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Knowledge Base · 67 Cards

AI Native Development
Flashcards

Interactive flashcards covering everything from LLM coding agents and AI-native team structures to legacy modernization strategy and hiring. Click any card to reveal the answer.

67 of 67 cards shown
1Concepts

What is the “fourth lever” in software development that multiplies output without increasing cost or time?

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1Answer

AI coding agents.

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2Metrics & Numbers

One exceptional developer using AI agents is estimated to be worth how many developers without them?

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2Answer

Three average developers.

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3Concepts

How do AI coding agents function differently from simple autocomplete tools regarding project scope?

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3Answer

They operate with full codebase context and read or write across multiple files.

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4Concepts

AI coding agents function as a tireless _____ developer available around the clock.

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4Answer

Junior.

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5Metrics & Numbers

What is the average velocity multiplier for AI-native teams compared to traditional teams?

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5Answer

3×

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6Metrics & Numbers

By what percentage can an AI-native team typically reduce costs compared to a traditional team?

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6Answer

60%

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7Metrics & Numbers

What is the expected delivery time for a 3-person AI-native team to build a full platform?

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7Answer

22 weeks.

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8Metrics & Numbers

AI-native teams are approximately how much faster on CRUD and boilerplate tasks?

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8Answer

4×

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9Concepts

What are the three traditional levers used to increase software shipping velocity?

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9Answer

Hiring more developers, working longer hours, or reducing scope.

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10Concepts

Which AI agent capability allows a developer to scaffold backend modules including models, routes, and tests in hours?

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10Answer

End-to-end module generation.

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11Concepts

How do AI agents eliminate the documentation backlog in engineering teams?

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11Answer

They auto-generate API docs and README files as code is written.

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12Business Case

What is Technical Debt from a business perspective?

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12Answer

A strategic liability accumulating through rushed releases and outdated frameworks that slows competitive progress.

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13Business Case

What is the business risk of building software without an API layer?

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13Answer

Every new integration requires touching fragile core code, which multiplies risk.

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14Business Case

How do manual workflows impact a business’s ability to scale software?

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14Answer

Scaling requires hiring more staff rather than simply deploying more software.

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15Process & Phases

How does the AI-native approach to technical debt differ from the traditional incremental patching method?

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15Answer

It prioritizes rewriting and refactoring using agents rather than small patches during existing sprints.

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16Team & Roles

What is the typical team size for an AI-native team with output equivalent to 6–8 traditional developers?

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16Answer

3 developers.

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17Process & Phases

Phase 1 outcome: Page load times typically improve by what factor after a modern rebuild?

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17Answer

5–15×

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18Team & Roles

What is the non-negotiable rule for pricing rules and compliance logic in an AI-native team?

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18Answer

They must be human-written and human-owned.

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19Team & Roles

AI-native teams achieve both quality and velocity simultaneously by concentrating human oversight in _____.

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19Answer

Senior reviewers.

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20Concepts

What is the “Turning Point” in software development economics?

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20Answer

The emergence of LLM-powered coding agents that fundamentally alter what a small team can produce.

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21Hiring

Why is using agents solely as search engines rather than executors considered a hiring red flag?

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21Answer

It fails to use the agents for high-velocity code generation and execution.

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22Process & Phases

Why are “agent conventions” documented and version-controlled?

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22Answer

To define which tasks are delegated to agents, how prompts are structured, and what code is never delegated.

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23Team & Roles

In an AI-native team, how is the cost of documentation typically managed?

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23Answer

It is eliminated as a separate hire because documentation is auto-generated during coding.

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24Process & Phases

What is “Intelligent matching and scoring” in the Phase 3 analytics layer?

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24Answer

The use of AI to rank and surface relevant records to reduce cognitive load on operators.

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25Team & Roles

How does an AI-native team avoid the risk of “single developer dependency”?

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25Answer

Agents explain the codebase to the team and documentation is kept current automatically.

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26Team & Roles

How often must an AI-native team conduct a formal architecture review?

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26Answer

Weekly.

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27Team & Roles

What ownership distinguishes a Mid Full Stack Developer from a Senior Full Stack Developer in an AI-native team?

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27Answer

Mid devs focus on feature implementation and test suites, while Seniors own API integrations and performance.

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28Process & Phases

What is the mandatory requirement for code merge regarding AI-written tests?

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28Answer

All tests must pass before the merge is allowed.

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29Metrics & Numbers

How does the AI-native approach affect the timeline for “Boilerplate / Routine Work”?

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29Answer

It reduces the time from 8–10 days to 2–3 days per module.

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30Process & Phases

What happens to “legal and regulatory compliance” documents scaffolded by AI?

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30Answer

They must be reviewed by qualified legal counsel before being encoded into the system.

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31Team & Roles

In an AI-native team, what are the Tech Lead’s primary ownership responsibilities?

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31Answer

Architecture decisions, security-critical code, and quality guardrails.

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32Process & Phases

What is the mandatory final step for security before any production launch of an AI-native project?

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32Answer

An external security audit or penetration test.

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33Business Case

Which engagement model provides full-time, exclusive engineers managed directly by the client’s priorities?

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33Answer

Dedicated Team.

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34Process & Phases

What is the goal of the “Discovery sprint” in the 90-day action plan?

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34Answer

Documenting hidden logic and mapping the database schema before new code is written.

