Your Team Should Own the System, Not Depend on Ours

We ensure your teams can own and operate modernized systems independently — through structured documentation, hands-on training and embedded knowledge transfer.

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Deka Technology engineers working on knowledge transfer & enablement projects
80%
Reduction in external escalations
12 wks
Typical enablement program
100%
Team autonomy target
4.8/5
Average training satisfaction
THE CHALLENGE

Modernization fails when knowledge walks out the door

Too many modernization projects end with a vendor handoff and a 200-page document that no one reads. The new system is technically superior, but the internal team does not understand how to operate it, extend it or troubleshoot it. Within months, the same problems that plagued the legacy system start appearing in the modern one — because the people responsible for it were not part of building it.

Effective knowledge transfer is not a phase at the end of a project — it is a continuous process that runs throughout. Internal teams need to work alongside the modernization team, understand every architectural decision and practice operating the system before they own it.

OUR APPROACH
01

Embed & Collaborate

Your engineers join our delivery squads from day one. Pair programming, code reviews and architecture sessions ensure knowledge flows continuously — not as a handoff at the end.

02

Document & Train

We produce living documentation — architecture decision records, runbooks, troubleshooting guides and video walkthroughs. Formal training sessions cover architecture, operations and extension patterns.

03

Shadow & Graduate

Your team takes over operations with our team in shadow mode. We monitor, review and support until your team is fully autonomous. Graduation criteria are defined upfront and measured objectively.

CAPABILITIES

What we deliver

Embedded Engineering

Your engineers work inside our delivery squads — not observing, but contributing. They participate in design decisions, write production code, review PRs and attend retrospectives.

Architecture Documentation

Architecture Decision Records (ADRs), system context diagrams, deployment topology, data flow maps and integration documentation. Living documents maintained in your repository, not static PDFs.

Operational Runbooks

Step-by-step procedures for deployment, scaling, failover, incident response and common troubleshooting scenarios. Written for your team is skill level, tested in tabletop exercises.

Hands-On Training

Instructor-led workshops covering the technology stack, architecture patterns and operational procedures. Practical exercises using your actual system, not generic examples.

Shadowed Operations

Progressive handover where your team operates the system with our team available for escalation. Incident handling, change management and capacity planning practiced under supervision.

Undocumented systems or knowledge trapped in a few heads?

Talk to an engineer who reverse-engineers and documents enterprise systems.

Discuss your project
80%
Reduction in external escalations
12 wks
Typical enablement program
100%
Team autonomy target
4.8/5
Average training satisfaction
PROJECT SPOTLIGHT
KNOWLEDGE TRANSFER

Anadolu Group

CHALLENGE

Anadolu Group modernized multiple subsidiary systems but internal teams lacked the cloud-native skills to operate and extend them independently.

APPROACH

We ran a 12-week embedded enablement program: internal engineers joined delivery squads, participated in architecture decisions and progressively took ownership. Runbooks, ADRs and training materials were delivered throughout.

RESULT

Internal teams now independently operate and extend the modernized systems. Escalation to external support dropped by 80% within 6 months of the program.

80% fewer escalations12-week programFull team autonomy
USE CASES

Where we apply it

  • Own and operate modernized systems without external dependency
  • Get your team productive on Kubernetes and Terraform in weeks
  • Onboard new engineers to complex architectures 3x faster
  • Transform traditional ops into a self-sufficient DevOps team
  • Establish code review, testing and documentation as habits
TECHNOLOGY

Technologies

ConfluenceGitAzure DevOpsKubernetesTerraformDockerGrafanaPagerDuty
TECHNOLOGY PARTNERS
Microsoft Microsoft
Red Hat Red Hat
FAQ

Common questions about knowledge transfer & enablement

When does knowledge transfer start in a project? +

From day one. We embed your engineers in our delivery squads from the first sprint. Knowledge transfer is not a phase — it is a continuous process. Waiting until the end of a project to transfer knowledge means your team learns the system when it is too late to influence its design.

What if our team does not have cloud-native experience? +

That is the most common starting point. We design the enablement program around your team is current skill level. We start with fundamentals (containers, CI/CD, infrastructure as code) and progress to advanced topics (Kubernetes operations, observability, incident management) as the team gains confidence.

How do you measure readiness for handover? +

We define graduation criteria at the start of the engagement: the team must independently handle deployments, resolve incidents within SLA, extend the system with new features and pass a knowledge assessment. We track progress weekly and adjust the program as needed.

Do you provide ongoing support after the handover? +

Yes. We offer a support period after graduation where our team is available for escalation. The duration depends on system complexity — typically 4-8 weeks. After that, we transition to an on-demand advisory model if needed.

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Related case studies

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ENABLEMENT
Cloud-native enablement for subsidiary teams
Anadolu Group
TRAINING
DevOps capability building for operations teams
AXA Partners

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