Figma MCP: Complete Guide to Design-to-Code Automation
Understand how Figma MCP Server automates design-to-code workflows. Streamline your development with MCP. Watch the video.
You know AI could reduce costs and unlock faster decisions—but legacy systems and overloaded teams make change feel risky. At Seamgen, we help technical leaders like you build and integrate custom AI solutions that work with your existing CRM, ERP, and internal apps—so you don’t have to start from scratch.
Our custom cloud-based AI solutions are built for performance, scale, and compliance. But more importantly, they’re built to solve your business problems—automating what slows you down and freeing your team to focus on the work that matters.
With Seamgen, you get:
Lower operational costs through smarter automation
Faster answers from complex data
More bandwidth for your top engineering talent
We don’t just drop in AI and call it a day—we train your team, stay involved, and adapt your custom AI solution as your needs evolve.
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Planting trees throughout the city can present challenges. This AI model assists you in selecting the optimal locations for planting, ensuring a greener and more vibrant urban environment!
View Case StudyIdentifying the underlying issues in a server room can be challenging. However, with the assistance of AI, we can streamline the troubleshooting process and help you resolve these problems efficiently.
View Case StudyNavigating through extensive log data can be daunting, especially when pinpointing the root cause of issues. Our AI-driven solution empowers backend professionals to streamline this process, enabling quicker resolutions and enhancing operational efficiency.
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View Case StudyAutomate & Accelerate
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Profit with AI
Manual processes slow businesses down. Our AI solutions automate repetitive tasks, streamline workflows, and reduce human error.
Investing in AI pays for itself by reducing waste and inefficiencies. Our AI solutions drive measurable financial benefits, making your business smarter, faster, and more profitable.
We transform raw data into actionable insights, empowering businesses to make informed decisions with AI-powered analytics.
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We make it easy for you to get Generative AI introduced into your organization with our "Proof of Value" option. With this approach, we put together an MVP based on your organization's needs. Once this low-cost and quick-turnaround GenAI project is up and running, your organization can explore its value and start planning how you can fully realize your company's potential.
Once you have seen the value GenAI can bring to your organization and decide to move forward with a bigger project, we can start working on a full Custom GPT Development implementation of a Generative AI solution tailored to your specific business requirements.
Below we offer some insight to both paths to help get started.
The GenAI "Proof of Value" process is designed to accelerate the realization of the value of Generative AI adoption into an organization. This approach caters to businesses that are looking to dip their toe in the water and explore their potential with GenAI, without overcommitting time and cost.
This phase centers on establishing an AI Proof of Value. We’ll define the problem statement, conduct user interviews, and create sample prompts and interaction flows to validate real-world use and ensure the solution meets user needs.
After completing the discovery phase, we will assess the availability, quality, and quantity of the required data sources. We will also estimate the implementation effort and costs to evaluate the project's scope.
Next up is our validation phase. We will create the financial business case based on the problem statement, feasibility and draft the project plan.
Finally, as the exploration phases have wrapped up, we begin the execution of the project. Here we will finalize the project plan and build the technical solution, including a knowledge transfer and change management.
Our Hybrid Agile Development Process allows us to make modifications to the work items and workflow even after project initiation. This flexibility ensures that new changes or requirements can be seamlessly integrated, even late in the development process.
Our Discovery & Strategy phase sets the foundation for success. This comprehensive discovery process provides a Big Picture project view while crafting a project plan that brings the vision to life.
We work with stakeholders to define the long-term vision and MVP scope, aligning with business objectives. Through user research and strategy workshops, we gather insights that guide design decisions, creating user personas and journey maps to ensure a user-centric approach throughout the process.
Once the project plan is in place, we break down each feature and begin the Design & Architecture phase, ensuring alignment with both user needs and business requirements.
We collaborate with your team to translate user needs into intuitive, high-fidelity designs while building a scalable, cloud-based architecture. Our approach integrates a streamlined DevOps pipeline for efficient development and deployment, with a strong emphasis on security. Detailed documentation ensures the team is aligned, setting the stage for smooth execution and a future-proof solution.
We operate in two-week sprints, using design artifacts to prioritize user stories, develop code, perform quality assurance testing, and showcase progress through end-of-sprint demos.
This phase revolves around continuous collaboration and iteration. Each sprint begins with sprint planning to prioritize key features, followed by user story grooming to refine tasks. We implement both automated and manual testing to validate functionality and perform regression testing as needed. At the end of each sprint, we deliver a demo to demonstrate progress and gather feedback.
In the lead up to deployment, we perform thorough user acceptance testing (UAT) to ensure the application meets all requirements and functions effectively in real-world scenarios.
During this phase, our QA team conducts a full regression test to ensure all features meet acceptance criteria. Load testing is performed to gauge performance based on expected user behavior, and any bugs or performance issues are triaged and addressed promptly. Once the application is ready, we follow a detailed deployment plan to launch the application smoothly. Post-deployment, we continue to monitor the system to proactively address any potential issues, ensuring a successful rollout and long-term success.
In this phase, if a project is ongoing and requires additional versions or features, we seamlessly transition back to Discovery to start the process anew.
This iterative approach allows us to continuously refine and enhance the application, ensuring it evolves to meet changing needs and incorporates feedback from users and stakeholders. By revisiting the strategy and discovery phase, we can effectively plan and execute subsequent development cycles, maintaining a high standard of quality and alignment with your business objectives.
