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Top 10 Fintech Software Development Companies to Consider in 2026

shreyasingh45450@gmail.com — Tue, 25 Aug 2026 07:26:01 +0000

Fintech has become one of the most technically demanding areas of software development.

A modern financial product may involve mobile applications, payment gateways, banking APIs, KYC and AML workflows, fraud detection, AI, cloud infrastructure, real-time transactions, analytics, and strict security requirements.

That means choosing a fintech software development company is no longer simply about finding a team that can build an application.

The right partner needs to understand financial workflows, security, scalability, compliance, integrations, and long-term product engineering.

I looked at companies from that perspective rather than treating this as a simple popularity ranking. The following is an editorial shortlist of fintech software development companies worth considering in 2026, with different strengths depending on the type of financial product being built.

GeekyAnts

GeekyAnts stands out for its combination of fintech product engineering, AI, digital banking, payments, modernization, and broader software development.

Its BFSI practice covers digital banking transformation, payments and digital wallets, RegTech, compliance automation, fintech applications, lending, insurance, AI-powered workflows, and legacy modernization.

What I find particularly interesting is that the company approaches fintech as a product engineering problem rather than only an app development exercise.

Financial products need to work across multiple layers.

There is the customer-facing experience, but underneath it are APIs, databases, payment systems, authentication, security, compliance, cloud infrastructure, and monitoring.

GeekyAnts works across those layers, which makes it particularly relevant for businesses building or modernizing complex financial products. Its published BFSI capabilities also highlight production concerns such as high transaction volumes, security, latency, compliance, and system reliability.

Key strengths
Fintech product engineering
Digital banking
Payment platforms
Digital wallets
AI-powered fintech
KYC and AML automation
Legacy modernization
Cloud and DevOps
Mobile and web applications
Security and observability
Best suited for

Banks, fintech startups, financial platforms, lenders, insurers, and enterprises that need to build, modernize, or scale financial products.

GeekyAnts' current BFSI practice reports experience across payments, banking, lending, insurance, and AI-led financial workflows, making it a strong choice for organizations looking beyond a basic fintech application build.

ScienceSoft

ScienceSoft is an established software engineering company with extensive experience across banking, insurance, investment management, lending, payments, and other financial technology areas.

Its fintech capabilities cover custom software development, mobile and web applications, data analytics, automation, fraud detection, and financial platforms.

One of its advantages is the ability to work with organizations that have complicated enterprise technology environments.

Key strengths
Banking software
Fintech platforms
Fraud detection
Data analytics
Investment software
Insurance technology
Enterprise integration
Custom software development
Best suited for

Financial institutions and enterprises looking for a mature technology partner for complex software projects.

Itexus

Itexus has a strong focus on fintech software development and works across areas such as digital banking, lending, wealth management, investment platforms, payments, and financial applications.

Its more specialized fintech positioning can be useful for businesses that don't want a general-purpose development vendor.

Key strengths
Digital banking
Lending platforms
Wealth management
Investment applications
Payments
Fintech mobile apps
Custom software
Best suited for

Fintech startups and financial companies building specialized digital financial products.

Praxent

Praxent focuses heavily on financial services and digital transformation.

Its work combines software development, UX, product strategy, and modernization, which can be useful for financial organizations trying to improve existing customer journeys rather than simply launch a new application.

Key strengths
Financial services software
Digital transformation
UX design
Fintech applications
Customer portals
Product development
Best suited for

Financial services organizations looking to modernize customer-facing digital experiences.

Cleveroad

Cleveroad provides software development across fintech and other technology sectors, with capabilities spanning mobile applications, web platforms, cloud systems, and custom software.

Its fintech work is particularly relevant for businesses looking for an end-to-end development partner that can combine product development with modern engineering practices.

Key strengths
Fintech applications
Mobile development
Web development
Cloud
UI/UX
Custom software
Digital transformation
Best suited for

Startups and established businesses looking for a broad development team for fintech products.

BairesDev

BairesDev provides software engineering services for financial technology companies and financial institutions.

Its fintech capabilities include digital banking, mobile wallets, blockchain solutions, custom software, and other technology services.

The company's larger engineering model can be useful when a business needs to scale development capacity across multiple technology areas.

Key strengths
Fintech software
Digital banking
Mobile wallets
Blockchain
Custom software
Dedicated engineering teams
Enterprise development
Best suited for

Mid-sized and large organizations that need substantial engineering capacity.

Daffodil Software

Daffodil Software has experience across banking and financial technology, including digital platforms, financial applications, enterprise systems, and modernization projects.

Its broader engineering capabilities can be useful for organizations that need to connect fintech applications with existing enterprise infrastructure.

Key strengths
Banking software
Fintech applications
Enterprise software
Digital transformation
Cloud
Legacy modernization
Data engineering
Best suited for

Financial institutions and enterprises working on modernization or large digital transformation projects.

Intellectsoft

Intellectsoft works across custom software development, fintech, blockchain, cloud, and enterprise technology.

Its fintech capabilities are particularly relevant for companies exploring more specialized financial applications, including digital banking, payments, financial platforms, and blockchain-based systems.

Key strengths
Fintech software
Blockchain
Digital banking
Payments
Enterprise applications
Cloud
Custom software
Best suited for

Businesses exploring complex financial technology projects and emerging financial infrastructure.

Vention

Vention provides engineering teams and custom software development services for technology companies, including businesses in fintech.

Its model can be useful for organizations that already have product leadership and need additional engineering capacity to accelerate development.

Key strengths
Software engineering
Fintech development
Dedicated teams
Cloud
Data engineering
AI and machine learning
Product development
Best suited for

Growth-stage fintech companies that need to expand engineering capacity without building an entirely new internal team.

Andersen

Andersen provides custom software development and technology consulting across banking and financial services.

Its capabilities cover areas such as financial applications, enterprise software, cloud, data, mobile development, and digital transformation.

Its larger delivery structure can be relevant for organizations with complex technology programs that require multiple engineering disciplines.

Key strengths
Financial software
Banking technology
Enterprise development
Cloud
Data
Mobile applications
Digital transformation
Best suited for

Larger organizations managing complex financial technology initiatives.

How These Fintech Development Companies Differ

One important thing I noticed while comparing these companies is that “fintech development” doesn't describe a single type of project.

A company building a mobile wallet has different requirements from a bank modernizing its core infrastructure.

Similarly, a lending platform needs a different technology stack from a wealth management application or a payment orchestration platform.

