Cybersecurity

Block the breach at the door.
Don't let it in.

Phishing, ransomware, zero-days, identity theft — your attack surface grows daily. We build a 10-layer defence from perimeter to endpoint, identity to log analytics, monitored 24/7 from a SOC. When something happens, the IR team is on the wire in 15 minutes; you sit on the prevention side, not the waiting side.

There is no such thing as 100% security. But closing every known door, watching every entry point, and bringing response time down to 15 minutes — that is possible. That is exactly our job.

Phishing BLOCK Malware BLOCK DDoS BLOCK Brute Force BLOCK Ransomware BLOCK Zero-Day BLOCK

Blocked in last 24h

247

SOC live
15-min response

Why you become a target

SMBs aren't hit because they're big — they're hit at the weakest link.

43% of attackers target SMBs intentionally — defence layers are thin, monitoring is absent, employee awareness is low. And ransom payment time is usually faster than enterprise: operations downtime is direct revenue loss. The 6 items below are the most common 6 gaps we find in SMBs.

01

MFA still off

Single-factor passwords are no longer security. Microsoft's own report: 99.9% of account attacks would be blocked with MFA on. Yet in many SMBs, email, ERP, finance panels, VPN open with one password.

02

Default credentials

admin/admin on the router, default password on the NAS, factory settings on cameras, empty password on IoT. Shodan scans for these in 5 minutes. The attacker doesn't come through the door — through the curtain.

03

Unpatched systems

Old Windows Server, expired antivirus licence, switch firmware 4 years stale, Exchange unpatched. CVE lists are public; the attacker walks in via a public exploit.

04

No logs, no monitoring

Mean dwell time before detection: 207 days. Because nobody collects logs, nobody set alerts. The attacker scans for 6 months then drops ransomware — by the time you notice it is late.

05

Zero employee awareness

Phishing email opened, macro executed, exe downloaded. One hour of training a year isn't enough; monthly simulation + 5-minute micro-modules change culture.

06

No incident response plan

Ransom note on screen — who do you call now? Which system is isolated first? Where do you restore from? Not learned mid-incident; the runbook must be ready.

Threat visibility

You can't stop a threat you can't see.

Our SIEM panel pulls every system log into one place — firewall, endpoint, IDS, mail gateway, AD, cloud services. AI prioritises anomalies, raises real events to SOC analysts, filters noise. If an attacker enters your environment, alarm fires within 5-10 minutes; by the time you hear about it, the asset is already isolated.

Cyber Kill-Chain — where we block

1 Recon
2 Weaponize
3 Deliver
4 Exploit
5 Install
6 C2
7 Action

We layer at all 7 stages — no matter where the attack sits, it gets caught.

Compliance scorecard

PCI-DSS v4.0 92%
ISO/IEC 27001 96%
KVKK / GDPR 98%
NIST CSF 2.0 88%
SOC · SIEM Live
last 60s

events

14.221

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TSSOURCE IPSEVACTION
14:22:08 185.244.181.20 HIGH BLOCKED
14:22:05 89.248.171.5 MED QUARANT
14:21:58 45.156.85.140 HIGH BLOCKED
14:21:47 10.0.4.32 LOW ALLOW
14:21:39 194.26.29.224 HIGH BLOCKED
14:21:21 37.252.7.91 MED BLOCKED
14:20:58 10.0.7.108 LOW ALLOW
14:20:42 212.193.30.86 HIGH BLOCKED
14:20:11 141.98.10.135 MED QUARANT
14:19:58 162.247.74.20 HIGH BLOCKED
14:22:08 185.244.181.20 HIGH BLOCKED
14:22:05 89.248.171.5 MED QUARANT
14:21:58 45.156.85.140 HIGH BLOCKED
14:21:47 10.0.4.32 LOW ALLOW
14:21:39 194.26.29.224 HIGH BLOCKED
14:21:21 37.252.7.91 MED BLOCKED
14:20:58 10.0.7.108 LOW ALLOW
14:20:42 212.193.30.86 HIGH BLOCKED
14:20:11 141.98.10.135 MED QUARANT
14:19:58 162.247.74.20 HIGH BLOCKED

Who it's for

An attack isn't just data — it's reputation, licence and revenue loss.

01

E-commerce (PCI data)

Card data, customer data, fraud — without PCI-DSS, Visa/Mastercard fines + acquiring halts.

