We assess your use case, data, latency targets, and hardware limits to decide whether a small language model is the right fit. Then we shortlist and benchmark candidate models on your own sample tasks, so the model you build on is chosen for measured performance on your work, not for its popularity or vendor relationships.
Our custom SLM development builds a model around one clearly defined job, such as classifying tickets, extracting fields from documents, or answering policy questions. We design the training data, model setup, and output format together, so the finished model fits directly into your application and returns results your systems can use without extra cleanup.
General models often miss industry terms, abbreviations, and internal formats. We prepare and label your domain data, then train the small model to understand your vocabulary and follow your rules. For projects focused only on adapting an existing large model, our LLM fine-tuning services are a closer match.
Distillation transfers the behavior of a large teacher model into a compact student model. We generate and curate high-quality examples from the larger model for your specific tasks, then train the small model to reproduce that quality at a fraction of the size, giving you strong task accuracy with much lower running costs.
We reduce model size and memory use through quantization, pruning, and efficient runtime formats, so the model runs on standard CPUs, smaller GPUs, or mobile chips. Every compression step is tested against your accuracy baseline, so you see exactly how much quality is retained before any change goes into production.
For organizations that cannot send data to third-party AI providers, we deploy small language models inside your own data center or private cloud. We set up secure serving, access controls, and audit logging, so sensitive records in healthcare, finance, or legal workflows stay within infrastructure you own and control.
We package optimized small models to run directly on laptops, mobile apps, and embedded hardware, enabling AI features that work offline and respond instantly. For broader strategy across devices, sensors, and gateways, our edge AI consulting team plans the wider architecture.
When the same type of request runs thousands of times a day, such as classifying emails, tagging documents, or summarizing tickets, a small model trained for that one job can match the accuracy you need while keeping the cost of each request low and response times consistent as volume grows.
Organizations handling patient records, financial data, or confidential contracts often cannot send that information to external AI services. A small model can run entirely inside your own infrastructure, so data never leaves your environment and compliance teams keep full visibility over where it is processed and stored.
Real-time features like in-app suggestions, live call assistance, or form autocomplete need answers in a fraction of a second. Small models process requests faster on modest hardware, which helps keep user-facing features responsive without investing in large GPU clusters or depending on network round trips.
Field teams, factory floors, vehicles, and mobile apps often operate with weak or no connectivity. Compact models can run locally on phones, tablets, and edge hardware, keeping AI features available wherever work happens and reducing dependence on cloud services for everyday tasks.
Usage-based API pricing can grow quickly once AI features reach real users. Running your own small model on infrastructure you control turns AI into a more predictable operating cost, which makes it easier to plan budgets and scale adoption across departments without surprise bills.
Legal clauses, clinical notes, insurance codes, and engineering specifications follow their own vocabulary and structure. A small model trained on your domain data learns these patterns closely, often producing more consistent results on that narrow work than a general-purpose model that has to cover every subject.
Transaction Categorization, KYC Document Extraction, Internal Policy Assistants, Compliance Report Drafting, Customer Query Routing
Offline Tutoring Assistants, Assignment Feedback, Course Content Summarization, Multilingual Learning Support, Student Query Handling
On-Premise Clinical Note Summarization, Medical Coding Support, Patient Intake Processing, Clinical Guideline Q&A, Discharge Summary Drafting
Product Description Generation, Review Sentiment Tagging, In-Store Assistant Devices, Inventory Query Bots, Catalog Attribute Extraction
Shipping Document Extraction, Driver Assistant Apps, Delivery Exception Classification, Warehouse SOP Q&A, Customs Data Processing
Booking Request Parsing, Offline Travel Companion Apps, Itinerary Summaries, Multilingual Guest Support, Review Analysis
In-Vehicle Voice Assistants, Service Manual Q&A, Diagnostic Log Analysis, Dealer Support Tools, Warranty Claim Processing
Lease Clause Extraction, Listing Description Drafting, Lead Inquiry Classification, Property Document Q&A, Tenant Request Routing
Content Tagging and Metadata, Subtitle Summaries, Content Moderation, Audience Comment Analysis, On-Device Recommendations
Shop Floor Assistants, Maintenance Log Analysis, Quality Report Summaries, Technical Manual Q&A, Work Order Classification
Claims Document Extraction, Policy Wording Q&A, Underwriting Note Summaries, Fraud Indicator Flagging, Agent Support Assistants
Product Search Understanding, Order Support Assistants, Return Reason Classification, Catalog Enrichment, Personalized Product Copy
Share your use case with our team. We will tell you honestly whether a small language model fits, what accuracy to expect, and where it should run, before you commit to a full build.