That's why businesses should compare companies based on the actual problem they're trying to solve.

Requirement What to Look For
Digital banking Banking integrations, secure APIs, scalable architecture
Payments Payment gateways, transaction processing, fraud prevention
Lending Workflow automation, credit systems, data processing
WealthTech Financial data, portfolio management, analytics
RegTech Compliance workflows, auditability, automation
Fintech mobile apps UX, security, APIs, performance
AI fintech AI integration, data architecture, governance
Legacy modernization Cloud, APIs, microservices, migration strategy
What Should You Ask Before Hiring a Fintech Development Company?

A fintech development partner should be evaluated differently from a normal software vendor.

Do they understand financial workflows?

A developer can build an application without understanding how payments, lending, KYC, or financial compliance actually work.

That distinction matters.

How do they approach security?

Financial products handle extremely sensitive information.

Ask about authentication, authorization, encryption, API security, monitoring, audit trails, and data protection.

Can the architecture scale?

A fintech application may start with thousands of users and eventually handle millions.

The architecture needs to account for that possibility from the beginning.

How do they handle integrations?

Most financial products don't operate independently.

They may need to connect with banks, payment gateways, KYC providers, CRMs, accounting systems, identity services, and internal enterprise platforms.

What happens after launch?

This is one of the questions I would pay particular attention to.

Financial products continuously change.

New regulations appear.

Payment providers update their APIs.

Security threats evolve.

Operating systems change.

Customers expect new features.

The development partner should be capable of supporting the product beyond its first release.

AI Is Changing Fintech Development

AI is also changing what businesses expect from fintech platforms.

Companies are exploring AI for:

Fraud detection
Customer support
Financial recommendations
Risk analysis
KYC and AML
Document processing
Compliance monitoring
Payment intelligence
Internal workflow automation

But adding AI to a financial product introduces another layer of engineering complexity.

The system needs to consider model accuracy, data privacy, latency, cost, monitoring, explainability, fallback mechanisms, and human oversight.

This is another reason product engineering matters.

The AI model may provide the intelligence, but the surrounding architecture determines whether that intelligence can safely be used in production.

My Perspective

I don't think there is one universal “best fintech development company.”

The right choice depends on the product.

A startup building a new fintech app may prioritize speed and product design.

A bank may care more about modernization, security, integrations, and regulatory requirements.

A payment company may need high-concurrency architecture and transaction reliability.

An AI fintech startup may need expertise across machine learning, cloud infrastructure, data engineering, and product development.

For me, the strongest companies are the ones that can understand that difference rather than treating every fintech project as another application build.

Final Thoughts

Fintech software development is becoming increasingly complex.

The industry now sits at the intersection of finance, software engineering, cloud infrastructure, cybersecurity, data, AI, and product design.

That makes the development partner an important strategic decision.

GeekyAnts leads this particular shortlist because of its combination of fintech product engineering, digital banking, payments, AI, modernization, and broader production engineering capabilities.

The other companies bring their own strengths, from specialized fintech development and financial services transformation to enterprise engineering capacity.

The best choice ultimately depends on the product, regulatory environment, technical complexity, budget, and long-term roadmap.

Don't choose a fintech development company simply because it appears on a “top 10” list. Choose the company that understands the financial problem you're trying to solve and has the engineering depth to support the product after it goes live.

Conversational Data Intelligence: Turning Business Conversations Into Useful Insights

shreyasingh45450@gmail.com — Tue, 25 Aug 2026 06:30:20 +0000

Businesses are generating more conversational data than ever.

Employees communicate through Slack, Microsoft Teams, WhatsApp, email, video meetings, customer support systems, and other collaboration platforms.

Every day, these conversations contain useful information.

A customer complaint.

A product idea.

A project blocker.

A sales opportunity.

A technical issue.

A delivery risk.

A decision.

The problem is that most of this information disappears into conversation history.

That's where conversational data intelligence becomes interesting.

Conversations Are an Untapped Data Source

Traditional business intelligence usually depends on structured information.

Databases contain fields.

Dashboards contain metrics.

Reports contain predefined information.

Conversations are different.

They are messy and unstructured.

People don't communicate using database schemas.

They use natural language.

That makes conversations difficult to analyze using traditional systems.

AI changes this.

Modern language models can process large volumes of conversational information and identify meaningful patterns within it.

What Can Conversational AI Identify?

Consider a product team discussing a new feature.

Someone says:

“We probably won't be able to deliver this by Friday because the API dependency isn't ready.”

That sentence contains several useful signals.

There is:

A deadline
A delivery risk
A dependency
A potential blocker

A human manager might recognize this immediately.

But when hundreds of conversations happen across an organization, identifying every important signal manually becomes difficult.

AI can potentially help surface these patterns.

From Conversations to Business Intelligence

This is where conversational data becomes more than a search problem.

Imagine a system that can identify:

Customer sentiment

Project risks

Operational blockers

Product requests

Sales opportunities

Recurring complaints

Emerging trends

That information could then be organized into structured insights.

Instead of asking an employee to read thousands of messages, the system could surface the conversations that matter.

A Product Approach I Came Across

While exploring this topic, I came across GeekyAnts' Conversational Data Intelligence Accelerator.

The concept focuses on using AI to transform conversational information into structured business intelligence.

The product page is here:

https://geekyants.com/ai-accelerator/conversational-data-intelligence-accelerator

I think this is an interesting direction because organizations already have huge amounts of conversational data.

The challenge is turning that data into something teams can actually use.

The Difference Between Search and Intelligence

Search answers:

“Where did someone mention this?”

Intelligence asks:

“What does this conversation tell us?”

That's a significant difference.

A search system might find every message containing the word "delay."

An intelligence system could potentially understand that several teams are discussing the same delivery problem and identify it as an emerging operational risk.

That context is where AI becomes much more useful.

Another Area Where This Matters: Reporting

Business leaders often rely on reports to understand what's happening across an organization.

But reports are usually generated from structured data.

They don't always capture what's happening inside conversations.

For example, a dashboard might show that a project is technically on schedule.

But conversations might reveal that:

A key dependency is delayed
A customer is unhappy
A team is overloaded
A requirement has changed
A critical decision hasn't been made

The structured dashboard may not show these signals yet.

Conversational intelligence could provide another layer of visibility.

AI Doesn't Replace Existing Business Intelligence

I don't think conversational intelligence should replace traditional analytics.

