Hypervisor & Virtualization Testing
Codec Networks' Hypervisor & Virtualization Testing service is a structured, technically rigorous programme that examines the security posture of virtualised environments from the hypervisor layer upward — covering Type 1 and Type 2 hypervisors, virtual machine isolation controls, virtual network segmentation, guest-to-host attack paths, snapshot and clone security, container runtime environments, and the management plane controls that govern the entire virtualised estate. The service spans leading virtualisation platforms including VMware vSphere, Microsoft Hyper-V, KVM, Xen, Citrix Hypervisor, and containerisation platforms including Docker and Kubernetes.
The assessment applies specialist exploitation methodology to identify hypervisor misconfigurations, VM escape vulnerabilities, virtual network isolation failures, and management interface weaknesses — producing findings that application-layer and network-layer testing programmes do not reach. Every identified vulnerability is rated for exploitability and business impact, mapped to the affected infrastructure components, and accompanied by specific, validated remediation guidance that security and infrastructure teams can implement without requiring external re-engagement.
Findings are presented in governance-grade reports structured for multiple audiences — technical teams responsible for remediation, security leadership assessing overall virtualisation risk posture, and compliance functions requiring evidence of hypervisor security assessment for regulatory and certification purposes. The programme addresses not only what vulnerabilities exist, but how they can be exploited, what their business consequence is, and how each one should be remediated to reduce the virtualisation attack surface to a defensible baseline.
Industry Significance
Hypervisor and virtualisation security has become a strategic priority as infrastructure consolidation concentrates business-critical workloads onto shared physical hosts. A single unpatched hypervisor vulnerability can expose every virtual machine it supports simultaneously — making virtualisation testing an organisational necessity
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Service Relevance
Codec Networks' Hypervisor & Virtualization Testing service addresses the critical gap between virtualisation security policy and validated security reality — providing technical assessment needed to confirm that the infrastructure layer on which every other workload depends is actually functioning as designed
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Benefits to Customers
Hypervisor & Virtualization Testing delivers the validated, technically rigorous assurance that organisations need to confirm that their most privileged infrastructure layer is actually secure — not assumed to be secure based on configuration documentation and vendor assurance alone
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Codec Networks delivers hypervisor and virtualisation testing through specialist technical methodology, comprehensive infrastructure coverage, validated exploitation
evidence, calibrated delivery metrics, and governance-grade documentation that serves security teams, regulators, and certification auditors alike
Codec Networks' Hypervisor & Virtualization Testing service addresses the critical gap between virtualisation security policy and validated security reality — providing technical assessment needed to confirm that the infrastructure layer on which every other workload depends is actually functioning as designed
Codec Networks' Hypervisor & Virtualization Testing service addresses the critical gap between virtualisation security documentation and validated security reality — applying specialist technical methodology to the infrastructure layer that standard security testing programmes systematically leave unexamined.
Codec Networks' service features are designed to address hypervisor-specific vulnerability classes with the technical rigour that this attack surface demands — producing findings that are technically validated, contextualised to the client's infrastructure, and accompanied by remediation guidance that security and infrastructure teams can implement without requiring further specialist input.
Codec Networks offers these services across the following segments:
1. Hypervisor Platform Security Assessment
Type 1 Hypervisor Assessment (Bare-Metal): Comprehensive security assessment of ESXi, Hyper-V Core, KVM, and Xen hypervisor installations covering kernel security, privileged service attack surface, and hypervisor-to-hardware interface security relevant to the client's deployed platform versions
Type 2 Hypervisor Assessment: Security evaluation of hosted virtualisation platforms including VMware Workstation and Oracle VirtualBox in environments where these platforms host sensitive workloads, focusing on host operating system interaction and shared resource security
Hypervisor Configuration Baseline Review: Assessment of deployed hypervisor configurations against CIS Benchmarks, vendor security hardening guides, and applicable regulatory baseline requirements — identifying configuration weaknesses that patching alone does not address.
Hypervisor Patch and Vulnerability Status Assessment: Systematic identification of unpatched hypervisor vulnerabilities across the deployed estate, including CVE analysis for the specific platform and version combinations deployed, with exploitability assessment for the client's specific environment.
Privileged Service Attack Surface Enumeration: Identification and assessment of the privileged services exposed by the hypervisor to guest virtual machines — including virtual hardware emulation interfaces, guest addition communication channels, and clipboard and file sharing interfaces that represent escape attack paths.
Hypervisor Security Assessment Report: Comprehensive documentation of identified vulnerabilities, configuration weaknesses, and patch gaps, with validated exploitation evidence, CVSS ratings calibrated to the client's environment, and specific remediation guidance for each finding.
2. Virtual Machine Isolation and Escape Testing
VM Escape Vulnerability Assessment: Specialist assessment of known and potential VM escape vulnerability classes relevant to the deployed hypervisor platform — including virtual hardware emulation vulnerabilities, VENOM-class memory corruption vulnerabilities, and guest addition privilege escalation paths.
Guest-to-Host Attack Path Analysis: Identification and assessment of attack paths from a compromised guest virtual machine to the hypervisor or host operating system — covering IOCTL interfaces, hypercall attack surfaces, and shared memory exploitation vectors.
Inter-VM Lateral Movement Assessment: Assessment of whether a compromised virtual machine can access the memory, network traffic, or storage of adjacent virtual machines operating on the same physical host through side-channel attacks, shared resource exploitation, or isolation control failures.
Virtual Hardware Emulation Security Testing: Security assessment of emulated hardware devices presented to guest virtual machines — including virtual NIC drivers, virtual storage controllers, and USB emulation interfaces that have historically provided escape attack paths.
Guest Addition and VMware Tools Security Review : Assessment of guest operating system integrations — VMware Tools, Hyper-V Integration Services, and VirtualBox Guest Additions — for privilege escalation and escape vulnerabilities that arise from the communication channel between guest and hypervisor.
Isolation Control Validation Report: Validated findings on the effectiveness of VM isolation controls in the client's specific environment — providing evidence-based assurance or specific identified vulnerabilities for each isolation control tested.
3. Virtual Network Security Assessment
Virtual Switch Security Assessment: Assessment of vSwitch, dvSwitch, and Hyper-V Virtual Switch configurations for VLAN hopping vulnerabilities, promiscuous mode misconfigurations, forged transmit policy gaps, and MAC address spoofing attack paths.
Network Segmentation Penetration Testing: Active penetration testing of virtual network segmentation — validating that VLAN separation, port group isolation, and NSX or Hyper-V Network Virtualisation micro-segmentation policies enforce the intended separation between security zones.
East-West Traffic Control Validation: Assessment of whether east-west traffic controls between virtual machines within the same physical host are effective — addressing the attack paths that bypass perimeter controls by moving laterally within the virtualised network.
Virtual Firewall and NSX Policy Assessment: Security assessment of software-defined networking security policies — NSX Distributed Firewall rules, Hyper-V Network Virtualisation policies, and virtual network security group configurations — for rule logic weaknesses and policy bypass paths.
VXLAN and Overlay Network Security: Assessment of overlay network implementations for tunnelling protocol security, tenant isolation in multi-tenant environments, and control plane security for overlay network management.
Virtual Network Security Assessment Report: Comprehensive findings covering identified segmentation failures, virtual switch misconfigurations, and policy bypass paths — with network topology context and specific remediation guidance for each identified weakness.
4. Management Plane Security Assessment
VCenter and Management Console Security Assessment: Security assessment of VMware vCenter, Microsoft SCVMM, and equivalent hypervisor management platforms — covering authentication mechanisms, role-based access control configurations, API security, and privilege escalation paths.
Management Interface Authentication and Authorisation Testing: Assessment of authentication controls protecting hypervisor management interfaces — including vSphere Web Client, ESXi Host Client, and Hyper-V Manager — for credential attack resistance, session management weaknesses, and multi-factor authentication bypass.
Privileged Access Management Review: Evaluation of administrative access controls governing hypervisor management — including service account privilege, domain integration security, and the separation of duties controls that prevent unauthorised configuration changes.
API Security Assessment for Orchestration Interfaces: Security assessment of virtualisation platform APIs — vSphere API, Hyper-V WMI interfaces, and libvirt API — for authentication bypass, authorisation weaknesses, and injection vulnerabilities.
Management Network Segmentation Validation: Validation that management network interfaces are appropriately isolated from production workload networks — assessing whether a compromise of a production workload can reach management interfaces that control the virtualisation infrastructure.
Management Plane Security Report: Findings covering identified authentication weaknesses, privilege escalation paths, and management interface vulnerabilities — with evidence of validated exploitation where applicable and specific remediation guidance for each finding.
5. Snapshot, Clone, and Storage Security Assessment
Snapshot Security Assessment: Assessment of VM snapshot access controls, retention policies, and storage configurations — identifying improperly secured snapshot files that expose sensitive data including memory contents, encryption keys, and credentials.
Clone Security Review: Evaluation of VM cloning operations and cloned VM security — covering unique identifier reuse vulnerabilities, cryptographic seed repetition risks, and security policy inheritance gaps in cloned virtual machines.
Datastore Access Control Assessment: Assessment of storage infrastructure access controls governing VM disk files, snapshot repositories, and template libraries — identifying over-permissive access that would allow unauthorised access to VM data.
Storage Encryption Validation: Validation that VM disk encryption is appropriately implemented — assessing encryption key management, key storage security, and the effectiveness of VM-at-rest encryption controls against relevant threat scenarios.
