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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
- 01Machine Learning Model Development
> MODELS ENGINEERED FOR YOUR EXACT USE CASE <
Custom ML models are built around specific business outcomes, not generic templates. Our ml engineers work with your data to define the right problem type, whether that is classification, regression, anomaly detection, or ranking. We select machine learning algorithms that match your data type, run rigorous experiments, and validate performance through cross validation and holdout testing. Every model we create is designed to handle your real world data points, not just clean benchmark sets. Machine learning models require continuous retraining to remain effective. We handle that too. From hyperparameter tuning through Bayesian optimization to model pruning and quantization for efficient deployment, we cover the full optimization cycle. Austin has a vibrant ecology for advancing machine learning model development, and we put that ecosystem to work for our enterprise clients and growing startups alike.
- Supervised and unsupervised learning pipelines
- Transformer and convolutional architectures
- Automated hyperparameter search
- Performance benchmarking with precision, recall, and AUC ROC
- Model versioning and reproducibility
> THE RIGHT MODEL FOR THE RIGHT DATA <
How do you know which machine learning techniques fit your problem? We start with exploratory data analysis that identifies data quality gaps before model development begins. Then we run structured experiments across candidate algorithms, from linear regression for straightforward forecasting to deep learning models that handle complex data like images and text.
- Algorithm comparison and selection reports
- Feature importance analysis
- Training and validation split strategies
- Drift detection and retraining schedules
- 02Artificial Intelligence Development
> Intelligent Systems That Solve Real Problems <
Machine learning model development in Austin means building custom AI systems that fit real business operations, and SoftDoes does exactly that for local enterprises and scale-ups that need production-ready results, not just experiments. We design machine learning solutions around existing workflows, then connect data engineering, feature engineering, model training, deployment, and ongoing retraining into one system that works in day-to-day operations. For Austin teams in finance, healthcare, education, energy, e-commerce, and other regulated environments, the challenge is rarely access to AI tools alone. It is getting predictive models, automation, and AI integration to work reliably with legacy systems, compliance requirements, and growth targets. Our team develops deep learning models, real-time inference pipelines, and end-to-end MLOps workflows that improve operational efficiency, modernize decision-making, and keep models usable in production as the market moves fast.
- Custom neural networks and deep learning architectures
- Real time inference and streaming AI pipelines
- Integration with existing tools and platforms
- Fairness auditing and bias mitigation
- End to end system design and deployment
- 03AI-Driven Process Automation
> AUTOMATE WHAT SLOWS YOUR TEAM DOWN <
Machine learning can automate repetitive workflows and improve decision making across departments. We identify high friction processes in your operations and replace manual steps with intelligent automation. Document processing, customer segmentation, anomaly detection in operational data, predictive maintenance triggers: these are not futuristic concepts. They are running in production for Austin businesses right now. AI consulting services help businesses identify high value AI use cases, and that is where our engagement typically starts. We map your current workflows, flag automation candidates, and estimate impact before writing a single line of code. The result is automation that fits your existing systems rather than creating new bottlenecks. Our approach emphasizes structured delivery so the automation actually reaches production and stays there.
- Workflow mapping and automation opportunity scoring
- Intelligent document classification and extraction
- Automated quality control and inspection
- Event driven triggers and alert systems
- ROI measurement and continuous optimization
- 04Custom AI Solutions
> AI THAT FITS YOUR BUSINESS, NOT THE OTHER WAY AROUND <
AI readiness depends on data quality, infrastructure, and organizational capability, but the main challenges are usually data gaps, infrastructure limits, privacy requirements, and internal capability constraints that affect implementation success. Not every company needs a large language model. Some need a focused predictive analytics engine. Others need a recommendation system or a generative AI module embedded into an existing product. We assess where you are, define what you actually need, and engineer the right solution. Integrating AI requires a structured delivery framework for success, especially when you are connecting new tools to legacy databases, RESTful APIs, or microservices. Our custom AI solutions cover the full integration surface. We create APIs using REST and gRPC, ensure compatibility with your current system architecture, and manage security controls for data transfer and storage. The Austin market rewards companies that ship working AI, and we make sure yours works from day one.
- AI strategy assessment and roadmap creation
- API development for model serving (REST, gRPC)
- Legacy system integration and migration
- Security and compliance configuration
- Knowledge transfer and team enablement
- 05AI Operationalization
> FROM NOTEBOOK TO PRODUCTION WITHOUT THE GAPS <
MLOps pipelines ensure robust model deployment and monitoring, but most teams struggle with the transition from research to production. That gap is where machine learning projects fail. We implement containerized deployment using Docker, set up CI/CD pipelines for automated testing, and configure monitoring for performance drift, bias, and data quality. Every model we deploy includes rollback strategies and infrastructure scaling plans. Development practices in Austin emphasize robust, iterative engineering, and our operationalization work reflects that standard. We handle version control for data, code, and model artifacts. Logging, audit trails, and reproducibility are not afterthoughts. They are part of the core pipeline. If your ml models need to run on edge devices, cloud clusters, or hybrid architectures, we configure the infrastructure to match your throughput and latency requirements.
