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Implementation of practices DevSecOps, code security and infrastructure protection

Shifting cybersecurity focus to early product creation stages (Shift Left). Implementing automatic code vulnerability scanning (SAST), dependency checking (SCA), Docker image audit (Trivy), secret management via HashiCorp Vault, and compliance with international security standards ISO 27001 / SOC2.

✓ Shift Left Security: vulnerability detection before merging branches (pull requests), not in production stage
✓ Protection against key leakage: elimination of passwords and tokens from Git using HashiCorp Vault and SOPS
✓ Automatic image scanning: blocking Docker container deployments with critical CVEs
✓ Compliance and audits: preparation of infrastructure for successful passage of SOC2 and GDPR certifications
SonarQube & Snyk (SAST/SCA) Trivy Container Scanner HashiCorp Vault & AWS Secrets OWASP Top-10 Protection CIS Benchmarks Hardening
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Formats and pricing
ALL IT • SERVICE SPEC
SLA 99.9%
[ DevOps and Cloud Servers ] WARRANTY UNDER AGREEMENT
Protected CI/CD pipeline with automatic auditing

SAST: Passed (0 Critical) • Docker CVE: 0 • Vault: Connection established • Hardening 100%

⏱ Start: 1–3 days 🛡️ NDA: 100% SLA Warranty
🛡️
SonarQube SAST
Code Analysis in PR
📦
Trivy Scan
Critical CVE 0
🔐
Vault Secrets
Zero Hardcoded Keys
✅
SOC2 Ready
Full Compliance
✓ Official contract with fixed cost of work
✓ 100% transfer of rights to code and configuration to the customer
✓ Assigned leading engineer and support 90 days
FULL TRANSFER OF RIGHTS CONTRACT + WARRANTY
Security and Trust of Clients

Why fixing bugs in code after release costs up to 100 times more

Automated protection of infrastructure saves from reputational losses, data base thefts and regulatory sanctions

[ 01 ]

Protection from data leakage and encryption devices

Closing OWASP Top-10 attack vectors (SQL injections, RCE, SSRF), eliminating vulnerabilities at the code level and network firewall configuration level.

[ 02 ]

Fast releases without security department bottleneck

Security automated tests take a few minutes in the Git pipeline, instead of weeks of waiting for manual approval from the security service.

[ 03 ]

Trust of large corporate B2B clients

Presence of DevSecOps processes and audits allows to quickly pass Vendor Security Review in banks and international corporations.

[ 04 ]

Full audit and access control

Centralized access log records every action of administrators and developers according to the principle of least privilege (PoLP).

[ Implementation Stages DEVSECOPS ]

What is included in the comprehensive cybersecurity integration into the infrastructure

System protection at every stage of the software development life cycle (SDLC)

[ STEP 01 ] Audit

Audit of code and development environment vulnerabilities

We are conducting scans of repositories for randomly committed passwords, outdated libraries and architecture defects.

[ STEP 02 ] SAST/SCA

Implementation of SAST/SCA in Git-pipeline (SonarQube/Snyk)

We integrate automatic code checking into every Pull Request: blocking merging when there are high-risk vulnerabilities.

[ STEP 03 ] Containers

Scanning containers and images (Trivy / Clair)

We configure the verification of base OS images and Docker layers against known CVEs before publishing to the container registry (Registry).

[ STEP 04 ] Vault

Centralized management of secrets (HashiCorp Vault)

We implement dynamic short-lived passwords to the database, encryption of tokens in flight and full isolation of production keys.

[ STEP 05 ] Hardening

Hardening of operating systems and clusters (CIS Benchmarks)

We strengthen the protection of Linux servers and Kubernetes according to CIS standards: prohibition of root access, SELinux/AppArmor, network segmentation.

[ STEP 06 ] DAST

DAST and dynamic API testing (OWASP ZAP)

We configure automatic scanning of exposed staging environments for susceptibility to XSS, CSRF, and IDOR attacks.

[ Tariff Plans ]

Select the protection level of your technological process

From basic risk mitigation of leaks to full certification of DevSecOps ecosystem

For Startups and Small Development Teams

Pipeline Security Starter

Basic source code protection against password leaks and integration of vulnerability scanners into GitLab CI or GitHub Actions.

Development time: from 1–2 weeks
Work Scope:
✓ Scanning repositories for API-keys and secrets (Gitleaks)
✓ Implementation of SonarQube Community for static code analysis
✓ Connecting Library Scanners and Dependency Tools Dependabot / Snyk
✓ Configuration of Git (Branch Protection) security
✓ Safe development instructions for the team
✓ 14 days of support
Choose the 'Starter' tariff
Best for e-commerce, SaaS, and fintech ★ Popular

Complete DevSecOps Framework

Full security cycle: SAST, Trivy container automatic audit, HashiCorp Vault deployment and server hardening.

