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// APPLICATION SECURITY

Proactive web security

Protect your apps, data and customer trust.

Our approach combines audit, remediation and prevention to address vulnerabilities before they become critical.

Privacy law readinessOWASP practicesBackup and recoveryTraceability
securite-web.tsx
Data protection and web security
$ daillac scope --service=securite-web
✓ Analyzing requirements…
✓ Region: Privacy law readiness
› Ready to build.

// impact.json

Impact

impact_01

Application hardening

impact_02

Access and secrets management

impact_03

Incident response planning

// methodology.sh

Methodology

Phase 101

Asset and attack-surface mapping

Phase 202

Application audit and vulnerability testing

Phase 303

Remediation, hardening and access control

Phase 404

Retesting and incident readiness

// direct.answer

Web security is a risk-reduction process

A secure application combines asset inventory, identity controls, input validation, secret protection, updates, logs, backups and response capability. Testing looks for practical abuse paths in code, APIs, configuration and dependencies. Findings are prioritized by likelihood, impact and exposure, then retested; a report without remediation does not materially reduce risk.

No audit guarantees the absence of future vulnerabilities

The scope and date of testing must always be stated. A new release, compromised vendor or poorly managed access can change risk after the audit. Security therefore needs ongoing ownership, an update cycle, proportionate monitoring, tested backups and an incident procedure understood by the people involved.

// decision.criteria

What we validate before recommending a solution

A technology or practice has value only when it addresses a measurable constraint. Discovery therefore connects the technical decision to the business outcome, risk and future operations.

check_01

Goal and baseline

We define the expected result and a starting measure such as delay, errors, speed, visibility, incidents or operating cost.

check_02

Real dependencies

Data, existing systems, vendors, access, browsers, internal skills and legal constraints are inventoried before a choice.

check_03

Acceptance criteria

Tests, performance budgets, security thresholds and user scenarios are agreed before delivery, not after a disagreement.

check_04

Lifecycle cost

We compare construction, hosting, monitoring, updates, knowledge transfer and the ability to evolve.

The recommendation remains testable

The proposal states assumptions, exclusions, deliverables and the signals used to judge the result. When several options are reasonable, we compare their trade-offs instead of presenting our preferred tool as inevitable. The review also identifies who will operate the solution, which evidence must be retained, how incidents will be handled and what would justify a different approach. After release, measurement confirms the decision or shows where it should be adjusted. This makes the recommendation useful to both decision-makers and the team responsible for maintaining it.

// security.controls

Compliance and trust

Privacy law readinessOWASP practicesBackup and recoveryTraceability

// ready.to.build

Need stronger security posture?

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