
Let's build together.
Talk with a senior engineer about your product idea, architecture, and what it would take to build it.
6
years on the market
73%
new clients come from referrals
510+
finished projects
80+
software engineers
Services we offer
- 01Artificial Intelligence Development
> AI SYSTEMS THAT WORK <
Artificial intelligence development in Austin now means more than adding ai tools to an existing product. Austin has become a premiere startup driven hub for artificial intelligence, with work around foundational machine learning models, autonomous physical systems, and defense applications. At SoftDoes, our approach starts with the business problem, the data, and the systems that must keep working after launch.
- Neural networks
- Data processing
- Algorithm optimization
- Model training
- System integration
> ENTERPRISE INTEGRATION WITH AI TOOLS <
What happens when the ai system must connect with real data, real users, and real controls?
- API integration
- Private data pipelines
- Governance controls
- Human review flows
- 02Machine Learning Model Development
> PREDICTIVE INTELLIGENCE <
Machine learning model development turns raw data into models that recognize patterns, make predictions, and assist humans with better decisions. Custom machine learning solutions can be tailored to meet specific business needs, driving innovation and improving efficiency across various sectors. For Austin companies, that matters because generic platforms often miss domain rules, legacy data formats, and the operational context behind each decision. Our data scientists and ML engineers work through data analysis, feature engineering, model selection, model validation, and optimization before a model reaches daily operations.
- Feature engineering
- Model selection
- Validation testing
- Performance tuning
- Production deployment
- 03AI-Driven Process Automation
> WORKFLOW OPTIMIZATION <
AI driven process automation uses artificial intelligence, machine learning, natural language processing, and business rules to reduce manual work inside existing workflows. Integrating AI and machine learning into business processes can enhance operational efficiency by automating repetitive tasks and offering data driven insights for decision making. SoftDoes maps the process first, then creates automation that respects permissions, exceptions, and the way teams actually work. This is how automation can assist customers, employees, and operations without hiding risk inside a black box.
- Process mapping
- Automation design
- Integration planning
- Testing protocols
- Performance monitoring
- 04AI Operationalization
> PRODUCTION READY <
AI operationalization is the work that moves an AI model from a promising test into real use. A structured approach to AI integration involves assessing data quality, infrastructure maturity, and organizational capability to ensure successful implementation. AI readiness depends on three pillars: data quality, infrastructure, and organizational capability, which are critical for successful AI implementation. Many Austin companies have strong ideas and strong research, but production introduces concerns around security, monitoring, rollback, access control, run costs, and user adoption. SoftDoes designs for that environment from the start, so the system can function inside the business rather than beside it.
- Infrastructure setup
- Monitoring systems
- Expansion planning
- Maintenance protocols
- Security implementation
- 05Custom AI Solutions
> TAILORED INTELLIGENCE <
Custom AI solutions match the model, data pipeline, interface, and governance method to the exact job. Austin's commercial sector features a mix of home grown AI startups, large enterprise software companies, and robotics firms, so one generic ai tool rarely fits every need. Generative AI can support content creation, automation, research assistance, code review, data science workflows, and knowledge search when the source data is controlled.
- Predictive analytics
- Generative AI assistants
- Natural language processing
- Computer vision workflows
- Decision support tools
> AI SYSTEMS THAT WORK <
Artificial intelligence development in Austin now means more than adding ai tools to an existing product. Austin has become a premiere startup driven hub for artificial intelligence, with work around foundational machine learning models, autonomous physical systems, and defense applications. At SoftDoes, our approach starts with the business problem, the data, and the systems that must keep working after launch.
- Neural networks
- Data processing
- Algorithm optimization
- Model training
- System integration
> ENTERPRISE INTEGRATION WITH AI TOOLS <
What happens when the ai system must connect with real data, real users, and real controls?
- API integration
- Private data pipelines
- Governance controls
- Human review flows
PRODUCTS BUILT ACROSS INDUSTRIES
Finance
Finance teams use predictive analytics, data analysis, and fraud pattern review for clearer data driven decision making, while generative AI assists report drafting and customer service automation.
Healthcare
In healthcare, generative AI has been applied for drug discovery and synthetic medical data generation, with artificial intelligence supporting privacy aware workflows and model validation.