Template Library Security Review: Assessment of VM template security — evaluating whether templates used to provision new virtual machines contain current security configurations, are free of embedded credentials, and are protected from unauthorised modification.:
Storage and Snapshot Security Report: Findings covering identified storage access control weaknesses, improperly secured snapshots, and clone security vulnerabilities — with specific remediation guidance addressing each identified exposure.
6. Container and Kubernetes Security Assessment
Container Runtime Security Assessment: Security assessment of container runtime environments — Docker Engine, containerd, and CRI-O — for container escape vulnerabilities, privileged container misconfigurations, and kernel namespace isolation weaknesses.
Kubernetes Cluster Security Assessment: Comprehensive security assessment of Kubernetes control plane and node components — covering API server authentication and authorisation, RBAC policy configuration, etcd security, and node-level security controls.
Pod Security and Namespace Isolation Testing: Assessment of pod security admission controls, namespace isolation configurations, and pod-to-pod network policy enforcement — validating that containerised workload isolation is functioning as intended.
Container Image and Registry Security: Security assessment of container images used in production — including base image vulnerability status, embedded secret identification, and image signing and verification controls that prevent tampered image deployment.
Kubernetes RBAC and Privilege Escalation Testing: Assessment of Kubernetes RBAC policies for privilege escalation paths — identifying service account permission misconfigurations, cluster-admin binding exposure, and API access controls that could enable unauthorised access to cluster resources.
Container Security Assessment Report: Comprehensive findings covering container runtime vulnerabilities, Kubernetes security configuration weaknesses, and identified exploitation paths — with remediation guidance addressing each finding in the context of the client's specific container platform configuration.
Codec Networks' Hypervisor & Virtualization Testing follows a structured, technically rigorous engagement model that progresses from scoping and environment preparation through comprehensive assessment, validated exploitation, and governance-grade reporting to remediation support. Each phase builds on the last, ensuring that findings reflect validated vulnerabilities in the client's specific infrastructure rather than generic vulnerability assessments applied to assumed configurations.
The methodology integrates specialist hypervisor exploitation techniques, virtual network penetration testing methodology, CIS Benchmark configuration assessment, and container security testing frameworks within a delivery approach calibrated to the client's virtualisation platform mix, infrastructure complexity, and security testing objectives.
1. Project Initiation & Scoping
Engagement Design Workshop: Codec Networks works with infrastructure, security, and compliance stakeholders to establish the precise scope — hypervisor platforms, physical hosts, virtual machine populations, container clusters, and management interfaces included — alongside testing objectives, success criteria, and operational constraints.
Infrastructure Inventory Review: Systematic documentation of the hypervisor estate to be tested — platform types and versions, physical host inventory, virtual machine populations per host, storage configuration, and management infrastructure — providing the foundation for risk-prioritised testing.
Testing Constraint and Change Management Alignment: Coordination with infrastructure and operations teams to agree testing windows, change management procedures, rollback arrangements, and escalation contacts — ensuring that assessment activity does not create unplanned disruption to production workloads.
Engagement Charter and SoW: A signed Statement of Work documents scope, methodology, testing constraints, deliverables, timelines, stakeholder responsibilities, and emergency contact procedures for the engagement.
2. Pre-Engagement Preparation
Environment Documentation Review: Review of existing virtualisation architecture documentation — network diagrams, VLAN configurations, storage architecture, and management network topology — to contextualise testing and identify priority assessment areas.
Vulnerability Intelligence Gathering: Research of current CVE and exploit intelligence relevant to the client's specific hypervisor platform versions — identifying known vulnerabilities that will be specifically tested for exploitability in the client's environment.
Test Account and Access Provisioning: Coordination with the client to establish appropriate test account access for assessment phases requiring authenticated testing — including guest VM access for escape testing, read-only management console access for configuration assessment, and network access for segmentation testing.
3. Hypervisor Platform Assessment
Platform Version and Patch Status Assessment: Systematic identification of hypervisor platform versions, installed patches, and outstanding vulnerabilities — establishing the CVE exposure baseline for the assessed infrastructure.
Configuration Baseline Assessment: Hypervisor configuration review against CIS Benchmarks, vendor hardening guides, and applicable regulatory baseline requirements — identifying specific configuration weaknesses and their security implications.
Privileged Service Enumeration: Identification and assessment of privileged services exposed to guest virtual machines — documenting the attack surface available to a guest-based attacker attempting to reach the hypervisor.:
4. VM Isolation and Escape Testing
Known Escape Vulnerability Testing: Active testing for known hypervisor escape vulnerabilities relevant to the client's platform versions — using validated exploit tools and techniques in a controlled manner agreed with the client in advance.
Guest-to-Host Attack Path Exploitation: Structured attempts to exploit identified attack paths from guest virtual machines to the hypervisor or host operating system — documenting exploitation methodology, outcome, and evidence for each tested path.
Inter-VM Side-Channel Assessment: Assessment of cross-VM information leakage risks — including cache timing attacks and shared resource probing — applicable to the client's specific hardware and hypervisor platform configuration.
Virtual Hardware Emulation Fuzzing: Fuzzing assessment of virtual hardware interfaces exposed to guest virtual machines — identifying memory corruption and logic vulnerabilities in emulated device implementations.
5. Virtual Network Penetration Testing
VLAN Hopping Assessment: Active testing for VLAN hopping attack paths — including double-tagging attacks and trunking negotiation exploitation — against the client's virtual switch configurations.
Segmentation Penetration Testing: Active penetration testing of virtual network segmentation boundaries — attempting lateral movement between security zones to validate that segmentation controls enforce the intended separation.
East-West Traffic Intercept Testing: Assessment of whether intra-host virtual network traffic can be intercepted by a compromised virtual machine — validating that virtual switch security controls prevent unauthorised traffic inspection.
Overlay Network and SDN Assessment: Security assessment of software-defined networking implementations — testing NSX, ACI, or equivalent overlay network control planes for authentication weaknesses and policy bypass paths.
6. Management Plane Penetration Testing
Management Interface Authentication Testing: Active testing of management interface authentication — including credential stuffing resistance, session management, and multi-factor authentication effectiveness.
Privilege Escalation Assessment: Structured attempts to escalate privileges within the management environment — from read-only access to administrative control — documenting each identified path and its exploitation evidence.
API Security Testing: Assessment of virtualisation platform APIs for authentication bypass, insecure direct object reference, injection vulnerabilities, and privilege escalation through API abuse.
7. Container and Kubernetes Security Testing
Container Escape Testing: Active testing for container escape vulnerabilities — including privileged container exploitation, kernel namespace bypass, and cgroup escape paths — in the client's specific container runtime configuration.
Kubernetes Security Assessment: Comprehensive assessment of Kubernetes control plane security, RBAC policy configuration, network policy enforcement, and node security controls.
Container Runtime Privilege Escalation: Structured attempts to escalate privileges from container user to node host — documenting exploitation methodology and evidence for each identified path.
8. Snapshot, Clone, and Storage Assessment
Datastore and Repository Access Control Testing: Assessment of storage access controls — attempting to access VM disk files, snapshot repositories, and template libraries with test credentials that should not have access.
Snapshot Content Analysis: Where authorised access exists, analysis of snapshot contents to identify sensitive data exposure — including memory-resident credentials, encryption keys, and sensitive process data.
Clone Security Validation: Assessment of cloned VM configurations for unique identifier reuse vulnerabilities and security policy inheritance gaps.
9. Post-Assessment Validation and Reporting
Findings Validation: All identified vulnerabilities are validated before reporting — confirming exploitability in the client's specific environment and eliminating false positives before final report delivery.
Severity Calibration: Vulnerability severities calibrated to the client's specific infrastructure context — reflecting the actual business impact of each finding rather than applying generic CVSS scores without environmental adjustment.
Technical Report: Comprehensive technical report covering all identified vulnerabilities with exploitation evidence, root cause analysis, remediation guidance, and verification steps for each finding.
Executive Report: Executive summary translating technical findings into business risk language — covering overall virtualisation security posture, critical findings, and remediation priorities in terms accessible to non-technical governance audiences.
10. Remediation Support & Re-Testing
Findings Walkthrough: Structured session with technical teams presenting all findings, exploitation evidence, and remediation guidance — ensuring infrastructure and security teams understand each vulnerability and the specific actions required to remediate it.
Remediation Advisory: Technical advisory support during remediation implementation — answering specific questions about remediation approaches, validating proposed fixes before implementation, and advising on alternative remediation options where primary remediation is not immediately feasible.
Verification Testing: Re-testing of remediated vulnerabilities to confirm that fixes are effective — providing validated evidence of remediation that compliance and governance stakeholders can rely on.
