Most infrastructure security failures share a common root: security decisions were made after the infrastructure was designed, not alongside it. Cloud environments deployed without posture controls, OT networks converged without segmentation, backup architectures that assume no attacker. Caveo designs and secures infrastructure across cloud, network, industrial, and data protection layers — from initial architecture through continuous managed monitoring.
Infrastructure decisions — which cloud, how to segment the network, whether OT and IT should share connectivity, how often to test DR — are made by infrastructure and operations teams. When security is not part of those decisions from the start, fixing the gaps is expensive, disruptive, and often incomplete.
Cloud adoption moves faster than cloud security governance. Organisations deploy workloads, configure services, and grant access without establishing a cloud security posture management (CSPM) baseline first. The result is a cloud environment with misconfigured storage, over-permissioned identities, and no continuous visibility into what is exposed. Auditing after the fact is slower and more disruptive than designing posture controls into the deployment.
Manufacturing, utilities, and critical infrastructure organisations are connecting OT networks — previously air-gapped — to corporate IT for operational efficiency, remote monitoring, and data analytics. Every connection creates a potential attack path. Threat actors that compromise a corporate email account can, in an insecure converged environment, pivot to SCADA systems and PLCs. OT environments were not designed for network-borne threats and require a purpose-built security approach.
Most organisations have a backup policy. Few have a tested recovery procedure. When ransomware encrypts primary and secondary storage, or a data centre failure removes the primary site, the questions that matter are: how long does actual recovery take, does the recovered environment function, and is the backup itself clean? The difference between a documented RTO and a tested RTO is measured in days of business disruption.
These outcomes are achieved through a combination of architecture review, design, implementation, and ongoing managed monitoring — not a one-time audit report.
A continuously monitored cloud environment with CSPM controls, misconfiguration detection, identity governance, and workload protection — across AWS, Azure, and multi-cloud environments. Posture scores and findings reported monthly, with remediation tracked to closure.
Network design reviewed against attack path principles, with segmentation enforced between zones, firewall policies validated, and 24/7 NOC monitoring providing continuous visibility into traffic anomalies, device health, and availability across the network infrastructure.
A defined and enforced boundary between OT and IT environments — with purpose-built OT security controls, asset inventory across SCADA, PLCs, and sensors, industrial protocol monitoring, and incident response procedures specific to operational technology environments.
Backup architecture designed for ransomware resilience — with immutable copies, offsite replication, and automated verification. DR procedures documented, tested on schedule, and results reported. RTO and RPO targets defined, committed, and verified through live recovery tests.
A single managed view across cloud, network, OT, and data protection layers — with correlated alerts, infrastructure health dashboards, and monthly reporting that gives leadership visibility into the security and availability posture of the entire infrastructure estate.
Infrastructure controls documented and mapped to ISO 27001, CERT-In, BNM RMiT, IEC 62443 (OT), and other applicable frameworks — with continuous monitoring evidence, change records, and test results available as audit artefacts generated through operations, not assembled before each audit.
Each service addresses a specific infrastructure layer. Most infrastructure engagements start with a security assessment to establish a baseline, then move into architecture and managed monitoring.
Cloud security posture management, workload protection, identity governance, and compliance across multi-cloud environments. Covers CSPM configuration, misconfiguration remediation, and continuous cloud monitoring.
View serviceIndustrial cybersecurity for manufacturing, utilities, and critical infrastructure — covering OT asset inventory, IT/OT boundary protection, SCADA and PLC security, industrial protocol monitoring, and OT-specific incident response.
View service24/7 network and infrastructure monitoring — device health, uptime, bandwidth, and availability across your network estate with defined escalation procedures and SLA-backed response times for infrastructure incidents.
View serviceBackup policy design, verification automation, DR plan development, live recovery testing, and ransomware-resilient architecture — so recovery capability is proven, not assumed.
View serviceInfrastructure security baseline assessment — covering cloud posture, network architecture, OT exposure, and data protection — producing a prioritised remediation roadmap with risk-ranked findings across all infrastructure layers.
View serviceVulnerability assessment and penetration testing across network infrastructure, cloud environments, and OT systems — identifying exploitable paths before attackers do, with remediation guidance and retest verification.
