Your most expensive employees are spending large portions of their week performing repetitive data extraction, drafting emails, and triaging tickets. While your competitors are aggressively automating overhead, relying on manual human intervention destroys your profit margins.
We don't just sell hype; we audit your entire operational flow to identify high-ROI automation targets. Our consulting architects then build custom LLM-driven pipelines, intelligent agents, and RAG systems that execute complex workflows exponentially faster than human counterparts.
Replacing brittle RPA bots with reasoning AI agents capable of handling dynamic, edge-case scenarios.
Automatically processing unstructured PDFs, contracts, and forms into clean, actionable analytical data.
Implementing highly accurate AI conversational agents that resolve 60%+ of tier-1 support tickets instantly.
Amelia AI is a next-generation enterprise conversational AI platform designed to manage complex business operations with real-time adaptability, compliance sensitivity, and intelligent decision-making. NeoEvolution AI led its development, advancing Amelia’s capabilities to serve high-stakes industries like finance, healthcare, and insurance.
• Advance deterministic rule-based models to dynamic, multi-agent conversational intelligence
• Build scalable and adaptable architectures for real-world enterprise use cases
• Reduce friction for service and operations leaders by enabling secure, compliant AI automation
• Improve NLP and ML-driven understanding of user intent across complex workflows
NeoEvolution AI played a pivotal role in the Toronto innovation hub leading a high-performing team and delivering innovative, scalable solutions tailored for enterprises.
• Built and led an AGILE cross-functional team of software, NLP, QA, and linguistic engineers
• Architected scalable, modular solutions in collaboration with distributed international teams
• Delivered modular AI automation for complexity domains like mortgage, healthcare, and insurance
• Developed and maintained core AI micro-service based models including classification, parsing, spell correction, normalization, and feature extraction

Java

Python

Javascript

Rest

Spring

Hibernate

PostgreSQL

Docker

RabbitMQ

TensorFlow
Real questions from engineering leaders evaluating our team.
We score candidates on three axes: volume × time-per-instance (raw labour saved), error rate of the current human process (automation often improves quality), and integration complexity. The first project should be high-volume, high-error, low-integration — that's where the ROI shows up fast and the risk is contained.
Mostly LLM agents calling deterministic tools — RPA where it actually fits, agents where reasoning is required. We're skeptical of pure 'autonomous agent' frameworks for production work; they're powerful for prototypes but fragile in production. Our default is constrained workflows with explicit tool boundaries.
Human-in-the-loop on high-stakes actions, output validation against schemas, dollar-value thresholds that escalate to humans, full audit logs, and replay-ability for every decision. We never give an LLM unchecked write access to systems that matter — the workflow design enforces 'propose then confirm' for anything irreversible.
Typical pattern: a workflow engine (Temporal, Inngest, or Step Functions) orchestrates LLM calls plus deterministic steps. Background queue for async work. Observability via OpenTelemetry. Each automation has its own dashboard with success rate, escalation rate, and cost per execution. We refuse to ship without these.
Cautiously. We capture human corrections as training data and surface them in an evaluation dataset, but we don't auto-update prompts or models from production traffic. Humans review and approve any prompt change. 'Self-improving' is a marketing claim that often hides quality regressions.
Discovery + first automation: 6–10 weeks, 1–2 senior engineers, plus a part-time lead from your team to own the integration with internal systems. Subsequent automations: usually 3–5 weeks each once the platform is in place.