Continuous Assessment Programme Design: Where clients require ongoing virtualisation security assurance, Codec Networks designs recurring assessment programmes — including assessment frequency, trigger-based reassessment criteria, and integration with the broader security testing programme
|
S.No. |
Standard / Framework |
Scope & Applicability |
How It Is Applied in Service Delivery |
Client Value Delivered |
|
1 |
CIS Benchmark for VMware ESXi / vSphere |
CIS security configuration benchmarks providing specific hardening guidance for VMware vSphere and ESXi hypervisor environments. |
Hypervisor configuration assessment conducted against CIS Benchmark controls for each assessed vSphere version — identifying specific deviations and their security implications. |
Anchors configuration assessment within a community-validated, auditor-accepted benchmark standard — providing remediation guidance that infrastructure teams can implement and compliance teams can evidence. |
|
2 |
CIS Benchmark for Microsoft Hyper-V |
CIS security configuration benchmarks for Microsoft Hyper-V virtualisation environments running on Windows Server. |
Hyper-V configuration review conducted against CIS Benchmark controls — identifying hardening gaps and specific configuration weaknesses in the assessed deployment. |
Ensures Hyper-V assessment reflects current best practice configuration standards — providing specific and actionable hardening guidance rather than generic advice. |
|
3 |
ISO/IEC 27001:2022 – Annex A.8 (Technology Controls) |
Virtualisation control requirements under ISO/IEC 27001:2022 Annex A, specifically A.8.23 (web filtering), A.8.6 (capacity management), and infrastructure security controls applicable to virtualised environments. |
Assessment findings mapped to relevant ISO 27001:2022 Annex A controls — providing compliance evidence for virtualisation-specific control requirements. |
Produces evidence that virtualisation security controls meet ISO 27001 requirements — supporting certification and surveillance audit processes. |
|
4 |
NIST SP 800-125 (Guide to Security for Full Virtualisation Technologies) |
NIST special publication providing comprehensive guidance on security for full virtualisation technologies including Type 1 and Type 2 hypervisors. |
Assessment methodology and recommendations aligned to NIST SP 800-125 security guidelines — ensuring findings reflect authoritative federal virtualisation security guidance. |
Aligns virtualisation testing with NIST guidance applicable to U.S. federal environments and internationally recognised as authoritative technical security guidance. |
|
5 |
NIST SP 800-190 (Application Container Security Guide) |
NIST special publication providing security guidance for application container technologies including Docker, Kubernetes, and container orchestration platforms. |
Container security assessment methodology aligned to NIST SP 800-190 security domains — covering image, registry, orchestrator, container, and host security. |
Ensures container security assessment addresses the full range of container security domains defined by NIST — providing comprehensive rather than selective container security coverage. |
|
6 |
PCI DSS v4.0 – Penetration Testing and Segmentation Requirements |
PCI DSS requirements for penetration testing methodology and segmentation validation applicable to virtualised cardholder data environments. |
Virtual network segmentation testing conducted in alignment with PCI DSS penetration testing requirements — producing segmentation validation evidence that QSA assessment requires. |
Provides the documented segmentation validation evidence that PCI DSS compliance requires for virtualised payment environments — supporting QSA assessment and compliance reporting. |
|
7 |
OWASP Container Security Verification Standard |
OWASP security verification standard providing requirements for container security across architecture, deployment, and runtime domains. |
Container security assessment aligned to OWASP CSVS requirements — providing structured coverage of container security verification domains. |
Aligns container assessment with widely recognised application and infrastructure security community standards — providing a structured framework for comprehensive container security assessment. |
|
8 |
CIS Kubernetes Benchmark |
CIS security configuration benchmark providing specific hardening guidance for Kubernetes cluster components including the API server, etcd, controller manager, scheduler, and worker nodes. |
Kubernetes cluster configuration assessment conducted against CIS Kubernetes Benchmark controls — identifying specific configuration deviations and their security implications. |
Provides specific, prioritised Kubernetes hardening guidance based on the community-validated benchmark standard most widely referenced in container security programmes. |
|
9 |
VMware Carbon Black / vSphere Security Configuration Guide |
VMware's official security configuration guide for vSphere environments providing vendor-specific hardening recommendations for ESXi hosts, vCenter, and related components. |
Assessment of VMware vSphere environments against the official VMware Security Configuration Guide — complementing CIS Benchmark assessment with vendor-specific guidance. |
Ensures vSphere assessment reflects the most current vendor security guidance — capturing platform-specific hardening requirements that general benchmarks may not address for the latest platform versions. |
|
10 |
In-Country Norms and Sector-Specific Regulatory Guidelines |
Cybersecurity guidance and mandatory security assessment requirements issued by in-country regulatory bodies applicable to virtualisation security in regulated sectors including financial services, critical infrastructure, and healthcare. |
Assessment scope and outputs aligned to applicable in-country regulatory requirements for virtualisation security — ensuring findings address the full range of regulatory obligations relevant to the client's sector and jurisdiction. |
Ensures virtualisation security testing addresses the full scope of regulatory obligations applicable to the client — reducing the risk of compliance gaps identified during regulatory examination or certification audit. |
Please Note:
Codec Networks' Hypervisor & Virtualization Testing service addresses the critical gap between virtualisation security policy and validated security reality — providing technical assessment needed to confirm that the infrastructure layer on which every other workload depends is actually functioning as designed
Codec Networks' Hypervisor & Virtualization Testing service addresses the critical gap between virtualisation security documentation and validated security reality — applying specialist technical methodology to the infrastructure layer that standard security testing programmes systematically leave unexamined.
Codec Networks' service features are designed to address hypervisor-specific vulnerability classes with the technical rigour that this attack surface demands — producing findings that are technically validated, contextualised to the client's infrastructure, and accompanied by remediation guidance that security and infrastructure teams can implement without requiring further specialist input.
Codec Networks offers these services across the following segments:
1. Hypervisor Platform Security Assessment
Type 1 Hypervisor Assessment (Bare-Metal): Comprehensive security assessment of ESXi, Hyper-V Core, KVM, and Xen hypervisor installations covering kernel security, privileged service attack surface, and hypervisor-to-hardware interface security relevant to the client's deployed platform versions
Type 2 Hypervisor Assessment: Security evaluation of hosted virtualisation platforms including VMware Workstation and Oracle VirtualBox in environments where these platforms host sensitive workloads, focusing on host operating system interaction and shared resource security
Hypervisor Configuration Baseline Review: Assessment of deployed hypervisor configurations against CIS Benchmarks, vendor security hardening guides, and applicable regulatory baseline requirements — identifying configuration weaknesses that patching alone does not address.
Hypervisor Patch and Vulnerability Status Assessment: Systematic identification of unpatched hypervisor vulnerabilities across the deployed estate, including CVE analysis for the specific platform and version combinations deployed, with exploitability assessment for the client's specific environment.
Privileged Service Attack Surface Enumeration: Identification and assessment of the privileged services exposed by the hypervisor to guest virtual machines — including virtual hardware emulation interfaces, guest addition communication channels, and clipboard and file sharing interfaces that represent escape attack paths.
Hypervisor Security Assessment Report: Comprehensive documentation of identified vulnerabilities, configuration weaknesses, and patch gaps, with validated exploitation evidence, CVSS ratings calibrated to the client's environment, and specific remediation guidance for each finding.
2. Virtual Machine Isolation and Escape Testing
VM Escape Vulnerability Assessment: Specialist assessment of known and potential VM escape vulnerability classes relevant to the deployed hypervisor platform — including virtual hardware emulation vulnerabilities, VENOM-class memory corruption vulnerabilities, and guest addition privilege escalation paths.
Guest-to-Host Attack Path Analysis: Identification and assessment of attack paths from a compromised guest virtual machine to the hypervisor or host operating system — covering IOCTL interfaces, hypercall attack surfaces, and shared memory exploitation vectors.
Inter-VM Lateral Movement Assessment: Assessment of whether a compromised virtual machine can access the memory, network traffic, or storage of adjacent virtual machines operating on the same physical host through side-channel attacks, shared resource exploitation, or isolation control failures.
Virtual Hardware Emulation Security Testing: Security assessment of emulated hardware devices presented to guest virtual machines — including virtual NIC drivers, virtual storage controllers, and USB emulation interfaces that have historically provided escape attack paths.
Guest Addition and VMware Tools Security Review : Assessment of guest operating system integrations — VMware Tools, Hyper-V Integration Services, and VirtualBox Guest Additions — for privilege escalation and escape vulnerabilities that arise from the communication channel between guest and hypervisor.
Isolation Control Validation Report: Validated findings on the effectiveness of VM isolation controls in the client's specific environment — providing evidence-based assurance or specific identified vulnerabilities for each isolation control tested.
3. Virtual Network Security Assessment
Virtual Switch Security Assessment: Assessment of vSwitch, dvSwitch, and Hyper-V Virtual Switch configurations for VLAN hopping vulnerabilities, promiscuous mode misconfigurations, forged transmit policy gaps, and MAC address spoofing attack paths.
Network Segmentation Penetration Testing: Active penetration testing of virtual network segmentation — validating that VLAN separation, port group isolation, and NSX or Hyper-V Network Virtualisation micro-segmentation policies enforce the intended separation between security zones.
East-West Traffic Control Validation: Assessment of whether east-west traffic controls between virtual machines within the same physical host are effective — addressing the attack paths that bypass perimeter controls by moving laterally within the virtualised network.
Virtual Firewall and NSX Policy Assessment: Security assessment of software-defined networking security policies — NSX Distributed Firewall rules, Hyper-V Network Virtualisation policies, and virtual network security group configurations — for rule logic weaknesses and policy bypass paths.
VXLAN and Overlay Network Security: Assessment of overlay network implementations for tunnelling protocol security, tenant isolation in multi-tenant environments, and control plane security for overlay network management.
Virtual Network Security Assessment Report: Comprehensive findings covering identified segmentation failures, virtual switch misconfigurations, and policy bypass paths — with network topology context and specific remediation guidance for each identified weakness.
4. Management Plane Security Assessment
VCenter and Management Console Security Assessment: Security assessment of VMware vCenter, Microsoft SCVMM, and equivalent hypervisor management platforms — covering authentication mechanisms, role-based access control configurations, API security, and privilege escalation paths.
