Enterprise AI & Automation Agency | Eplanet Soft
Bring elite Artificial Intelligence capabilities in-house. We provide world-class machine learning engineers, data scientists, and LLM specialists to accelerate your AI roadmap.
The demand for skilled AI engineers massively outweighs the supply. Trying to hire locally means competing with tech giants offering multi-million dollar compensation packages. Our AI engineers bring deep expertise in PyTorch, TensorFlow, LangChain, and the entire modern ML ecosystem.
When you hire AI engineers from us, you get specialists with production-level experience deploying models at scale — not just academics. Our engineers have built RAG architectures, fine-tuned LLMs, deployed computer vision systems, and created recommendation engines used by millions.
Unlike freelance marketplaces where AI expertise claims are unverifiable, every Eplanet Soft AI engineer has been rigorously vetted through our 5-stage selection process including live ML system design challenges. You get consistent, senior-level talent backed by a full support team including project managers and MLOps engineers.
The global AI market reached $305.9 billion in 2024 and is projected to grow at a 37.3% CAGR through 2030, creating unprecedented demand for skilled engineers who can build production-grade AI systems. When you hire AI engineers, you need professionals who go beyond research notebooks — they must architect, deploy, and maintain models that serve millions of inference requests reliably. The LLM landscape alone has exploded with GPT-4o, Claude 3.5, Llama 3, and Gemini Pro each offering distinct capabilities for different enterprise use cases.
As an experienced ai development company, Eplanet Soft provides machine learning engineers for hire who have shipped models to production across healthcare, fintech, e-commerce, and SaaS verticals. Whether you need to explore our AI service capabilities or hire ml developers for a specific initiative, understanding the technical landscape is essential to making the right hiring decision.
Production AI engineers must be proficient in PyTorch or TensorFlow for model development, but equally critical is their expertise in MLOps tooling — MLflow for experiment tracking, Kubeflow for pipeline orchestration, and Weights & Biases for model monitoring. Engineers building LLM-powered applications need deep familiarity with RAG architectures, embedding models, and vector databases like Pinecone and Weaviate for semantic retrieval at scale.
Fine-tuning capabilities using parameter-efficient methods like LoRA and QLoRA allow engineers to adapt foundation models to domain-specific tasks without requiring massive GPU clusters. Model serving expertise with TensorRT, vLLM, or Text Generation Inference (TGI) is essential for deploying models that meet latency SLAs in production environments.
Data scientists focus on exploratory analysis, hypothesis testing, and building proof-of-concept models in notebooks. AI engineers take those models and build the infrastructure to serve them at scale — containerized inference endpoints, automated retraining pipelines, data drift monitoring, and A/B testing frameworks. When you hire ai engineers, you are investing in professionals who bridge the gap between research and revenue-generating production systems.
Dedicated AI engineers through artificial intelligence consulting partnerships typically deliver ROI within 3–6 months of engagement. A well-implemented recommendation engine can increase e-commerce revenue by 15–35%, while intelligent document processing systems reduce manual review time by 80%. The investment in production-grade AI infrastructure compounds over time as models improve with additional training data and feedback loops.
Production AI systems require far more than a trained model. Engineers must implement data validation pipelines, feature stores for consistent feature computation, model versioning with rollback capabilities, and comprehensive monitoring for data drift and model degradation. Infrastructure choices — whether AWS SageMaker, GCP Vertex AI, or self-managed Kubernetes clusters — significantly impact both cost and operational complexity. The best AI engineers design systems that are observable, maintainable, and can scale from hundreds to millions of daily predictions without architectural rewrites, a capability you gain when you hire a dedicated engineering team with deep ML infrastructure expertise.
Discover how dedicated AI engineering talent transforms operational efficiency and creates sustainable competitive advantages across your organization.
Organizations deploying AI-powered process automation consistently report 30–40% reductions in operational costs within the first year. Intelligent document processing eliminates manual data entry, while predictive maintenance models reduce equipment downtime by up to 45%. These savings compound as AI systems learn from operational data and continuously improve their accuracy and efficiency.
Retrieval-Augmented Generation architectures connect LLMs to your proprietary data — internal documentation, customer records, product catalogs — enabling AI assistants that provide accurate, source-cited answers grounded in your organization's knowledge. Using vector databases like Pinecone or Weaviate, RAG systems retrieve relevant context chunks before generating responses, dramatically reducing hallucinations compared to vanilla LLM deployments.
AI-powered visual inspection systems using YOLOv8 and transformer-based architectures detect defects with 99.2% accuracy — exceeding human inspector consistency. Manufacturing companies deploying computer vision report 60% faster inspection cycles and 35% reduction in quality-related returns, with models that continuously improve as they process more production imagery.
Machine learning models trained on historical business data forecast demand, churn risk, and revenue with significantly higher accuracy than traditional statistical methods. Companies leveraging predictive analytics see 20–25% improvement in demand forecasting accuracy and 15% reduction in customer churn through proactive intervention strategies powered by gradient-boosted models and neural networks.