View serviceInfrastructure security decisions span multiple stakeholders. This solution is most relevant where infrastructure investment decisions are being made — cloud migration, network refresh, OT integration, or business continuity planning.
Technology leaders responsible for cloud strategy, network infrastructure, and systems architecture — who need security embedded into infrastructure decisions rather than reviewed after deployment.
Manufacturing, utilities, and critical infrastructure leaders connecting OT environments to corporate IT — who need industrial-specific security expertise that understands operational constraints and cannot afford production disruption.
IT teams managing on-premises and hybrid infrastructure, responsible for backup, patching, network uptime, and day-to-day infrastructure operations — who need managed monitoring support and security architecture guidance.
Security and compliance professionals responsible for ISO 27001, CERT-In, BNM RMiT, and IEC 62443 compliance — who need infrastructure controls implemented, documented, and continuously monitored to satisfy audit requirements.
Infrastructure security requires deep expertise across layers — cloud, network, OT, and data protection — that most specialist firms cover partially. Caveo covers all four, with 14 years of delivery experience across India and Malaysia.
Most infrastructure security firms specialise in one layer. Caveo covers cloud security, network architecture, OT/industrial security, and backup and DR in a single engagement — with integrated assessment and managed monitoring across all four layers rather than four separate vendor relationships.
OT security requires understanding of industrial protocols, PLC architectures, SCADA platforms, and the operational constraints of production environments. Caveo's OT security practice is built on IEC 62443 principles, with delivery experience across manufacturing, utilities, and critical infrastructure in India and Malaysia.
Infrastructure regulatory requirements differ by market — CERT-In in India, BNM RMiT in Malaysia, NACSA licensing in Malaysia for SOC and VAPT. Caveo operates in both markets and designs infrastructure security programmes that meet the applicable requirements in each jurisdiction, without requiring separate local vendors.
Caveo's own infrastructure operations are ISO 27001:2022 certified — meaning the security controls we design and recommend for clients are the same controls we operate internally. For clients using our managed infrastructure monitoring, the management system that governs that delivery is independently certified and audited.
Most engagements begin with a security assessment across the infrastructure layers relevant to the organisation — cloud posture, network architecture, OT exposure, or backup and DR readiness. The assessment produces a prioritised findings report and remediation roadmap, which then informs the design and implementation scope. For organisations with an immediate OT or cloud risk, we can scope a targeted layer assessment rather than a full-stack review.
OT security engagement follows a non-intrusive discovery methodology — passive network monitoring, asset inventory from existing sources, and interview-based architecture review rather than active scanning that could affect PLC or SCADA availability. Security controls are designed and sequenced around operational windows, with change management procedures that require operations team sign-off before implementation. Caveo's OT practice understands that availability is the primary constraint in industrial environments.
Cloud security covers the full posture stack: misconfiguration detection and remediation, identity and access governance (IAM policies, privileged access, service accounts), network security groups and exposure, workload protection, data classification and storage security, and continuous CSPM monitoring. Configuration review is the starting point; ongoing posture management is the sustained outcome. Caveo covers AWS, Azure, and multi-cloud environments.
Cloud and network infrastructure controls map to ISO 27001:2022 Annex A, CERT-In guidelines (India), BNM RMiT technology risk management (Malaysia), and NIST CSF. OT security maps to IEC 62443 standards. Backup and DR controls map to ISO 22301 (business continuity) and the operational resilience requirements within CERT-In and BNM RMiT. Caveo designs infrastructure controls with the applicable framework in mind, so audit evidence is generated through operations rather than assembled separately.
Yes. Infrastructure security assessment and managed monitoring can be applied to existing environments regardless of vendor, age, or architecture — the goal is to understand the current security posture and identify the highest-risk gaps, then prioritise remediation based on risk and operational feasibility. Full infrastructure replacement is not assumed or required. Many clients achieve significant risk reduction through segmentation, access control changes, and monitoring additions to existing infrastructure.
A structured assessment across your cloud, network, OT, and data protection layers gives you a baseline posture score, prioritised findings, and a remediation roadmap — before committing to any implementation scope.