Management Interface Authentication and Authorisation Testing: Assessment of authentication controls protecting hypervisor management interfaces — including vSphere Web Client, ESXi Host Client, and Hyper-V Manager — for credential attack resistance, session management weaknesses, and multi-factor authentication bypass.
Privileged Access Management Review: Evaluation of administrative access controls governing hypervisor management — including service account privilege, domain integration security, and the separation of duties controls that prevent unauthorised configuration changes.
API Security Assessment for Orchestration Interfaces: Security assessment of virtualisation platform APIs — vSphere API, Hyper-V WMI interfaces, and libvirt API — for authentication bypass, authorisation weaknesses, and injection vulnerabilities.
Management Network Segmentation Validation: Validation that management network interfaces are appropriately isolated from production workload networks — assessing whether a compromise of a production workload can reach management interfaces that control the virtualisation infrastructure.
Management Plane Security Report: Findings covering identified authentication weaknesses, privilege escalation paths, and management interface vulnerabilities — with evidence of validated exploitation where applicable and specific remediation guidance for each finding.
5. Snapshot, Clone, and Storage Security Assessment
Snapshot Security Assessment: Assessment of VM snapshot access controls, retention policies, and storage configurations — identifying improperly secured snapshot files that expose sensitive data including memory contents, encryption keys, and credentials.
Clone Security Review: Evaluation of VM cloning operations and cloned VM security — covering unique identifier reuse vulnerabilities, cryptographic seed repetition risks, and security policy inheritance gaps in cloned virtual machines.
Datastore Access Control Assessment: Assessment of storage infrastructure access controls governing VM disk files, snapshot repositories, and template libraries — identifying over-permissive access that would allow unauthorised access to VM data.
Storage Encryption Validation: Validation that VM disk encryption is appropriately implemented — assessing encryption key management, key storage security, and the effectiveness of VM-at-rest encryption controls against relevant threat scenarios.
Template Library Security Review: Assessment of VM template security — evaluating whether templates used to provision new virtual machines contain current security configurations, are free of embedded credentials, and are protected from unauthorised modification.:
Storage and Snapshot Security Report: Findings covering identified storage access control weaknesses, improperly secured snapshots, and clone security vulnerabilities — with specific remediation guidance addressing each identified exposure.
6. Container and Kubernetes Security Assessment
Container Runtime Security Assessment: Security assessment of container runtime environments — Docker Engine, containerd, and CRI-O — for container escape vulnerabilities, privileged container misconfigurations, and kernel namespace isolation weaknesses.
Kubernetes Cluster Security Assessment: Comprehensive security assessment of Kubernetes control plane and node components — covering API server authentication and authorisation, RBAC policy configuration, etcd security, and node-level security controls.
Pod Security and Namespace Isolation Testing: Assessment of pod security admission controls, namespace isolation configurations, and pod-to-pod network policy enforcement — validating that containerised workload isolation is functioning as intended.
Container Image and Registry Security: Security assessment of container images used in production — including base image vulnerability status, embedded secret identification, and image signing and verification controls that prevent tampered image deployment.
Kubernetes RBAC and Privilege Escalation Testing: Assessment of Kubernetes RBAC policies for privilege escalation paths — identifying service account permission misconfigurations, cluster-admin binding exposure, and API access controls that could enable unauthorised access to cluster resources.
Container Security Assessment Report: Comprehensive findings covering container runtime vulnerabilities, Kubernetes security configuration weaknesses, and identified exploitation paths — with remediation guidance addressing each finding in the context of the client's specific container platform configuration.
Codec Networks' Hypervisor & Virtualization Testing packages are structured to match organisational infrastructure complexity — from establishing a validated security baseline
for single-platform environments to delivering enterprise-grade continuous virtualisation security assurance across heterogeneous, multi-cloud infrastructure
Target Clients:
Small and medium-sized organisations, single-platform virtualisation environments, and businesses that have not previously conducted specialist hypervisor security testing — typically those with VMware vSphere or Microsoft Hyper-V deployments who recognise the need for independent virtualisation security validation but are beginning their hypervisor security testing programme.
Sub-Services / Sub-Categories
Objective:
Establish a validated hypervisor security baseline through systematic configuration assessment, known vulnerability identification, and focused VM isolation testing — providing a credible starting point for virtualisation security improvement that demonstrates governance due diligence to regulators and auditors.
Value Delivered:
A validated configuration assessment, documented vulnerability findings for the assessed hypervisor platform, and prioritised remediation guidance that infrastructure teams can act on — delivered for organisations establishing their first specialist hypervisor security testing engagement.
Target Clients:
Growing organisations, regulated-sector companies, and businesses with established virtualisation environments that need comprehensive hypervisor security assessment — particularly those facing ISO 27001 certification, PCI DSS compliance, or enterprise customer security requirements that demand evidence of virtualisation security testing.
Sub-Services / Sub-Categories
Objective:
Deliver a comprehensive virtualisation security assessment covering hypervisor platforms, VM isolation, virtual network segmentation, management plane security, and snapshot storage — with validated exploitation evidence and multi-framework compliance documentation that satisfies regulatory and certification requirements.
Value Delivered:
A materially improved virtualisation security posture with validated findings across all major virtualisation security domains, multi-framework compliance evidence, and the governance documentation needed to demonstrate virtualisation security maturity to regulators, certification bodies, and enterprise customers.
Target Clients:
Large enterprises, financial institutions, regulated entities, and complex organisations with heterogeneous virtualisation environments — including VMware vSphere, Microsoft Hyper-V, KVM, and container platforms — that require enterprise-grade continuous virtualisation security assurance, red team virtualisation scenarios, and strategic security advisory for virtualisation infrastructure.
Sub-Services / Sub-Categories
Objective:
Deliver a world-class virtualisation security testing and assurance programme covering all hypervisor platforms, container environments, cloud virtualisation boundaries, and management infrastructure — with continuous monitoring integration, adversarial scenario testing, and expert advisory for virtualisation security architecture and governance.
Value Delivered:
Complete virtualisation security visibility across heterogeneous infrastructure, continuous assurance mechanisms, adversarial scenario testing evidence, and the expert partnership needed to build and sustain a virtualisation security programme that meets the most demanding governance and regulatory requirements.
Target Clients:
Small and medium-sized organisations, single-platform virtualisation environments, and businesses that have not previously conducted specialist hypervisor security testing — typically those with VMware vSphere or Microsoft Hyper-V deployments who recognise the need for independent virtualisation security validation but are beginning their hypervisor security testing programme.
Sub-Services / Sub-Categories
Objective:
Establish a validated hypervisor security baseline through systematic configuration assessment, known vulnerability identification, and focused VM isolation testing — providing a credible starting point for virtualisation security improvement that demonstrates governance due diligence to regulators and auditors.
Value Delivered:
A validated configuration assessment, documented vulnerability findings for the assessed hypervisor platform, and prioritised remediation guidance that infrastructure teams can act on — delivered for organisations establishing their first specialist hypervisor security testing engagement.
Target Clients:
Growing organisations, regulated-sector companies, and businesses with established virtualisation environments that need comprehensive hypervisor security assessment — particularly those facing ISO 27001 certification, PCI DSS compliance, or enterprise customer security requirements that demand evidence of virtualisation security testing.
Sub-Services / Sub-Categories
Objective:
Deliver a comprehensive virtualisation security assessment covering hypervisor platforms, VM isolation, virtual network segmentation, management plane security, and snapshot storage — with validated exploitation evidence and multi-framework compliance documentation that satisfies regulatory and certification requirements.
Value Delivered:
A materially improved virtualisation security posture with validated findings across all major virtualisation security domains, multi-framework compliance evidence, and the governance documentation needed to demonstrate virtualisation security maturity to regulators, certification bodies, and enterprise customers.
Target Clients:
Large enterprises, financial institutions, regulated entities, and complex organisations with heterogeneous virtualisation environments — including VMware vSphere, Microsoft Hyper-V, KVM, and container platforms — that require enterprise-grade continuous virtualisation security assurance, red team virtualisation scenarios, and strategic security advisory for virtualisation infrastructure.
Sub-Services / Sub-Categories
Objective:
Deliver a world-class virtualisation security testing and assurance programme covering all hypervisor platforms, container environments, cloud virtualisation boundaries, and management infrastructure — with continuous monitoring integration, adversarial scenario testing, and expert advisory for virtualisation security architecture and governance.
Value Delivered:
Complete virtualisation security visibility across heterogeneous infrastructure, continuous assurance mechanisms, adversarial scenario testing evidence, and the expert partnership needed to build and sustain a virtualisation security programme that meets the most demanding governance and regulatory requirements.
Codec Networks brings specialist hypervisor expertise, validated exploitation capability, and infrastructure-depth technical methodology to virtualisation security
testing — producing findings that application and network testing cannot deliver, and remediation guidance that infrastructure teams can implement
Industry Value Propositions / Benefits of Codec Networks Delivering Hypervisor & Virtualization Testing Services
Codec Networks delivers specialized Hypervisor & Virtualization Testing services designed to help organizations secure complex virtualized infrastructures against evolving cyber threats. By combining deep technical expertise, proven assessment methodologies, and industry best practices, Codec Networks enables organizations to strengthen virtualization security, maintain compliance, and improve operational resilience.