Fine-tuned language models using LoRA adapters on domain-specific corpora outperform general-purpose LLMs by 40–60% on specialized tasks like legal contract analysis, medical coding, and technical support automation. These custom models can run on-premise or in private cloud environments, ensuring sensitive data never leaves your infrastructure while delivering enterprise-grade natural language understanding.
Our AI engineers deliver end-to-end machine learning solutions across every discipline, from rapid prototypes to production-scale AI systems.
Engineers specializing in fine-tuning, RAG architecture, prompt engineering, and integrating large language models like GPT-4, Claude, and Llama into commercial applications with guardrails and monitoring.
Mathematical experts who clean, transform, and model data to build predictive analytics, forecasting systems, and extract actionable insights from structured and unstructured datasets at scale.
Specialists in image recognition, object detection, video analysis, OCR, and medical imaging systems using OpenCV, YOLO, and transformer-based vision models for enterprise applications.
Natural language processing engineers building sentiment analysis, entity extraction, document classification, chatbots, and multilingual text processing pipelines with transformer architectures.
Engineers who build robust ML pipelines, model versioning, automated retraining, A/B testing frameworks, and scalable inference infrastructure on AWS SageMaker, GCP Vertex AI, or Azure ML.
Building personalization engines, collaborative filtering, content-based recommendations, and hybrid recommendation systems that drive engagement, conversion, and revenue growth.
Share your ML challenge and we'll connect you with a vetted AI engineer experienced in LLMs, computer vision, or data science — deployed to production, not just notebooks.
Our AI engineers command the full modern machine learning ecosystem — from deep learning frameworks to production deployment infrastructure.
AI talent is the hardest to vet — academic credentials don't guarantee production skills. Our ML-specific pipeline validates real-world deployment experience before you ever see a profile.
Define the ML discipline needed (NLP, computer vision, recommendation systems, LLM integration), your data maturity level, existing infrastructure (cloud provider, GPU availability), compliance requirements (HIPAA, GDPR), and whether you need research or production engineering.
Within 72 hours, receive profiles of AI engineers with peer-reviewed publications, Kaggle competition rankings, deployed model portfolios, and documented production metrics — including inference latency and model accuracy benchmarks.
Candidates architect an end-to-end ML system for your domain live — covering data pipeline design, feature engineering, model selection, training infrastructure, and production monitoring. Evaluated by our senior ML architects at no cost.
Your AI engineer gets access to your data warehouse, sets up experiment tracking (MLflow/W&B), configures GPU training environments, and delivers their first model baseline or proof-of-concept within the first 7 days.
Only 2% of AI engineer applicants pass our rigorous multi-stage assessment — the most selective rate across all our technology verticals. AI talent is uniquely difficult to vet because academic credentials and Kaggle rankings don't guarantee production deployment skills. Our process specifically validates that candidates have shipped models that serve real traffic at scale.
We evaluate mathematical rigor (gradient descent proofs, attention mechanism internals), production MLOps maturity (model versioning, data drift monitoring, automated retraining), and responsible AI practices (bias detection, model explainability, compliance documentation). Candidates must demonstrate they can take a model from Jupyter notebook to production API endpoint with monitoring.
We verify peer-reviewed papers, Kaggle competition placements (top 5% required), deployed model portfolios with documented accuracy metrics, and GitHub ML repositories. Only candidates with 4+ years of production ML experience and measurable business impact advance.
A 120-minute assessment covering gradient descent convergence proofs, attention mechanism mathematics, loss function design for imbalanced datasets, Bayesian optimization for hyperparameter tuning, and statistical significance testing for A/B experiments.
Candidates design and partially implement a production RAG system live — covering document chunking strategy, embedding model selection, vector database indexing (HNSW vs IVF), retrieval reranking, prompt template engineering, and hallucination guardrails.
Candidates must take a fine-tuned transformer model, quantize it (INT8/FP16), optimize inference with ONNX Runtime, design a model serving architecture with auto-scaling GPU instances, and implement data drift detection with automated retraining triggers.
Final evaluation of ability to explain model decisions to non-technical executives, document model limitations and bias assessments, create model cards per industry standards, and navigate responsible AI deployment in regulated industries.
Our AI engineers bring domain expertise across diverse verticals, having built production ML systems for startups, mid-market companies, and Fortune 500 enterprises.
Fraud detection models, algorithmic trading, credit scoring, anti-money laundering, and real-time transaction risk assessment.
Medical imaging AI, drug discovery models, clinical trial optimization, patient outcome prediction, and HIPAA-compliant NLP systems.
Recommendation engines, dynamic pricing, demand forecasting, visual search, and customer churn prediction models.
Adaptive learning algorithms, automated grading, content recommendation, student performance prediction, and intelligent tutoring.
Intelligent automation, predictive analytics dashboards, AI-powered search, document processing, and workflow optimization.
Route optimization, warehouse automation, demand planning, predictive maintenance, and fleet management AI systems.
Quality inspection vision systems, predictive maintenance, anomaly detection, production optimization, and sensor data analytics.