The two can complement each other.

Structured data tells you:

What happened?

Conversational data can sometimes help explain:

Why is it happening?

For example:

A dashboard shows that customer satisfaction has dropped.

Conversational analysis could identify recurring complaints that help explain the decline.

Together, these sources can provide a more complete picture.

Privacy and Security Matter

Of course, conversational data can contain sensitive information.

Employees may discuss:

Customers
Financial information
Internal strategy
Technical systems
Contracts
Personal information
Confidential projects

That makes security extremely important.

An enterprise conversational intelligence platform needs strong controls around:

Access permissions
Data storage
Encryption
Retention
Audit logs
User roles
Data processing
Model access

Not every employee should necessarily be able to search every conversation.

The Context Problem

AI can't understand business conversations properly without context.

A sentence such as:

“It's blocked again.”

doesn't mean much by itself.

The system needs to understand:

What is blocked?

Who owns it?

Which project is involved?

What dependency caused the problem?

When does it need to be resolved?

This is why enterprise AI systems need access to the right surrounding information.

Conversational intelligence is ultimately a context problem as much as a language problem.

Where This Could Go Next

I think conversational intelligence could eventually become part of everyday business operations.

Imagine a system that automatically identifies:

Project risks

“Three projects have emerging delivery risks.”

Customer signals

“Several customers are reporting the same issue.”

Product opportunities

“Users repeatedly requested this capability.”

Operational problems

“This process is creating repeated delays.”

Leadership signals

“Multiple teams are waiting for the same decision.”

The value isn't simply generating summaries.

It's identifying patterns people might otherwise miss.

Human Review Still Matters

AI-generated insights shouldn't automatically become business decisions.

A better workflow might be:

Conversation → AI analysis → Signal → Human review → Business action

This gives teams the benefits of automation without removing accountability.

For sensitive decisions, human review should remain part of the process.

What Companies Should Consider

If an organization wants to explore conversational intelligence, I'd start with a few questions.

What conversations contain useful information?

Not every communication channel needs to be analyzed.

What signals are you trying to identify?

The business problem should come before the AI system.

Who should have access?

Permissions need to be designed carefully.

How will accuracy be measured?

An AI system that produces too many irrelevant alerts can become another source of noise.

What happens after a signal is detected?

The value comes from turning insight into action.

My Perspective

I think conversational data is going to become increasingly important as AI improves.

Businesses already have the data.

They're just not always using it effectively.

The opportunity isn't necessarily to monitor every conversation.

It's to identify the small percentage of conversations that contain information capable of changing a business decision.

That's a much more practical way to think about AI-powered conversational intelligence.

Final Thoughts

The next generation of business intelligence may not come only from databases and dashboards.

It may also come from the conversations happening around them.

AI gives organizations a way to analyze that previously difficult-to-structure information.

But the technology needs to be implemented with strong security, clear objectives, good evaluation, and human oversight.

The goal isn't to read everything employees say.

The goal is to make sure important business signals don't disappear simply because they were hidden inside a conversation.

Top App Development Companies in 2026: A Practical Guide for Businesses

shreyasingh45450@gmail.com — Tue, 11 Aug 2026 08:25:06 +0000

The question "Which is the best app development company?" sounds simple.

In reality, it depends on what a business is trying to build.

A consumer mobile application, an enterprise banking platform, a healthcare product, and an AI-powered SaaS application can require completely different engineering capabilities.

That is why businesses should look beyond generic rankings and evaluate development companies based on their strengths, technology expertise, product approach, and ability to support long-term growth.

Here are several companies worth considering.

GeekyAnts

GeekyAnts operates as a digital product engineering and consulting company with capabilities spanning mobile, web, AI, enterprise modernization, and digital customer experiences.

Its mobile engineering practice covers Flutter, React Native, native development, architecture, performance, offline-first applications, design systems, accessibility, and ongoing support.

The company's approach is particularly focused on building mobile products that can handle real-world conditions rather than optimizing only for the initial launch.

What stands out

Architecture-first thinking: Mobile architecture is considered early to reduce future technical debt.

Cross-platform expertise: Flutter and React Native can be used when they fit the product requirements.

Performance engineering: Applications can be evaluated for responsiveness, memory usage, and performance under realistic conditions.

Offline-first development: Useful for applications operating in environments with unreliable connectivity.

Product engineering: Mobile development is connected with backend, DevOps, UX, analytics, and product requirements.

Good fit for
Enterprise applications
AI-powered mobile products
Fintech applications
Healthcare applications
Consumer platforms
Scalable startups

Netguru

Netguru is a digital product development company working across software development, product design, and technology consulting.

Its distributed engineering model allows organizations to bring in development and product expertise for different types of digital projects.

What stands out

The company combines software engineering with product design and consulting.

Its capabilities cover mobile applications, web development, cloud solutions, and digital product strategy.

Good fit for

Companies looking for an external product engineering team with broad digital capabilities.

Intellectsoft

Intellectsoft focuses heavily on enterprise software development and digital transformation.

Its services span mobile development, blockchain, cloud computing, AI, and enterprise applications.

The company's enterprise orientation makes it relevant for organizations dealing with complex systems and large technology environments.

What stands out
Enterprise software
Digital transformation
Cloud development
AI
Blockchain
System integration
Good fit for

Large organizations and enterprises with complex digital transformation requirements.

BairesDev

BairesDev provides software development and technology consulting through distributed engineering teams.

Its broad technical capabilities cover mobile development, web applications, cloud, AI, data, and enterprise software.

What stands out

The company can provide access to larger engineering teams and a broad range of technical skills.

This model can be useful for businesses that need to scale development capacity quickly.

Good fit for

Mid-sized and large organizations with significant engineering requirements.

Chop Dawg

Chop Dawg focuses on custom mobile and web application development.

The company works with startups, entrepreneurs, and businesses that need custom digital products rather than standard software packages.

What stands out
Custom mobile applications
Web development
Product development
Startup support
MVP development
Good fit for

Startups and businesses validating or launching new digital products.

Techugo

Techugo is a mobile application and digital technology company working across multiple industries.

Its services include mobile application development, web development, UI/UX, and emerging technology solutions.

What stands out

The company's broad industry exposure allows it to work on different types of application requirements.

Good fit for

Businesses looking for a general-purpose mobile and digital development partner.

Robosoft Technologies

Robosoft Technologies is an established digital technology company with experience across mobile applications, digital experiences, and enterprise technology.

