Context, risk and priorities first
CYBERSECURITY / DEFENSE / RESPONSE
Protect digital infrastructure before risk becomes anincident
We review attack surface, harden configurations, control access, connect monitoring and prepare recovery for websites, servers, networks and business systems.
Audit / HardeningSIEM / DetectionMFA / VPNBackup / Recovery
Identity, data, endpoint and cloud
Review, changes and verification
According to the agreed support model
01 / 08
THREAT SURFACE
Attacks rarely start in one place — defense should not depend on one control either
We address technical and organisational risk: malicious code, phishing, DDoS, compromised access and internal data exposure.
MAL↗
Malware
Viruses, trojans, keyloggers and other software that steals data, opens access or disrupts systems.
WEB↗
Malicious website code
Backdoors, redirects, JavaScript injection, compromised plugins and repeated website compromise.
DDoS↗
DDoS and bots
Abnormal traffic, resource exhaustion, aggressive scanners and automated request floods.
RSM↗
Ransomware
Reduce blast radius, protect recovery paths and limit the impact of data-encrypting malware.
PHI↗
Phishing
Fake messages, login pages, dangerous attachments and social-engineering scenarios.
0DAY↗
Zero-day exposure
Reduce attack surface, segment systems and use telemetry plus compensating controls before an official fix exists.
INS↗
Insider risk
Permissions, activity audit, logging and removal of unnecessary access to critical information.
MAIL↗
Email attacks
Spoofing, malicious attachments and domain trust through DKIM, SPF and DMARC.
ATO↗
Account takeover
Stolen passwords, tokens and sessions, credential stuffing and compromise of privileged accounts.
02 / 08
DEFENSE LAYERS
Security is layered — from configuration hardening to recovery after an incident
We do not rely on one product. Hardening, access controls, telemetry, perimeter protection, endpoint security and backup work together.
Security audit
Review configurations, ports, CMS, servers, databases, endpoints and baseline security policies.
Hardening
Reduce unnecessary services, secure settings, patch management and configuration-drift control.
WAF / Firewall / Rate limit
Control network and HTTP traffic, filter bots and reduce exposed surface.
MFA and access control
Multi-factor authentication, least privilege, separate admin access and account lifecycle management.
Secure remote access
WireGuard, OpenVPN, IPsec or another agreed VPN model for administrative access.
Endpoint protection
Corporate antivirus, endpoint policies, anti-spam and suspicious-connection controls.
Encryption
Protect traffic, secrets, confidential files and sensitive data in the appropriate context.
IDS / IPS
Detect suspicious network activity and automatically block agreed classes of events.
Backup / Disaster Recovery
Retention, independent copies and a tested recovery path after an incident.
Staff awareness
Safer working practices, phishing awareness and rules for handling access and data.
03 / 08
SOC / SIEM
Security events should become signals instead of disappearing inside thousands of logs
SIEM centralises telemetry, correlates events and helps separate normal activity from anomalies. Monitoring is designed around the actual infrastructure and response model.
15:04:17authmfa_challengeallowed
15:04:21edgerate_thresholdblocked
15:04:28endpointpolicy_checkclean
15:04:31backupintegrity_checkverified
telemetrycorrelationalerting
04 / 08
ZERO TRUST / ACCESS
Critical systems should trust verified identity and context — not simply a network location
We build access around least privilege, stronger authentication, segmentation, secrets and auditability.
Identity & access
Roles, groups, separate admin accounts, user lifecycle and periodic permission review.
Strong authentication
MFA/2FA for critical services and remote access wherever the platform supports it.
Segmentation
Separate user, server, guest and critical network segments with explicit policies.
Secrets management
Fewer secrets in open configuration, controlled rotation and explicit credential access.
Audit trail
Access and change logs so important actions have a technical trail for investigation.
Email trust
DKIM, SPF, DMARC, anti-spam controls and reduced risk of domain spoofing.
Cloud security
MFA, permissions, sharing policies, encryption and control over third-party integrations.
Secure baseline
CIS-style baseline approaches, patch windows and review of critical configuration drift.
05 / 08
INCIDENT RESPONSE
When an incident has already happened, control, evidence and structured recovery matter most
No chaotic production changes. We contain the issue, preserve relevant evidence, restore critical services and address the root cause.
Contain
Limit spread and isolate the affected part of the environment.
Investigate
Review logs, changes, access and technical indicators without unnecessarily destroying evidence.
Recover
Restore critical services from a verified point or through controlled remediation.
Harden
Close discovered weaknesses, update controls and improve future detection.
Validate
Confirm the attack path is closed, access and telemetry behave correctly, and critical services remain stable.
Review
Document the timeline, root cause, residual risk and follow-up controls to reduce the chance of recurrence.
06 / 08
HOW WE WORK
Security starts with understanding assets and ends with verifying the result
We agree scope, never test third-party systems without authorisation, and document critical production changes.
Consultation and audit
Map assets, access, external surface, critical data and relevant business risk.
Protection plan
Prioritise quick wins, hardening, monitoring and recovery work.
Implementation
Apply agreed controls from MFA and firewall to SIEM, backup and endpoint policies.
Verification and support
Verify outcomes, document residual risk and add ongoing monitoring when required.
07 / 08
WHO NEEDS IT
Security matters most where data, payments or service availability directly affect the business
The required level of protection depends less on company size than on data value, integrations and the consequences of downtime.
E-commerce and payment websites
Personal data, payment flows, admin access and storefront availability.
↗IT and SaaS
APIs, secrets, cloud, CI/CD, customer data and production access.
↗Healthcare, finance and legal
Sensitive information, access control and higher confidentiality requirements.
↗Businesses processing personal data
CRM/ERP, documents, accounts, backups and data-leak controls.
↗Education and public organisations
Large user populations, mixed endpoints and critical shared services.
↗08 / 08
FAQ
What should be agreed before cybersecurity work begins?
The best results come from a clear scope: which systems you own, which assets are critical and what changes are allowed in production.
01Do you perform penetration testing?+
Yes, but only for systems the customer is authorised to include and only within an agreed scope. The goal is to identify weaknesses and produce a practical remediation plan.
02Can you clean a compromised website?+
Yes. We can contain the issue, remove malicious code, review access and dependencies, and harden the environment to reduce the risk of reinfection.
03Do you implement SIEM and security monitoring?+
Yes. We design telemetry and SIEM around the infrastructure, available log sources and realistic detection scenarios. Response and on-call coverage are agreed separately.
04Can DDoS protection, WAF and Cloudflare be included?+
Yes. We can configure WAF, rate limiting, firewall and Cloudflare controls within the agreed environment. The exact architecture depends on the service and traffic profile.
05Where should we start if we do not know our current security level?+
Start with an initial consultation and audit. We inventory external surface, access, configurations, backups and critical dependencies, then create a prioritised plan.
SECURITY / READY
Reduce attack surface and prepare infrastructure for real incidents
Describe your website, servers, network or cloud environment. We will start with a controlled security review and define the highest-value next steps without unnecessary production changes.
DEFENSIVE SECURITY STACK
Defensive tooling for visibility, access, detection and recovery
We choose tools for the problem at hand rather than locking the architecture to one vendor or one “magic” product.