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When exploring most websites, you’ll notice many common features. But here, we are different. EYE OF GOD, Fulfilling All Your Expectations!

Our platform stands apart from other websites and products through innovation, precision, and a commitment to delivering a truly unique experience. BEAUTIFUL CREATIVE STYLE OF MOBILE AND DESKTOP APPS
AND RETAIL PRODUCTS ACCORDING TO THE TRENDS

This the page you are mostly expected to. I've introduced beautiful Apps which made in JAR Format and APK Format Which means its capability to run Android mobile Phones, Blackberry mobile phones, Nokia mobile phones, Amazon Tabs, and Many more.....
Future I've Introduced a desktop application truly modified with advanced features. Keep in touch with this page. Wonderful opportunity to watch and learn the techniques of artificial intelligence. There are several kinds of techniques useful for creating knowledge.some of my invention regarding these subjects. There are,

1.Neural network architecture
2.Self programming and modifying application
3.Natural language processing
4.Speech recognizing application
5.Decision taking software application architecture

These are the subjects I am currently working on.Further.The more advanced concept will introduce soon but it will still have to process and It should be more developed than the present. You have seen the latest updates further In additionally you have the capability to request Mobile and Tablet and Desktop applications regarding,

1.WIFI Technology
2.Bluetooth Technology
3.Web Technology
4.Client-Server Architecture
5.Windows Processes regarding Application

Instead of we expanded it further and nowhere on. The UNICORNPROFESSIONAL Brand was upgraded as we come up with a new LOGO

EYE OF GODS, FULFILL YOUR ALL REQUIREMENT

Many Time UNICORNPROFESSIONAL come up with better than before with consisting of many branded products such as ASUS and etc. There are several categories such as Watches, Shoes, Laptops with several models. Initially, we have to introduce a few brands. If you have requested to have cheap and best functionality brands from other categories. We suppose to introduce it and you can purchase it through a shopping cart with a secure online transaction system. There is a video publishing facility was established on the unicornprofessional website and you can publish your videos in four categories at affordable price. Relevant to that particular request which has to contact me through the contact us page for further processing in the system and agreed upon through the several conditions before publishing it for the website. Future I suppose to publish Research articles and general articles, and white papers regarding computer science and chemical science and marketing management, and computer system engineering. Then you can get a chance to contact us through the community which is private. Please feel free to refer to my company website and through the page. In further I have developed several models of Android mobile applications and DOTNET Framework based computer software which was relevant to Artificial intelligence, Speech recognition system, Chatbot system, Self-modifying, and self-programming applications, and neural network architecture, Support for plug-in technology, Wifi supported and Bluetooth supported and Client-server supported software. Feel free to contact me through the website contact us page and you can submit the lead or quotation request for me and I will immediately respond to those messages. You can communicate via chat from UNICORNAGENT through live chat agents also. Thank you for collaborating with us until now. Thank you,

Yours faithfully,
Harisha Lakshan Warnakulasuriya. CEO AND CFO IN
UNICORNPROFESSIONAL

08/10/2026

🚀🤖 INTRODUCING ARDUINO MOBILE STUDIO

📱⚡ Your Mobile. Your Code. Your Hardware. Your Innovation.

What if your Android smartphone could become a remote Arduino development workstation?

Introducing Arduino Mobile Studio — a mobile-first development concept designed to connect Android development, remote cloud compilation, testing workflows and hardware deployment within one ecosystem.

🌐 DEVELOP ANYWHERE. BUILD REMOTELY. INNOVATE WITHOUT LIMITS.

🔥 CORE CAPABILITIES

📱 01 | Native Mobile IDE
• Arduino sketch editing on Android
• Board & project configuration
• Mobile-first development workflow

☁️ 02 | Remote Build Workers
• Docker-isolated environments
• On-demand compilation jobs
• Server-side Arduino builds

⚙️ 03 | Intelligent Build Pipeline
• Arduino CLI integration
• Board-core & library management
• Build diagnostics and live logs
• Downloadable firmware artifacts

🧪 04 | Testing & Simulation
• Automated test workflows
• Hardware-independent experiments
• Integration-ready simulation architecture

🔌 05 | Hardware Deployment Vision
• Firmware flashing for supported boards
• Serial communication & diagnostics
• Remote hardware-gateway architecture

🔐 06 | Cloud-Native Infrastructure
Android Java + FastAPI + Docker + Redis + REST APIs
with persistent job tracking and isolated workers.

🌍 POTENTIAL USE CASES

🎓 STEM & Education
🔬 Research & Prototyping
🏭 IoT & Automation
🤖 Robotics & Makers
👨‍💻 Remote Engineering Teams
📡 Edge & Embedded Computing

💡 WHY IT MATTERS

Traditional embedded development often depends on local IDEs, toolchains and desktop environments. Arduino Mobile Studio explores a different model:

Mobile Interface → Remote Compute → Firmware Build → Artifact → Hardware

The objective is to reduce setup friction, centralize build infrastructure and make embedded development more portable and scalable.

🚧 DEVELOPMENT STATUS

The initial architecture includes an Android Java application, FastAPI backend, Redis job queue, Docker-based Arduino CLI worker, compilation workflow, artifact handling and deployment configuration.

Board-specific simulation and physical hardware flashing require further integration and validation before production use.

🚀 THE BIGGER VISION

Connect mobile development + cloud compute + embedded toolchains + physical hardware into one ecosystem.

BUILD ANYWHERE. COMPILE IN THE CLOUD. BRING IDEAS TO LIFE.

