Question 1

What is AIR DevOps?

Accepted Answer

It is an End-to-End Transformation methodology for software development and operations transformation based on AI Code Assistant. AIR DevOps is applied throughout the entire development and operations process to maximize developer productivity and support efficient operations through automation.

Question 2

What is the difference from existing development SDLC?

Accepted Answer

1. AIR DevOps SDLC
· Fast release through AI-based CI/CD/CO integration
· Simultaneous quality and productivity assurance through automation and AI Assist
· Integrated Dev·Ops·Sec, cloud-native scalability
· Agile response to market changes through real-time feedback

2. Existing development methodology
· Sequential progress, delayed release
· Post-testing, manual-focused
· Separated development and operations, increased scaling costs
· Difficult to respond to changes and burden of rework

Question 3

What are the expected benefits of adopting AIR DevOps?

Accepted Answer

Maximizing development speed: Reducing coding time through AI automation (H Company case study: 30% improvement in code productivity)
Securing cost efficiency: Cost savings through shortened development periods

Question 4

What technology stack is it based on?

Accepted Answer

AIR DevOps organically combines the latest cloud-native architecture and AI technology to provide the most suitable and flexible technology stack for your environment.

First, in the application development area, we support the latest web frameworks such as React and Vue.js as well as hybrid app structures, and use enterprise-standard languages such as Java, Python, and TypeScript in the backend. In particular, we integrate various AI coding tools such as Amazon Q Developer, Cursor, Claude, and GitHub Copilot to maximize development productivity.

For infrastructure and cloud environments, we build container environments based on Kubernetes and Docker to implement auto-scaling, and enhance database availability through RDS, Redis Cluster, and more.

In terms of operations and DevOps, we automate the build and deployment processes through CI/CD pipelines via GitLab, and thoroughly manage code quality through static analysis using SonarQube and security checks. Additionally, we establish a monitoring system based on AWS CloudWatch, Whatap, and AI Ops to detect and predict system anomalies in advance, and help smoothly transition legacy code to modern environments through AI analysis.

Question 5

What is the adoption procedure for AIR DevOps?

Accepted Answer

We apply a 4-stage methodology framework based on project management standards to systematically guide customers through their AI transformation (AX) journey.
· Stage 1: Strategy consulting and AI Code Assistant selection
· Stage 2: MVP validation (PoC) and practice-based internalization
· Stage 3: Full implementation and AI automation SDLC integration
· Stage 4: AI Ops-based intelligent operations and internalization completion

Question 6

Can AIR DevOps be applied to Legacy systems?

Accepted Answer

Yes, it is possible. We provide AI-based Code Modernization services. (Case study with N company: Achieved up to 82% conversion rate by analyzing and converting legacy Java and Node code using Agentic AI tools) We quickly and safely convert existing code to the latest architecture, eliminating technical debt and improving performance.

Question 7

Are there success cases in the financial and retail/distribution platforms?

Accepted Answer

In the financial sector, we resolved outdated script issues and significantly improved development productivity by optimizing builds and enhancing CI/CD pipelines tailored to the industry's strict requirements. Additionally, we achieved enhanced operational stability through automated validation processes.

In the retail/distribution platform sector, we optimized infrastructure to ensure stable service even during peak traffic periods and established an AI-based monitoring system to secure both operational stability and cost efficiency. Furthermore, we have successfully built platforms that enable flexible service expansion and intelligent operations even in complex system integration environments where online and offline channels are integrated.

AI-Driven Development Life Cycle

Applications & DevOps

Customer Success Story Global Integrated Logistics Group (H Company)

Applying AI-Driven Development
Reduced Period from 12 Months to 9 Months

Customer Success Story Global Coffee Brand Platform (S Company)

AI-Based Infrastructure Optimization + AIR DevOps
40% Cost Reduction, 100% Stability Secured

Customer Success Story Integrated Financial Data Platform (S Company)

Through Build Optimization and CI/CD Advancement
300% Development Productivity Improvement, Zero Deployment Failures

Customer Success Story Global Integrated Logistics Group (H Company)

Applying AI-Driven Development
Reduced Period from 12 Months to 9 Months

AIR DevOps SDLC

Code Enablement

Code Foundation

Code Development

Code Operation

Monitoring

App Modernization

DevOps

Vibe Coding

Awards and Recognition

2023 AWS Summit Seoul SI Partner Award

AWS AI-DLC Strategic Partner

KIRO AI Technology Certification 2024

Q-Developer Strategic Partner

AWS Premier Tier Consulting Partner

AWS Competency: Data & Analytics, DevOps, Migration

Reduce lead time with AI-centric SDLC transition and predict failures in advance to secure 'maximized business performance'.

AI-Driven Development Life Cycle

Applications & DevOps

Customer Success Story Global Integrated Logistics Group (H Company)

Applying AI-Driven DevelopmentReduced Period from 12 Months to 9 Months

AIR DevOps SDLC

Code Enablement

Code Foundation

Code Development

Code Operation

Monitoring

App Modernization

DevOps

Vibe Coding

Awards and Recognition

2023 AWS Summit Seoul SI Partner Award

AWS AI-DLC Strategic Partner

KIRO AI Technology Certification 2024

Q-Developer Strategic Partner

AWS Premier Tier Consulting Partner

AWS Competency: Data & Analytics, DevOps, Migration

Reduce lead time with AI-centric SDLC transition and predict failures in advance to secure 'maximized business performance'.

Applying AI-Driven Development
Reduced Period from 12 Months to 9 Months