Enhance Security with Our Network Security Audit Expertise

How confident are you that your infrastructure can withstand the next wave of digital threats?

We help leaders answer that question with a clear, business-focused network security audit. Our approach evaluates servers, laptops, mobile devices, and gateways to find risks before attackers do.

We translate technical findings into executive-ready outcomes. That means validated controls, prioritized fixes, and a measurable roadmap that aligns with operations and compliance needs.

We coordinate with IT, compliance, and business teams to minimize disruption. Our assurance-first methods verify controls and deliver concise documentation—executive summaries and technical detail—so you can act with confidence.

• We perform a thorough network security audit that maps risks to business impact.
• Findings include prioritized remediation and a defensible improvement plan.
• We verify controls before threats exploit them, using proven methods.
• Collaboration across IT, compliance, and leadership keeps disruption low.
• Deliverables combine executive summaries, technical details, and tracked metrics.

A focused review reveals misconfigurations and process gaps that attackers exploit today.

We define the scope across systems, devices, and policies in both cloud and on‑prem environments. Our examination covers operating systems, applications, and configuration baselines against accepted best practices.

Evaluation domains include control implementation (firewalls, IDS/IPS, encryption), configuration hygiene, availability, and management processes such as patching, identity and access management, and incident response.

We combine manual analysis with automated tools (including CAAT software) so teams get both depth and speed. Automated checks find anomalies and posture trends; manual work validates context and complex controls.

Audits surface how weak identities, misconfigurations, and unmonitored change create exploitable gaps. Findings validate process maturity, guide budgets, and shape governance so leaders can reduce risks and improve resilience.

We begin by defining scope so the engagement maps to business risk, regulatory needs, and operational priorities.

We identify critical systems and applications and locate key data repositories. Third parties with network connectivity or data processing roles are included to capture supply-chain risk.

We map coverage to compliance obligations (HIPAA, GDPR, and PCI DSS) so evidence and controls meet regulator expectations.

We assign owners, define decision paths, and schedule work inside maintenance windows to avoid service impact. We set success criteria—coverage targets, risk thresholds, and remediation timelines—to measure outcomes.

Capture every host, operating system, and remote entry point so you can see your true attack surface.

We create a living inventory that lists servers, workstations, mobile devices, cloud assets, and all access points (wired, wireless, VPN).

We separate managed from unmanaged devices and include iot devices such as sensors, cameras, and printers that often slip past controls.

Using scanners and mapping tools (for example, Nmap and Advanced IP Scanner), we identify unknown hosts, services, and open ports.

We enumerate operating systems and applications by version. That supports vulnerability checks and lifecycle planning.

We also locate remote access paths—VPNs, jump hosts, and third-party connections—and validate their controls.

We flag shadow IT and unsanctioned SaaS that expose data and compliance gaps. Each asset is tagged with criticality and ownership to speed remediation.

Centralized, normalized inventory ensures ongoing audits and continuous monitoring can run with accurate data and measurable outcomes.

We test practical enforcement of controls to reveal where procedures break down under pressure.

Our approach blends document review with activity log checks to confirm teams follow required steps. We compare written policies to observed behavior and highlight gaps that pose business risk.

We test passwords strength, MFA adoption, and account lifecycle hygiene inside identity systems. We also verify least-privilege for roles, service accounts, and admin groups to reduce lateral exposure.

We review patch cadence, exception handling, and reporting to confirm timely risk reduction. We validate incident response runbooks, escalation contacts, and tabletop exercises.

We analyze ITSM logs and procedure records to spot risky shortcuts and compliance lapses. Then we map findings to frameworks and regulatory needs to set remediation priorities.

We recommend pragmatic updates that simplify procedures where complexity undermines adherence. We deliver clear metrics so the organization can track improvement and resolve issues promptly.

We quantify exposure across assets to focus remediation where it reduces real business harm. Our method combines probability, impact, and asset criticality into a visual risk matrix that leaders can use at a glance.

We develop a matrix that maps likelihood (rare to almost certain) against impact (minor to severe) and tags systems and data by criticality.

We map realistic threats—malware campaigns, phishing, and insider misuse—to specific assets and processes.

This lets us turn technical findings into clear risk statements executives can act on.

• Correlate vulnerabilities to business processes and quantify operational exposure.
• Define risk tolerance with leadership and set thresholds for remediation.
• Prioritize quick wins and compensating controls while planning long-term fixes.
• Differentiate inherent versus residual risk to show control effectiveness.

Credential compromise drives most successful breaches. We reduce that risk by strengthening how people and machines prove identity.

We require MFA everywhere feasible: admin consoles, VPNs, and critical apps. This step cuts the risk of stolen logins and automated attacks.