Its work spans sectors including financial services, healthcare, consumer products, and other industries.

What stands out

Its combination of digital experience, mobile development, and enterprise capabilities makes it relevant for larger organizations.

Good fit for

Enterprises and established brands developing customer-facing digital products.

How These Companies Should Be Evaluated

A list of names doesn't tell a business which company is actually right for its project.

A better evaluation process starts with the product itself.

Product Complexity

Is the application a simple content product or a system with payments, AI, real-time communication, and multiple integrations?

The more complex the product, the more important architecture becomes.

Platform Requirements

Businesses should decide whether they need:

Native iOS
Native Android
Flutter
React Native
A combination of technologies

The answer should depend on product requirements rather than trends.

Backend Capability

Mobile development doesn't stop at the app.

The development partner should understand APIs, databases, authentication, cloud infrastructure, monitoring, and deployment.

UX and Design

The application needs to be usable, accessible, and consistent.

Strong collaboration between design and engineering can reduce rework and improve the final experience.

Security

Security becomes especially important for healthcare, fintech, enterprise, and applications handling personal information.

Scalability

A product that succeeds can quickly experience more users, traffic, data, and integrations.

Architecture should account for that possibility from the beginning.

Post-Launch Engineering

The app store release is not the finish line.

Teams need to manage:

OS updates
SDK changes
Security patches
Performance
User feedback
New features
Infrastructure changes

A development partner that can support the product after launch can be significantly more valuable than one focused only on delivery.

What Businesses Should Avoid

There are several common mistakes when selecting an app development company.

Choosing Based Only on Price

A low initial development cost can become expensive if poor architecture creates technical debt.

Choosing Based Only on Portfolio

A visually impressive portfolio doesn't necessarily demonstrate backend, security, or scalability expertise.

Ignoring Communication

Technical ability means little if requirements, decisions, and expectations aren't communicated clearly.

Treating AI as a Shortcut

AI can accelerate development, but it doesn't remove the need for architecture, testing, security, or human review.

Final Verdict

The "best" app development company is different for every project.

GeekyAnts may be particularly relevant for organizations looking for product engineering, mobile architecture, Flutter or React Native expertise, and AI-enabled applications.

Netguru and BairesDev can appeal to organizations looking for broader distributed engineering capabilities.

Intellectsoft and Robosoft Technologies can be relevant for enterprise-scale digital transformation.

Chop Dawg can be useful for custom product development and startup-focused projects, while Techugo offers broad mobile and digital development capabilities.

The smartest approach is not to choose a company because it appears first on a list.

Shortlist several teams, explain the actual product problem, examine how they think about architecture, and evaluate what happens after launch.

That process will usually produce a better decision than any generic ranking.

AI Agents Are Moving Beyond Chatbots: What Developers Need to Build Next

shreyasingh45450@gmail.com — Tue, 11 Aug 2026 06:54:38 +0000

AI applications are entering a new phase.

For several years, much of the attention around generative AI focused on chatbots and assistants.

Now the conversation is shifting toward systems that can understand context, interact with software, execute tasks, and participate in business workflows.

These systems are often described as AI agents or AI Operators.

For developers, that changes the engineering challenge.

A Chatbot Answers. An Agent Acts.

A conventional chatbot might receive a question and generate a response.

An agentic system can potentially:

Understand a request
Retrieve relevant information
Decide which tool to use
Execute an action
Validate the result
Escalate to a human when necessary

That requires significantly more infrastructure than a simple chat interface.

The Architecture Behind Agentic Systems

A production AI agent may involve:

User → Agent Orchestrator → LLM → Tools/APIs → Data → Enterprise Systems

The orchestrator controls how the model interacts with external systems.

This layer becomes important because the model itself shouldn't have unrestricted access to everything.

Developers need clear boundaries around tools, permissions, data, and actions.

Why Governance Matters

An AI system that can only answer questions has limited operational impact.

An AI system that can change records, initiate workflows, or interact with financial or healthcare systems has much greater responsibility.

That means developers need:

Permission controls
Audit logs
Human approval
Monitoring
Error handling
Tool restrictions
Evaluation frameworks

Governance isn't separate from engineering.

It's part of the architecture.

Self-Healing Systems Need Observability

Another emerging idea is self-healing AI systems.

The concept sounds simple: detect a failure and automatically recover.

But automated recovery only works when the system can understand what went wrong.

That requires strong observability.

Teams need visibility into:

Model calls
API failures
Latency
Tool execution
Data quality
Infrastructure health
Cost
User outcomes

GeekyAnts explores this topic in Self-Healing AI Agents, focusing on governance, observability, and product engineering requirements for enterprise automation.

https://geekyants.com/blog/self-healing-ai-agents-the-future-of-enterprise-automation-needs-governance-observability-and-product-engineering

AI Operators in Real Business Workflows

Insurance is one example of where agentic systems can move beyond conversational interfaces.

An AI Operator can potentially assist with customer interactions, retrieve policy information, support claims workflows, and coordinate actions across enterprise systems.

But the important part isn't simply adding an LLM.

The system needs business rules, integrations, permissions, monitoring, and human escalation.

GeekyAnts' article on AI Operators in Insurance provides a practical look at how these systems can support customer experience and intelligent automation.

https://geekyants.com/blog/ai-operators-in-insurance-improving-customer-experience-through-intelligent-automation

Developers Need to Think in Systems

Agentic AI development requires a different mindset.

Instead of asking only:

"How do I make the model smarter?"

Developers increasingly need to ask:

What tools should the agent access?
What actions should require approval?
How should failures be handled?
How can decisions be audited?
How do we control costs?
What happens when the model is unavailable?
How do we test non-deterministic behavior?

These are system design questions.

Testing Agentic Applications

Traditional unit testing isn't enough for complex AI workflows.

Teams may need a combination of:

Unit tests
Integration tests
Prompt evaluations
Tool-use tests
Security tests
Regression datasets
Human evaluation
Production monitoring

The objective is not simply to determine whether the model produces a good answer.

It's to determine whether the entire workflow behaves safely and reliably.

Where AI Development Is Heading

The next generation of AI applications will likely combine models with increasingly sophisticated software infrastructure.

Developers will need to understand both sides:

AI capabilities + traditional engineering discipline

The strongest systems won't necessarily be the ones with the most autonomous agents.

They'll be the ones where autonomy is carefully designed around clear boundaries.

