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What Is PoC Development?

A proof of concept (PoC) is a focused, time-boxed build that answers one question, "can this actually be built?", by testing the riskiest technical and business assumptions before full development begins. Unlike a prototype (which shows what something looks like) or an MVP (which proves people will use it), a PoC proves technical feasibility and produces a defensible go/no-go decision.

Proof of concept development services exist to replace opinion with measurement. Before a PoC, the case for a project rests on belief, an architect believes the integration will hold, a founder believes the data is good enough, a vendor believes the platform will take the load. A well-scoped PoC tests each belief at a cost small enough that a negative answer is affordable. Saigon Technology designs that test, builds the part that carries the risks, and hands you the evidence to commit confidently or walk away cheaply.

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Our PoC Development Services

We scope every engagement around your riskiest assumptions, then build only what proves or disproves them. Each service below maps to a real Saigon Technology engineering capability.
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Technical feasibility PoC

We build the technical PoCs that answer "can we solve the hardest part of this idea?" The riskiest path is built for real against live endpoints and realistic data, while everything around it is simulated with mock services just well enough to keep the test valid. Output: technical feasibility analysis, api proof points, and architecture and design documentation.
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AI & data feasibility PoC

Our AI PoC development services put your model under test on your actual data against an agreed evaluation set: quality, coverage, and failure modes. AI concepts fail on data far more often than on algorithms, so we test data behaviour before any capability is promised on a roadmap. Backed by in-house R&D expertise across AI, ML, and PoC automation systems, plus our live AI research labs.
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Integration & architecture spikes

Thin, real connections to the system that worries you, a core banking platform, a payment provider, a legacy back office, proving authentication, data contracts, and failure behaviour. We run architecture spikes end-to-end with realistic inputs so architecture options get settled by evidence, not by the loudest opinion in the room. Covers integration feasibility and architecture feasibility.
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Performance & load baselines

Measured behaviour of the critical path under realistic data volumes and controlled load. Performance tracking and performance baselines give your business case numbers observed in conditions like yours, and give delivery a target it can be held to. Addresses scalability and integration and technical constraints head-on.
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Clickable validation prototypes

Wireframes and clickable prototypes that test whether end-users actually do what your business case assumes, with user feedback loops gathered against defined questions rather than vague impressions.
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Compliance & data-handling proofs

Evidence that regulated data can move through your proposed design lawfully: consent flows, retention, residency, and audit needs surfaced while they are still cheap to fix. For fintech and healthcare concepts, compliance, data handling, and security considerations are often the assumptions that actually decide feasibility.
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Case Studies

Personal Loans Application

Personal Loan Platform (Fintech Feasibility at Scale)

  • A US lending client needed to prove that a complex fintech platform could be delivered on a microservices and Domain-Driven Design architecture, across fraud detection, transfer-based lending, loan modification, payoff verification, and automatic e-signing, before scaling to a 20-engineer senior team. 
  • What we validated: architecture feasibility and integration feasibility across multiple domains and third-party partners, plus migration of a legacy system into a new microservices architecture and a bespoke React framework (KOA). 
  • How: feasibility analysis and proof of concept as a deliberate step in our technology-selection process, followed by an optimized recruiting and onboarding plan and delivery cadence with overlapping collaboration hours across teams. 
  • Stack: Java Spring Boot, ReactJS, Microservices, REST API, Kafka, AWS, GraphQL, DynamoDB. 
  • Outcome: The feasibility step validated the microservices/DDD architecture and technology selection across fraud detection, transfer-based lending, loan modification, payoff verification, and e-signing, clearing the path to scale the engagement into a senior delivery team and to migrate the legacy system (including the Clojure-based module) into the new architecture and bespoke React framework (KOA) with the risks named up front.
  • Detail |  Read the full case study (PDF) →
ARB AUSTRALIA - 1

ARB Australia (Warehouse App Feasibility & Framework Migration)

  • ARB Australia needed browser-based, scan-gun-compatible warehouse software, and faced a declining legacy Ionic codebase plus a planned move to Oracle Cloud on a restricted budget.
  • What we validated: the feasibility of migrating from Ionic to React Native and transitioning CI/CD from Azure DevOps to Oracle Cloud, explicitly run through feasibility analysis and a Proof of Concept step before commitment, alongside risk mitigation and cost considerations.
  • How: a flexible, hosted engagement (part-time DevOps + React Native developer), single-source-code strategy for web and mobile parity, and pipeline research on Oracle Cloud.
  • Stack: React Native, REST API, Azure DevOps, Oracle Cloud, CI/CD.
  • Outcome: The proof of concept confirmed the migration path was viable on a restricted budget, React Native delivering single-source-code parity across web and mobile to replace the declining Ionic stack, with a validated CI/CD direction for the move from Azure DevOps to Oracle Cloud, giving the client an evidence-backed go decision before committing the full build.
  • Read the full case study →
SmithBot - demo

