What "Cyber Security Services" Actually Covers Here
Most breaches we get called in to clean up did not happen because of a zero-day exploit - they happened because a WordPress plugin was three versions out of date, an S3 bucket was left public, an admin panel had no rate limiting, or a departed employee's credentials were never revoked. Cyber security work at Urgent IT Solution is built around this reality: it is mostly disciplined configuration, patching, access control, and monitoring, not exotic threat-hunting theatre. We work across four layers - network/server, application, data, and identity/access - and we scope each engagement to the layers that actually carry risk for a given client rather than selling a blanket "full security package" to everyone.
Who Actually Needs This
Typical requests come from three situations: a business that just had an incident (defaced site, ransomware note, leaked database, or a payment gateway flagged for fraud) and needs containment plus a real fix, not just a restore from backup; a company preparing for a client audit, ISO 27001 readiness, or a due-diligence review before a funding round or acquisition; and product teams shipping a SaaS or fintech application who need a pre-launch security review because their compliance obligations (PCI-DSS, HIPAA, GDPR, India's DPDP Act) require evidence of testing, not just intent.
Assessment: Where Every Engagement Starts
We do not run a generic scanner and hand over a PDF. A proper assessment separates into distinct passes:
- External reconnaissance and attack surface mapping - subdomain enumeration, exposed ports and services (via Nmap/Masscan), leaked credentials on paste sites, misconfigured DNS/SPF/DKIM records, and cloud storage buckets with public ACLs.
- Web application testing against the OWASP Top 10 - SQL injection, broken authentication, IDOR, XSS, SSRF, insecure deserialization - done manually with Burp Suite rather than relying only on automated scanners like Nikto or OWASP ZAP, because automated tools miss business-logic flaws (e.g. price manipulation on checkout, privilege escalation via role parameters).
- Server and infrastructure review - OS patch levels, open ports, SSH configuration, firewall (iptables/ufw/security groups) rules, sudo privileges, cron jobs, and whether services are running as root unnecessarily.
- Configuration audit for the specific stack in use - Nginx/Apache headers (CSP, HSTS, X-Frame-Options), TLS cipher suites and certificate chains, database bind addresses, exposed .env files, and default credentials left on admin tools like phpMyAdmin or Adminer.
Findings are ranked by CVSS score and, more importantly, by actual exploitability in that environment - a theoretical CVSS 9 on a service that's only reachable internally gets a lower practical priority than a CVSS 6 exposed directly to the internet.
Hardening: Turning Findings Into Fixed Configuration
Server and Network Hardening
This includes disabling password-based SSH in favor of key auth, setting up fail2ban or CrowdSec against brute-force attempts, restricting database and Redis ports to internal networks only, enforcing least-privilege IAM roles on AWS/GCP/Azure, and removing unused services and default accounts. For containerized environments we review Dockerfile practices (no running as root, minimal base images) and Kubernetes RBAC/network policies where relevant.
Application-Level Hardening
Fixing what the assessment found: parameterized queries or ORM enforcement to close SQLi paths, proper session handling and CSRF tokens, rate limiting on login and OTP endpoints, output encoding against XSS, and moving secrets out of source code into environment variables or a secrets manager (Vault, AWS Secrets Manager). For CMS-based sites (WordPress, Magento), this also means auditing installed plugins/themes for known CVEs and removing ones with no active maintenance.
Web Application Firewall and DDoS Mitigation
Depending on hosting, we configure Cloudflare or a self-hosted ModSecurity/OWASP CRS ruleset tuned to the application - generic WAF rules cause false positives that break legitimate form submissions, so rules get tested against real traffic patterns before going into blocking mode rather than just log mode.
Monitoring and Detection After Go-Live
A hardened system still needs eyes on it. Depending on scale and budget, this ranges from lightweight log aggregation (centralized logs via the ELK stack or a hosted service, with alerting on failed login spikes and unusual outbound traffic) to a fuller SIEM setup for clients with compliance obligations. We also set up file integrity monitoring on critical directories, uptime/latency checks that double as early breach indicators, and scheduled re-scans so a clean report on day one doesn't quietly rot as new CVEs get published for the software stack in use.
Incident Response, When It's Already Too Late for Prevention
When a client comes to us mid-incident, the sequence is: isolate (take the affected system off the public network or rotate credentials immediately), preserve evidence (disk snapshots, logs) before doing anything else, identify the entry point rather than just removing the visible malware, and only then rebuild from a known-clean state. We also handle the unglamorous but necessary follow-up: notifying affected users if data was exposed, resetting API keys and OAuth tokens that may have been compromised, and documenting the timeline in case it's needed for insurance or regulatory reporting.
Data Protection and Access Control
Where the engagement touches customer or financial data, we look at encryption at rest and in transit, database access segregation (application accounts should never have DROP/ALTER privileges in production), backup integrity (untested backups are a common failure point - we verify restores actually work), and role-based access control across admin panels, cloud consoles, and third-party SaaS tools the team uses. For teams with high staff turnover, we also set up centralized identity management (SSO via Google Workspace, Okta, or Azure AD) so offboarding is a single action instead of a checklist across a dozen systems.
How Engagements Are Scoped and Delivered
We start by mapping the current attack surface, business-critical assets, and any compliance deadline driving the request, since a PCI-DSS-driven engagement has different mandatory controls than a general hardening request. Deliverables typically include a findings report with CVSS-ranked issues and reproduction steps, a remediation plan with effort estimates, the actual configuration changes and patches applied, and a re-test confirming closure. For ongoing clients we offer scheduled reassessment rather than a one-time report, since new CVEs, new code deployments, and new integrations each reopen the risk surface.
