verified Penetration Testing 2.0

We find the gaps before attackers do.

We simulate real attacks to expose critical vulnerabilities in your operation, before they become incidents, fines or headlines.

OWASP
Methodology
PTES
Execution
MITRE
Mapped TTPs
b10sec · offensive engagement Running
Recon
Exploitation
Lateral movement
Report
Findings by severity 0 critical 0 high 0 medium

Companies that already trust us

Electrolux Hypera Pharma Grupo Soma La Moda Grupo Boticário Metropolitano de Lisboa Grupo Supley L'Oreal MediaProbe Grupo Aço Cearense Grupo DPSP Grupo Tempus Obramax IOTA.HUB Diageo MEDX
Why run a pentest

The pain points we know closely

An attack gives no warning.

public_off

You don't know what is exposed online

Company data, access credentials, internal documents: it can all be circulating where it shouldn't, without your knowledge.

warning

You've had an incident, or suspect one

The feeling that something is wrong, combined with not knowing the real extent of the damage, paralyses any operation.

security_update_warning

Insufficient security, with no clear starting point

Generic tools, superficial audits and reports that never actually get resolved in practice.

Success Stories

Become a success story

How a Global Financial Institution Reduced Critical Risks by 35% with B10SEC

A leading bank used our Penetration Testing 2.0 to identify complex logic vulnerabilities that automated tools had missed, speeding up remediation and improving its security posture.

35%
Reduction in critical business risks
22%
Faster remediation of flaws
87%
Success rate in identifying gaps

Identity and data under NDA.

How a Hospital Network Protected 2.3M Patient Records

With legacy systems and exposed medical IoT devices, the network faced serious risks of a sensitive data leak. Our pentest identified 14 critical attack vectors, including unauthenticated access to a PACS medical imaging system.

14
Critical attack vectors identified
100%
Of findings remediated within 60 days
2,3M
Patient records protected against exfiltration

Identity and data under NDA.

How a Fashion E-commerce Business Secured Its Checkout and Avoided R$ 4.2M in Fraud

The test revealed a logic flaw in the payment flow that allowed prices to be manipulated at checkout via the API. We also identified leaked staging credentials in public repositories and an admin panel exposed without 2FA.

R$4,2M
In potential fraud avoided
7
Critical vulnerabilities in the payment flow
48h
Average time to fix after the report

Identity and data under NDA.

Methodology

Three steps. A clear result.

Execution guided by OWASP, PTES and MITRE ATT&CK, with rules of engagement agreed before the first test.

1

We map your attack surface

We survey your attack surface: domains, subdomains, exposed services, leaked credentials and potential entry points.

2

We test like a real attacker

We simulate controlled, ethical attacks, exploit vulnerabilities and try to go as deep as possible, exactly as an attacker would.

3

A clear delivery, with priorities and next steps

A technical and executive report on what we found, the real impact and what to do, ordered by criticality, without unnecessary jargon.

Scope covered

We test where attackers get in, not where testing is comfortable.

The scope is defined with your team at the start of the project. These are the surfaces we cover.

Web applications and portals

Authentication flows, basket, checkout, admin panels and logged-in areas. This is where logic flaws appear, and where automated scanners don't reach.

key_offAuthentication bypass
shopping_cart_checkoutPrice manipulation at checkout
databaseInjection into queries and commands
groupAccess to another user's data

APIs, webhooks and integrations

Public and private endpoints, partner integrations and access keys. Often documented, rarely tested with the same depth as the application.

lock_openEndpoint without authorisation control
vpn_keyToken or key with excessive scope
speedNo rate limiting
descriptionDocumentation exposing internal routes

Infrastructure, network and servers

External perimeter and internal movement. From the forgotten service on an open port to the path that takes ordinary access to the most critical server.

dnsExposed and outdated services
passwordDefault or reused credential
alt_routeLateral movement between segments
admin_panel_settingsEscalation to domain administrator

Cloud

AWS, Azure and GCP environments. Most cloud incidents stem from configuration, not from provider failures.

folder_openBucket or storage with public access
manage_accountsIAM role with excessive permissions
shield_personNo MFA on a privileged account
codeSecret committed to a repository

Social engineering and the human factor

Controlled campaigns agreed in advance, to measure the real response of people and internal processes, without exposing anyone individually.

mailTargeted phishing
support_agentPretexting by phone or chat
badgeTesting of support and reset processes
insightsResponse and internal reporting metrics
One report, four readings

A solution for decision-makers.
Not just for developers.

business_center

CEO & Board

Financial impact, reputational risk and priorities in executive language, with no technical acronyms.

gavel

Legal & Compliance

LGPD, GDPR and NIS2 non-conformities mapped alongside technical vulnerabilities, in the same project.

dns

IT & Operations

A full technical report with exploits, CVEs and next steps prioritised by real criticality.

shopping_cart

E-commerce Manager

Risks that affect checkout, conversion and customer data, with the impact on the store's revenue and reputation.

Frequently Asked Questions

Any company with internet-connected systems, from startups to large corporations. It is especially relevant for regulated sectors such as financial services, healthcare and e-commerce, where an incident can result in regulatory fines, loss of customer trust and a direct impact on revenue.
An automated scan finds known vulnerabilities in bulk, like a generic check-up. B10SEC's pentest goes further: our specialists simulate real attacks, exploiting logic flaws, chained vulnerabilities and vectors that automated tools simply cannot identify.
It depends on the complexity of the scope, but most projects take 2 to 4 weeks, including mapping, testing, validation of findings and delivery of the report. Larger projects can take up to 6 weeks. You receive updates throughout the process.
No. We work under rules of engagement defined before the project, with agreed testing windows and techniques calibrated to avoid downtime. If we find something that requires more aggressive testing, we agree it with your team before proceeding.
Each finding in the report comes with a description of the risk, evidence of exploitation, the real business impact and a practical remediation recommendation, prioritised by criticality. No generic reports running to hundreds of pages. We also follow remediation through to closure.
Take the first step

Find out what hackers already know about your company.

Fill in the form and a B10SEC specialist will get in touch to understand your situation and propose a no-obligation assessment.

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