- Containerized model serving with Docker
- Automated CI/CD for model updates
- Real time drift detection and alerting
- Infrastructure scaling and cost optimization
- Comprehensive logging and audit trails
> MODELS ENGINEERED FOR YOUR EXACT USE CASE <
Custom ML models are built around specific business outcomes, not generic templates. Our ml engineers work with your data to define the right problem type, whether that is classification, regression, anomaly detection, or ranking. We select machine learning algorithms that match your data type, run rigorous experiments, and validate performance through cross validation and holdout testing. Every model we create is designed to handle your real world data points, not just clean benchmark sets. Machine learning models require continuous retraining to remain effective. We handle that too. From hyperparameter tuning through Bayesian optimization to model pruning and quantization for efficient deployment, we cover the full optimization cycle. Austin has a vibrant ecology for advancing machine learning model development, and we put that ecosystem to work for our enterprise clients and growing startups alike.
- Supervised and unsupervised learning pipelines
- Transformer and convolutional architectures
- Automated hyperparameter search
- Performance benchmarking with precision, recall, and AUC ROC
- Model versioning and reproducibility
> THE RIGHT MODEL FOR THE RIGHT DATA <
How do you know which machine learning techniques fit your problem? We start with exploratory data analysis that identifies data quality gaps before model development begins. Then we run structured experiments across candidate algorithms, from linear regression for straightforward forecasting to deep learning models that handle complex data like images and text.
- Algorithm comparison and selection reports
- Feature importance analysis
- Training and validation split strategies
- Drift detection and retraining schedules
PRODUCTS BUILT ACROSS INDUSTRIES
Finance
Fraud detection, credit scoring, and risk management models analyze large datasets in real time. Our machine learning solutions help companies identify suspicious activity patterns and forecast financial product demand.
Healthcare
Predictive models support healthcare providers in improving patient outcomes through early diagnosis and treatment optimization. Deep learning manages medical imaging, while NLP extracts key information from clinical records.
Education
Learning platforms use data analytics to track student performance and personalize content delivery. Machine learning algorithms analyze engagement data points to detect trends in learning behavior and recommend targeted interventions.
Construction
Machine learning supports project cost estimation, equipment maintenance prediction, and safety risk assessment. Sensor data from job sites feeds predictive models that improve scheduling and resource allocation.
Technology
Recommendation engines, natural language processing, and computer vision run at production scale. Austin’s technology companies need scalable systems that handle growing users without performance loss.
Startups
MVPs with embedded machine learning attract users and investors. We help companies validate product ideas with customer behavior models and perceptive analytics before full development.
Compliance
Automated compliance monitoring and document processing reduce manual review workloads. AI tools scan regulatory updates, flag policy gaps, and generate audit trails that satisfy examination requirements across jurisdictions.
Energy
Demand forecasting, grid optimization, and renewable output prediction require models that handle variable sensor data. Machine learning projects in energy focus on operational efficiency gains and accurate resource planning.
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
Every SoftDoes engagement is staffed with senior ml engineers who have shipped models to production, not junior developers learning on your project. There is a distinction between ML engineering and data science practices, and our team understands both. We bring deep expertise in machine learning algorithms, MLOps, and system integration. That means fewer iterations, fewer surprises, and faster time to a working solution. Our engineers have worked across industries and data types, so they recognize patterns and pitfalls early. You get experienced practitioners from day one.
- 02Predictable Delivery
We follow a structured delivery framework with clear milestones and regular progress updates. Machine learning projects are notoriously difficult to estimate, but our process breaks complexity into manageable phases. Each phase has defined deliverables and acceptance criteria before we move forward. You always know where your project stands and what comes next. We track velocity, address blockers proactively, and adjust scope transparently when data or requirements change. Predictable delivery is not about rigidity. It is about discipline and communication.
- 03Built to Last Past Launch
Launching a model is not the finish line. We engineer every solution for long term reliability in production environments. That includes monitoring for model drift, automated retraining pipelines, comprehensive logging, and documentation that your team can actually use. Machine learning models require continuous retraining to remain effective, and we design systems with that reality in mind. Our code is clean, tested, and structured for maintainability. What we hand over keeps working long after the engagement ends.