Key Industry Benefits & Value Propositions
Specialized Expertise in Virtualization Security
Comprehensive Security Assessment Methodology
Proactive Threat Identification & Risk Reduction
Highly Skilled Cyber Security Professionals
Industry Best Practices & Compliance Alignment
Customized & Business-Aligned Engagements
Advanced Technical Competency
Actionable Reporting & Remediation Guidance
Enhanced Business Continuity & Infrastructure Resilience
Strong Focus on Secure Digital Transformation
Independent & Trusted Security Validation
Continuous Security Improvement Approach
Conclusion
Codec Networks delivers robust Hypervisor & Virtualization Testing services through a combination of deep technical expertise, industry-certified cybersecurity professionals, structured assessment methodologies, and actionable security intelligence. The organization’s services help customers secure critical virtual infrastructures, reduce cyber risk exposure, improve compliance readiness, and strengthen operational resilience in increasingly virtualized and cloud-driven environments.
Founded in 2008 with 17+ Years of Industry Experience in Information and Cyber Security domain
Codec Networks Full-Spectrum Cybersecurity Expertise across all Industry Domains:
At Codec Networks, our foundation is built on deep technical mastery, certified expertise, and an unrelenting pursuit of cyber excellence. With a team of globally accredited professionals, advanced methodologies, and next-generation tools, we deliver measurable security outcomes across assessment, compliance, monitoring, and forensic domains. Our competency-driven approach ensures every engagement is governed by precision, accountability, and alignment with international standards — empowering enterprises to stay secure, compliant, and resilient.
Governance, Risk & Compliance (GRC) Competency
Codec Networks’ dedicated Governance, Risk & Compliance (GRC) group specializes in security assessments, risk management, regulatory compliance, and audit readiness. The team partners with organizations to strengthen governance frameworks and ensure end-to-end compliance in a complex regulatory landscape.
Key Attributes:
Vulnerability Assessment & Penetration Testing (VAPT) Expertise
Our VAPT teams bring extensive technical depth across Web, Mobile, API, Cloud, Network, Database, Infrastructure, IoT, and People & Process domains. Every engagement is mapped to OWASP, NIST, MITRE ATT&CK, ISO 27001, PCI DSS, HIPAA, RBI, and GDPR frameworks — ensuring real-world relevance and compliance alignment.
Core Strengths:
Managed SOC & Threat Intelligence Operations
Codec Networks operates a 24/7 Managed Security Operations Center (SOC) delivering continuous visibility, detection, and response across hybrid environments. Our SOC integrates SIEM, SOAR, EDR/XDR, and Cloud-Native Analytics to ensure rapid threat detection, incident containment, and business continuity.
Key Capabilities:
Cyber Forensics & Threat Analysis Expertise
Our Cyber Forensic Division delivers end-to-end investigation, evidence preservation, and digital analysis services — designed to support law enforcement, corporate forensics, and internal response teams. We combine forensic science with cyber intelligence to identify root causes, trace adversaries, and restore operational integrity.
Core Expertise Areas:
Advanced Tools, Frameworks & Continuous Innovation
Codec Networks leverages industry-leading tools and platforms such as Burp Suite Pro, Nessus, Prisma Cloud, Splunk, QRadar, CrowdStrike, SentinelOne, Autopsy, Chainalysis, MythX, and Prowler (wherever applicable) ensuring accuracy, scalability, and efficiency.
Our methodologies align with globally recognized frameworks including:
Through ongoing research, Codec Networks continually evolves to address modern threats — from Generative AI prompt attacks and smart contract exploits to IoT zero-days, metaverse impersonation, and quantum-era vulnerabilities.
Compliance-Driven Deliverables
All technical engagements and reports are mapped to major global and Indian compliance frameworks — including ISO 27001, PCI DSS, HIPAA, GDPR, RBI-CSF, SEBI, IRDAI, and DPDPA 2023. Our structured technical and executive reports support board-level visibility, audit evidence, and certification readiness, ensuring that every engagement drives both technical assurance and regulatory confidence.
Codec Networks – Certified Competence. Proven Expertise. Real-World Cyber Resilience. Empowering enterprises through advanced security engineering, continuous monitoring, and forensic intelligence.
At Codec Networks, we believe that cybersecurity excellence is not achieved through tools alone — it is built through methodical delivery, risk-based insight, and measurable outcomes. Our Agile and Modular 8-Stage Delivery Methodology ensures that every engagement — from rapid risk assessments to full-scale ISMS implementations — is structured, standards-aligned, and business-focused.
Agile & Modular Methodology
Our delivery framework integrates global best practices with localized regulatory insight, ensuring each engagement is executed with clarity, accountability, and precision. Clients benefit from seamless onboarding, milestone-driven execution, and transparent reporting throughout the lifecycle.
Risk-Based & Business-Oriented Audit Approach
Our methodology goes beyond testing systems — it focuses on how vulnerabilities translate into business, reputational, and compliance risks.
Outcome-Driven Engagements for Security Maturity
Each stage is modular yet interconnected, adaptable to enterprises of any scale or industry. Whether it’s a cloud-native fintech pursuing SOC 2, a healthcare provider ensuring HIPAA alignment, or a bank meeting RBI-CSF requirements, Codec Networks ensures consistency, compliance, and measurable improvement.
Beyond certification checklists, our Post-Audit Support and Continuous Risk Monitoring provide remediation guidance, breach response playbooks, staff training, and ongoing compliance tracking — building sustainable security posture and resilient business continuity.
Codec Networks – Turning Compliance into a Competitive Advantage. Structured. Measurable. Secure. Always Aligned with Your Business Goals.
At Codec Networks, our clients are not just audit subjects — they are long-term partners in a shared cybersecurity journey. Every engagement is designed around the client’s business priorities, security maturity, and risk appetite, ensuring solutions that are relevant, practical, and results-driven.
With a legacy of 650+ successful engagements across industries such as Banking, Fintech, Healthcare, Telecom, Energy, Aviation, Manufacturing, E-commerce, and Government, Codec Networks has attempted to become a trusted advisor for organizations seeking to transform compliance into resilience.
Our engagement philosophy extends beyond conventional audits. We integrate strategic advisory, technical assurance, remediation support, and continuous compliance monitoring, creating a full lifecycle relationship rather than a one-time service. Clients benefit from:
By combining the objectivity of an auditor with the empathy of an advisor, Codec Networks builds trust, accountability, and measurable security growth. Our commitment is simple — to deliver cybersecurity as a continuous partnership, not a periodic project.
Codec Networks – Where Advisory Meets Assurance. Empowering Clients Through Partnership, Transparency, and Trust.
At Codec Networks, integrity, professionalism, and ethical responsibility form the cornerstone of every engagement. As a trusted strategic partner in cybersecurity, we operate within the highest standards of ethical conduct, legal compliance, and regulatory governance, ensuring our services strengthen both our clients’ defenses and their reputations.
We adhere to a strict ethical code of conduct, driven by transparency, independence, and accountability. Every consultant, auditor, and engineer within Codec Networks upholds the core security triad of Confidentiality, Integrity, and Availability (CIA) — ensuring data protection, operational reliability, and business continuity at all times.
Our professional ethos blends technical excellence with moral responsibility, following structured processes, defined service standards, and adherence to international and national regulatory frameworks.
Our Ethical & Professional Commitments
Industry-Specific Security Advisory
Recognizing that every sector faces distinct threats and compliance challenges, Codec Networks provides customized, industry-aligned security advisory across BFSI, Fintech, Telecom, Healthcare, Energy, Aviation, E-commerce, Government, and Critical Infrastructure domains.
Our sector-specific consulting translates regulatory complexity into practical, business-aware strategies, ensuring risk mitigation plans are compliant, auditable, and operationally feasible.
Our Commitment
With a zero-tolerance approach to ethical compromise, Codec Networks stands for trust, transparency, and truth in cybersecurity. We are more than consultants — we are custodians of digital integrity, committed to helping organizations navigate risk, maintain compliance, and enable secure business growth.
Codec Networks – Where Integrity Meets Innovation. Trusted. Ethical. Future-Ready.
At Codec Networks, we combine the strength of a global delivery ecosystem with the precision of local regulatory insight to deliver cybersecurity solutions that are both internationally benchmarked and regionally compliant.
Our Global Delivery Capability enables clients across continents to access specialized cybersecurity expertise, advanced technologies, and globally aligned methodologies. Through a distributed network of certified professionals, partner alliances, and intelligence centers, Codec Networks ensures consistent service quality and rapid response across time zones and geographies.
What truly differentiates us is our Local Expertise — a deep understanding of national regulations, industry frameworks, and operational nuances that shape cybersecurity implementation in each region.
Our hybrid delivery model blends remote and on-site collaboration, combining the agility of digital operations with the contextual understanding of local consultants. This ensures culturally aligned communication, faster problem resolution, and seamless coordination with client teams.
With a presence across India, Codec Networks empowers global enterprises to manage cybersecurity uniformly while adapting to local risks, regulations, and realities.
Codec Networks – Global Vision. Local Precision. Consistent Cyber Resilience.
“With Codec Networks, you’re not just buying a service — you’re investing in a cybersecurity ally who understands your business, defends your reputation, and strengthens your future.”
At Codec Networks, we believe cybersecurity is not a project — it’s a partnership. Our approach is built on trust, transparency, and transformation, helping clients evolve from compliance readiness to cyber resilience.
Your Strategic Security Partner
Codec Networks acts as a strategic security partner, providing continuous roadmap development, architecture reviews, and improvement programs that evolve with your business and the threat landscape.
“We don’t just secure businesses — we empower them to lead with confidence in a digital-first world.”