Development time: from 3–4 weeks
Work Scope:
✓ Everything that is included in the package «Pipeline Security Starter»
✓ Automatic scanning of Docker images with Trivy scanner in CI/CD
✓ Deployment and configuration of HashiCorp Vault password vault
✓ Hardening Linux servers according to CIS Benchmarks recommendations
✓ Configuration of WAF (Web Application Firewall) based on Cloudflare / ModSecurity
✓ 30 Days of Technical Support
Choose 'Complete DevSecOps'
For International Companies and Banking Sector

Enterprise SOC2 / ISO 27001 Prep

Deep isolation of circuits, Zero Trust architecture, dynamic analysis DAST, SIEM-logging and audit preparation for international certification.

Development time: from 6–8 weeks
Work Scope:
✓ Everything that is included in the package 'Complete DevSecOps'
✓ Dynamic scanning of web interfaces and API using OWASP ZAP
✓ Network segmentation Zero Trust and authentication mTLS
✓ Centralized collection of audit logs for forensic analysis and incident investigation
✓ Development of a corporate security policy package (Security Policies)
✓ Full support for passing external audit SOC2 or ISO 27001
Choose 'Enterprise Compliance'
← Swipe options →
[ COST CALCULATOR ]

Calculate the cost of implementing DevSecOps practices

Select the current stack and required security level

1. Number of active repositories and developers: Select Variant

2. Level of secret management and key management: Select Variant

3. Target compliance and safety goals: Select Variant

CHOOSEN PARAMETERS OF THE SOLUTION:
⏱ Estimated Timeline: Calculation... 👥 Team: 2–3 engineers
1. Number of active repositories and developers: Up to 5 Repositories (1–5 Engineers)
2. Level of secret management and key management: Basic audit and key extraction into CI/CD Variables
3. Target compliance and safety goals: Code security and bug fixing in releases
✓ Parameters will be fixed in the application form
Get an exact quote
[ STAGES OF COOPERATION ]

How the project is delivered

Transparent process from first contact to final release on your domain.

01
3–4 days

Audit risks and find leaks

We scan the commit history for the presence of keys and analyze current pipelines and access rights

02
1 Week

Integration of static scanners

We will integrate SonarQube, Trivy, and library checks into the build process of every commit.

03
1–2 weeks

Deployment of the Vault password store

Isolating all configurations, implementing secret injection into containers in flight

04
1 Week

Hardening of infrastructure

Applying CIS security policies, configuring firewalls, WAF and network isolation

05
2–3 days

Team training and documentation

We conduct a workshop on secure development for programmers and provide incident response instructions.

Our Clients

Companies that have entrusted ALL IT Agency with the development and scaling of their digital solutions

Valikhnovski Surgery Institute
DIM Service
Meregi Group
Wizeclub
Partner Enterprise
TOV Zagin Alpha
Partner Case 11
Partner Case 6
Partner Case 5
Valikhnovski Surgery Institute
DIM Service
Meregi Group
Wizeclub
Partner Enterprise
TOV Zagin Alpha
Partner Case 11
Partner Case 6
Partner Case 5
[ FREQUENT QUESTIONS ]

Answers to common questions from customers

Key details regarding terms, independent website editing, and rights transfer.

No. We configure incremental scanning: only the code changed in a specific Pull Request is checked, which takes just 40–90 seconds. Full deep repository scanning is run at night or on schedule, without disrupting the team's daily productivity.

Scanners use flexible policies (Security Gates). If a fix requires lengthy refactoring, temporary exclusion (Snooze) can be set for medium-level vulnerabilities, while critical vulnerabilities such as Remote Code Execution will be blocked until the package version is updated.

.env files often accidentally end up in Git or become accessible when viewing system processes on the server. HashiCorp Vault generates dynamic tokens with limited lifetime (TTL), automatically revokes them upon suspicious activity, and encrypts all secrets with the highest standard AES-256 keys.

CIS (Center for Internet Security) Benchmarks — this is a globally recognized gold standard for configuring server systems and Kubernetes clusters. Compliance with these rules ensures that unnecessary dangerous ports are disabled in your OS, outdated encryption protocols are blocked, and 99% standard vectors of attacker penetration are eliminated.

Yes. We are your technical partner: we bring the entire digital infrastructure, logging system and development process into full compliance with auditor requirements, prepare reports and directly protect the technical part before the audit committee.

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Fast delivery to the working chat or copying the link for budget approval

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Do you need to protect the development process and infrastructure from cyber threats?

Order a primary express security audit of repositories and pipelines. Our cybersecurity expert will provide a risk analysis within one working day.

Confidentiality

Official NDA contract for system audit

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We will contact you within 15 minutes during business hours.

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