ATIMIS

Our Work

Production systems, running at scale.

01

Veritas

Enterprise RAG Evaluation & Verification Framework for Production LLM Systems

Tech Infrastructure

Python
LangChain (LCEL)
Vertex AI
Gemini / OpenAI LLMs
Google Cloud MCP

Key Metrics

RQI Score Uplift
+0%after pipeline optimization
Hallucination Reduction
0%in production test sets
Evaluation Coverage
0%Across Retrieval · Generation · Reasoning
Deployment Confidence
0%+answers traceable to verified sources

The Constraint

Enterprise teams deploying RAG systems lacked a scientific, repeatable way to measure answer reliability. "Looks correct" was unacceptable in regulated and knowledge-critical environments.

The Failure Mode

Traditional RAG pipelines often retrieve incorrect context while still producing fluent responses. These silent hallucinations erode trust and introduce legal and compliance risk.

Why This Was Hard

Most evaluation approaches collapse system behavior into a single score. In practice, failure occurs independently across retrieval, factual grounding, and reasoning. Measuring these dimensions without masking risk required a fundamentally different framework design.

02

Sentinel

Enterprise Material Request Governance and Compliance Platform

Tech Infrastructure

Python
MongoDB Atlas
AWS
Secure Cloud Hosting
Github Actions

Key Metrics

Rule Enforcement Accuracy
0%no violations in production
Manual Review Reduction
0%reduction in manual workload
Request Processing Time
0%faster turnaround
Audit Readiness
0%real-time compliance visibility

The Constraint

Material requests operated under strict yearly and departmental limits. Any over-allocation created financial exposure and audit risk.

The Failure Mode

Manual approvals and spreadsheet-driven tracking allowed inconsistent enforcement, delayed detection, and policy violations.

Why This Was Hard

The system required absolute enforcement: no warnings, no overrides, no partial approvals, while remaining fast and usable for daily internal operations.

03

DataVista

Real-Time Data Analytics & Visualization Platform for High-Volume Workloads

Tech Infrastructure

Python
React
AWS
DataBricks
Apache Spark

Key Metrics

Data Processing Speed
0%faster than legacy pipelines
Dashboard Load Time
<0son large datasets
Concurrent Users
0,000+supported concurrently
Efficiency Gain
+0%operational efficiency

The Constraint

Teams needed real-time insight from large datasets without adopting heavy BI platforms or complex infrastructure.

The Failure Mode

Batch-based reporting pipelines introduced delays, limiting decision-making speed and operational visibility.

Why This Was Hard

Achieving real-time responsiveness while processing large-volume data required distributed computation without degrading frontend performance.

04

FitIQ

AI-Powered Fitness Coaching with Real-Time Form Tracking

Tech Infrastructure

Python
Flask
MediaPipe
OpenCV
TensorFlow

Key Metrics

Pose Detection Latency
0%on consumer devices
Form Accuracy
+0%vs. self-guided workouts
User Retention
+0%with real-time feedback
Cloud Cost
0%via on-device inference

The Constraint

Users needed personalized fitness coaching without gym access, while maintaining correct form to reduce injury risk using standard consumer devices.

The Failure Mode

Static workout plans and delayed feedback led to incorrect execution, reduced results, and higher injury rates.

Why This Was Hard

Real-time computer vision is computationally intensive. Delivering low-latency pose tracking and personalization without expensive hardware or constant cloud inference required deep optimization.

05

AutoSteer

High-Precision Steering Angle Prediction for Autonomous Driving Systems

Tech Infrastructure

Python
TensorFlow/Keras
OpenCV
CNN Architecture
PyTorch

Key Metrics

Steering Angle Prediction
+0%accuracy vs. human baseline
Inference Time
<0msper frame
Training Data
+0%expansion via augmentation
Lane Stability
+0%improvement in simulation tests

The Constraint

Autonomous driving systems require highly accurate, real-time steering predictions to maintain safety and lane stability.

The Failure Mode

Minor prediction errors compound rapidly, resulting in unstable trajectories and unsafe driving behavior.

Why This Was Hard

Driving environments vary continuously: lighting, curvature, and obstacles change frame-to-frame. The model had to generalize while maintaining ultra-low latency.

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