AI Engineers & Data Scientists
AI Solutions Delivered
AI Models in Production
Industries Served
Microsoft's Phi family was trained with a strong focus on high-quality data, which gives it solid reasoning and language ability for its size. We often evaluate Phi models for enterprise assistants, document understanding, and on-device features where a compact footprint and dependable output quality both matter.
Gemma is Google's family of open models, built from the same research behind Gemini and released in several sizes. Its range of model sizes makes it practical for teams that want to start small, measure results, and move to a larger variant only if the task genuinely needs it.
Meta's smaller Llama models were designed with mobile and edge devices in mind. Their wide community support and tooling make them a reliable base for on-device assistants, summarization features, and private deployments where teams want broad ecosystem compatibility.
Alibaba's Qwen models are available in a wide range of sizes and offer strong multilingual coverage. We consider them for projects that serve users in several languages, or for structured tasks like extraction and classification where compact models with good instruction-following are needed.
Mistral AI builds efficient open models with a focus on strong performance per parameter. Its smaller models suit private deployments and latency-sensitive applications, particularly for European clients who want an option developed with regional data and regulatory expectations in mind.
IBM's Granite models are built for enterprise use, with attention to transparency about training data and business-friendly licensing. They are a sensible starting point for regulated organizations that need clear documentation of model origins as part of their governance and procurement processes.
SmolLM from Hugging Face includes some of the smallest capable open models available, designed to run on phones, browsers, and low-power hardware. We use them for very lightweight tasks where memory and battery use matter more than broad knowledge, such as on-device classification and short text generation.
When no existing model fits your language, domain, size limits, or licensing needs, we design and train a compact model specifically for your use case. This route takes more data and time, so we recommend it only after testing shows that adapting an existing open model will not meet your requirements.
We are not tied to any single model provider or hardware vendor. Base models are chosen by benchmarking them on your real tasks, so the recommendation reflects measured results on your data rather than a partnership or a preference our team happens to have.
If testing shows that a larger model, a retrieval system, or a simple rules-based approach would serve your use case better, we say so. Our goal is the smallest solution that reliably meets your accuracy target, not the largest project we can scope.
Training data, model weights, and deployment infrastructure stay under your ownership. We work within your security policies, sign NDAs as standard, and can train and deploy entirely inside your environment when data cannot leave it.
Every model is measured against a test set built from your real examples, including edge cases and known failure patterns. You see the results before deployment, so decisions about going live are based on evidence rather than a polished demo.
We plan for serving, scaling, monitoring, and retraining from the start, not after the pilot. Models are packaged with documentation and pipelines your team can run, and monitoring follows the practices our MLOps consulting team puts in place.
Because our teams also deliver RAG development services and AI agent development, your small model is designed to work with the rest of your stack. That reduces integration effort and avoids the gaps that appear when each piece is built by a different vendor.
Small models need far less compute per request, so they can run on standard servers or smaller GPUs instead of expensive infrastructure. For high-volume workloads, this difference adds up quickly, making it practical to expand AI across more processes without a matching rise in your monthly bill.
Because a small model can be hosted on your own servers or devices, prompts and outputs never need to pass through an external AI provider. This removes a major concern for legal, security, and compliance teams and makes AI adoption easier to approve in sensitive departments.