Our strength lies in the fusion of technical depth, regulatory insight, industry specialization, and future readiness — providing unmatched cybersecurity value to enterprises across India and beyond.
Codec Networks – Certified Competence. Proven Expertise. Real-World Cyber Resilience. Empowering enterprises through advanced security engineering, continuous monitoring, and forensic intelligence.
Every engagement reflects our belief that advisory must meet assurance — a promise we deliver through partnership, integrity, and measurable impact.
Codec Networks – Where Advisory Meets Assurance. Empowering Clients Through Partnership, Transparency, and Trust.
And above all —
“Decoding Threats. Coding Solutions.” That’s the Codec Networks Advantage.
Industry Value Propositions / Benefits of Codec Networks Delivering Hypervisor & Virtualization Testing Services
Codec Networks delivers specialized Hypervisor & Virtualization Testing services designed to help organizations secure complex virtualized infrastructures against evolving cyber threats. By combining deep technical expertise, proven assessment methodologies, and industry best practices, Codec Networks enables organizations to strengthen virtualization security, maintain compliance, and improve operational resilience.
Key Industry Benefits & Value Propositions
Specialized Expertise in Virtualization Security
Comprehensive Security Assessment Methodology
Proactive Threat Identification & Risk Reduction
Highly Skilled Cyber Security Professionals
Industry Best Practices & Compliance Alignment
Customized & Business-Aligned Engagements
Advanced Technical Competency
Actionable Reporting & Remediation Guidance
Enhanced Business Continuity & Infrastructure Resilience
Strong Focus on Secure Digital Transformation
Independent & Trusted Security Validation
Continuous Security Improvement Approach
Conclusion
Codec Networks delivers robust Hypervisor & Virtualization Testing services through a combination of deep technical expertise, industry-certified cybersecurity professionals, structured assessment methodologies, and actionable security intelligence. The organization’s services help customers secure critical virtual infrastructures, reduce cyber risk exposure, improve compliance readiness, and strengthen operational resilience in increasingly virtualized and cloud-driven environments.
Founded in 2008 with 17+ Years of Industry Experience in Information and Cyber Security domain
Codec Networks Full-Spectrum Cybersecurity Expertise across all Industry Domains:
At Codec Networks, our foundation is built on deep technical mastery, certified expertise, and an unrelenting pursuit of cyber excellence. With a team of globally accredited professionals, advanced methodologies, and next-generation tools, we deliver measurable security outcomes across assessment, compliance, monitoring, and forensic domains. Our competency-driven approach ensures every engagement is governed by precision, accountability, and alignment with international standards — empowering enterprises to stay secure, compliant, and resilient.
Governance, Risk & Compliance (GRC) Competency
Codec Networks’ dedicated Governance, Risk & Compliance (GRC) group specializes in security assessments, risk management, regulatory compliance, and audit readiness. The team partners with organizations to strengthen governance frameworks and ensure end-to-end compliance in a complex regulatory landscape.
Key Attributes:
Vulnerability Assessment & Penetration Testing (VAPT) Expertise
Our VAPT teams bring extensive technical depth across Web, Mobile, API, Cloud, Network, Database, Infrastructure, IoT, and People & Process domains. Every engagement is mapped to OWASP, NIST, MITRE ATT&CK, ISO 27001, PCI DSS, HIPAA, RBI, and GDPR frameworks — ensuring real-world relevance and compliance alignment.
Core Strengths:
Managed SOC & Threat Intelligence Operations
Codec Networks operates a 24/7 Managed Security Operations Center (SOC) delivering continuous visibility, detection, and response across hybrid environments. Our SOC integrates SIEM, SOAR, EDR/XDR, and Cloud-Native Analytics to ensure rapid threat detection, incident containment, and business continuity.
Key Capabilities:
Cyber Forensics & Threat Analysis Expertise
Our Cyber Forensic Division delivers end-to-end investigation, evidence preservation, and digital analysis services — designed to support law enforcement, corporate forensics, and internal response teams. We combine forensic science with cyber intelligence to identify root causes, trace adversaries, and restore operational integrity.
Core Expertise Areas:
Advanced Tools, Frameworks & Continuous Innovation
Codec Networks leverages industry-leading tools and platforms such as Burp Suite Pro, Nessus, Prisma Cloud, Splunk, QRadar, CrowdStrike, SentinelOne, Autopsy, Chainalysis, MythX, and Prowler (wherever applicable) ensuring accuracy, scalability, and efficiency.
Our methodologies align with globally recognized frameworks including:
Through ongoing research, Codec Networks continually evolves to address modern threats — from Generative AI prompt attacks and smart contract exploits to IoT zero-days, metaverse impersonation, and quantum-era vulnerabilities.
Compliance-Driven Deliverables
All technical engagements and reports are mapped to major global and Indian compliance frameworks — including ISO 27001, PCI DSS, HIPAA, GDPR, RBI-CSF, SEBI, IRDAI, and DPDPA 2023. Our structured technical and executive reports support board-level visibility, audit evidence, and certification readiness, ensuring that every engagement drives both technical assurance and regulatory confidence.
Codec Networks – Certified Competence. Proven Expertise. Real-World Cyber Resilience. Empowering enterprises through advanced security engineering, continuous monitoring, and forensic intelligence.
At Codec Networks, we believe that cybersecurity excellence is not achieved through tools alone — it is built through methodical delivery, risk-based insight, and measurable outcomes. Our Agile and Modular 8-Stage Delivery Methodology ensures that every engagement — from rapid risk assessments to full-scale ISMS implementations — is structured, standards-aligned, and business-focused.
Agile & Modular Methodology
Our delivery framework integrates global best practices with localized regulatory insight, ensuring each engagement is executed with clarity, accountability, and precision. Clients benefit from seamless onboarding, milestone-driven execution, and transparent reporting throughout the lifecycle.
Risk-Based & Business-Oriented Audit Approach
Our methodology goes beyond testing systems — it focuses on how vulnerabilities translate into business, reputational, and compliance risks.
Outcome-Driven Engagements for Security Maturity
Each stage is modular yet interconnected, adaptable to enterprises of any scale or industry. Whether it’s a cloud-native fintech pursuing SOC 2, a healthcare provider ensuring HIPAA alignment, or a bank meeting RBI-CSF requirements, Codec Networks ensures consistency, compliance, and measurable improvement.
Beyond certification checklists, our Post-Audit Support and Continuous Risk Monitoring provide remediation guidance, breach response playbooks, staff training, and ongoing compliance tracking — building sustainable security posture and resilient business continuity.
Codec Networks – Turning Compliance into a Competitive Advantage. Structured. Measurable. Secure. Always Aligned with Your Business Goals.
At Codec Networks, our clients are not just audit subjects — they are long-term partners in a shared cybersecurity journey. Every engagement is designed around the client’s business priorities, security maturity, and risk appetite, ensuring solutions that are relevant, practical, and results-driven.
With a legacy of 650+ successful engagements across industries such as Banking, Fintech, Healthcare, Telecom, Energy, Aviation, Manufacturing, E-commerce, and Government, Codec Networks has attempted to become a trusted advisor for organizations seeking to transform compliance into resilience.
Our engagement philosophy extends beyond conventional audits. We integrate strategic advisory, technical assurance, remediation support, and continuous compliance monitoring, creating a full lifecycle relationship rather than a one-time service. Clients benefit from:
By combining the objectivity of an auditor with the empathy of an advisor, Codec Networks builds trust, accountability, and measurable security growth. Our commitment is simple — to deliver cybersecurity as a continuous partnership, not a periodic project.
Codec Networks – Where Advisory Meets Assurance. Empowering Clients Through Partnership, Transparency, and Trust.
At Codec Networks, integrity, professionalism, and ethical responsibility form the cornerstone of every engagement. As a trusted strategic partner in cybersecurity, we operate within the highest standards of ethical conduct, legal compliance, and regulatory governance, ensuring our services strengthen both our clients’ defenses and their reputations.
We adhere to a strict ethical code of conduct, driven by transparency, independence, and accountability. Every consultant, auditor, and engineer within Codec Networks upholds the core security triad of Confidentiality, Integrity, and Availability (CIA) — ensuring data protection, operational reliability, and business continuity at all times.
Our professional ethos blends technical excellence with moral responsibility, following structured processes, defined service standards, and adherence to international and national regulatory frameworks.
Our Ethical & Professional Commitments
Industry-Specific Security Advisory
Recognizing that every sector faces distinct threats and compliance challenges, Codec Networks provides customized, industry-aligned security advisory across BFSI, Fintech, Telecom, Healthcare, Energy, Aviation, E-commerce, Government, and Critical Infrastructure domains.
Our sector-specific consulting translates regulatory complexity into practical, business-aware strategies, ensuring risk mitigation plans are compliant, auditable, and operationally feasible.
Our Commitment
With a zero-tolerance approach to ethical compromise, Codec Networks stands for trust, transparency, and truth in cybersecurity. We are more than consultants — we are custodians of digital integrity, committed to helping organizations navigate risk, maintain compliance, and enable secure business growth.
Codec Networks – Where Integrity Meets Innovation. Trusted. Ethical. Future-Ready.
At Codec Networks, we combine the strength of a global delivery ecosystem with the precision of local regulatory insight to deliver cybersecurity solutions that are both internationally benchmarked and regionally compliant.
Our Global Delivery Capability enables clients across continents to access specialized cybersecurity expertise, advanced technologies, and globally aligned methodologies. Through a distributed network of certified professionals, partner alliances, and intelligence centers, Codec Networks ensures consistent service quality and rapid response across time zones and geographies.
