We define the product requirements, AI use cases, user workflows, technical dependencies, data requirements, and integration needs before development begins. This helps establish where AI can contribute to the product and where conventional application logic, business rules, or enterprise systems remain more appropriate. The resulting architecture provides a structured foundation for product development and expansion.
We develop applications that incorporate AI capabilities into functional product experiences, combining intelligent features with interfaces, workflows, APIs, databases, authentication, and other application components. The focus remains on building complete product experiences rather than treating AI as an isolated capability, ensuring intelligent functions operate within the broader requirements of the application.
We engineer individual AI-powered features around defined product requirements, including intelligent search, recommendations, summarization, classification, content generation, extraction, conversational interactions, and decision support. Each feature is designed around its expected inputs, outputs, user interactions, performance requirements, and role within the wider product workflow.
We build products that incorporate GenAI capabilities for creating, summarizing, transforming, interpreting, and interacting with content. Applications can use generative AI for text, documents, conversational experiences, knowledge retrieval, and other defined product functions, with the implementation shaped around usability, response quality, integration requirements, and operational constraints.
We develop intelligent search and knowledge capabilities that allow products to retrieve and present relevant information from enterprise documents, databases, knowledge repositories, and other connected sources. These systems can combine search, retrieval, content processing, and AI-generated responses to make information easier to find and use within business applications and workflows.
We integrate AI into business workflows where applications need to interpret information, classify inputs, generate outputs, recommend actions, or route work based on defined conditions. AI capabilities can be connected with app logic and enterprise systems to support workflows such as document processing, content handling, operational reviews, and other repetitive information-driven activities.
We integrate AI capabilities with existing applications, enterprise systems, databases, APIs, and external services. This enables AI-powered features to exchange information with the systems that support the broader product rather than operating as disconnected components. Integration is designed around data flows, authentication, system dependencies, response requirements, and the product's existing technology environment.
We develop conversational interfaces that allow users to interact with products through natural language. These experiences can support question answering, information retrieval, task assistance, and other defined interactions. We design the underlying conversation flow, information access, app actions, and response handling around the product's intended users and operational requirements.
We evaluate AI-powered products across functional behavior, response quality, accuracy, reliability, performance, integration behavior, and relevant edge cases. Testing considers both the AI-enabled functionality and the surrounding application components, helping identify issues that may affect user experience, system behavior, or the reliability of product workflows under different operating conditions.
We modernize existing products by introducing appropriate AI capabilities without unnecessarily replacing application components that continue to provide business value. This can involve adding intelligent features, connecting existing systems to AI services, improving information workflows, or restructuring selected product components while preserving relevant investments in established technology environments.
Our expertise in AI-powered customer support products helps enterprises build applications that interpret customer requests, retrieve relevant information, generate responses, and support defined service workflows. We integrate conversational capabilities with knowledge sources and enterprise systems to create more structured and responsive customer interactions.
Our expertise in AI knowledge management helps enterprises build products that organize, retrieve, interpret, and present information from distributed knowledge sources. These products can combine search, retrieval, document processing, and AI-generated responses to make enterprise information easier for users to access and work with.
Our expertise in intelligent operations products helps organizations incorporate AI into applications that monitor information, identify defined conditions, support decisions, and automate repetitive operational workflows. These products connect AI capabilities with existing systems and operational processes to provide more useful information within everyday work.
Our expertise in AI analytics products helps enterprises build applications that combine business data with intelligent analysis, natural language interaction, summarization, pattern identification, and decision support. We engineer these capabilities around the available data, intended users, analytical requirements, and broader application workflows.
Our expertise in AI productivity products helps enterprises build applications that support employees with information retrieval, document handling, summarization, knowledge access, content generation, and defined workflow assistance. These products are designed around specific internal processes and the systems employees already use.
Our expertise in AI sales and recommendation products helps enterprises incorporate intelligent suggestions, content discovery, product recommendations, and customer insights into applications. We engineer these capabilities around available data, user interactions, product requirements, integration requirements, scalability needs, and operational considerations.