SmithBot (Crypto Trading-Bot Integration Feasibility)

  • SmithBot is a web application bridging a client's automated cryptocurrency-trading agents with crypto exchanges and end-user subscribers, a build dominated by high-risk third-party integration.
  • What we validated: the riskiest assumptions around crypto-exchange APIs, avoiding IP blocking and key bans, placing parallel trades for many users at once, and handling non-standard exchange APIs, before full build, with careful attention to security considerations and multi-tenancy.
  • How: integration feasibility spikes, a multi-tenant data/server/client structure, caching of exchange data, an nginx fallback gateway, and log streaming to ElasticSearch for customer-readable monitoring.
  • Stack: ReactJS, NodeJS, AWS Lambda (serverless), API Gateway, Cognito, ElasticSearch, Postgres.
  • Outcome: The integration feasibility spikes proved the highest-risk part of the build was workable: non-standard crypto-exchange APIs handled, parallel trade placement across many users, exchange access protected against IP blocking and key bans, and customer-readable monitoring via streamed logs, de-risking the third-party integration that dominated the project before full development.
  • Read the full case study →

Send Your Hypothesis. See a Proof of Concept in 24 Hours.

An AI-accelerated path from a technical question to a working proof of concept, built and validated by our engineers, not a sales team.
  • Working proof of concept for your riskiest assumption
  • Feasibility map of technical risks and unknowns
  • Architecture direction covering stack, integrations, and scale
  • Feasibility review call with our engineering team
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Why Choose Saigon Technology for PoC Development?

Most proof of concept development services offer either thin, generic demos or methodology with no proof behind it. We bring both depth and evidence. 

One senior engineer plus AI does the work of three juniors, fewer people, more output, less rework. Judgement is the product: many teams can assemble a demo, far fewer can tell you what the results mean. Learn more: Our talent

Quality and information-security practices (issued by BSI, UK), with NDAs and role-based access from day one, so security considerations and compliance are built into the test, not bolted on.

Real measurable outcomes and in-house R&D expertise across healthcare, fintech, and logistics back every recommendation.

Published rates of $28-$46/hour make cost-efficient development and an affordable no-go genuinely possible.

10-12 hours of daily overlap for US East and West Coast teams, with documented decisions and clean handoffs.

Interview candidates first and start a trial before any long-term commitment.

Technical recommendations and architecture and design documentation from the first session, not just task execution.

Live AI demos (fracture detection, semantic search, OCR, object detection) de-risk AI PoC development services before a full build.

Why choose Saigon Technology 2026

Trusted by Global Clients

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What Our Clients Say

As the Owner and Director of ISMS Global, Australia, I understand perfectly how challenging it is to find a support team of skilled and professional developers to help grow a system. A few years ago, I found Saigon Technology Software (STS), led by Mr. Thanh Pham (CEO), and I have never looked back. STS has single-handedly taken ISMS camp management software from a concept on a napkin to an international product used by major companies around the world. If you are looking for a trusted partner to help you, then you should be talking to Thanh Pham.
Mr. Paul Upson
Director of ISMS Global, Australia
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Over the past year, collaborating with Saigon Technology Solution company, we have brought high-quality financial software solutions. STS helps us meet the strict requirements of the IT market with software engineers, software testers, and internal system control. And all of these are evidence that we have chosen a good software outsourcing partner.
Mr. Corbin van Amelsvoort
Director at Topicus Vietnam
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We value Saigon Technology’s strong support in managing the engagement from an internal delivery perspective. They were able to maintain team performance across a relatively large team, provide additional resources when required, and work collaboratively with us on matters such as gap time, discount proposals, and improvements to the working process. Their flexibility and consistent management support contributed positively to the overall partnership.
Sri Vijayasarathy
CTO of Axiagram
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During our collaboration, Mr. Thanh and his company, Saigon Technology, have consistently demonstrated world-class leadership and execution in complex fintech projects. His ability to scale and lead high-performing engineering teams, while maintaining cost-efficiency and product quality, has been critical to our technology operations. His strategic insights and leadership enabled us to significantly improve system stability and deployment velocity
Abe Jarrett
Senior Vice President of Software Engineering at Origence, USA
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I had the opportunity to work with Thanh (Bruce) Pham and his team. What a nice experience, though! It could be said that I was impressed by his professionalism and his team's enthusiasm. They always asked me to check the right demand and to make sure whether each work point was the best option or not. It was my honor to work with such a great team of software development. Hope to meet them soon in the upcoming time!
Mr. Kirk Duncan
CEO of The Mobile App Man, Sydney, Australia
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Who We Build For

Our PoC design & development work fits any team that needs proof before committing budget:

Startups & founders

Turn a pitch into API proof points and a working demo that builds stakeholder confidence and earns buy-in from investors. 

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Enterprise innovation teams

De-risk before a budget cycle by testing technical and business risks against pre-agreed success criteria.