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35Business Case

How is “operating leverage” achieved through an AI-native platform rebuild?

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35Answer

The business can scale revenue without scaling headcount proportionally.

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36Process & Phases

What is the primary focus of Phase 3 in the three-phase framework for revamping legacy projects?

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36Answer

AI Intelligence and the Analytics Layer.

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37Process & Phases

What is the objective of the Discovery Sprint (Days 28–35) in the transition roadmap?

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37Answer

Reviewing the legacy codebase, documenting business logic, and identifying migration risks.

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38Business Case

What is the consequence of “difficult to test” code on release cycles?

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38Answer

Cycles slow down because every new change risks breaking existing functionality.

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39Process & Phases

When should the working system backbone be established in the 90-day transition plan?

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39Answer

Within Sprint 1 (the first two weeks of development).

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40Business Case

What is the “Milestone-based” engagement model offered by RG INSYS?

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40Answer

Project-Based.

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41Business Case

How does transitioning to AI-native development serve as a “risk reduction” argument for a board?

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41Answer

It mitigates security and operational risks associated with legacy systems and single-developer dependencies.

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42Concepts

Why must architecture decisions remain human-driven despite the availability of AI agents?

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42Answer

They require experienced engineering judgment and trade-off analysis that agents cannot reliably provide.

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43Metrics & Numbers

What is the typical reduction in manual staff time after completing Phase 2 of the redevelopment framework?

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43Answer

60–80%.

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44Hiring

What is the most critical filter when hiring for an AI-native development team?

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44Answer

Demonstrated ability to work effectively with AI tools.

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45Business Case

In an AI-native model, how does scalability behave relative to work volume spikes?

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45Answer

It is sub-linear, meaning agents absorb volume spikes without requiring a proportional increase in hires.

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46Process & Phases

What is the role of “Parallel Operation” during the Phase 1 rebuild?

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46Answer

Running the new and old systems simultaneously to ensure zero disruption to live operations.

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47Concepts

What is the primary risk identified in AI-native development?

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47Answer

Assuming AI-generated code is correct without proper human oversight.

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48Business Case

What are the three dimensions across which the financial case for AI-native teams compounds?

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48Answer

Lower headcount cost, faster time-to-market, and reduced maintenance overhead.

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49Business Case

Every sprint spent patching legacy code is a sprint not spent building _____.

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49Answer

Competitive advantage.

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50Team & Roles

Who is responsible for reviewing security-sensitive code such as authentication and payments?

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50Answer

The Tech Lead.

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51Hiring

Why is an inability to explain AI-generated code line-by-line a reason to reject a candidate?

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51Answer

It indicates the developer would ship code that they do not actually understand.

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52Hiring

What does asking a candidate to find bugs in an AI-generated pull request evaluate?

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52Answer

Review discipline.

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53Team & Roles

What is the core responsibility of a Senior Full Stack Developer in an AI-native team?

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53Answer

Feature modules, API integrations, and performance optimization.

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54Hiring

Why is the preference to “write everything myself” considered a hiring red flag for AI-native teams?

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54Answer

It creates a single-threaded bottleneck that negates the model’s velocity advantage.

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55Team & Roles

How does onboarding time for new developers change in an AI-native environment?

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55Answer

Agents explain the codebase context to the developer, allowing for a faster ramp-up.

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56Process & Phases

What type of data entry transformation occurs in Phase 3 of the legacy redevelopment framework?

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56Answer

AI-assisted extraction of structured data from unstructured inputs like PDFs or emails.

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57Concepts

What is the “Legacy Redevelopment” specialty of RG INSYS?

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57Answer

Migrating PHP, .NET, or Java platforms to modern Node.js and React architectures.

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58Process & Phases

What is the primary focus of Phase 1 in the three-phase framework for revamping legacy projects?

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58Answer

Discovery and Feature Parity Rebuild.

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59Team & Roles

Why must the Tech Lead be the first hire in the 90-day transition plan?

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59Answer

They define architecture, screen subsequent hires, and set quality guardrails.

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60Process & Phases

What is the primary focus of Phase 2 in the three-phase framework for revamping legacy projects?

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60Answer

Automation and the Integration Layer.

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61Metrics & Numbers

What is the “Boilerplate / Routine Work” velocity comparison between traditional and AI-native teams?

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61Answer

AI-native teams are roughly 4× faster.

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62Metrics & Numbers

How does an AI-native approach affect the DevOps overhead cost?

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62Answer

It is reduced to approximately 10% of the Tech Lead’s time through managed infrastructure.

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63Concepts

Which specialist engineering practice does RG INSYS maintain alongside custom software development?

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63Answer

VoIP and Communications engineering.

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64Team & Roles

Which areas of development must remain strictly human-owned in an AI-native team?

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64Answer

Business logic, architecture decisions, and security-sensitive code.

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65Business Case

What is the business impact of an outdated framework on recruitment and security?

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65Answer

Vulnerabilities accumulate and recruiting developers becomes more expensive.

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66Process & Phases

What is the first action in the 90-day plan to transition to AI-native development?

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66Answer

Auditing the existing technical debt.

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67Hiring

What specific demonstration is required for a Mid Full Stack Developer during an AI-native job interview?

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67Answer

Generating a comprehensive test suite for a module using AI within 30 minutes.

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