02

Healthcare (PHI data)

Patient records are high-value; KVKK/GDPR breach + reputational damage + medical-device ransomware are real threats.

03

Finance / fintech

BDDK regulation, SWIFT security, anti-fraud — zero margin for error, 24/7 supervision.

04

Law firms

Client confidentiality is the bar's foundation; one leak ends practice, insurance may not cover.

05

SaaS (customer data)

Multi-tenant isolation, SOC2, vendor security reviews — no enterprise customer, no growth.

06

Manufacturing (OT/IT)

PLC, SCADA, MES systems are old + internet-connected. One attack stops production for hours.

07

Public sector

Citizen data + critical infrastructure; threat actor may be nation-state — defence must match.

08

Education

Student data + research funding; universities are now top targets for ransomware.

10-layer defence

Not one tool — 10 layers stacked on each other.

"We have antivirus, we are safe" was wrong even in 2010. Today defence requires parallel layers across network, identity, endpoint, email, application, data, backup and people. We run all 10 layers below as one team, one dashboard, one SLA.

01

Vulnerability management

Continuous scanning, CVE matching, patch prioritisation, live asset inventory.

02

SIEM + SOC operations

Log ingestion, correlation, anomaly detection, 24/7 analyst supervision, case tracking.

03

EDR / XDR

Endpoint behaviour analytics, automated isolation, threat hunting, rollback.

04

Firewall + IDS / IPS

NGFW, network segmentation, zero-trust micro-segmentation, geo-filtering.

05

Identity + SSO + MFA

IdP integration, SSO, MFA, conditional access, privileged access management.

06

Email security

Anti-phishing, anti-spoofing, anti-BEC, attachment sandbox, URL rewrite.

07

Web Application Firewall

OWASP Top10 + bot mitigation + DDoS, virtual patching, custom rules.

08

DLP / data loss prevention

Sensitive-data classification, email + USB + cloud control, encryption enforcement.

09

Backup integrity + DR

Immutable + air-gapped backups, restore tests, RTO/RPO measurement, ransomware-proof.

10

Incident response runbook

Scenario-based playbooks, escalation tree, legal / comms flow, drills.

Process

From audit to SOC operations: 6-step security onboarding.

  1. 01

    Audit & gap analysis

    Current-state scan against NIST CSF + CIS Controls, asset inventory, threat model, top-20 risk list.

  2. 02

    Prioritisation

    Risk × impact matrix; quick wins vs long-haul projects, budget + ROI map, 90-day plan.

  3. 03

    Tool selection + deploy

    EDR, SIEM, MFA, WAF, email gateway — best-fit choice for sector + scale, silent rollout.

  4. 04

    Monitoring + SOC operations

    24/7 watch, alert prioritisation, case triage, escalation, customer status updates.

  5. 05

    Simulation + drills

    Phishing campaign, red-team exercise, ransomware drill, tabletop, staff training.

  6. 06

    Continuous improvement

    Monthly reporting, KPI tracking (MTTD/MTTR), new threat intel, rule updates.

Tools we use

Vendor-neutral; best-fit choice for sector and scale.

CrowdStrike SentinelOne Microsoft Defender Sophos Cisco Umbrella Cloudflare Fortinet Palo Alto Splunk Elastic SIEM Wazuh Tenable Qualys Rapid7

Field stories

First awareness. Then defence. Then speed.

E-commerce 90 s isolation

Ransomware stopped early

EDR behaviour analytics caught a suspicious script before C2 traffic formed; affected host isolated in 90 seconds, ransomware payload never wrote to disk.

Healthcare 0 major findings

Passed KVKK audit

Data inventory + DLP + access logs + retention policies set up; independent auditor passed with zero major findings, chief physician avoided fines.

Manufacturing 14 GB blocked

Insider threat detected

UEBA model spotted 14 GB of CAD files being copied at 02:30 after hours; HR launched disciplinary process, IP preserved.

Fintech EUR 250k saved

BEC attack blocked

Finance manager nearly approved a 250k transfer to a CEO impersonator; email-gateway impersonation rule blocked it at the last second with a real-time user warning.

SaaS SOC2 Type II

SOC2 report closed

9-month SOC2 Type II journey; logging, change management, vendor risk, IR drill — all in place, first Type II report shipped with zero exceptions.