Final Thoughts

AI agents are changing what software can do.

But more autonomy creates more engineering responsibility.

The future isn't simply about building AI that can act.

It's about building AI that can act reliably, safely, observably, and within clearly defined boundaries.

That's where agentic AI becomes a real engineering discipline rather than another chatbot feature.

From AI Prototype to Production: A Practical Engineering Playbook That Most Teams Skip

shreyasingh45450@gmail.com — Tue, 04 Aug 2026 09:37:29 +0000

Building an AI prototype has never been easier.

A few prompts, an API key, and a frontend are often enough to demonstrate an impressive proof of concept. Within days, stakeholders see a working chatbot, document assistant, recommendation engine, or workflow automation tool.

The challenge begins after the demo.

Many AI projects struggle not because the model underperforms, but because the surrounding engineering isn't prepared for production.

This playbook outlines the practical engineering considerations that separate AI demos from production-ready software.

Step 1: Stop Treating AI as a Feature

One of the biggest mistakes teams make is embedding AI directly into business logic.

Models change.

Pricing changes.

Capabilities improve.

Providers evolve.

Instead, AI should behave like any other service within your architecture.

Separating business workflows from model providers makes future upgrades significantly easier.

Step 2: Build Reliable Data Pipelines

AI is only as useful as the information it receives.

Whether the application uses Retrieval-Augmented Generation (RAG), vector databases, APIs, or internal documents, data quality directly affects user trust.

Engineering teams should invest early in:

Data validation
Access controls
Version management
Source monitoring
Content freshness

Ignoring these foundations often creates inconsistent AI behavior later.

Step 3: Design for Observability

Traditional software can often be debugged through logs and monitoring.

AI systems require additional visibility.

Useful metrics include:

Prompt performance
Token consumption
Response latency
Model failures
User feedback
Cost trends

Without observability, teams struggle to understand why production performance changes over time.

Step 4: Keep Humans in the Loop

Not every decision should be automated.

Enterprise AI products increasingly include approval workflows where humans validate recommendations before actions are completed.

This approach improves trust while reducing operational risk.

It also creates valuable feedback loops for improving future AI behavior.

Step 5: Engineer for Security

Production AI applications frequently process confidential information.

Customer records.

Financial documents.

Medical histories.

Internal business knowledge.

Security therefore extends beyond authentication.

Modern architectures increasingly include:

Role-based permissions
Encryption
Audit logging
Secure API gateways
Data governance
Compliance monitoring

Security should be considered an architectural decision—not simply a deployment task.

Learning From Real-World Engineering

One useful example comes from GeekyAnts' article "AI Operators in Insurance: Improving Customer Experience Through Intelligent Automation."

Rather than presenting AI as a standalone assistant, the article explains how intelligent systems become valuable when integrated with enterprise workflows, governance, security, and operational processes.

https://geekyants.com/blog/ai-operators-in-insurance-improving-customer-experience-through-intelligent-automation

Another practical perspective appears in "AI in Fintech: Everyone's Talking, Few are Shipping," which explores why many AI initiatives struggle after the prototype stage. The discussion emphasizes that scalable architecture, engineering maturity, and operational readiness often determine long-term success more than model selection itself.

https://geekyants.com/blog/ai-in-fintech-everyones-talking-few-are-shipping

Together, these examples highlight a common pattern across industries: successful AI products are engineered, not simply integrated.

Step 6: Think Beyond Version 1

Launching an AI application isn't the finish line.

Successful products continuously evolve through:

Prompt improvements
Infrastructure optimization
User feedback
Performance tuning
Cost management
Model upgrades

Engineering teams that plan for continuous iteration avoid expensive rewrites later.

Final Thoughts

The gap between an AI prototype and a production-ready product is rarely about artificial intelligence.

It's about engineering.

Organizations that invest in scalable architecture, observability, governance, security, and developer experience consistently move from impressive demos to reliable enterprise software.

In 2026, building AI is no longer the hard part.

Building systems that people trust is.

Stop Asking "Which AI Model?" Start Asking "Which System?"

shreyasingh45450@gmail.com — Tue, 28 Jul 2026 06:49:01 +0000

Every week, a new AI model makes headlines.

Higher benchmark scores.

Lower latency.

Larger context windows.

It's easy to believe that choosing the "best" model is the most important technical decision your team will make.

In practice, it rarely is.

The biggest difference between an AI demo and an AI product isn't the model—it's the system built around it.

Models Solve Tasks. Systems Solve Problems.

An LLM can generate text, summarize documents, or answer questions.

A production application has to do much more.

It needs to:

Authenticate users
Protect sensitive data
Handle failures gracefully
Integrate with existing APIs
Scale under heavy traffic
Monitor quality over time
Keep operational costs under control

Users don't experience the model in isolation.

They experience the entire system.

That's why engineering decisions often have a greater impact on product success than model selection.

The Engineering Questions That Matter

Instead of asking:

"Should we use Model A or Model B?"

Teams building serious AI products should be asking:

How do we evaluate AI responses in production?
What happens if the model returns incorrect information?
Can users report poor outputs?
How do we monitor quality over time?
Is our architecture flexible enough to switch models later?

These questions don't usually appear in AI demos.

They're exactly what appear in production.

Product Engineering Is Becoming the Competitive Advantage

As AI becomes widely available, every company gains access to similar capabilities.

Competitive advantage is shifting toward execution.

That includes:

Reliable infrastructure
Clean system architecture
Observability
Developer experience
Security
Fast release cycles
Excellent user experience

AI accelerates development.

Engineering determines whether the product survives.

Learning from Production Products

One example that illustrates long-term product thinking is the WaxBuddy case study from GeekyAnts.

Instead of focusing only on shipping features, the project shows how scalable architecture, iterative development, and user feedback contribute to building a product that continues evolving after launch.

https://geekyants.com/case-studies/waxbuddy-a-mobile-first-wellness-app-built-for-lush-to-simplify-at-home-waxing

The lessons extend well beyond mobile development and apply equally to AI-powered applications.

AI Is Becoming Operational

Another interesting shift is how AI is moving beyond simple chat interfaces into real operational workflows.

Rather than only answering questions, AI is helping businesses automate decisions, support employees, and improve customer experiences while remaining governed and observable.

The GeekyAnts article on AI Operators in Insurance explores this evolution and explains why enterprise AI increasingly depends on strong engineering foundations instead of model capabilities alone.

https://geekyants.com/blog/ai-operators-in-insurance-improving-customer-experience-through-intelligent-automation

It's a useful perspective for anyone building AI applications beyond the prototype stage.

