AUTOMATED DELIVERY. OBSERVABLE SYSTEMS. RELIABLE OPERATIONS.

DevOps, SRE & Quality Assurance

We accelerate software delivery through automation; pipelines, infrastructure automation, and SRE practices settle into one engineering rhythm that makes reliability measurable.

Decision pressures
Manual releases and high error ratesInsufficient observabilitySlow, untrusted testsEnvironment drift (dev/test/prod)
ISO 27001DORA
EVIDENCE-BASED SCOPE

Scope counts come from the service catalog.

4
Sub-service group
12
Detail block
2
Compliance frame
24
Q&A
WHY DH 360°

12 service families integrated under one partner

Single partner and 360° coverage; security, continuity, and compliance decisions stay anchored to service-catalog scope.

Single partner, 360° coverage

12 service families integrated under one contract. No multi-vendor sprawl, broken SLAs, or responsibility gaps.

Sovereign-ready infrastructure

KVKK Article 9 and sector-specific data residency. Local data center options plus sovereign cloud deployment.

Operational continuity

Monitoring, backup, and response design are aligned in one operating plan; commitments open through registered scope.

Compliance baked in

KVKK, ISO, and sector controls are considered from the first architecture pass; evidence is managed through registered records.

DevOps, SRE & Quality Assurance capability map

Capability map infographic for the DevOps, SRE & Quality Assurance service family

Quick Summary and Evidence Surfaces

DevOps, SRE & Quality Assurance gives teams a structured execution model for issues such as Manual releases with high error rates, Poor observability across logs, metrics, and traces, and Weak control over change management, turning diffuse pressure into a measurable delivery track.

Continuous integration, automation, and system reliability. Typical scope includes CI/CD & Process Automation, Infrastructure Automation (IaC), and Test Automation & QA, with an emphasis on operational outcomes rather than isolated advisory output.

Claim Manual releases with high error rates

Source Section DevOps, SRE & Quality Assurance

Claim Poor observability across logs, metrics, and traces

Source Section DevOps, SRE & Quality Assurance

Claim As a corporate technology partner we move software delivery from manual deployment to a secure pipeline; we build continuous integration and delivery pipelines with quality gates and ship code changes to production in a safe, fast and repeatable way.

Source Section CI/CD & Process Automation

Claim As a corporate technology partner we define all infrastructure as code; with repeatable, auditable and version-controlled environment management we end configuration drift and reduce environment creation from days to minutes.

Source Section Infrastructure Automation (IaC)

SUB-SERVICES

Comprehensive solution groups

Continuous integration, automation, and system reliability.

Decision frame

Compare the workstreams, detail blocks, and question-and-answer surfaces under this pillar at a glance.

Clarify the next step

Book a short discovery conversation with the team to identify the right workstream inside this pillar.

See publications
COMPLIANCE SURFACES

Regulatory frames anchor this service

The following standards form the operational and audit baseline for this service pillar. Compliance is an architectural invariant, not just a requirement.

ISO 27001

ISO/IEC 27001:2022

Information security management system (ISMS); Annex A.5-18 controls form the operational baseline.

DORA

Digital Operational Resilience Act

Financial-sector operational resilience; ICT-third-party risk + incident reporting framework.

SECTOR APPLICATIONS

How this service maps to sector needs

Each sector uses this capability through different infrastructure, compliance, and operating priorities; the cards surface related services from the sector pages.

Applied services 4 services

Education

Student and staff personal data, MEB e-Okul and YÖK integrations, and remote-learning, LMS and exam platforms each carry their own access-security and data-integrity demands. Disk Hastanesi is the B2B/B2G corporate technology partner that builds that infrastructure for education organizations — aligned to KVKK, MEB/YÖK requirements and ISO 27001.

Open sector view
Applied services 4 services

Energy & Critical Infrastructure

SCADA/OT environments across electricity distribution, generation, gas and renewable facilities operate under EPDK Information Security Regulation, NIS2, IEC 62443 and ISO 27019. Disk Hastanesi is the B2B/B2G corporate technology partner that builds the OT/IT-convergence security, continuity and data-governance infrastructure those critical-infrastructure operations depend on.

Open sector view
Applied services 4 services

Finance & Banking

Banking operations run under continuous audit, high-availability demands, and BDDK Information Systems, DORA and PCI-DSS obligations. Disk Hastanesi is the B2B corporate technology partner that builds the transaction-integrity, fraud-management and operational-resilience infrastructure financial institutions rely on.

Open sector view
Applied services 3 services

Construction & Real Estate

Multi-site project work, BIM and project data, tender and contract confidentiality, and occupational health and safety (OHS) records each demand secure, auditable handling under KVKK and ISO 27001. Disk Hastanesi is the B2B corporate technology partner that builds that infrastructure for construction and real estate organizations.

Open sector view
Applied services 4 services

Public Sector

e-Government integrations, inter-agency data sharing and classified systems must align to the Presidency Digital Transformation Office Information and Communication Security Guide and KVKK. Disk Hastanesi is the B2G corporate technology partner that builds the information-security, critical-infrastructure-protection and continuity infrastructure public-sector organizations need.

Open sector view
Applied services 4 services

Logistics & Supply Chain

WMS/TMS systems, IoT fleet and sensor telemetry, and customs and e-waybill integrations intersect across logistics operations that must stay traceable and auditable under ISO 28000 supply-chain security and KVKK. Disk Hastanesi is the B2B corporate technology partner that builds that infrastructure for logistics and supply-chain organizations.

