns across cloud, Kubernetes, IAM, container, network, and secrets — updated continuously as new attack patterns surface.

<60s

Real-time, not snapshot. When a Terraform plan or Kubernetes manifest introduces a risk, the finding surfaces in under a minute — not in next week’s scan report.

200+

From finding to fix. IntelliTune doesn’t just flag the problem — it drafts the remediation, opens a PR, and assigns it to the engineer who owns the resource.

Key capabilities

From finding to fix — without the security ticketing queue.

🔐
Real-time misconfig detection
Every change to your cloud, Kubernetes, and infrastructure scanned against 1,200+ patterns. New risk surfaces in under 60 seconds — not in next week’s report.
<60s from change to surface
🔎
Findings with causal context
Every finding linked to the service that owns it, the developer who introduced it, the trace that exercises the affected resource, and the dependencies at risk.
0 orphaned findings
IntelliTune drafts the fix
200+ remediation patterns turn a finding into a PR — assigned to the responsible engineer, ready for review, behind your existing approval gates.
💬
Plain-English explanations
ArcIn explains why each finding matters, what could happen if exploited, and which services depend on the affected resource — no jargon dictionary required.
Applicare — Security Posture Management⬤ Live
Resources scanned
1,247
cloud · k8s · on-prem
Misconfig risk
3.2 / 10
7 findings · auto-fix queued
IAM risk
3 new
wildcard policies detected
Remediation queue
5 PRs
awaiting engineer review
🧠 ArcIn: IAM risk: 2 role policies grant s3:* without resource scope. IntelliTune drafted PR #4827 with least-privilege fix. Author @jane.dev notified.
Real-time server security posture — vulnerabilities, processes, network visibility
Applicare 10.0 — Live
Server Info — DESKTOP-5BJN0OG, 4 CPU cores, 31.9GB RAM, IIS, SQLSERVER, TOMCAT and MySQL processes

Applicare 10.0 — Server Analyzer · Full server inventory with running process detection

What’s covered

Every layer of your stack. Scanned, ranked, and ownership-linked.

☁️
Cloud misconfigurations
AWS, Azure, GCP — public storage buckets, open security groups, unencrypted volumes, exposed databases, public metadata services. Every misconfig linked to the Terraform change that introduced it.
Kubernetes policy violations
Privileged pods, hostNetwork, hostPID, missing securityContext, NetworkPolicy gaps, admission webhook bypasses. Continuously checked against your cluster — not just at admit time.
🔑
IAM posture
Wildcard policies, shadow admin paths, unused privileges, cross-account trust violations. The graph maps actual access — not just declared policy.
📦
Container & image risk
CVE detection per image layer, signed-artifact enforcement, runtime-versus-image drift, base-image freshness. Risky containers flagged at build, not after deploy.
🌐
Network exposure
Public endpoints, open ports, unencrypted ingress, exposed metadata services, dev/staging environments reachable from the internet. Surfaced with the workload owning them.
📑
Secrets & sensitive data
Hardcoded credentials in config, exposed API tokens in container layers, unencrypted secrets in transit, secrets emitted to logs. Caught in PR, in build, and at runtime.
Anatomy of an incident

A public S3 bucket, caught and fixed in under a minute.

T+0s · CHANGE

A developer ships a Terraform plan that updates an S3 bucket holding customer order records. The plan inadvertently drops the bucket policy that denied public access. The change applies in their CI/CD pipeline. 1.2TB of customer data is now reachable from the internet.

T+8s · DETECTION

Applicare detects the bucket policy change against the previous baseline. The finding is ranked critical: customer-orders-prod-bucket is now publicly readable, contains 1.2TB across 4.1M objects, and is referenced by checkout-svc in production.

T+22s · ATTRIBUTION

IntelliTrace maps the change to commit a47f9d2 by @jane.dev, applied 8 seconds ago. The same Terraform plan touched 11 other resources — IntelliTrace surfaces all of them, ranked by exposure.

T+38s · EXPLANATION

ArcIn explains in plain English: “This bucket holds customer order records. With public read enabled, anyone on the internet can list and download these objects. The previous version had an explicit deny-public statement; the latest Terraform plan removed it — almost certainly unintentionally.”

T+47s · RESOLUTION

IntelliTune drafts PR #4831: restore the deny-public statement and add a bucket-level PublicAccessBlock. The PR is assigned to @jane.dev. While the PR awaits review, the change is auto-rolled back behind your existing approval gates. Zero external requests served. Zero exposure window.

Findings with context

A finding is a fact. Context turns it into a fix.