Fraud Detection System, Credit Risk Scoring Engine, KYC Automation Platform, Robo-Advisory Product, Digital Lending Platform
Adaptive Learning Platform, AI Tutoring Product, Student Engagement Tool, Plagiarism Detection Engine, Virtual Classroom Platform
Diagnostic Assistant Product, Patient Triage System, Clinical Documentation Tool, Symptom Checker Product, Telehealth AI Platform
Personalized Recommendation Engine, Demand Forecasting Product, Visual Search Tool, Inventory Optimization System, Customer Service Product
Route Optimization Product, Predictive Maintenance System, Shipment Tracking Tool, Demand Planning Engine, Fleet Management Platform
AI Trip Planning Product, Dynamic Pricing Engine, Chatbot Concierge Tool, Itinerary Personalization System, Booking Recommendation Product
Predictive Maintenance Product, Driver Assistance System, Connected Vehicle Platform, Quality Inspection Tool, Fleet Analytics Product
Property Valuation Tool, Lead Scoring Engine, Virtual Tour Product, Document Automation Platform, Tenant Matching System
Content Recommendation Engine, Personalization Platform, Audience Analytics Tool, Churn Prediction Product, Content Moderation System
Predictive Maintenance Product, Quality Inspection Tool, Production Scheduling System, Supply Chain Forecasting Platform, Defect Detection Product
Claims Automation Platform, Underwriting Risk Engine, Fraud Detection Product, Policy Recommendation Tool, Customer Onboarding System
Xicom designs and builds custom AI products that integrate with your existing infrastructure and hold up under real enterprise workloads, from prototype to production.
AI Engineers & Data Scientists
AI Solutions Delivered
AI Models in Production
Industries Served
Our generative AI capabilities support product features that need to create, transform, summarize, interpret, or interact with content. We integrate generative AI into applications according to the requirements of the specific product, considering information sources, interaction patterns, response behavior, performance, and how generated outputs are incorporated into broader workflows.
LLMs can support product capabilities involving natural language understanding and generation. We integrate LLM capabilities into applications for defined use cases such as conversational interaction, content processing, summarization, and information retrieval, selecting implementation approaches according to the product's requirements and operating environment.
RAG enables AI-powered apps to retrieve relevant information from connected knowledge sources before generating responses. We use retrieval-based approaches where product functionality depends on enterprise-specific information, helping connect AI interactions with knowledge repositories rather than relying only on general model knowledge.
NLP supports products that need to interpret, classify, extract, or generate information from human language. We apply NLP capabilities to use cases such as text classification, entity extraction, document understanding, sentiment analysis, summarization, and language-based interactions according to the requirements of the application.
Computer vision capabilities allow products to interpret images, video, documents, objects, and physical environments. We integrate visual intelligence into applications where product functionality depends on image classification, object detection, OCR, visual inspection, document understanding, tracking, or other forms of visual analysis.
AI and machine learning capabilities support products that need to identify patterns, make predictions, classify information, automate decisions, or adapt to user and business requirements. We integrate AI and ML functionality into apps based on available data, workflows, performance requirements, and the specific intelligence required by the application.
AI-powered products often depend on external or internal AI services exposed through APIs. We integrate these capabilities with application components while considering authentication, request and response handling, data transfer, error conditions, latency, usage requirements, and the dependencies introduced by connected AI services.
AI products require infrastructure capable of supporting application workloads, data processing, AI services, storage, networking, monitoring, and deployment. We work across cloud environments to structure infrastructure around the product's application architecture, expected workloads, integration requirements, and operational needs.
AI-powered products depend on reliable ways to collect, process, transform, store, and retrieve information. Our data engineering capabilities support the movement of structured and unstructured information through product workflows, helping applications access the data required by their AI features and broader business functionality.
Speech and voice AI capabilities enable products to process spoken language and support natural voice-based interactions. We integrate speech recognition, voice processing, text-to-speech, speaker analysis, and conversational voice capabilities into applications according to product requirements, interaction patterns, data flows, and expected user experiences.
We approach AI as part of a complete product rather than as an isolated technical component. This means considering user journeys, application behavior, data flows, business rules, interfaces, integrations, and operational requirements alongside the AI functionality. The resulting product architecture is shaped around how the complete system needs to work.
AI capabilities need to work reliably with the application components surrounding them. We engineer connections between AI functions, APIs, databases, enterprise applications, user interfaces, and business workflows, considering how information moves between components and how outputs are incorporated into actual product operations.
AI-powered products often depend on information distributed across documents, databases, applications, and other enterprise sources. We design data and knowledge flows that allow products to access relevant information, process it appropriately, and use it within defined AI features while accounting for data structure, availability, quality, and access requirements.
AI features can introduce processing requirements that differ from conventional application functionality. We evaluate response times, processing workloads, concurrency, resource requirements, and other relevant performance factors to ensure AI-enabled product experiences operate within the expectations of their intended applications and users.