Final Thoughts

Choosing an AI model is important.

Designing the system around it is even more important.

Five years from now, users probably won't remember which model your product used.

They'll remember whether it was reliable, fast, secure, and genuinely helpful.

That's the part engineering still owns.

Why AI-First Startups Are Thinking Like Enterprise Software Companies from Day One

shreyasingh45450@gmail.com — Wed, 22 Jul 2026 08:33:13 +0000

For years, startups followed a familiar pattern: build fast, validate demand, acquire users, and worry about scalability later.

AI is changing that playbook.

Today's AI-first startups are discovering that customers expect enterprise-grade reliability from the very first release. Whether the product serves 100 users or 100,000, buyers now ask questions about security, governance, compliance, uptime, and data privacy before they ask about AI features.

As a result, successful AI startups are beginning to think like enterprise software companies much earlier in their journey.

The Age of "Prototype First" Is Fading

The rise of generative AI has dramatically reduced the time needed to launch an MVP.

Founders can now build AI assistants, document processors, recommendation engines, and workflow automation tools in weeks instead of months.

However, launching quickly is only the beginning.

Many AI startups encounter challenges shortly after release:

Rising inference costs
Unpredictable model behavior
Infrastructure bottlenecks
Customer security requirements
Performance issues
Compliance requests from enterprise clients

These challenges rarely stem from the AI model itself. More often, they arise from the engineering decisions surrounding it.

Enterprise Buyers Expect More

Organizations evaluating AI products increasingly assess factors beyond model quality.

Typical questions include:

Where is customer data stored?
How is access controlled?
Can AI-generated actions be audited?
How will the system scale?
What happens during outages?
Is the product compliant with industry regulations?

Answering these questions requires strong engineering—not just advanced AI.

Product Engineering Is Becoming a Growth Strategy

Many founders still view product engineering as something to optimize after achieving product-market fit.

Increasingly, that mindset is changing.

Building scalable architecture early helps teams:

Reduce future technical debt
Accelerate enterprise sales
Improve product reliability
Simplify feature expansion
Lower maintenance costs

GeekyAnts explores this perspective in "What Founders Must Evaluate Before Launching an AI-Built App," highlighting why infrastructure, governance, scalability, and operational planning deserve attention from the very beginning of an AI product's lifecycle.

👉 https://geekyants.com/blog/what-founders-must-evaluate-before-launching-an-ai-built-app

AI Operations Are Becoming a Core Product Function

Unlike traditional SaaS products, AI applications continuously evolve after launch.

Teams need to monitor:

Response quality
Prompt effectiveness
Token usage
Infrastructure performance
User feedback
Operational costs

This operational visibility enables continuous improvement while helping engineering teams maintain reliable user experiences.

GeekyAnts discusses this operational shift in "Self-Healing AI Agents: The Future of Enterprise Automation Needs Governance, Observability and Product Engineering." The article explains why governance, observability, and resilient engineering are becoming essential for AI systems operating in production.

👉 https://geekyants.com/blog/self-healing-ai-agents-the-future-of-enterprise-automation-needs-governance-observability-and-product-engineering

Building Trust Is Becoming the Biggest Differentiator

As AI becomes more widely available, technical capabilities alone are no longer enough.

Customers increasingly choose products they trust.

That trust comes from:

Reliable performance
Transparent AI behavior
Secure infrastructure
Consistent user experience
Strong customer support
Responsible engineering

Companies that prioritize these qualities often build stronger long-term customer relationships than those focused solely on shipping new AI features.

Looking Ahead

The next generation of successful AI startups will likely look different from traditional software startups.

Instead of treating engineering maturity as a later milestone, they will build secure platforms, scalable infrastructure, and operational discipline from the start.

This approach not only improves product quality but also creates a stronger foundation for enterprise adoption.

Final Thoughts

AI has lowered the barriers to building software, but it has raised the expectations for delivering it.

The startups that stand out in the coming years won't necessarily have exclusive access to better AI models. They'll distinguish themselves through better engineering, stronger product execution, and a commitment to building software that customers can rely on as they grow.

Managed AI Agents vs Traditional Automation: What Developers Should Build in 2026

shreyasingh45450@gmail.com — Wed, 15 Jul 2026 06:59:24 +0000

For years, automation meant writing workflows with predefined rules:

If condition A happens, execute action B.

That approach still works for many business processes. But with the rise of large language models and agent frameworks, developers are now building systems that can reason, plan, retrieve information, and coordinate multiple actions.

The question is no longer "Can we automate this?"

It's "Should this be automated with deterministic workflows or AI agents?"

Choosing the wrong architecture often leads to higher costs, unpredictable behavior, and difficult maintenance. This article explores where AI agents fit, where traditional automation still wins, and what developers should consider before moving an application into production.

Traditional Automation: Predictable and Reliable

Rule-based automation excels when processes are well defined.

Examples include:

Invoice processing
Email routing
CI/CD pipelines
Scheduled jobs
Database synchronization
Notification systems

Characteristics:

Deterministic outcomes
Easy debugging
Low operational cost
High reliability
Simple testing

If every input has a known output, traditional automation is usually the right choice.

Managed AI Agents: Flexible but Complex

AI agents introduce reasoning instead of fixed logic.

Rather than following one predefined path, they can:

Understand natural language
Retrieve external knowledge
Decide the next action
Use multiple tools
Collaborate with other agents
Adapt to changing inputs

Typical use cases include:

Customer support assistants
Research copilots
Loan processing assistants
Knowledge management
Enterprise search
Workflow orchestration

The flexibility is powerful—but it comes with new engineering challenges.

Where Developers Run Into Trouble

Many first-generation AI applications share the same issues:

No observability
Weak permission models
Limited audit logs
Prompt changes without version control
Tight coupling between business logic and AI services
No fallback mechanisms when models fail

These issues rarely appear during demos but become obvious once real users rely on the system.

The Architecture Shift

A basic AI prototype often looks like this:

Frontend
│
LLM API
│
Response

A production-ready implementation is far more layered:

Client
│
Authentication
│
API Gateway
│
Workflow Engine
│
Agent Runtime
│
Tool Integrations
│
Vector Database
│
LLM Provider
│
Observability
│
Logging & Audit

Notice that the model is only one component in a much larger system.

