How much does custom web development, front-end engineering, or AI agent implementation cost?

Our pricing follows transparent, fixed-price sprint-based milestones without hidden fees. Front-end engineering & high-converting landing pages start at $799 to $2,499. Full-stack custom web applications and SaaS MVP development range between $2,499 and $5,999. Custom autonomous AI agent systems, enterprise RAG pipelines, and complex automation workflows start from $1,499 to $5,999+. We deliver an exact, itemized scope and fixed quotation following our discovery consultation.

What are your typical project delivery timelines from kickoff to deployment?

Timelines depend on architecture and feature scope. High-performance landing pages and front-end design system builds are typically delivered in 1–3 weeks. Production-ready full-stack SaaS web applications require 3–6 weeks. Custom autonomous AI agents and automated workflow pipelines are deployed in 2–4 weeks. We work in agile 1-to-2-week sprints with staging environment demos and continuous feedback loops.

What tech stacks, frameworks, and AI tools do you specialize in?

We specialize in modern, battle-tested engineering ecosystems: React, Next.js, TypeScript, Tailwind CSS, Vite, and Framer Motion for ultra-responsive front-ends; Node.js, Express, Python (FastAPI/Django), and PostgreSQL for resilient backend architectures; AWS, GCP, Vercel, and Cloudflare for scalable cloud infrastructure; and OpenAI (GPT-4o), Anthropic Claude, Google Gemini, LangChain, LlamaIndex, Pinecone, and n8n for enterprise AI agents and RAG implementations.

Who owns the intellectual property (IP) and source code upon project completion?

You retain 100% intellectual property ownership of all custom source code, design assets, database schemas, prompt engineering templates, and documentation. Upon milestone completion and final payment, we execute a complete repository transfer to your GitHub/GitLab account and sign formal IP assignment agreements with zero vendor lock-in or recurring licensing fees.

How do you guarantee enterprise-grade data privacy and security for AI agent integrations?

Security and privacy are built into our architecture. We implement zero-data retention policies with LLM providers so your proprietary data is never used for model training. For enterprise workloads, we deploy self-hosted vector databases, end-to-end encrypted RAG retrieval pipelines, and private VPC infrastructure on AWS or GCP. We also support using your dedicated enterprise API keys, OAuth 2.0 authentication, and role-based access control (RBAC).

Do you provide post-launch warranties, maintenance SLAs, and ongoing technical support?

Yes. Every project includes 30 days of complimentary post-launch hypercare covering critical bug fixes, performance tuning, and stability monitoring. Afterward, we offer flexible monthly maintenance retainers that include guaranteed 24–48 hour response SLA, dependency updates, security patching, cloud infrastructure monitoring, database backups, and continuous feature enhancements.

Can Falcon Technologies integrate with our existing codebase, team, and third-party tools?

Yes. We regularly augment existing engineering teams and integrate with established legacy systems, microservices, and databases. We seamlessly integrate with third-party APIs (Stripe, HubSpot, Salesforce, Twilio, Supabase, Firebase) and connect to collaboration workflows via Slack, GitHub, Linear, Jira, and Figma.

How does your team ensure optimal SEO, 90+ Lighthouse Core Web Vitals, and responsive performance?

Every web application and front-end we engineer is built with semantic HTML5, server-side rendering (SSR) or static site generation (SSG) with Next.js/Vite, automated JSON-LD schema markup, dynamic Open Graph tags, and optimized asset compression. We test extensively to ensure 90+ Google Lighthouse performance scores, instant sub-second load times, WCAG 2.1 AA accessibility, and fluid responsiveness across all desktop, tablet, and mobile viewports.

Apex Freight: IoT Fleet Telematics Command Center & AI Predictive Maintenance Engine

Client: Apex Freight • Industry: Logistics & Supply Chain • Delivery Timeline: 3 Weeks • Stack: React, D3.js, Node.js, MongoDB, AWS IoT Core, MQTT, Tailwind CSS, Express.js

The Challenge

A nationwide logistics and interstate freight carrier managing over 350 heavy-duty transport vehicles experienced crippling roadside breakdowns, elevated fuel expenses, and severe freight delivery delay penalties. Dispatchers relied on reactive phone calls and manual driver logs, lacking unified telemetry to monitor engine fault codes, transmission temperatures, and optimal multi-stop freight route efficiency in real time.

Our Engineering Solution

Falcon Technologies architected a high-throughput, low-latency fleet command center console:

Real-Time IoT Telematics: Integrated AWS IoT Core and MQTT pub/sub data streams tracking engine RPM, tire pressure, brake temperatures, and GPS coordinates directly into interactive D3.js telemetry grids.
AI Predictive Maintenance Model: Machine learning algorithms analyzing historical failure patterns to predict component fatigue and flag required maintenance 500+ miles before breakdown.
Dynamic Route Optimization: Integrated traffic and topographical mapping APIs to recalculate transit routes dynamically and optimize multi-stop fuel economy.

Measurable Business Impact

75% Reduction in Unplanned Fleet Downtime: Proactive garage scheduling eliminated catastrophic highway roadside failures.
$150,000+ Annual Operational Savings: Measurable fuel efficiency gains and reduced emergency towing fees delivered immediate net ROI.
80% Fewer Road Breakdowns: Dispatchers gained comprehensive situational awareness over all active highway corridors.