Content moderation AI, programmatic ad optimization, audience segmentation, creative generation, and engagement prediction.
See why 97% of our clients choose to continue working with us after their first engagement — and why hiring AI talent through Eplanet Soft delivers better outcomes than alternatives.
| Factor | Eplanet Soft | Freelance Platforms | In-House Hiring |
|---|---|---|---|
| Time to Hire | 5–10 business days (highly specialized) | 4-8 weeks | 4-9 months |
| ML Vetting Rigor | 5-stage process, 2% acceptance rate | Unverifiable credentials | Generic software interview |
| Recruitment Cost | $0 — no placement or agency fees | Platform fees (15-25%) | $30,000-$60,000+ (recruiter fees) |
| GPU Infrastructure | Cloud GPU setup & optimization included | BYO infrastructure | Separate infra team needed |
| Model Monitoring | Drift detection & retraining pipelines built-in | Not available | Requires dedicated MLOps hire |
| Research-to-Production | Engineers with published papers + prod experience | Mostly academic or hobby ML | Competing with FAANG salaries |
| Replacement Guarantee | Free replacement in 2 weeks | Start over from scratch | 6+ month rehiring cycle |
| Compliance & Ethics | HIPAA/GDPR-aware, model bias auditing | No compliance guarantees | Requires separate compliance team |
| IP & NDA Protection | Full IP transfer, model ownership, strict NDAs | Varies by freelancer | Full ownership |
Real performance improvements and business outcomes achieved by our AI engineering teams across client projects.
Built a RAG-powered claims processing system using GPT-4 and Pinecone that extracts structured data from unstructured claim documents, auto-classifies claim types, and generates adjuster summaries. Reduced average claim processing time from 14 days to 38 hours.
Deployed a YOLOv8-based computer vision system across 12 assembly lines inspecting 50,000+ parts daily. The model achieves 99.4% defect detection accuracy with <50ms inference per frame, replacing manual quality inspection and saving $2.8M annually.
Engineered a multi-language sentiment analysis pipeline processing 2M+ customer support tickets monthly using fine-tuned Sentence Transformers. The system routes tickets by urgency and sentiment, reducing average response time by 47% and improving CSAT scores by 22 points.
Choose the engagement model that best fits your AI project scope, budget, and timeline. All models include project management, quality assurance, and seamless communication.
Best for ML model audits, data analysis tasks, prompt engineering, or adding AI features to an existing application. Pay only for the hours you use.
An AI engineer dedicated to your project for 80 hours a month (4 hours/day). Perfect for iterative model development and ongoing ML pipeline maintenance.
An exclusive senior AI engineer working 160 hours a month, fully integrated with your team. Attends all meetings, follows your processes, and works in your timezone.
Our AI engineers are proficient in PyTorch, TensorFlow, scikit-learn, LangChain, LlamaIndex, and OpenAI/Anthropic API integration. They have hands-on experience with NLP, computer vision, recommendation systems, generative AI, RAG architectures, and deploying models to production at scale.
We can match you with pre-vetted AI specialists within 48–72 hours. Our bench includes engineers with production-level experience in LLM integration, data science, MLOps, and computer vision — ready to start contributing to your project immediately.
Absolutely. Our engineers specialize in integrating OpenAI GPT-4, Claude, Llama, and other LLMs into production applications. They implement RAG pipelines, fine-tuning workflows, prompt engineering, vector database integration (Pinecone, Weaviate), and guardrails for safe AI deployment.
Yes, all our AI engineers have deployed models to production environments — not just research or academic projects. They understand MLOps pipelines, model monitoring, A/B testing, containerized inference (Docker/Kubernetes), and scaling ML infrastructure on AWS, GCP, or Azure.
Our AI talent has delivered solutions across healthcare (medical imaging, drug discovery), fintech (fraud detection, algorithmic trading), e-commerce (recommendation engines, dynamic pricing), logistics (route optimization), and SaaS (intelligent automation, predictive analytics).
We implement strict data governance protocols including data encryption at rest and in transit, anonymization techniques, differential privacy, and compliance with GDPR, HIPAA, and SOC 2 requirements. All engineers sign comprehensive NDAs and follow your organization's security policies.
AI projects typically range from 3-month proof-of-concept engagements to ongoing 12+ month partnerships for complex ML system development. Most clients start with a focused pilot project to validate our engineers' capabilities, then scale to larger initiatives. We offer flexible month-to-month contracts with no long-term lock-in, allowing you to adjust team size based on project milestones and evolving requirements.
Yes, comprehensive documentation and knowledge transfer are standard practice for every engagement. Our engineers produce detailed model cards, architecture decision records, training pipeline documentation, API specifications, and deployment runbooks. At project completion or during handoff, we conduct structured knowledge transfer sessions covering model architecture, data pipelines, monitoring dashboards, and maintenance procedures to ensure your internal team can operate independently.
Stop competing with FAANG for talent. Access our pre-vetted roster of AI and Machine Learning engineers immediately.
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