Governance Is Part of Engineering

As AI agents become capable of making business decisions, governance becomes essential.

Engineering teams should think about:

Who can invoke an agent?
Which tools can it access?
How are prompts versioned?
Can responses be audited?
How are sensitive actions approved?

A thoughtful discussion of these topics appears in GeekyAnts' article "Self-Healing AI Agents: The Future of Enterprise Automation Needs Governance, Observability and Product Engineering."

https://geekyants.com/blog/self-healing-ai-agents-the-future-of-enterprise-automation-needs-governance-observability-and-product-engineering

It highlights why autonomous systems still require human oversight, monitoring, and operational controls.

AI Isn't the Product—The Product Is the System

Developers sometimes focus almost entirely on model selection.

In reality, users experience the entire platform:

Authentication
Performance
Reliability
UX
Error handling
Integrations
Security
Availability

Changing from one LLM provider to another may take a few days.

Redesigning a poorly engineered architecture can take months.

That's why experienced engineering teams often invest more effort in platform design than in prompt engineering.

Building Better Developer Workflows

AI is also changing how developers work internally.

Instead of only generating code, AI is beginning to improve collaboration across engineering teams.

One example is GeekyAnts' engineering write-up, "How We Built the Missing Bridge From Code to Figma," which explains how automation can reduce friction between design and development workflows.

https://geekyants.com/blog/how-we-built-the-missing-bridge-from-code-to-figma

While it's not an AI agent article, it demonstrates an important engineering principle: the most valuable tools often remove repetitive work rather than replace developers.

Choosing the Right Approach
Scenario Traditional Automation AI Agents
Fixed workflows ✅ ❌
Structured approvals ✅ ❌
Enterprise search ❌ ✅
Research assistants ❌ ✅
Customer support ⚠️ ✅
Data extraction ⚠️ ✅
Compliance workflows ✅ ⚠️ (with human review)

The best systems frequently combine both approaches.

Rule-based automation provides consistency, while AI agents handle tasks requiring reasoning and language understanding.

Production Checklist

Before deploying an AI-powered workflow, ask:

Can every important action be audited?
Is user access controlled through RBAC?
Are prompts versioned?
Can the system recover from model failures?
Are costs observable?
Are outputs monitored for quality?
Can components be replaced independently?

If several answers are "no," the architecture likely needs more work before production.

Final Thoughts

AI agents are expanding what software can accomplish, but they don't eliminate the need for solid engineering.

The most successful products in 2026 won't be those using the newest model. They'll be the ones built on dependable architecture, thoughtful governance, observability, and maintainable backend systems.

Developers who treat AI as one component of a larger product—not the entire product—will build systems that scale more effectively, adapt more easily, and deliver lasting value in production.

10 AI Engineering Mistakes That Turn Great Ideas Into Failed Products

shreyasingh45450@gmail.com — Thu, 02 Jul 2026 09:04:06 +0000

Building an AI-powered app has never been easier. Building one that users actually trust is a completely different challenge.

If you've worked on an AI project recently, you've probably noticed how quickly you can go from idea to prototype.

A few API calls.

A simple frontend.

Some prompt engineering.

Within a weekend, you have something impressive enough to demo.

But many AI applications never make it much further.

According to industry reports from Gartner and McKinsey, organizations continue investing heavily in AI, yet a large percentage of initiatives fail to deliver lasting business value. The biggest reasons often have little to do with the model itself.

They're engineering problems.

Here are ten mistakes I keep seeing.

Treating the LLM as Your Entire Application

Many first-time AI projects are built around a single API call.

In reality, the model is only one component.

Production applications also need:

Authentication
Business logic
Databases
Monitoring
Security
APIs
Error handling

Think of the LLM as another service in your architecture—not your entire architecture.

Ignoring Token Costs

A feature that costs a few dollars during testing can become surprisingly expensive once thousands of users start interacting with it.

Simple improvements like response caching, prompt optimization, and model selection can significantly reduce operational costs.

Cost monitoring should be part of development from day one.

Forgetting About Fallbacks

AI services occasionally experience outages, rate limits, or unexpected latency.

If your entire application depends on a single model provider, users immediately feel the impact.

Designing graceful fallbacks improves reliability and user trust.

Skipping Observability

Traditional software teams monitor CPU usage and response times.

AI systems need additional visibility.

Questions like these become important:

Which prompts fail most often?
Which model performs best?
Where are users abandoning conversations?
How much does each request cost?

Without observability, optimization becomes guesswork.

Building Without Security

Many AI applications process sensitive business information.

That makes features like:

RBAC
Audit logs
Secure authentication
Encryption

essential rather than optional.

Enterprise customers expect these capabilities.

Assuming Bigger Models Always Produce Better Products

Larger models often improve quality.

They also increase latency and cost.

Sometimes a smaller, faster model delivers a much better user experience.

Choosing the right model is an engineering decision, not a popularity contest.

Ignoring User Feedback

AI products improve through iteration.

Collecting ratings, corrections, and usage patterns helps teams understand where the system actually creates value.

Without feedback loops, improvements become much harder.

Designing Only for Happy Paths

Users ask unexpected questions.

Models occasionally hallucinate.

External APIs fail.

Robust AI applications plan for these situations instead of assuming every request succeeds.

Delaying Scalability Discussions

A prototype serving five developers behaves very differently from a production system serving thousands of customers.

Infrastructure decisions around caching, queues, asynchronous processing, and load balancing become increasingly important as adoption grows.

Focusing on AI Instead of Product Value

The most successful AI applications aren't necessarily the ones with the smartest models.

They're the ones solving meaningful problems.

Users care less about which LLM powers a feature and more about whether it saves time, improves decisions, or simplifies their workflow.

That's where engineering and product thinking intersect.

What Experienced Teams Are Doing Differently

One trend I've noticed is that engineering teams are shifting their focus from "adding AI" to "building production-ready AI."

Instead of asking "Which model should we use?", they're asking:

Can this scale?
Is it secure?
Can we monitor it?
Will customers trust it?
Can we maintain it next year?

That mindset is becoming the real competitive advantage.

Companies sharing technical insights around these challenges—including GeekyAnts—have highlighted topics such as production AI architecture, observability, AI modernization, and secure backend design. These discussions reinforce an important idea: successful AI products depend just as much on engineering discipline as they do on model performance.