What truly differentiates us is our Local Expertise — a deep understanding of national regulations, industry frameworks, and operational nuances that shape cybersecurity implementation in each region.
Our hybrid delivery model blends remote and on-site collaboration, combining the agility of digital operations with the contextual understanding of local consultants. This ensures culturally aligned communication, faster problem resolution, and seamless coordination with client teams.
With a presence across India, Codec Networks empowers global enterprises to manage cybersecurity uniformly while adapting to local risks, regulations, and realities.
Codec Networks – Global Vision. Local Precision. Consistent Cyber Resilience.
“With Codec Networks, you’re not just buying a service — you’re investing in a cybersecurity ally who understands your business, defends your reputation, and strengthens your future.”
At Codec Networks, we believe cybersecurity is not a project — it’s a partnership. Our approach is built on trust, transparency, and transformation, helping clients evolve from compliance readiness to cyber resilience.
Your Strategic Security Partner
Codec Networks acts as a strategic security partner, providing continuous roadmap development, architecture reviews, and improvement programs that evolve with your business and the threat landscape.
“We don’t just secure businesses — we empower them to lead with confidence in a digital-first world.”
Our strength lies in the fusion of technical depth, regulatory insight, industry specialization, and future readiness — providing unmatched cybersecurity value to enterprises across India and beyond.
Codec Networks – Certified Competence. Proven Expertise. Real-World Cyber Resilience. Empowering enterprises through advanced security engineering, continuous monitoring, and forensic intelligence.
Every engagement reflects our belief that advisory must meet assurance — a promise we deliver through partnership, integrity, and measurable impact.
Codec Networks – Where Advisory Meets Assurance. Empowering Clients Through Partnership, Transparency, and Trust.
And above all —
“Decoding Threats. Coding Solutions.” That’s the Codec Networks Advantage.
Codec Networks doesn't just test your hypervisors — we validate that
every layer of your virtualised infrastructure is genuinely secure
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Read MoreMapping the industry and threat landscape through a virtualisation security lens enables organisations to build hypervisor testing programmes
that address genuine infrastructure exposure — targeting assessment depth where it delivers the greatest reduction in actual risk to business-critical workloads.
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Mapping the industry and threat landscape through a virtualisation security lens enables organisations to build hypervisor testing programmes
that address genuine infrastructure exposure — targeting assessment depth where it delivers the greatest reduction in actual risk to business-critical workloads.
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Business & Cyber Challenges
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Hypervisor escape vulnerabilities allow code executing within a guest virtual machine to break containment and execute in the context of the hypervisor or an adjacent guest virtual machine. These vulnerabilities represent the most severe threat in virtualised infrastructure — a single successful escape provides an attacker with control at the hypervisor level, exposing every virtual machine hosted on the same physical infrastructure simultaneously.
High-profile hypervisor escape CVEs demonstrate that these vulnerabilities exist across every major hypervisor platform. VENOM (CVE-2015-3456) allowed escape through a virtual floppy disk controller. Cloudborne demonstrated persistent hypervisor compromise through BMC firmware. VMware ESXi escape chains have been demonstrated at Pwn2Own competitions. The virtualisation industry produces patches for these vulnerabilities — but the median time between vulnerability disclosure and patch deployment across enterprise estates is measured in months, not days.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Virtual machine isolation depends on hypervisor controls that are correct in their designed configuration but can fail through misconfiguration, software defects, or the interaction of multiple legitimate configurations that together create an unintended path between guest environments. Cross-tenant and cross-workload data exposure through VM isolation failures is a documented threat affecting multi-tenant and multi-workload virtualised environments.
In multi-tenant cloud and SaaS environments, VM isolation is the technical control that prevents one customer's data from being accessible to another. When this control fails — through VMDK file permission misconfiguration, shared memory exploitation, or cache timing attacks — the consequences affect every tenant whose workload shared the compromised isolation. Organisations that have not tested VM isolation cannot determine whether this control is functioning correctly.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Virtual network segmentation is a cornerstone of security architecture in virtualised environments — separating production from development, sensitive data systems from less sensitive workloads, and regulated from unregulated systems. This segmentation is implemented in software — through virtual switch configurations, port group assignments, and software-defined networking policies — and can fail through misconfiguration, accumulation of configuration complexity, or exploitation of virtual switch vulnerabilities.
Attackers who gain access to a virtualised environment target virtual network segmentation failures specifically — because lateral movement within a virtualised network can occur entirely within the hypervisor layer, bypassing perimeter controls that monitor traffic entering and leaving the physical network perimeter. Organisations that have implemented virtual network segmentation but have not tested it have an untested assumption at the core of their east-west security architecture.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
The virtualisation management plane — vCenter Server, Microsoft SCVMM, OpenStack Horizon, Kubernetes API server — provides administrative control over every virtual machine, virtual network, and storage component in the virtualised estate. Compromise of the management plane is equivalent to compromise of every workload simultaneously. An attacker with management plane access can access any VM's disk, take snapshots containing memory-resident credentials, modify network configurations, and deploy malicious workloads — without needing to exploit individual application vulnerabilities.
Management plane compromise has been a documented objective in nation-state and ransomware actor campaigns — specifically because it provides leverage over entire virtualised estates rather than individual systems. Despite this, management plane security testing is absent from most penetration testing programmes, which focus on externally accessible applications without reaching the internal management infrastructure.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Container runtime environments provide less isolation than full virtualisation — containers share the host kernel, making container escape vulnerabilities analogous to VM escape but with a different technical profile. A container running with excessive privileges, on a kernel with unpatched namespace vulnerabilities, or with access to sensitive host paths can escape to the container host — compromising every other container running on the same node.
Kubernetes introduces additional privilege escalation paths beyond container runtime escape — through misconfigured RBAC policies that allow lateral movement from a compromised pod to cluster-admin privileges, through the API server if authentication controls are misconfigured, and through the container supply chain if image integrity controls are not enforced. Kubernetes security complexity is high, and misconfigurations that create privilege escalation paths are common findings in organisations adopting Kubernetes without specialist security guidance.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
VM snapshots capture the complete state of a virtual machine at the moment of their creation — including memory contents, process data, encryption keys that were in use, authentication tokens, and credentials cached in running processes. This data persists in snapshot files stored on datastores, often with access controls that are less restrictive than the production VM itself. An attacker with datastore access — through a management plane compromise, a storage infrastructure vulnerability, or simple permission misconfiguration — can mount and examine snapshot VMDK files to extract sensitive data that may no longer exist in the production environment.
VM cloning operations that do not correctly reset unique identifiers create security vulnerabilities in cloned virtual machines — including predictable random number generator seeds, duplicate SSH host keys, duplicate domain machine SIDs, and duplicate SSL certificates. Cloned VMs deployed in production with these vulnerabilities carry cryptographic weaknesses that can be exploited by an attacker who identifies that cloning has occurred.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Hypervisor security configuration hardens over time — CIS Benchmark controls are implemented, vendor hardening guides are applied, and configuration baselines are established. But infrastructure evolves. Virtual machine provisioning operations, platform upgrades, integration of new management tools, and emergency configuration changes made under operational pressure all create opportunities for configuration drift from the established security baseline. Over time, the accumulation of configuration changes creates a deployed configuration that deviates from the hardened baseline in ways that are invisible without regular configuration assessment.
VM sprawl — the accumulation of unmanaged, orphaned, and forgotten virtual machines — creates an unmonitored attack surface within the virtualised estate. Unpatched VMs that are still running but not under active management, snapshot VMs that were created for a specific purpose and never cleaned up, development VMs that are still network-accessible despite being no longer maintained — each represents an entry point into the virtualised environment that security teams may not know exists.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Virtualisation infrastructure depends on a supply chain that extends beyond the hypervisor vendor — encompassing virtual machine templates, container base images, guest additions and integration tools, management plugins and extensions, and backup and monitoring agents deployed into the virtualised environment. Each of these components represents a supply chain dependency whose compromise can provide an attacker with access to the virtualised environment through trusted channels.
The SolarWinds and Kaseya incidents demonstrated that management and monitoring tools deployed into enterprise infrastructure represent high-value supply chain targets — precisely because their trusted access to managed infrastructure enables adversarial activity that would otherwise require exploitation of security controls. Virtualisation management tools — backup agents, monitoring plugins, guest additions — carry the same access profile and the same supply chain risk.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Cloud infrastructure operates on hypervisor platforms managed by cloud providers — AWS Nitro, Azure Hyper-V, Google KVM. Customers share physical infrastructure with other tenants while depending on cloud provider isolation controls whose implementation they cannot directly assess. The shared responsibility model divides security obligations between cloud provider and customer — but the boundary between provider responsibility and customer responsibility for virtualisation security is not always clearly understood by customers.
Hybrid environments introduce additional complexity — where on-premises hypervisor infrastructure connects to cloud provider hypervisor platforms through network connections that traverse both environments. The security of this boundary — where workloads can move between hypervisor platforms and where management connections link on-premises and cloud management infrastructure — is a security domain that neither on-premises nor cloud security testing programmes fully address.
How Hypervisor & Virtualization Testing Helps
Threat/Challenge:
Hypervisor administrators and virtualisation platform managers have extraordinary privilege within the virtualised estate — the ability to access any VM's data, take memory snapshots containing in-use credentials, modify network configurations, and deploy workloads without authentication at the workload level. This privilege level makes virtualisation administrators a high-value target for social engineering and credential theft, and makes the administrative accounts they use a high-value target for compromise.