Education
Education groups use machine learning, natural language processing, and data analysis to personalize support, review learning patterns, improve search, and guide instructors with clear AI tools.
Construction
Construction operations can use computer vision, OCR, predictive analytics, and automation to review plans, detect risk, improve scheduling, and connect field data with internal systems.
Technology
Technology teams use large language models, data science, search engines, and generative AI for code assistance, media workflows such as music composition and script development, and product intelligence.
Startups
Startups in Austin use custom AI, machine learning models, and rapid model development to test product ideas, improve customer workflows, and turn research into usable platforms.
Compliance
Compliance work needs explainable AI models, audit logs, data quality controls, and bias review so regulated decisions remain traceable, secure, and ready for external scrutiny.
Energy
Energy and manufacturing teams use predictive analytics, robotics data, sensor models, and optimization methods to improve operational efficiency, asset planning, and daily operations.
Transparency at each stage
Discovery & Alignment
Defined goals and a precise roadmap ensure your vision is realized without unexpected pivots or hidden costs.
Technical Strategy
Senior engineers select the optimal tech stack with clear architectural reasoning for long-term scalability.
Iterative Development
Gain real-time access to code and staging environments with regular demos to track every milestone as it happens.
Careful Testing
Receive transparent QA, security, and performance audits to ensure a flawless and stable launch every time.
Deployment & Support
Stay in total control with full documentation and proactive monitoring to keep your systems running at peak performance.
Numbers Don’t Lie
Recent projects showcasing how we design, engineer, and deliver production-ready software solutions.

WHAT IT WAS LIKE TO BUILD TOGETHER
Direct feedback from founders and product owners – including our partners right here in Austin, TX – after shipping, scaling, and maintaining real production systems.
WHAT CHANGED IN PRACTICE
Clients didn’t stay because of promises. They stayed because delivery became predictable, ownership was clear, and the product kept moving forward after launch.
- 01Direct Access to Senior Engineers
You work directly with senior engineers who understand AI, machine learning, data architecture, and production systems. There is no chain of intermediaries between your team and the people writing the code. That keeps decisions technical, clear, and fast enough for serious business work. Austin based engineering expertise also matters because local companies face talent competition, infrastructure pressure, and changing expectations around responsible AI. The University of Texas at Austin, or UT Austin, is a global epicentre for artificial intelligence, housing several key research institutes related to foundational machine learning and generative AI. The backbone of Austin`s AI ecosystem is academic and public sector research, which serves as a massive talent pipeline and incubator for local innovation.
- 02Predictable Delivery
AI projects fail when the team cannot see what is happening until too late. SoftDoes uses clear milestones, technical reviews, and progress tracking so clients understand the process before a model reaches production. That competition makes planning important because good ML engineers and data scientists need focused work, not vague requests. We define data readiness, model goals, integration limits, and acceptance criteria early. Predictable work reduces rework and protects the business from pilot fatigue.
- 03Built to Last Past Launch
An AI system should remain understandable after the first release. We write maintainable code, document the data pipelines, and record model choices so future engineers can work without guesswork. Austin is becoming an epicenter for embodied AI and general use robotics, with companies developing commercial humanoid robots, and that kind of work needs durable engineering habits. We plan for monitoring, updates, model drift, and security from the beginning. Long term support is easier when the foundation is clean.
- 04No Babysitting Required
The best AI systems do not need constant manual correction to stay useful. SoftDoes creates monitoring, alerts, human review points, and rollback options so operations leaders can trust what is running. We also design workflows that show when the model is confident and when humans should review the output. This protects customers, teams, and society from avoidable errors. It also helps with concerns around bias, privacy, and model misuse. Your organization gets AI that can assist daily operations without becoming another tool that someone must supervise all day.
Technologies We Use
AI MODELS & LLMs
ML FRAMEWORKS
MLOPS & AI INFRASTRUCTURE
AI CLOUD PLATFORMS
AI AUTOMATION TOOLS
DATABASES / DATA INFRASTRUCTURE
Frequently Asked Questions
How is communication handled during AI development projects?