AI outputs can vary depending on inputs, context, data, and operating conditions. We establish evaluation approaches around the expected behavior of individual AI features and complete workflows, examining factors such as relevance, consistency, accuracy, response behavior, and application-level functionality to provide a clearer understanding of product performance.
We design AI-powered products with consideration for changing workloads, growing data volumes, additional integrations, and evolving product capabilities. The architecture is structured around the product's expected operating environment so that AI functionality can expand without creating unnecessary dependencies or limiting the broader application.
We integrate AI into products to introduce capabilities such as intelligent search, recommendations, conversational interaction, content generation, document understanding, and automated analysis. These capabilities can extend what a product can do while remaining connected to its existing workflows, interfaces, and application functionality.
We bring product discovery, architecture, application engineering, AI integration, testing, and deployment into a structured development process. This helps move AI-powered product concepts toward working functionality while addressing technical dependencies, integration requirements, and product considerations throughout the development lifecycle.
We engineer AI capabilities around specific product requirements to make applications more capable of interpreting information, supporting users, automating defined tasks, and responding to natural language. This allows products to handle broader use cases while maintaining the application logic and workflows surrounding these intelligent capabilities.
We introduce appropriate AI capabilities into existing products and applications without unnecessarily replacing technology that continues to provide value. This can involve adding intelligent features, connecting AI services, improving workflows, or enhancing selected product components while working within the existing technology environment.
We integrate AI-powered product functionality with APIs, databases, enterprise applications, external services, and other connected systems. This enables intelligent features to access relevant information and participate in broader workflows, while considering data flows, authentication, and the technical requirements of the surrounding product environment.
We design AI-powered products with consideration for growing users, data volumes, workloads, integrations, and functionality. The architecture accounts for evolving product requirements so new AI capabilities and connected services can be introduced seamlessly over time without unnecessarily limiting the performance, scalability, reliability, or broader structure of the product.
We define product objectives, users, workflows, AI use cases, data requirements, integrations, constraints, and measurable requirements before engineering begins, ensuring clear direction.
We establish application architecture, AI components, data flows, integration points, interfaces, infrastructure, and technology dependencies required for the intended product and scale.
We develop product functionality and integrate required AI capabilities with application logic, interfaces, data sources, APIs, and enterprise systems for cohesive experiences.
We evaluate functional behavior, AI output quality, integrations, performance, reliability, security, edge cases, and user workflows thoroughly before deployment and launch.
Following validation, we deploy the product into its intended environment, integrate relevant systems, and monitor operational issues and performance changes after launch.
Fixed Price Model
Best for well-defined AI product builds, this model ensures clear scope, budget predictability, and timely delivery without surprises.
Most Popular
Dedicated Teams Model
Ideal for businesses seeking long-term AI product engineering, this model provides a dedicated team of AI engineers working exclusively on your product.
Time & Material Model
Perfect for AI product projects with dynamic requirements, this model offers agility, cost control, and adaptability to continuous innovation.
Traditional software runs on fixed, pre-programmed rules, while AI products learn from data and improve their own decision-making over time. At Xicom, our AI product engineering services combine data science, machine learning, and standard software engineering practices to build products that adapt as new data comes in, rather than requiring a rebuild every time requirements change.
Any industry that processes large volumes of data and needs faster, more accurate decisions benefits from AI product engineering. Xicom has delivered AI products across:
A working AI prototype typically takes 6 to 10 weeks, while a full enterprise-grade AI product usually takes 4 to 6 months or longer, depending on data complexity and integration scope. Xicom uses agile sprints to ship functional features early and refine them through iterative testing rather than waiting for a single final release.
Custom AI product development typically costs between $40,000 and $250,000+, depending on model complexity, data volume, and system integrations required. As an AI product engineering company, Xicom provides a detailed cost estimate after a discovery phase where we review your business goals, existing data, and feature scope.
Yes, Xicom provides ongoing post-launch support including model performance monitoring, retraining on new data, drift correction, and compliance upkeep. This ensures your AI product continues performing accurately as your data, users, and business needs evolve.
Xicom builds with a mix of foundation models (GPT-4, Claude, Gemini, LLaMA), transformer-based models (BERT, T5), and open-source frameworks, selecting and fine-tuning each based on your product's specific use case, whether that's language, vision, audio, or multi-modal needs. We work with both proprietary and open-source model ecosystems rather than locking clients into a single vendor.
Yes, most existing products can be enhanced with AI features without a full rebuild, provided the underlying data and architecture support it. Xicom's engineers assess your current system first, then integrate AI capabilities like recommendations, automation, or predictive analytics directly into your existing tech stack.