Insider threat within the virtualisation management domain is particularly consequential because the technical controls that limit the damage of compromised workload accounts — RBAC, network segmentation, encryption — are all manageable by virtualisation administrators. An adversary acting with or through virtualisation administrator privileges can circumvent the controls that protect individual workloads. Organisations that have not assessed privileged access management controls in the virtualisation management domain are operating without assurance that this highest-privilege access is adequately controlled.
How Hypervisor & Virtualization Testing Helps
Our blogs and industry articles provide actionable insights, helping enterprises navigate hypervisor
security challenges, virtualisation architecture risk, and emerging infrastructure threat trends
BFSI, FinTech, IT-ITES, E-Commerce
Telecom, Transportation, Smart Cities
BFSI, Defence, Healthcare
All Critical Sectors
Asking the right questions is the first step toward security; our
FAQs deliver clear, concise, and practical guidance for clients
It is a structured, technically specialist security assessment programme that evaluates the security of virtualised infrastructure from the hypervisor layer upward — covering Type 1 and Type 2 hypervisors, virtual machine isolation, virtual network segmentation, management plane security, snapshot and clone security, and container runtime environments. The service identifies vulnerabilities that application and network security testing programmes do not reach, providing validated findings and specific remediation guidance for each identified weakness.
Standard penetration testing is scoped to applications, APIs, and network perimeters — it does not include hypervisor-specific vulnerability testing. Hypervisor escape testing, VM isolation validation, virtual network segmentation penetration testing, and management plane security assessment require specialist knowledge and methodology distinct from application penetration testing. General penetration testing teams that are highly competent at application assessment typically lack the specialist capability to assess hypervisor-specific vulnerability classes.
Internal vulnerability scanning identifies known vulnerabilities in operating systems and applications. It does not scan for hypervisor escape vulnerabilities, VM isolation failures, virtual network segmentation weaknesses, or management plane access control issues — which require specialist tooling, exploitation methodology, and knowledge of hypervisor-specific vulnerability classes. External specialist assessment closes this coverage gap with validated findings rather than theoretical vulnerability identification.
Annually at minimum for comprehensive assessment, with targeted re-testing following significant platform changes — hypervisor platform upgrades, architecture modifications, significant VM provisioning operations, and changes to management infrastructure. Organisations under active regulatory scrutiny or with rapid infrastructure change programmes should consider more frequent specialist assessment.
Testing is conducted within agreed operational constraints — with testing windows, change management procedures, and escalation contacts established before activity begins. Configuration assessment and management plane security testing carry minimal operational risk. Exploitation testing for identified vulnerabilities is conducted with agreed-upon controls and rollback procedures. Codec Networks coordinates all testing activity with operational teams to minimise disruption risk.
VMware vSphere / ESXi, Microsoft Hyper-V, KVM, Xen, Citrix Hypervisor, Oracle VirtualBox, and OpenStack virtualisation deployments — with platform-specific methodology calibrated to the vulnerability classes, management interfaces, and configuration controls of each platform.
Yes. Container runtime security assessment — covering Docker Engine, containerd, and CRI-O — and Kubernetes cluster security assessment — covering API server, RBAC, etcd, network policies, pod security, and node security — are standard components of the service for organisations operating container platforms.
VM escape testing involves active assessment of known escape vulnerabilities relevant to the client's specific hypervisor platform versions, virtual hardware emulation security testing, guest addition and integration tools security review, and structured exploitation attempts for identified escape paths — with validated evidence of exploitation outcomes and specific remediation guidance for each identified vulnerability.
Through active penetration testing — attempting VLAN hopping via double-tagging and trunking negotiation exploitation, east-west lateral movement between security zones, virtual firewall policy bypass, and overlay network control plane exploitation — with the objective of demonstrating whether identified segmentation controls are effective or bypassable under adversarial conditions.
Authentication control testing for vCenter, SCVMM, and Kubernetes API server interfaces; privilege escalation assessment from limited management access to administrative control; API security testing for virtualisation platform APIs; management network segmentation validation; and audit logging completeness assessment.
ISO/IEC 27001:2022 Annex A.8 virtualisation controls; PCI DSS v4.0 penetration testing and segmentation validation requirements; NIST SP 800-125 virtualisation security guidance; NIST SP 800-190 container security guidance; CIS Benchmarks for VMware vSphere, Hyper-V, and Kubernetes; and in-country norms for technology security assessment in regulated sectors.
For PCI DSS-scoped organisations with virtualised cardholder data environments, active segmentation penetration testing is a specific requirement. ISO 27001:2022 Annex A.8 virtualisation controls require evidence of assessed rather than assumed virtualisation security. In-country norms for regulated financial services technology increasingly reference infrastructure security assessment obligations.
Yes. Assessment deliverables are structured to serve as compliance evidence — with technical findings, exploitation evidence, CIS Benchmark assessment results, and framework mapping formatted for ISO 27001 certification audits, PCI DSS QSA assessment, and regulatory examination evidence packages.
Through active virtual network segmentation penetration testing that directly addresses the PCI DSS requirement for demonstrated segmentation effectiveness. Testing produces QSA-ready documentation covering the segmentation test methodology, the boundaries tested, and the outcomes — providing the evidence that PCI DSS requires for virtualised cardholder data environment segmentation validation.
NDAs and data handling agreements are executed before any assessment activity. Findings, exploitation evidence, and infrastructure configuration information are treated as confidential client material throughout the engagement and are not shared outside the agreed distribution list under any circumstances
Scoping and environment documentation review; hypervisor configuration baseline assessment; VM isolation and escape testing; virtual network segmentation penetration testing; management plane security assessment; snapshot and storage security assessment; container and Kubernetes security assessment where applicable; findings validation; technical and executive reporting; and findings walkthrough with remediation support.
Typically two to four weeks from engagement initiation to final deliverable delivery for focused single-platform assessments. Comprehensive enterprise virtualisation assessments covering multiple hypervisor platforms, large VM populations, and container environments may extend to six weeks or more depending on scope complexity.
Technical security report with validated findings, exploitation evidence, and specific remediation guidance for each identified vulnerability; executive summary translating technical findings into business risk language; CIS Benchmark compliance assessment results for assessed platforms; PCI DSS segmentation test evidence where applicable; and optional compliance framework mapping for ISO 27001, PCI DSS, and regulatory evidence packages.
Yes. Remediation advisory support is available throughout the implementation phase — including specific technical guidance on remediation approaches, validation of proposed fixes before implementation, and advisory on alternative remediation where primary remediation is not immediately feasible. Re-testing to verify remediation effectiveness is available upon client request.
Yes. The hypervisor and virtualisation testing engagement is designed to complement existing security testing — providing infrastructure-depth coverage that fills the gap between application security testing and the hypervisor layer beneath it. Findings can be integrated into existing risk registers, remediation tracking systems, and compliance evidence packages.
Beyond compliance, specialist hypervisor testing identifies vulnerabilities that represent genuine risk to infrastructure availability, tenant data separation, and sensitive data protection — risks that application-layer testing cannot detect. Validated findings enable informed remediation prioritisation, provide evidence for enterprise customer security due diligence, and demonstrate infrastructure security governance maturity to investors, regulators, and enterprise customers.
Every finding includes a specific technical description of the vulnerability, evidence of validated exploitation where applicable, root cause analysis, and step-by-step remediation guidance specific to the client's platform and configuration. Findings walkthrough sessions ensure that infrastructure teams understand each vulnerability and have the specific guidance needed to initiate remediation without further research.
Genuine specialist expertise in hypervisor-specific vulnerability classes — not application testing extended to infrastructure; validated exploitation evidence for identified vulnerabilities rather than theoretical assessment based on scanner output; platform-specific methodology calibrated to the client's exact hypervisor versions and configurations; and management plane assessment capability that addresses the highest-impact attack target in virtualised infrastructure.
Through the technical accuracy and completeness of identified vulnerabilities; the proportion of critical findings with validated exploitation evidence and specific remediation guidance; client satisfaction with deliverable quality and technical depth; successful use of outputs in PCI DSS QSA assessment, ISO 27001 audit, or regulatory examination contexts; and for repeat engagements, measurable reduction in identified vulnerability count and severity between cycles.
Both are appropriate depending on organisational context. A single engagement establishes a validated security baseline and drives initial remediation. An ongoing programme — with annual comprehensive assessment, trigger-based re-testing for significant infrastructure changes, and periodic segmentation validation — provides the continuously current assurance that dynamic infrastructure and active regulatory environments require.
Codec Networks doesn't just test your hypervisors — we secure
every layer of your infrastructure, from cloud to endpoint
Perform penetration testing on cloud virtual machines to uncover misconfigurations, exposed services, insecure access keys, and privilege
Virtualization penetration testing uncovers security flaws in virtual machines and hypervisors to protect virtualized environments.
Container penetration testing identifies vulnerabilities in containerized environments to ensure secure deployment and runtime protection.
Smart city infrastructure testing identifies vulnerabilities in connected systems to ensure safety, privacy, and resilient urban operations.
Perform penetration testing on cloud virtual machines to uncover misconfigurations, exposed services, insecure access keys, and privilege
Virtualization penetration testing uncovers security flaws in virtual machines and hypervisors to protect virtualized environments.
Container penetration testing identifies vulnerabilities in containerized environments to ensure secure deployment and runtime protection.
Smart city infrastructure testing identifies vulnerabilities in connected systems to ensure safety, privacy, and resilient urban operations.