Fewer parameters mean less computation for every answer, and local hosting removes network delays. The result is AI that responds quickly enough for real-time features like live suggestions, voice interactions, and in-app assistance where users expect an instant reply.
A model trained for one job on your own data learns your formats, terms, and rules in detail. On that narrow task, it often produces more consistent and predictable output than a general model that has to balance knowledge across every possible subject.
A smaller model with a defined purpose is easier to document, test, and audit. You know what data it was trained on, what it is meant to do, and where it runs, which makes it simpler to meet requirements under frameworks like HIPAA, GDPR, and the EU AI Act.
Running less compute per request also means using less energy. For organizations with sustainability goals or reporting obligations, moving routine AI tasks to small models is a practical way to reduce the environmental footprint of growing AI usage.
We define the task, success metrics, and deployment target, then benchmark candidate small models on your sample data.
We collect, clean, label, and structure your domain data, adding synthetic examples where real data is limited.
We adapt the selected model to your task through domain training or distillation, tracking results at each iteration.
We compress the model for your hardware and test accuracy, speed, and edge cases against your agreed benchmarks.
We deploy on-premise, in the cloud, or on device, then monitor quality and retrain as your data changes.
Fixed Price Model
Best for a clearly scoped SLM project, such as a single-task model or proof of concept with defined accuracy targets and a fixed budget.
Most Popular
Dedicated Teams Model
Ideal for organizations building several small models or an SLM-based product, with ML engineers and data specialists working exclusively on your roadmap.
Time & Material Model
Suited to SLM projects with evolving scope, where data availability, accuracy targets, or deployment needs may change as testing progresses.
SLM development is the process of building, adapting, and deploying small language models, which are compact AI models designed for specific tasks rather than general-purpose use. It covers choosing the right base model, training it on domain data, compressing it to run efficiently, and deploying it in the environment where it will be used, such as private servers, the cloud, or end-user devices.
A small language model has far fewer parameters than a large language model, so it needs less compute, responds faster, and can run on modest hardware or on devices. LLMs handle broad, open-ended tasks and complex reasoning better, while SLMs perform well on focused, repeatable tasks within a defined domain. If your use case needs broad general capability, our LLM development services may be the better fit.
A small language model is a good choice when the task is narrow and repeated at high volume, when data must stay inside your own infrastructure, when response time matters, or when the model needs to run offline or on a device. Common examples include document classification, data extraction, internal knowledge assistants, and domain-specific support tools.
In most projects, we start from a proven open small model and adapt it to your domain, because this delivers strong results faster and at lower cost. Adaptation can include supervised training on your data, distillation from a larger model, and compression for efficient deployment. Training a model from scratch is reserved for cases where no existing model fits your language, domain, or licensing needs.
Yes. Because of their compact size, small language models can run on your own servers, in a private cloud, or directly on laptops, mobile devices, and edge hardware after quantization. This keeps sensitive data within your environment and allows AI features to work with limited or no internet connection.
Yes. An SLM can serve as the language layer in a retrieval-augmented system, answering questions from your own documents with lower cost and latency. It can also handle focused, high-volume steps inside an agent workflow, while a larger model coordinates more complex reasoning where needed.
Timelines depend on data readiness, the complexity of the task, and the deployment target. A focused proof of concept on a single use case can often be delivered in a few weeks, while production systems with multiple data sources, compliance requirements, or on-device deployment take longer. We confirm the timeline after an initial discovery session.
The cost of SLM development services depends on the volume and condition of your training data, the level of model adaptation required, evaluation needs, and where the model will be deployed. We scope cost after a discovery conversation and offer fixed-price, dedicated team, and time and material engagement models.
Xicom is an AI-first engineering company with over 20 years of software delivery experience. As an SLM development company, we stay model-agnostic, test accuracy against your real data before launch, and handle the full lifecycle from model selection to deployment and monitoring, so you get a small language model that works in production, not only in a demo.