- 04No Babysitting Required
We do not require constant oversight to stay productive. Our team operates with full transparency through shared repositories, documented decisions, and async updates that respect your time. You set the direction. We execute. Status reports are clear and honest, including when something is not going as planned. We flag risks early instead of hiding them in status meetings. This approach lets your leadership focus on strategy while we handle the engineering. No babysitting required means you get your time back.
Technologies We Use
AI MODELS & LLMs
ML FRAMEWORKS
MLOPS & AI INFRASTRUCTURE
AI CLOUD PLATFORMS
AI AUTOMATION TOOLS
DATABASES / DATA INFRASTRUCTURE
Frequently Asked Questions
Everything you need to know about deploying, scaling, and securing your neural agents with SoftDoes. Can’t find an answer?
How is communication handled during machine learning model development?
We use a combination of async updates, shared project boards, and scheduled sync calls tailored to your preferences. Every sprint includes a summary of completed work, upcoming tasks, and any blockers. Documentation lives in shared repositories so your team always has access to current project status. We assign a dedicated point of contact who understands both the technical details and your business objectives. Communication cadence adjusts based on project phase: more frequent during active development, lighter during monitoring. You will never wonder what is happening with your machine learning project.
What types of machine learning projects are a good fit for SoftDoes?
We work across the full spectrum: from focused predictive models to complex AI systems with multiple integrated components. Short engagements like model audits or optimization sprints fit just as well as multi month platform development. If your project involves analyzing data, creating custom models, deploying AI tools into production, or improving existing machine learning systems, it is likely a good fit. We handle both greenfield development and work with existing codebases. Our team has experience with structured data, unstructured text, image data, and sensor data. If you are unsure, a brief discovery call will clarify whether the fit is right.
Do you develop ML models for both startups and large systems?
Yes. Startups typically need lean, fast development cycles with a focus on validating hypotheses using real user data. Larger organizations often require integration with existing systems, strict compliance requirements, and models that run at higher throughput. We adjust our approach accordingly. For startups, we focus on rapid experimentation and MVP level machine learning models that can demonstrate value to investors and users. For enterprise clients, we emphasize production readiness, security controls, and scalable systems that handle growing data volumes. The engineering quality remains the same regardless of company size.
How do you measure the success and accuracy of an AI model?
We define success metrics during the discovery phase, aligned with your specific business outcomes. Business metrics might include revenue impact, error reduction, or time saved through automation. We run cross validation, holdout testing, and A/B comparisons to verify model performance before deployment. After launch, continuous monitoring tracks whether the model maintains accuracy against live data. If performance degrades due to data drift, our retraining pipelines activate to restore accuracy in your predictive analytics systems.
What happens after machine learning model deployment and launch?
Deployment is the beginning of a model's operational life, not the end of our involvement. We set up monitoring dashboards that track key performance indicators, data quality, and drift metrics in real time. Automated alerts notify your team and ours when something needs attention. We offer ongoing support packages that include model retraining, performance tuning, and infrastructure adjustments. Documentation and knowledge transfer ensure your internal team can handle routine operations independently. Our goal is to make sure your AI solutions keep delivering value as your data and business evolve.
Will we own the code and intellectual property from our machine learning engagement?
Absolutely. You own all code, trained machine learning models, data pipelines, and associated intellectual property upon project completion and final payment. We do not retain licenses, usage rights, or hidden dependencies on proprietary frameworks. All artifacts are delivered in standard formats with full documentation. Knowledge transfer sessions ensure your team understands every component of the system. We believe ownership clarity is fundamental to a healthy client relationship, and our contracts reflect that from the start of every model development engagement.
What makes SoftDoes different from a typical agency?
Most agencies assign junior staff and rely on templated processes that do not fit complex machine learning model development. We staff every project with senior engineers who have real production experience. Our approach is engineering first, not sales first. We invest time in understanding your data, your constraints, and your ai strategy before recommending a solution. Transparency runs through everything we do: honest estimates, clear tradeoffs, and no scope inflation. We focus on outcomes that matter to your business operations, not on billable hours. That difference shows in the quality of what we ship.
How do you price machine learning model development projects?
Every project starts with a discovery phase where we assess scope, data readiness, and technical complexity. Based on that assessment, we propose a fixed scope engagement or a time and materials arrangement, depending on which model fits the project best. We are transparent about what drives cost: data engineering effort, model complexity, integration requirements, and production infrastructure. There are no hidden fees or surprise charges. For machine learning model development, we break work into phases with clear deliverables so you can evaluate progress before committing to the next stage. You always know what you are paying for and why.
What to Expect on a Discovery Call with a Software Development Company
A discovery call with SoftDoes is a 30 minute conversation to determine whether your business challenges align with our engineering expertise. There is no sales pitch, no pressure, and no expectation that you arrive with a technical specification. You explain your current situation, we ask questions, discuss possible directions, and together decide whether moving forward makes sense.
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