VPC networking, IAM and zero-trust security, infrastructure as code, Kubernetes hardening, CSPM, disaster recovery, and compliance implementation — on AWS, Azure, and GCP.
Cloud misconfiguration, credential exposure, and compliance gaps are the leading causes of breach and audit failure. These are the risks a well-architected security posture eliminates.
Public S3 buckets, open security groups, and over-permissioned IAM roles are the leading cause of cloud breaches. One drift from policy puts entire environments at risk.
Service accounts, developer credentials, and third-party integrations accumulate privilege over time. Without least-privilege enforcement, lateral movement becomes trivial.
Without centralised log aggregation, SIEM integration, and anomaly detection, attackers can persist in cloud environments for months before detection.
Manually assembled compliance evidence, inconsistent tagging, and undocumented network flows mean every audit is a scramble — and findings recur.
Untested backup policies, single-region deployments, and missing runbooks mean an outage becomes a data-loss event. Recovery times are measured in days, not minutes.
We implement the technical controls required by each framework as part of infrastructure design and delivery.
These are frameworks we implement for clients — not a claim of Kansoft's own certifications.
From network design to zero-trust access and DR planning — the full scope of cloud infrastructure security we deliver for clients across AWS, Azure, and GCP.
Subnet design, transit gateway configuration, VPN and Direct Connect, security group rule management, WAF, and CDN — secure, high-availability network foundations on AWS, Azure, and GCP.
Role-based and attribute-based access control, least-privilege IAM policies, workload identities, secrets management (Vault, AWS Secrets Manager), and zero-trust access architecture.
Terraform and Pulumi — all infrastructure defined, versioned, peer-reviewed, and deployed as code. Policy-as-code gates (OPA, Checkov) block non-compliant changes before they reach production.
EKS, GKE, and AKS cluster hardening, admission controllers, pod security standards, namespace RBAC, image scanning (Trivy), and runtime threat detection with Falco.
CSPM tooling — AWS Security Hub, Microsoft Defender for Cloud, and Google Security Command Center — integrated with alerting pipelines and compliance dashboards.
Centralised log aggregation (CloudWatch, Azure Monitor, Log Analytics), anomaly detection, threat intelligence feeds, and SIEM integration for real-time incident visibility.
RTO/RPO-aligned DR strategies — multi-region failover, automated backup validation, runbook creation, and scheduled DR drills to verify recovery procedures hold under real conditions.
Every engagement draws from a library of proven patterns — battle-tested across regulated industries and scaled production environments.
AWS Control Tower, Azure Landing Zones, and GCP Organization Policies — dedicated accounts for prod, staging, security, and shared services with centralised governance.
Golden AMI pipelines, container image signing, no manual server access, and automated replacement of drifted resources — infrastructure that can't be silently changed.
All infrastructure changes go through pull requests, automated policy checks, and approval workflows. The Git history is your complete audit trail.
East-west traffic controls, service mesh mTLS (Istio / Linkerd), workload-level firewall rules, and blast-radius minimisation for every production tier.
HashiCorp Vault, AWS KMS, and Azure Key Vault — dynamic secrets, automatic rotation, envelope encryption, and HSM-backed key hierarchies for regulated workloads.
CSPM and SSPM tools running on every change — misconfigurations surface in minutes, not at the next quarterly audit. Evidence is generated continuously and exportable on demand.
We work with the cloud-native security ecosystem — and integrate with your existing toolchain rather than replacing it wholesale.
Cloud Platforms
Infrastructure as Code
Containers & Orchestration
Security & Secrets
Observability
CI/CD & Policy
AI-Assisted Security Operations
Where clients require it, we integrate AI-powered security analytics into the observability stack — anomaly detection on CloudTrail and audit logs, automated triage of CSPM findings, and intelligent alerting that reduces noise and surfaces real threats faster. These capabilities are designed into the monitoring architecture from the start, not retrofitted later.
We've designed and secured cloud infrastructure for compliance-driven sectors across India, UAE, USA, Europe, and Australia.
Cloud security delivered at scale — across financial services, healthcare, and SaaS platforms in regulated markets.
Multi-account AWS landing zone with micro-segmented VPCs, Vault-managed secrets rotation, and CIS-compliant baselines — passed PCI DSS audit with zero findings.
Read Case StudyEKS-based platform with pod-level RBAC, ePHI encryption at rest and in transit, centralised audit logging, and automated BAA evidence generation for annual review.
Read Case StudyFull Terraform rewrite of a legacy click-ops AWS environment — state imported, policy gates added, and GitOps pipeline deployed in 8 weeks. No change without a PR.
Read Case StudySecurity controls are designed into infrastructure from day one — not added as a layer after the fact. IAM policies, network rules, and encryption defaults are built into every Terraform module.
No manual console changes. Every firewall rule, IAM policy, and resource configuration is in version control, peer-reviewed, and automatically tested before deployment.
We've designed and operated cloud infrastructure for clients across India, UAE, USA, Europe, and Australia — including data residency, cross-border compliance, and latency-optimised deployments.
Continuous compliance evidence generation, pre-built audit dashboards, and remediation playbooks. Our clients walk into SOC 2 and HIPAA audits with confidence, not panic.
Infrastructure security doesn't end at deployment. We set up CSPM tooling, drift detection, and alerting pipelines so misconfigurations are caught in minutes, not discovered at the next audit.
Common questions about cloud infrastructure security — answered clearly.