Law firm Before vendor patch

Zero-day exploit contained

Unpublished CVE in a document viewer; our sandbox caught the anomalous behaviour, virtual patching protected client data until vendor patch shipped.

FAQ

The 8 questions CIOs and CFOs ask most

Antivirus is signature-based: it matches a known malware signature against a database and quarantines. That was built for the 2005 threat model. EDR (Endpoint Detection & Response) is behaviour-based: it watches what a process does — suspicious registry writes, unusual network connections, credential dumping, privilege escalation — and reacts in real time. Ransomware, fileless attacks and living-off-the-land techniques can only be caught by EDR. Today antivirus alone isn't enough; EDR (or XDR, usually built on EDR) is required. Modern EDR solutions already include a classic antivirus engine inside.
Building an in-house SOC means 24/7 shifts × at least 6 analysts + SIEM licence + L1/L2/L3 + threat-intel feed. Roughly 50-150k EUR/month operations. For SMBs and mid-market that's impossible. Solution: outsourced SOC (MSSP/MDR) with one in-house security engineer. Internal person: decisions, coordination, runbook owner. External SOC: 24/7 eyes, analyst hours, scale. This hybrid model is the choice of 78% of European SMBs. For 50-200k EUR/year you get far stronger capacity than an in-house SOC.
Standard answer: at least one full-scope pentest per year + targeted pentests after every major release. PCI-DSS 11.4 requires at least annually and after significant changes. But reality: external perimeter test every 3 months, web-app pentest every 6 months, red-team yearly, phishing simulation monthly. Continuous automated scanning + periodic manual pentest together. One manual pentest per year alone is "paper compliance"; it doesn't give real security. We build a rotational plan to your budget.
Our runbooks have a clear call flow per scenario (ransom, BEC, data leak, DDoS, insider). Stage 1: hot-line + IR team (15-min SLA), affected system isolated, forensic evidence preserved. Stage 2: customer contact (CIO/CFO), legal counsel (critical for KVKK/GDPR 72-hour notification), cyber insurance broker (so cover isn't voided). Stage 3: authorities (regulator, sector body), customer notification if required, press statement. Whole flow is on paper first + drilled annually via tabletop.
Compliance isn't a single checklist; it's a continuous programme. Steps: (1) Data inventory — what personal data, where, why. (2) Legal basis — clear lawful basis per processing. (3) Privacy notices + consents — aligned with regulator decisions. (4) Data-subject rights portal — erasure, portability, objection within 30 days. (5) Controller / processor agreements — DPA with vendors. (6) Retention + deletion policies + logs. (7) Breach response plan — 72-hour notification. (8) Annual internal audit + register. Once all this is in place, you are audit-ready.
Not required, but strongly recommended for SMBs post-2024. Average ransom-incident cost (downtime + restore + comms + legal + fines): EUR 250k. Cyber insurance covers a big chunk — but conditions are MFA, EDR, backups + good logging. Insurance alone is not enough; insurers themselves say "no policy without these controls". Ideal equation: strong technical controls + insurance (as risk transfer). When choosing insurance check cover limits, deductible, vendor pre-approval list, ransom-payment cover in detail.
Rule of thumb: 8-15% of annual IT budget should go to security (sector-dependent). Finance and healthcare push to 15-20%. For a 50-person company typical annual security spend: 60-150k EUR (EDR + SIEM/SOC + MFA + email gateway + WAF + pentest + training + insurance). 200-person: 200-500k EUR. Enterprise: 1M+ EUR. The key: instead of point tools, build a coherent programme. 30k EDR + 30k SIEM = 60k spend, but a single integrated platform halves both cost and operations.
They serve different purposes. ISO 27001 is certification-oriented: you get a certificate to show customers, opens doors in B2B sales. But it's criticised as "documentation-heavy". NIST CSF (Cybersecurity Framework) is US-origin, more practical / operational; control categories (Identify-Protect-Detect-Respond-Recover) are more useful for running a real-life security programme. Our recommendation: use NIST CSF as daily operations framework, target ISO 27001 as certification afterwards. PCI-DSS, SOC2, KVKK/GDPR layer on top by sector/geography requirement.

Trust the one who prevents — not the one who waits.

A free 30-minute call to review your current security gaps; we share the plan for the 5 critical controls that will protect you in the first 90 days.

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