If you're interested in learning more, these resources provide useful technical perspectives:

Beyond AI Prototyping: SSO, Audit Logs & RBAC
The Hidden Cost of Delaying AI Product Modernization in Enterprise Businesses
Building a Resilient Hybrid-Cloud Network with WireGuard HA
Final Thoughts

AI development is becoming easier every month.

AI engineering isn't.

The teams building lasting products won't simply have access to better models.

They'll build better systems around them.

And in the long run, that's what users remember.

Google I/O 2026 Confirmed a Major Shift in Software Development

shreyasingh45450@gmail.com — Wed, 24 Jun 2026 07:17:42 +0000

Google I/O 2026 revealed something bigger than new developer tools.

It revealed a change in how software itself is being created.

With AI Studio, Android CLI, and new AI-assisted development workflows, developers are moving from manually implementing every feature toward orchestrating intelligent systems.

This creates enormous opportunities.

But it also raises important questions.

If AI can generate code, what becomes the role of developers?

Increasingly, the answer seems to involve architecture, product thinking, security, testing, and workflow design.

The implementation layer is becoming easier.

The decision-making layer is becoming more important.

An excellent breakdown of these trends can be found here:

https://geekyants.com/blog/google-io-2026-mobile-playbook-ai-studio-android-cli-and-antigravity-for-app-development

The future developer may spend less time writing code and more time directing systems that write code.

The Battle for the Future of Wealth Management Has Already Started

shreyasingh45450@gmail.com — Wed, 03 Jun 2026 06:50:59 +0000

For decades, wealth management relied heavily on human advisors, market research, and traditional investment strategies.

Today, AI is changing that landscape faster than many people expected.

Financial institutions are increasingly investing in predictive analytics, portfolio intelligence, risk forecasting, and automated advisory systems. The goal isn't necessarily to replace advisors but to give them better tools for decision-making.

I recently came across an article discussing the architecture behind AI-powered robo-advisors: Building an AI Fintech Robo-Advisor Platform (https://geekyants.com/blog/building-an-ai-fintech-robo-advisor-platform-architecture-compliance-and-key-features).

Another piece, Building Production-Ready AI Portfolio Management Platforms for Wealth Firms (https://geekyants.com/blog/building-production-ready-ai-portfolio-management-platforms-for-wealth-firms), explores how organizations are creating scalable investment systems capable of handling increasingly complex financial data.

What's interesting is that AI in wealth management is no longer a futuristic concept.

It's becoming an operational necessity.

Clients expect personalization. Markets move rapidly. Data volumes continue growing. AI is helping firms process information at a scale that would be difficult through manual analysis alone.

The firms that successfully combine human expertise with AI-driven insights may define the next generation of wealth management.

Why AI Projects Fail After the Demo Stage

shreyasingh45450@gmail.com — Wed, 13 May 2026 12:36:17 +0000

A few years ago, building an AI demo felt impressive. Today, almost anyone can connect an LLM to an interface and create something that looks smart in a weekend.

But what I’m seeing now is that the real challenge starts after the demo works.

A lot of companies jump into AI expecting instant transformation. They build a chatbot, test an AI assistant internally, or experiment with automation tools — and for a moment it feels like everything is moving fast. Then reality kicks in.

The AI gives inconsistent outputs.
The internal data is messy.
The workflow breaks under scale.
Users stop trusting the system.
Security and compliance become concerns.
And suddenly the “AI project” becomes much more complicated than expected.

That’s probably the biggest shift happening in the industry right now: businesses are realizing that AI is less about adding a feature and more about rebuilding product experiences around intelligence.

The Problem Isn’t Usually the AI Model

Most modern AI models are already powerful enough for many business use cases.

The hard part is everything around the model:

product design
user experience
infrastructure
retrieval systems
workflow orchestration
reliability
context management
scalability
security

That’s why so many AI pilots never fully reach production.

Companies often underestimate how difficult it is to integrate AI into real products that real people depend on every day.

An AI assistant inside a SaaS dashboard sounds great until:

it gives inaccurate answers
it slows down workflows
employees stop using it
customers lose trust
costs increase unexpectedly

The companies succeeding with AI are focusing heavily on usability and operational value instead of just novelty.

AI Is Slowly Becoming a Product Engineering Problem

One thing I find interesting is how the conversation around AI is changing.

Earlier, most discussions were about:

“Which model is best?”
“Should we use GPT?”
“Can AI replace jobs?”

Now the conversation is shifting toward:

“How do we integrate AI into existing workflows?”
“How do we make AI reliable?”
“How do we scale AI systems?”
“How do we design AI experiences people actually trust?”

That’s a very different mindset.

AI is increasingly becoming a product engineering and systems design challenge rather than just a research experiment.

This is also why more companies are looking beyond standalone AI tools and focusing on AI-native product development.

The Rise of AI-Powered Product Engineering

A lot of modern software products are now being designed with AI as a core layer instead of an add-on.

You can see this happening across:

customer support platforms
internal enterprise tools
SaaS dashboards
healthcare applications
fintech systems
developer tools
workflow automation platforms

The goal is no longer “add AI somewhere.”

The goal is:

build products where AI improves the entire experience naturally.

That requires much deeper thinking around:

UX
product flows
data architecture
human-AI interaction
orchestration systems
feedback loops

I’ve noticed companies like GeekyAnts
, Thoughtworks, and Accenture talking more about AI-powered product engineering and AI transformation as long-term product strategy instead of short-term experimentation.

And honestly, that shift makes sense.

AI Consulting Alone Isn’t Enough Anymore

Another thing becoming clear is that strategy without execution doesn’t help much.

Many enterprises already understand why they should adopt AI.
What they struggle with is:

where to start
which workflows to optimize
how to integrate AI into existing systems
how to make the experience usable
how to scale from MVP to production

That’s where AI consulting is evolving too.

The strongest AI consulting today is usually connected closely with:

product teams
engineering
UX
workflow design
operational systems

Because AI adoption isn’t just a technical decision anymore — it changes how teams work, how products behave, and how customers interact with software.

The Companies That Will Win With AI

I don’t think the winners in the next few years will necessarily be the companies with the “most AI.”

It’ll probably be the companies that:

solve real problems
integrate AI naturally
reduce friction
improve workflows
build trust with users
make AI feel genuinely useful

People don’t care whether an app uses transformers, vector databases, or autonomous agents behind the scenes.

They care whether the product actually helps them.

And I think that’s the stage the AI industry is finally entering now — moving from AI hype into real product thinking.