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Fintech & healthcare leaders

Validate compliance-gated feasibility (PCI-DSS, SOC 2, HIPAA, HL7) before a regulated build.

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CTOs & product leaders

Settle build-vs-buy and architecture options with evidence-based testing and QA, not vendor benchmarks.

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Benefits of PoC Development

A disciplined proof of concept is cheap insurance against an expensive wrong build. Done right, PoC development delivers:

Benefits of PoC Development

Surface technical and business risks early, when a negative result is affordable. The cost of the PoC buys the avoidance of a far larger build that the evidence says would have struggled.

Every engagement ends with a defensible go/no-go decision: Go (feasibility proven, residual known risks named and priced), Pivot (the goal survives, the approach changes), or Stop (the project should not proceed as conceived).

Tangible proof earns stakeholder buy-in, funding, and stakeholder confidence far better than a slide deck.

Validated architecture patterns and integration contracts become the baseline for your product launch, minimizing rework.

Architecture spikes and performance baselines replace guesswork in PoC in software development with observed numbers.

We design the smallest honest test, so a demo on the happy path can't mask a project's real risks. Hypotheses and acceptance criteria are fixed before the first line of code.

Our PoC Development Process

We run every PoC as a production scope in miniature: a fixed time-boxed window, named hypotheses, and a decision at the end.
Software Development Process

Discovery & framing workshop

Idea discovery & validation: turn your idea into written hypotheses, success criteria, and an explicit list of what the PoC will not test. We capture business objectives, constraints, requirements, and tech limitations, and confirm integration readiness. 

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Solution & architecture design

Wireframes, a technical architecture and design documentation sketch, and the technology stack the validation build must respect; we map dependency mapping and architecture options.

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Build the riskiest path

Engineering effort goes only where the uncertainty lives. The path under test is built for real; the periphery is simulated with mock services. Clickable prototypes validate end-users where behaviour is part of the question.

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Test & measure

Evidence-based testing and qa against pre-agreed acceptance tests and acceptance criteria, with a mid-point checkpoint that cuts weak hypotheses and gives the strongest the remaining time.

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Decision pack

A risk register of open threats with costed mitigations, measurable outcomes, effort estimates by phase, and a clear go/no-go decision that stands on its own in front of a board or investment committee.

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PoC → MVP handover

Validated architecture, integration contracts, user stories, and technical recommendations flow into the next stage with a proposed delivery cadence, and, where useful, a limited pilot to confirm adoption.

Core Technologies and Tools We Use

Our Insights

FAQs

PoC development is the process of building a small, time-boxed proof of concept to test whether an idea is technically feasible before full development. It answers "can this be built?" by validating the riskiest assumptions, integrations, performance, data, or compliance, and produces a clear go/no-go decision backed by evidence.

A PoC development company frames your idea into testable hypotheses and success criteria, builds the riskiest part for real (simulating the rest), measures the results against pre-agreed acceptance criteria, and delivers a decision pack with a risk register, technical recommendations, and effort estimates for the next phase.

A PoC proves technical feasibility ("can it work?"). A prototype proves experience ("what will it look and feel like?"). An MVP proves market demand ("will people use it?"). Many teams run a short PoC, validate UX with a prototype, then ship an MVP to learn from the market.

Standards & compliance: ISO 9001 (quality) and ISO 27001 (information security); HIPAA and HL7 for healthcare; PCI-DSS and SOC 2 for fintech; GDPR and PDPA for data handling, with NDAs and role-based access on every engagement. We bake security considerations, scalability and integration, and end-to-end development workflows into the PoC so the findings carry into a secure, scalable build.

Cost depends on the number of assumptions under test, integration readiness, and team mix. Saigon Technology's published engineering rates run $28-$46/hour, and a deliberately small senior team keeps a PoC affordable, small enough that even a negative result is cost-efficient development, not a loss.
Most proofs of concept complete within two to eight weeks. Narrow technical spikes (a single integration or performance concern) can finish in two to four weeks; broader PoCs with discovery, prototyping, and multiple integrations trend toward six to eight. A fixed time-boxed window keeps the work focused.
AI PoC development tests an AI or machine-learning concept on your real data, measuring quality, coverage, and failure modes, before any capability is promised. Because AI and ML concepts fail on data more often than on algorithms, AI PoC development services put the data and model behaviour under test first, supported by our R&D expertise.
On a Go verdict, validated architecture patterns become your delivery baseline, integration stubs turn into production adapters, and performance baselines guide non-functional requirements. We hand over user stories, acceptance criteria, known risks, dependency mapping, and effort estimates by phase so the MVP build starts without losing momentum.

Build Your Proof of Concept with Saigon Technology

From the riskiest assumption to a defensible go/no-go decision, our AI-augmented senior engineers design and build PoCs that de-risk your investment before the expensive build begins. Validate feasibility, earn stakeholder buy-in, and move into your product launch with evidence, not guesswork.

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