Communication starts with a technical discovery session focused on the business problem, data, users, and systems involved. You work with senior engineers who can explain AI choices in plain language without hiding behind vague terminology. We use regular check ins, written summaries, and visible task tracking so every important decision is recorded. When model development reaches testing, we review metrics, edge cases, and integration concerns with your team. If a risk appears, we say so early and discuss practical options. The aim is simple: everyone should understand what the artificial intelligence system can do, what it cannot do, and what must happen next.
What types of AI development projects are a good fit for SoftDoes?
SoftDoes is a good fit for projects where AI must connect to real data, real users, and real operational rules. That includes predictive analytics, workflow automation, natural language processing, generative AI assistants, decision support tools, and custom machine learning models. We are also interested in focused projects when the goal is clear and the technical path can be tested responsibly. The strongest fit is usually a business that needs more than a generic platform can handle. We look for data availability, stakeholder access, and a willingness to measure outcomes honestly. If the idea is uncertain, we can start with a structured assessment before deeper engineering work begins.
Do you develop AI MVPs or only large enterprise systems?
We work on AI MVPs, internal tools, product features, and larger enterprise systems. An MVP can be the right first step when a team needs to test data quality, user value, model accuracy, or integration limits. We keep the early version focused so the business learns quickly without creating unnecessary complexity. If the MVP proves useful, the same technical thinking can continue into production hardening. Larger systems receive more planning around security, monitoring, governance, and operational efficiency. The main requirement is not project size, but whether the AI work has a clear purpose and a path to real use.
How do you measure the success and accuracy of an AI model in Austin projects?
We define success before training begins. For machine learning models, that may include precision, recall, F1 score, ROC AUC, latency, throughput, or another metric tied to the business goal. We also test data quality, bias risk, failure cases, and the cost of incorrect predictions. Austin companies often need models that work inside existing systems, so integration success matters as much as raw accuracy. A model that scores well in a notebook can still fail if users do not trust it or the data pipeline is weak. We measure both technical performance and operational usefulness.
What happens after AI development project launch?
After launch, the work shifts to monitoring, maintenance, and improvement. We watch model behavior, data drift, user feedback, system performance, and security signals. Updates may include retraining, prompt refinement, workflow changes, new integrations, or code improvements. If the AI system uses large language models, we also review hallucination risk, retrieval quality, and guardrail behavior. Documentation stays important because future changes should not depend on memory. The goal is to keep the artificial intelligence useful as your business, data, and users change.
Will we own the AI code and intellectual property?
Yes, client ownership of project code and intellectual property is handled clearly in the agreement. Your organization should control the custom AI assets created for your business, including application code, data pipeline code, and model integration work. We also clarify how third party platforms, open source components, and hosted AI tools fit into the project. That matters because some models or APIs come with usage rules that are separate from custom software ownership. We explain those boundaries before they affect architecture decisions. Clear ownership keeps future hiring, audits, and system changes simpler.
What makes SoftDoes different from typical AI development agencies?
SoftDoes operates like a senior engineering partner rather than a presentation heavy agency. We focus on data quality, architecture, model behavior, security, and the real constraints inside your systems. You speak with the people doing the technical work, so answers are direct and specific. We are careful with generative AI because many pilots look impressive but fail when integration, governance, or data quality is weak. Our team also understands Austin`s AI ecosystem, including the talent pipeline, research culture, startups, enterprise software companies, robotics firms, and hardware innovation. That context helps us create practical AI development plans instead of generic recommendations.
How do you price projects?
Pricing depends on the project range, data condition, model complexity, integrations, security needs, and post launch support expectations. We do not start with a generic package because AI development work can vary widely from a small automation to a production system with several models. The first step is usually a technical review so we can understand the data, risks, and required outcomes. From there, we define the work in clear phases with responsibilities and milestones. This helps clients compare effort, value, and risk before committing to deeper engineering. SoftDoes keeps pricing discussions tied to the real AI work, not vague promises.
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How I Built SoftDoes. From Solo Developer to Custom Software Development Company
In 2019, I was a freelance software engineer working from a small apartment in Ukraine. Today, I lead SoftDoes, a 70+ person AI focused <a href='https://softdoes.com/'>custom software development company</a> headquartered in Kansas City, Missouri. This is the story of how I built it, project by project, client by client, through a war and across continents.
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