We enforce strong passwords policies and promote password managers so credentials stay unique and hard to guess. Shared and default accounts are removed and mapped to individuals for accountability.

Conditional access and step‑up prompts protect sensitive transactions and high‑risk locations. Service accounts are vaulted, limited by least privilege, and monitored for misuse.

We integrate SSO to improve user flow while tightening control and logging. We watch for credential stuffing, lockout events, and access anomalies and feed authentication telemetry into SIEM for response.

We also run training on phishing-resistant practices and track adoption, failed logins, and anomalies. These metrics drive continuous improvement in our overall security posture and support any follow-up audit.

Effective data protection begins by knowing what information would hurt the business if exposed. We classify data by sensitivity so controls and monitoring match business impact.

We enforce encryption at rest and in transit using modern ciphers and centralized key management. Sensitive information must never live unencrypted on laptops or removable drives; disk encryption and host controls block local storage of high-risk files.

We place sensitive datasets in segregated stores with distinct authentication, logging, and retention rules. Read-only defaults reduce accidental change, and privileged escalation requires approvals and short-lived credentials.

• Access to datasets is logged and reviewed; logs feed SIEM for anomaly detection.
• DLP policies prevent exfiltration via email, web, and cloud sync.
• We document data flows across applications and third parties to close hidden exposure points.

We test backups and restorations to confirm encrypted copies remain accessible only to authorized roles. Aligning controls with compliance requirements gives leaders defensible evidence and lowers fines risk.

We verify that each host and its services follow a hardened baseline before it enters production. Our process reduces misconfiguration and keeps critical systems predictable.

We baseline server builds and core settings (DNS, VLANs, binding order) to cut configuration drift. We also validate DMZ services, out‑of‑band (OOB) management ports, and backup network segregation so externally exposed devices have the least possible access.

Servers report to centralized configuration and patch management so changes are tracked. Justified exceptions are documented with an expiration and owner to prevent permanent gaps.

• Maintain authoritative server inventories (purpose, IPs, operating systems, location).
• Harden OS per CIS/NIST benchmarks before production.
• Audit firewall and ACL dependencies; remove obsolete or permissive rules.
• Standardize logging, time sync, and disable legacy protocols.
• Verify anti‑malware/EDR reporting and scan for configuration drift with automated tools.

We enforce change management gates for all server and network configuration changes so approvals, testing, and rollbacks are in place. Regular reviews make sure controls remain effective and aligned with business needs.

Keeping software up to date cuts exposure and limits exploit windows across all systems. We examine versions and last update dates so every host and app shows its current state.

We inventory software versions and patch levels across operating systems and applications to find gaps quickly. Then we prioritize critical updates based on vendor advisories and active exploit reports.

Automation reduces manual work: staged rollouts, rollback plans, and testing windows keep services stable while speeding remediation.

• Track SLAs (critical within days) and log accepted exceptions with explicit risk owners.
• Keep anti-malware and EDR signatures current on endpoints and servers.
• Retire end‑of‑life components to remove known vulnerabilities.

We coordinate maintenance windows to minimize downtime and document patch metrics to show trend improvements. This process aligns patching with compliance evidence and supports follow-up reviews for ongoing security and any required audit.

Validation combines automated discovery with hands-on attempts to simulate real-world compromise.

We run rapid vulnerability scanning to enumerate known weaknesses across hosts and applications. Tools like Nessus, OpenVAS, and Qualys give broad coverage and speed.

Then we perform controlled penetration testing to validate exploitability and show business impact. We use Metasploit, Burp Suite, and Core Impact to explore attack paths and confirm whether controls work under pressure.

Static analysis reviews source code for logic flaws before deployment. Dynamic testing evaluates runtime behavior and session handling in live applications.

Both methods are complementary. Static finds early defects; dynamic shows what an attacker can do at runtime.

• External tests focus on internet-facing assets and perimeter exposure.
• Internal tests assume a breach to see lateral movement and privilege escalation.
• Web app assessments target input validation, session controls, and business-logic flaws.

We include social engineering where appropriate to test people and process controls. Findings are prioritized by exploitability, exposure, and business impact.

After fixes, we retest and integrate results with SIEM and ticketing systems for traceability and closure. We refine scope and methods regularly to keep pace with evolving threats and to support ongoing audits.

A disciplined perimeter strategy reduces exposure and simplifies incident containment.

We treat firewalls and IPS as primary barriers that enforce least privilege across traffic and services. Our work reviews rules, topology, and change processes so controls match architecture and risk.

We analyze rule sets to remove overly permissive or obsolete entries. Each rule gets intent, owner, and an expiration date to avoid drift.

