







We match you with qualified LangChain developers in 5 days on average, not the 42+ days typical with traditional recruiting firms.
Only 3 out of every 100 applicants make it through our vetting process. You get developers who've already proven themselves building production LLM applications.
Hire senior LangChain engineers at 40-60% less than US rates without sacrificing quality or experience level.
Our placements stick. Nearly all clients keep their developers beyond the first year, proving the quality of our matches.
Work with developers in timezones within 0-3 hours of US hours. No more waiting overnight for responses on critical AI feature issues.
.avif)




LangChain developers command premium rates in US markets due to specialized LLM application skills. Location changes your total hiring investment significantly. US full-time hires carry overhead beyond base salary: health benefits, payroll taxes, recruiting fees, and administrative costs.
Senior LangChain developers in major US tech hubs run $180K-$240K base. The all-in cost is substantially higher.
Total hidden costs: $79.2K-$107.6K per developer
Adding base compensation brings total annual investment to $259.2K-$347.6K per LangChain developer.
All-inclusive rate: $105K-$140K
This covers compensation, local benefits, payroll taxes, PTO, HR administration, recruiting, technical vetting, legal compliance, and performance management. No hidden fees, no agency markup, no administrative burden. Your LangChain developer joins your Slack, attends standups, and ships AI features while you focus on product strategy.
US total cost for a senior LangChain developer runs $259.2K-$347.6K annually when factoring in all overhead. Tecla's all-inclusive rate: $105K-$140K. You save $119.2K-$207.6K per developer (46-60% reduction).
A team of 5 LangChain developers costs $1.3M-$1.7M annually in the US. Through Tecla: $525K-$700K. Annual savings: $771K-$1.04M. Same technical capability with LLMs and RAG systems, English fluency for architecture discussions, timezone alignment for real-time debugging.
Resources can be replaced at no cost during the 90-day trial. No recruiting fees or placement costs. Transparent all-inclusive pricing from month one.
LangChain developers build applications powered by large language models using the LangChain framework. They create chatbots, document analysis tools, and AI agents that connect LLMs to external data and systems. They architect solutions that balance functionality with cost and reliability.
LangChain developers sit between application development and AI engineering. They're not ML researchers training models, but they understand LLMs well enough to build reliable applications around them. Most work involves chain composition, prompt optimization, and integrating LLMs with databases and APIs.
They differentiate from general backend developers through deep knowledge of prompt engineering, context management, and how to structure applications so LLM features work predictably. Unlike data scientists, they ship customer-facing products instead of experimental notebooks.
Companies hire LangChain developers when moving beyond ChatGPT demos into production AI features. This happens after deciding an LLM-powered feature makes business sense but before knowing how to make it reliable, cost-effective, and fast enough for real users.
When you hire a LangChain developer, AI features stop being demos and start handling real traffic. Most companies see faster iteration on LLM applications and more predictable costs.
Prototype to Production: Turn working demos into reliable features that handle edge cases, manage errors gracefully, and don't break when the API returns unexpected responses.
Cost Management: Token usage drops 40-70% while maintaining output quality through prompt optimization, caching, and smart model selection. Features that were burning $10K/month become sustainable.
User Experience: Focus on latency and reliability delivers responses in under 2 seconds instead of making users wait 15 seconds. Features that actually work when users need them.
Your job description filters for LangChain engineers who've shipped LLM features, not completed tutorials. Make it specific enough to attract people who've debugged production prompt failures.
State whether you need someone to build RAG systems, create AI agents, optimize existing chains, or own your AI strategy. Include what success looks like: "Shipping a customer support chatbot that resolves 60% of tickets" beats "building AI solutions."
Give context about your current implementation, LLM provider, and what's not working. Are you burning $8K/month on GPT-4 calls that could be optimized? Help candidates understand if this matches problems they've solved.
List 3-5 must-haves that truly disqualify. "Built production LLM applications handling 1K+ daily users" is specific. "Experience with AI" is worthless. Include years with tools (LangChain, vector databases) and outcomes (improved accuracy, reduced costs).
Separate required from preferred so strong candidates don't rule themselves out. Fine-tuning experience might be nice, but if someone's built reliable RAG systems and can learn it, don't lose them over a checkbox.
Tell candidates to send a brief description of the most complex LLM application they built and what broke in production. This filters for people who've shipped real features.
Set timeline expectations: "We'll respond within 5 business days and schedule first interviews within 2 weeks" beats radio silence.
Good questions reveal how candidates think about prompt engineering, cost management, and production reliability. Not surface-level knowledge.
What it reveals: Understanding of chunking strategies, retrieval patterns, and error handling. Listen for specific decisions about vector databases, prompt templates, and how they'd measure accuracy.
What it reveals: Hands-on cost management beyond "use fewer tokens." Look for prompt compression, caching strategies, when to use smaller models, measuring quality versus cost.
What it reveals: Whether they own outcomes or execute tasks. Listen for ownership of metrics like response accuracy, latency, cost per query. Strong candidates explain edge cases and monitoring.
What it reveals: How they debug under uncertainty and learn from failures. Look for honesty about what went wrong, specific debugging techniques, and safeguards added.
What it reveals: Strategic thinking about cost-quality trade-offs. Watch for frameworks around when quality justifies premium models versus when good-enough works.
What it reveals: Collaborative problem-solving and communication style. Listen for partnership mindset, not gatekeeping. Strong candidates educate stakeholders and help teams make informed decisions.
What it reveals: Honest self-assessment about what energizes them. Neither answer is wrong, but helps identify mismatches. Strong candidates know what they're good at and what drains them.