Most security tools surface findings in isolation: a resource is misconfigured, here’s the row in a dashboard. Applicare correlates every finding with the applications it supports, the infrastructure it runs on, the database it talks to, the logs it produces, and the distributed traces that exercise it. The investigation ends at “here’s the PR,” not “here’s the queue.”
Findings ↔ Applications
Each misconfig linked to the services that read or write the affected resource. The finding ranks by blast radius, not severity score alone.
Findings ↔ Infrastructure
Host, container, and Kubernetes events tagged to the findings they relate to. A misconfig that surfaced after a pod eviction is correlated, not just timestamped.
Findings ↔ Databases
Unencrypted, publicly reachable, or over-permissioned databases linked to the queries they serve and the applications that issue them.
Findings ↔ Logs
When a finding fires, the log lines from the affected workload appear inline. No grep, no time-window math, no separate tool.
Findings ↔ Traces
Distributed traces show how requests actually flow through the affected resource — not how the architecture diagram claims they do.
Findings ↔ Remediation
When IntelliTrace identifies a known misconfig pattern, IntelliTune drafts the fix. The investigation ends at “PR opened,” not “ticket created.”
AI-assisted investigation

ArcIn answers. IntelliTrace explains. IntelliTune fixes.

Step 1 · Ask
ArcIn (plain English)
“What changed in our IAM posture today?” Get the answer with the offending policies, the responsible commits, and the affected services attached.
Step 2 · Explain
IntelliTrace (causal)
The finding links to the Terraform plan, the commit, and the engineer responsible — via the causal entity graph, not statistical guesswork. Pattern recognition flags recurring incident shapes.
Step 3 · Fix
IntelliTune (PR draft)
200+ remediation patterns — restore a deny-public statement, add a securityContext, scope an IAM policy. The PR is drafted, assigned, and waits for human review behind your existing approval gates.
For the buying committee

One platform. Four audiences.

For Security Engineering
From finding to fix without a ticket queue
Stop maintaining a backlog of low-signal findings nobody triages. Every alert linked to its owner, ranked by exploitability, paired with a drafted fix.
For Platform Engineering
Misconfig prevention in your golden paths
Backstage and Port plugins surface security findings next to your service catalog. The risky change is caught in PR — not after it ships.
For SecOps & IT Operations
Stop debating which alert to investigate
Findings ranked by exploitability and blast radius — not by CVSS score in isolation. The triage decision is made for you.
For Engineering Leaders
Reduce business risk, not engineering velocity
Self-service remediation means SecOps and platform teams collaborate via PRs, not via Jira tickets. Findings get fixed instead of escalated.
Business outcomes

Measurable value. Across the security and engineering org.

Reduced MTTR
Findings linked to owner, drafted as PRs, reviewed in minutes. The misconfig-to-fix loop closes 90–96% faster than legacy SIEM or CSPM-only workflows.
Fewer manual investigations
No more switching between cloud console, log dashboard, and ticket queue. The finding, the context, the explanation, and the fix arrive together.
Stronger collaboration
Security and IT Ops share one causal view. End the “not my service” Slack thread. Start the “here’s the PR” review.
Reduced business risk
The misconfig that costs the company is the one nobody saw in time. Real-time detection, ownership attribution, and drafted fixes close the exposure window before someone exploits it.
Architecture

How Applicare delivers causal security posture.

01
Continuous discovery
Read-only API access to cloud, Kubernetes, and infrastructure. Every resource, change, and policy captured continuously — not on a daily cron.
02
Misconfig pattern matching
Every change checked against 1,200+ misconfig patterns — spanning cloud, Kubernetes, IAM, container, network, and secrets. New patterns added continuously.
03
Causal entity graph
Findings joined to the service, host, deploy, commit, log line, and trace they affect — in one queryable graph. This is what IntelliTrace uses to explain causality.
04
AI reasoning layer
ArcIn answers plain-English questions. IntelliSense detects anomalies in resource behavior. IntelliTrace identifies causal root cause. IntelliTune drafts the fix and queues the PR.
05
Integration with your tools
PRs in GitHub/GitLab. Findings in Jira/ServiceNow. Alerts in Slack/Teams. Backstage and Port plugins. The workflow surfaces where your engineers already work.
Supported environments

Cloud, Kubernetes, on-premises. One view, six surfaces.