Perimeter topology, DMZs, and third‑party links are validated against design principles. We also baseline throughput and latency to confirm protections do not harm performance.

We design segmentation using firewalls to contain incidents and reduce lateral movement. All segments are scanned to find unauthorized devices and rogue access points.

• Standardize logs and alerts into SIEM for fast detection.
• Apply geo and reputation controls for high‑risk traffic.
• Evaluate TLS inspection policies to balance visibility and privacy.

Our goal is enduring hygiene: documented rule intent, structured change management, and measurable controls that keep systems resilient against evolving threats and issues.

Real-time visibility turns raw logs into actionable signals that stop incidents before they escalate.

We deploy SIEM platforms (Splunk, IBM QRadar) to centralize logs and correlate events for rapid detection and response. These tools turn dispersed telemetry into prioritized alerts aligned to your risk profile.

We operationalize EDR across endpoints to contain malicious activity and preserve forensic evidence. Together, SIEM and EDR enable automated containment and fast investigation.

Our process defines detection use cases and rules tied to compliance needs. We automate alerts for new device additions, privilege changes, patch status, and firewall modifications so teams see only relevant incidents.

• Integrate threat intelligence feeds to raise detection fidelity.
• Prune stale accounts and decommissioned assets to shrink attack surface.
• Establish runbooks for triage, escalation, and incident handling.
• Measure MTTD and MTTR and report outcomes to governance stakeholders.

We ensure monitoring covers cloud, remote, and on‑prem environments seamlessly. Our approach delivers continuous oversight and a measurable path to reduce exposure to evolving threats.

Reducing human-driven breaches starts with regular, relevant training tied to daily tasks.

We deliver role-based awareness training that covers phishing, malicious links, USB risks, and password sharing. Participation is mandatory so completion rates support compliance and reduce incidents.

Practical simulations (phishing tests and guided feedback) teach employees to spot threats and report them quickly. We embed just-in-time guidance into high-risk workflows like payment processing and data handling.

• Tailored curricula for executives, developers, admins, and frontline staff.
• Phishing simulations with immediate coaching and measurable follow-up.
• Mandatory completion tracking to produce compliance evidence for future audits.
• Integration of training outcomes with incident trends to refine content.

We promote a report-first culture where employees escalate suspicious activity without fear. Metrics and publicized wins sustain engagement and align culture initiatives with governance and business values.

Learn how to embed culture across your teams with our guide on cyber security culture.

Timely reports bridge technical detail and business decisions so teams can act with confidence.

We deliver concise executive summaries that distill technical findings into business and compliance implications. These summaries highlight top risks, required investments, and near-term wins for stakeholders.

Our prioritized remediation roadmaps assign owners, set realistic timelines, and list required resources. We align tasks with change management to avoid operational disruption and speed closure.

We coordinate with leadership, IT, and risk management to sequence fixes by impact and feasibility. Governance routines (steering meetings and dashboards) keep momentum and make progress transparent.

We recommend regular audits based on exposure: annual or biannual for typical environments, quarterly or monthly for high-sensitivity systems or complex estates. Both internal teams and external assessors can execute.

We align proven platforms, skilled people, and realistic budgets so reviews deliver clear, actionable outcomes.

We standardize on reputable scanners and management platforms to improve accuracy and reporting. Typical toolsets include Nessus, Qualys, Nmap, OWASP ZAP, Burp Suite, Splunk/QRadar, and Tufin or FireMon for firewall management.

We also add configuration tools (Tripwire, Chef InSpec), wireless analyzers (Wireshark), and EDR for endpoint telemetry. Outputs feed ticketing and dashboards for ongoing management.

Costs depend on size, scope, and frequency. Small businesses commonly invest $3,000–$15,000. Mid‑size engagements typically run $15,000–$50,000. Large enterprises often budget $50,000–$100,000+.

Primary drivers are asset count, external vs internal testing, regulatory needs, and remediation effort (which often exceeds the initial assessment cost).

We advise staffing models that mix internal talent with external specialists or MSSPs to match risk and resource constraints. Planning and documentation reduce effort and improve compliance readiness.

Consistent assessments paired with continuous monitoring turn short-term fixes into lasting resilience. We deliver a focused network security audit that helps businesses reduce incidents, speed response, and protect customers.

Periodic security audits combined with SIEM and EDR (or MDR services) give real-time visibility and measurable outcomes. That blend lowers risk, improves compliance, and builds stakeholder confidence.

Our risk-based approach prioritizes high-impact fixes, ties work to clear metrics, and strengthens culture through training and accountability. We commit to concise reporting, actionable recommendations, and long-term partnership.

, Schedule a scoping session today to tailor cadence, scope, and investment and start strengthening your posture now.