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Alosh
Denny

AI/ML Engineer & Researcher

Building and deploying agentic AI systems and high-throughput inference pipelines.

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About Me

Computer Science graduate with extensive experience in AI/ML engineering, specializing in deep learning, LLM development, and AI safety research.

Proven track record in building and deploying agentic AI systems and high-throughput inference pipelines. I love involving myself in multi-domain and multi-omic research, pushing the boundaries of Generative AI and Edge Computing.

Core Technologies

  • PyTorch
  • TensorFlow
  • CUDA
  • LLMs & RAG
  • Computer Vision
  • AI Safety
  • Quantization
  • ROS 2
4+ Years Experience
50+ Projects Built
6 Publications

Experience

April 2025 – February 2026

Fullstack AI Engineer

Discern Security, Sunnyvale, CA (Remote)

Architected and deployed agentic AI systems for autonomous threat detection and response. Developed "Agentic Studio" for automated remediation and implemented RL algorithms for cybersecurity.

Agentic AI Reinforcement Learning Cybersecurity DLP/DSPM
May 2025 – October 2025

Technical AI Safety Research Contributor

Effective Thesis (Remote) / Effective Altruism

Investigated LLM hallucination rates in long-context models. Designed experiments to quantify evidence distortion and analyzed safety implications of deception-like behaviors.

AI Safety LLM Interpretability Hallucination Detection
October 2024 – April 2025

Artificial Intelligence Engineer

Eduport, Calicut, India

Led development of multimodal LLMs for Malayalam education. Launched "Adapt AI", driving 50% MAU growth and achieving #1 ranking in educational apps in Kerala.

Multimodal LLMs RAG Modal ChromaDB
October 2023 – June 2024

Data Scientist Intern

NATPAC, Ernakulam

Developed ensemble forecasting models (LSTM, RNN, XGBoost) for Cochin Port traffic prediction with 92% accuracy.

Time Series Ensemble Models Prophet Hyperparameter Tuning
February 2022 – Present

Science and Geology Lead

Team Horizon, CUSAT

Led autonomous Martian rover development for the European Rover Challenge. Built autonomous drone systems using MATLAB and Raspberry Pi.

Robotics Computer Vision MATLAB ROS 2

Projects

Superfloat

AI-first datatype and quantization pipelines for hardware acceleration. Optimizing neural networks for efficient power and speed.

  • C++
  • CUDA
  • Python
  • Quantization

Superfloat GPU

RTL design + GDSII layout for a quad-core Q1.15 GPU built for high-throughput inference-only Superfloat workloads.

  • Verilog
  • OpenROAD
  • VLSI
  • RTL

FLUX.1 Abliterated

Uncensored Flux image generation model achieved through surgical unlearning techniques to remove baked-in safety filters.

  • Diffusion
  • HuggingFace
  • PyTorch

Swaram

Advanced Malayalam text-to-speech model based on conditional VAE architecture for natural speech synthesis.

  • VAE
  • TTS
  • Deep Learning

Reverse SynthID

Reverse engineering Gemini's SynthID detection

  • Reverse-Engineering
  • Watermark Detection
  • Adversarial Attacks

Git Flash

Git MCP Assistant

  • MCP
  • Git
  • AI

Technical Arsenal

AI & Data Science

PyTorch, TensorFlow, JAX, CUDA, LLMs, Computer Vision, RAG Systems, AI Safety

Development

Python, C/C++, Triton, Verilog, React, Node.js, FastAPI, SQL

Infrastructure

AWS, GCP, Docker, Modal, Pinecone, Qdrant, Git, ROS 2

Positions of Responsibility

2022 – Present

Exploration and AI/ML Lead

Team Horizon

Team Horizon is a multi-disciplinary rover building team from CUSAT. Participated in the European Rover Challenge (ERC) in Poland (2023 & 2024), achieving world rank 11th.

2022 – 2024

Secretary

ACES - Association of Computer Engineering Students

Actively organised and hosted hackathons - CodeCrypt. Hosted sessions on Blockchain, AI/ML, and Research.

2021 – 2023

Member

National Service Scheme (NSS)

Engaged in community services, cleanup drives, and led technical bootcamps for social impact.

Selected Publications

DDoS Attack Prediction

Regularized Hybrid Deep Learning for DDoS Attack Prediction in Software-Defined IoT Networks. Published in IEEE ICPC2T, 2024.

  • IEEE
  • IoT
  • Bi-LSTM

T2A: Text2ASMR Framework

Novel Text2ASMR framework for generating Autonomous Sensory Meridian Response Audio. Preprint, 2024.

  • Audio Gen
  • Diffusion
  • Transformers

e-Healthcare Data Management

IoT and ML for Information Management: A Smart Healthcare Perspective. Springer Book Chapter, 2024.

  • Springer
  • IoT
  • Healthcare

Cochin Port Forecasting

Time Series Prediction of Container Freight Through Cochin Port Using Machine Learning Models. CTSEM, 2025.

  • Time Series
  • ML
  • Port Logistics

Dementia Stage Diagnosis

An Ensembled Deep Learning Model to Improve Diagnosis of Dementia Stages from Brain MRI Images. IEEE ICSCC, 2025.

  • IEEE
  • Deep Learning
  • MRI

Cardiology Research AI

AI Research Methodologies in Cardiology. Springer Book Chapter 6, 2026 (In Press).

  • Springer
  • In Press
  • Cardiology

Latest Blogs

Uncensoring Flux.1 Dev: Abliteration

An exploration of abliteration and orthogonalization to remove LLM built-in refusal mechanisms.

  • AI Safety
  • LLMs
  • Flux

Unlearning Flux.1 Dev: Abliteration v2

Advanced surgical unlearning techniques for Flux.1 Dev, refining the abliteration methodology.

  • Diffusion
  • Fine-tuning
  • Safety

The Ultimate Cookbook: Uncensoring GPT-OSS

A deep dive into uncensoring the GPT-OSS-20B model using residual stream ablation techniques.

  • GPT-OSS
  • Abliteration
  • Open Source

The Complete Dummies Guide to LLMs

A comprehensive walkthrough of Large Language Models, from transformer blocks to attention mechanisms.

  • NLP
  • Transformers
  • ML Basics

NVIDIA AI Summit 2024: India's AI Future

Insights from the Mumbai summit featuring Jensen Huang and Mukesh Ambani on India's technological leap.

  • NVIDIA
  • Robotics
  • AI Ecosystem

Huddle01 SDK: Web3 Communication

A developer's guide to building decentralized real-time communication apps with Huddle01.

  • Web3
  • dRTC
  • React

9/10 parents
recommend

Open for collaborations, hackathons, and coffee chats.