Cloud platforms
AWS · Azure · GCP · Oracle Cloud · Alibaba Cloud · Hybrid · Multi-cloud accounts
Containers & orchestration
Kubernetes · Docker · ECS · Fargate · EKS · GKE · AKS · OpenShift · Istio · Linkerd
IaC & CI/CD
Terraform · Pulumi · CloudFormation · ARM · Helm · Kustomize · GitHub Actions · GitLab CI · Jenkins
IDP & ticketing
Backstage · Port · Jira · ServiceNow · PagerDuty · Opsgenie · Slack · Microsoft Teams
Identity & access
Okta · Azure AD / Entra ID · Auth0 · AWS IAM · GCP IAM · Azure RBAC · HashiCorp Vault
Telemetry & standards
OpenTelemetry · OTLP · AWS CloudTrail · Azure Activity Log · GCP Cloud Logging · Kubernetes events
Deployment models

Run it where your data lives. Your call.

SaaS · managed
Fastest time to value
Multi-tenant managed service. Connect via read-only API access. First findings surface within an hour of onboarding. Configurable data residency in US, EU, and APAC.
Single-tenant cloud
Dedicated infrastructure
Isolated tenant in your chosen region. Customer-managed encryption keys, dedicated networking, and predictable performance for high-volume telemetry.
On-premises · self-managed
Your hardware, your control plane
Deploy the full Applicare stack inside your data center. Kubernetes-native, with reference architectures for high-availability and disaster-recovery configurations.
Hybrid
Split control and data
Managed control plane with self-hosted data plane — or the reverse. Useful when telemetry must stay on-premises but updates and patches stay managed.
Proven in production

Posture management at enterprise scale. Real customers. Real outcomes.

Aerospace · Mexico
AeroMexico
4.5h → 11min
MTTR cut 96% across operational incidents. Findings linked to owners and drafted as PRs — engineers fixed their own resources without the queue.
Banking · Asia
Leading Private Bank
3.2h → 18min
MTTR dropped 91% in the first month. IAM drift and Kubernetes policy violations caught at the change — not after the exposure window opened.
IT services · Global
NTT DATA
80% ↓
Manual investigations reduced 80%. Recurring misconfig patterns auto-flagged so engineers fixed the cause, not each new occurrence.
See all customer stories →
Why Applicare

Causal context. Ranked by risk. Drafted fixes.

  Legacy SIEM CSPM-only Applicare
DetectionLog-based, laggingCloud config snapshotsReal-time, multi-source
Finding contextStandalone alertStandalone resourceLinked to service, owner, deploy, log line, trace
RankingSeverity scoreCVSS / framework severityExploitability + blast radius
Root causeEngineer’s investigationManualIntelliTrace causal inference
RemediationPage someonePage someoneIntelliTune drafts the PR
WorkflowSeparate team queueSeparate toolIntegrated PR + IDP
Common questions

Frequently asked.

How does Applicare scan my cloud?+

Read-only API access to AWS, Azure, and GCP — with the minimum permissions needed to enumerate resources and read configuration. No agents required for cloud posture. For Kubernetes, container, and runtime checks, a lightweight collector deploys via Helm or your existing OpenTelemetry pipeline.

Can findings be assigned to the developer who introduced the misconfig?+

Yes. Every finding is linked to the Terraform plan, Helm chart, or manifest change that caused it — with the commit hash and author resolved automatically. Drafted PRs are assigned to the responsible engineer; ticketing integrations route the finding through your existing workflow.

Does this replace my CSPM?+

It can. Most customers consolidate CSPM and additional posture surfaces (Kubernetes, IAM, container, secrets) onto Applicare because of the causal context and remediation drafting. If you prefer to keep your existing CSPM as the system of record, Applicare can ingest its findings and add the causal links + drafted fixes on top.

How are false positives handled?+

Findings are ranked by exploitability and blast radius, not by rule severity in isolation. A public bucket that holds customer data ranks higher than a public bucket of static marketing assets. Suppression rules can be scoped per resource, per environment, or per ownership team — with a change-history record of who suppressed what.

Can the remediation PRs be reviewed before applying?+

By default, yes. IntelliTune drafts the PR and waits for human review through your existing approval rules. For low-risk patterns and known-safe fixes, IntelliTune can be configured to apply changes directly — behind policy gates you control, with a full change-history record of every action taken.

What integrations are supported for ticketing and chat?+

Jira, ServiceNow, PagerDuty, Opsgenie, Slack, Microsoft Teams, and webhooks for custom systems. PR drafting works with GitHub and GitLab. IDP integrations include Backstage and Port. Custom IDPs and ticketing systems are supported via REST API.

See Applicare Security Posture Management on your environment.
30 minutes. Read-only access. No prep required.
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