Explore our AI Tech Stack by clicking on different secitoins to read more about each tool.
Our developers build with security in mind at every step, using trusted technologies and practices that support data privacy and compliance from start to finish.
These are your customers and or team members who use your services available in your AI software application.
This layer contains tools that help integrate AI into your business. The primary users of these services are team members from your company, usually Data Scientists and Data Engineers.
The AI Environment layer includes all the tooling required for developing, hosting, and managing machine learning and AI models.
Model inference is the stage where trained machine learning models are deployed and make guesses or decisions about new things it sees.
Docker is a platform that allows you to package your ML model, along with all its dependencies (libraries, code, settings), into a lightweight "container" that can run the same way on any machine. This makes it super useful for deploying models consistently — whether on your laptop, in the cloud, or in production. It helps ensure the model behaves the same everywhere and simplifies scaling, testing, and version control.
Ray.io is a framework that makes it easy to run ML models (and other compute-heavy tasks) across many machines at once. It helps you scale model inference, distribute workloads, and manage computing resources efficiently. For example, if you're handling lots of predictions at the same time or processing huge datasets, Ray can split the work across CPUs or GPUs to do it faster.
ML Ops is the practice of managing the end-to-end machine learning lifecycle—including experimentation, deployment, monitoring, and governance—to ensure models are reliable and scalable in production.
MLflow is an open-source platform used to manage the entire machine learning lifecycle, from development to deployment and beyond. It facilitates experiment tracking, packaging models for reuse, and deploying them to different platforms, all while providing a centralized model registry for versioning and collaboration.
A model repository securely stores and organizes machine learning models to support reuse, governance, and compliance.
Harbor is an open source registry that secures artifacts with policies and role-based access control, ensures images are scanned and free from vulnerabilities, and signs images as trusted.
Model development is the process of designing, building, training, and refining machine learning models to solve specific problems using data.
The TensorFlow platform helps you implement best practices for data automation, model tracking, performance monitoring, and model retraining.
PyTorch is an open source machine learning (ML) framework based on the Python programming language and the Torch library. Torch is an open source ML library used for creating deep neural networks and is written in the Lua scripting language. It's one of the preferred platforms for deep learning research.
Jupyter allows users to create and share documents that combine code, equations, visualizations, and narrative text in a single document. This makes it ideal for tasks like exploring data, building and testing models, and creating reproducible research reports.
The Data Environment layer includes all tooling required for processing and serving data to the AI environment or external BI tooling.
Database tools for AI included PostgreSQL and Trino.
PostgreSQL is a powerful, open-source object-relational database management system (ORDBMS) that is known for its reliability, feature robustness, and performance.
Trino enables users to query data from various sources (like data lakes and relational databases) using standard SQL, without needing to move or copy the data.
A pipeline is a structure to automate deployment of updated versions of applications.
Dagster is a client layer tool for managing and automating the Continuous Integration and Continuous Delivery for an application.
Workload management includes tools like Apache Spark and Ray.io. Apache Spark is used for real-time and batch processing of analytics on large datasets. Ray.io is an open-source framework for scaling AI and Python applications, providing a distributed computing platform that simplifies the development and deployment of large-scale machine learning (ML) and AI workloads.
Data stream management tools allow clients to optimize data traffic on their containers.
Redpanda and Kafka are client level tools to better manage access for end users to large amounts of data.
This layer is where DevOps teams focus on maintaining and managing the platform's performance.
Devops need a way to control and manage access to data.
Metadata and Unity Catalog are tools that provide a single interface and centralized repository for all metadata assets, including governance, access control, auditing, and data lineage. This allows devops to administer data access policies across workspaces, simplifying access management.
To optimize the efficiency of processing requests, devops have tools to improve the efficiency of data requests.
Delta Lake and Apache Iceberg are a storage layer (data cache) designed to improve the reliability, security, and performance of data stored in cloud storage, enabling functionality like unified streaming and batch data processing.
DevOps teams are responsible for managing data across the platform, including both containers and their associated object storage.
Minio allows devops to manage large amounts of data (object storage) for AI systems and works with cloud infrastructure providers like AWS. An example of functionality in Minio is the ability to provision client access to data storage.
A user friendly interface is a key factor in helping devops with managing virtual machines and containers.
Rancher is an example of a user friendly interface used for managing virtual machines and containers.
Container automation allows the platform to automatically scale up whatever resources are needed to maintain the applications running on the network.
Kubernetes is a platform used by devops to automate the deployment, scaling, and management of clusters for virtual machines. It also schedules containers to run on the clusters, optimizing resource utilization and ensuring application availability.
This layer is maintained by IT specialists who make sure the servers and hardware are functioning as expected.
Data Storage is a service that allows the storage of data. This can be done with on-premise servers or remote servers. Examples of data storage providers are AWS, Google Cloud, and Microsoft Azure. In addition to data storage, these providers typically offer a suite of cloud services that power modern development and operations.
Understand how Figma MCP Server automates design-to-code workflows. Streamline your development with MCP. Watch the video.
Seamgen wins a Netty Award for CVS’s ActiveHealth platform. Read the award details and see why the judges chose this project—learn more now.
Compare Custom GPT with Microsoft Copilot to see which AI solution fits your business needs. See the comparison now.
Learn how to secure AI apps with top LLM security practices. Prevent critical risks and protect user data. Read the guide now.
Contact us today to develop cutting-edge AI and data science solutions that drive success.
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