Open sector view
Applied services 3 services

Media & Broadcasting

Broadcast continuity, content-delivery performance and digital-archive integrity sit under RTÜK and Law No. 6112, FSEK No. 5846 content-rights law, KVKK viewer and subscriber duties, and — for cross-border operations — the GDPR and the EU Copyright Directive. Disk Hastanesi is the B2B corporate technology partner that builds that infrastructure for media and broadcasting organizations.

Open sector view
Applied services 4 services

Retail & E‑commerce

Omnichannel inventory accuracy, platform resilience under campaign peaks, and customer-data integrity must hold under PCI-DSS card-data rules, KVKK and GDPR, and Turkish Consumer Law and distance-selling regulations. Disk Hastanesi is the B2B corporate technology partner that builds that infrastructure for retail and e-commerce organizations.

Open sector view
Applied services 4 services

Health & Life Sciences

Patient data is processed as KVKK special-category data while HIS, LIS, PACS and EHR systems run alongside Sağlık.NET, e-Nabız and MHRS integrations. Disk Hastanesi is the B2B corporate technology partner that builds the data-integrity and clinical-workflow continuity infrastructure healthcare organizations depend on.

Open sector view
Applied services 3 services

Defense Industry

Classified information, isolated networks and sensitive R&D data demand strict traceability and data integrity. Disk Hastanesi is the B2B corporate technology partner that builds that infrastructure for defense-industry organizations.

Open sector view
Applied services 4 services

Insurance

Actuarial and claims data, policy administration and distribution channels must hold transaction accuracy and data integrity under SEDDK oversight, KVKK special-category data requirements, and high-availability expectations. Disk Hastanesi is the B2B corporate technology partner that builds that infrastructure for insurance organizations.

Open sector view
Applied services 4 services

Telecommunications

Subscriber traffic and location data are processed under KVKK while BSS/OSS, core network and 5G infrastructure run under BTK regulations and the data-retention obligations of Electronic Communications Law No. 5809. Disk Hastanesi is the B2B corporate technology partner that builds the service-continuity and data-integrity infrastructure telecommunications organizations rely on.

Open sector view
Applied services 4 services

Tourism & Hospitality

Multi-property operations face seasonal traffic swings, reservation and PMS continuity, payment security and guest-data privacy. Disk Hastanesi is the B2B corporate technology partner that builds the payment-security and data-integrity infrastructure tourism and hospitality organizations depend on.

Open sector view
Applied services 4 services

Manufacturing & Industry 4.0

IT/OT convergence, network segmentation and data integrity across MES, SCADA and production-line environments must align to IEC 62443, ISO 27001, GDPR and the EU NIS2 framework. Disk Hastanesi is the B2B corporate technology partner that builds that infrastructure for manufacturing and industrial organizations.

Open sector view
FAQ

Frequently asked questions

How long does it take to implement a production-grade CI/CD pipeline?

A baseline pipeline covering build, test, and deploy to a single environment typically takes two to three weeks. Full multi-environment pipelines with security scanning, compliance gates, and progressive delivery strategies are delivered within four to six weeks depending on existing toolchain maturity.

Can you import our existing cloud resources into Terraform state without rebuilding them?

Yes. We use Terraform import workflows and tooling such as Terraformer to reverse-engineer existing resources into managed IaC. This allows you to bring current infrastructure under code control incrementally without causing downtime or requiring recreation.

How do you prevent the test suite from becoming a maintenance burden?

We apply Page Object Model patterns for UI tests, contract-based testing for APIs, and component-level unit tests that are isolated from infrastructure dependencies. This reduces test fragility and ensures that framework updates or minor UI changes require targeted fixes rather than wholesale test rewrites.

Where do we start if we have no existing SLOs or observability?

We begin with a two-day SLO definition workshop with your engineering and product leadership to identify the top three to five user journeys that define system reliability from a business perspective. From these journeys, we define SLIs and set initial SLO targets, then implement the instrumentation needed to measure them within the first sprint.

Can you integrate with our existing source control and ticketing systems?

Yes. We integrate with all major source control platforms including GitHub, GitLab, Azure Repos, and Bitbucket, and can link pipeline events to Jira, ServiceNow, or Azure Boards for traceability and change management compliance.

How do you handle secrets and sensitive values in IaC code?

Sensitive values are never stored in IaC repositories. We integrate with HashiCorp Vault, AWS Secrets Manager, or Azure Key Vault for runtime secret injection, and enforce pre-commit scanning with tools such as detect-secrets and tfsec to prevent accidental credential commits.

Can automated tests cover accessibility and security requirements?

Yes. We integrate axe-core for WCAG 2.1 AA automated accessibility checks and OWASP ZAP for dynamic application security testing directly into the CI pipeline. These run on every build alongside functional tests to provide continuous compliance validation.

How do error budgets help balance reliability and feature development?

An error budget is the allowed amount of downtime or errors within your SLO window. When the budget is healthy, teams can deploy aggressively. When it is nearly exhausted, deployment velocity is reduced and reliability work is prioritized. This creates a data-driven, conflict-free mechanism for product and engineering to negotiate the reliability versus velocity tradeoff.

STARTING POINT

Where should the conversation begin?

This short form routes your request to the right support team. We clarify context first, then define the safe sharing method.

  1. We capture context
  2. We choose a safe channel
  3. We clarify the first direction

Privacy-aware first contact; safe sharing flow when needed; no sales pressure.

Main request topic