07/10/2026

🚀 PROJECT LAUNCH | CALL DEFENSE — Native Android Call Screening & Protection

I’m excited to introduce Call Defense, a native Android project exploring how platform-integrated call screening, deterministic decision logic, and privacy-first engineering can work together to reduce unwanted calls.

📱 The vision: Move beyond a conventional call-blocking interface and build a lightweight screening system that evaluates incoming calls against locally configured protection policies.

🛡️ KEY FEATURES

🔹 Native Call Screening — Integrates with Android’s "CallScreeningService" framework.

🔹 Custom Blocking Rules — Supports exact-number and prefix-based blocking policies.

🔹 Trusted Number Allowlisting — Prioritizes user-defined trusted numbers.

🔹 Configurable Protection — Explores private/restricted caller handling, unknown-number policies, and international-format rules, subject to platform behavior.

🔹 Deterministic Risk Evaluation — Evaluates configured rules and produces structured screening decisions.

🔹 Local Screening History — Records decisions, reasons, and risk levels locally.

🔹 Privacy by Design — The baseline architecture avoids unnecessary network access and sensitive permissions.

⚙️ CORE ARCHITECTURE

Incoming Call
↓
Android Telecom Framework
↓
Call Screening Service
↓
Local Rules + Decision Engine
↓
ALLOW / REJECT / SILENCE
↓
Local Screening History

🧰 TECHNOLOGY STACK

Java • Android SDK • Android Telecom • "CallScreeningService" • "RoleManager" • SharedPreferences • R8

🧠 ENGINEERING PRINCIPLES

✅ Fast, predictable decisions
✅ Local-first processing
✅ Minimal permission footprint
✅ Clear separation of screening logic and user interface
✅ Extensible architecture for future improvements

🔬 FUTURE DEVELOPMENT

Potential extensions include encrypted rule storage, scheduled blocking, advanced filtering, import/export, improved automated testing, and privacy-preserving local spam-reputation capabilities.

💡 THE KEY INSIGHT

A mobile security application doesn't always need a cloud-based AI model to make useful decisions. Carefully designed local rules and deterministic logic can provide an efficient foundation for privacy-conscious protection.

Call-screening behavior and available caller information depend on Android versions, device implementations, and system requirements. Physical-device testing, security validation, and compliance with applicable Google Play policies remain important before production distribution.

🚀 Call Defense is a practical exploration of native Android engineering, mobile security, and real-time decision systems.

I BUILD, NOT JUST LEARN.

07/10/2026

🚀 WHO AM I? | BUILDING THE FUTURE

I’m L.P. Harisha Lakshan Warnakulasuriya — “Hariya”, a technology professional, solution builder, researcher, and entrepreneur focused on transforming complex ideas into practical digital solutions.

💻 MY TECHNOLOGY STACK

🔹 Full-Stack Software Engineering
🔹 Cloud & Solution Architecture
🔹 AI & Machine Learning
🔹 DevOps, Automation & Infrastructure
🔹 IoT & Connected Systems
🔹 AR/VR, WebXR & Immersive Computing
🔹 Cybersecurity & Networking
🔹 Digital Transformation & Technology Strategy
🔹 Product Development & Innovation

🎓 ACADEMIC GROWTH

Currently pursuing my M.Sc. in Computer Science at the University of Sri Jayewardenepura, with interests spanning Applied Research, AI, Emerging Technologies, HCI and Immersive Digital Experiences.

🚀 I BUILD, NOT JUST LEARN

My R&D journey explores:

☁️ Cloud & Automation
🤖 AI-Powered Systems
₿ Digital Asset Intelligence & FinOps
🚚 Fleet & Logistics Technology
🥽 WebXR & Immersive Experiences
📱 Native Android Platforms
🌐 Distributed Applications
🔐 Security & Networking
🧠 Edge AI & Intelligent Systems

Projects and initiatives include RouteKing, AIFINLAB, CryptoFinOps, Mission Control, DriveMesh XR, PhoenixLink and other experimental R&D platforms.

💡 MY ENGINEERING MINDSET

Understand the Problem
↓
Design the Architecture
↓
Build the Solution
↓
Measure the Impact
↓
Continuously Improve

For me, technology leadership is not about knowing every technology. It is about connecting engineering excellence with strategic thinking, business value and real-world impact.

🌍 THE JOURNEY AHEAD

Exploring the intersection of:

AI × Cloud × Software Engineering × Immersive Computing × Automation × Digital Transformation × Entrepreneurship

I’m not trying to follow the future.

🚀 I’m building toward it.

🌐 main.harishacrypto.me

05/10/2026

🚀🎓 MASTER OF SCIENCE IN COMPUTER SCIENCE | HUMAN-COMPUTER INTERACTION (HCI) — GRADE A | GPA 4.0/4.0

I’m excited to share another academic milestone in my Master of Science in Computer Science at the University of Sri Jayewardenepura.

🏆 Semester 2 Module Successfully Completed

Subject: Human-Computer Interaction (HCI)
Programme: Master of Science in Computer Science
University: University of Sri Jayewardenepura
Result: Grade A
Subject GPA: 4.0 / 4.0 🎯

As part of this HCI module, I designed and engineered an Adaptive AI Virtual Sales Executive as a practical application of human-centred intelligent interaction.

The work explored how AI-driven systems can move beyond conventional, rigid digital interfaces by incorporating multi-modal interaction, affective computing, computer vision, conversational AI and adaptive recommendation mechanisms.

🧠 Key System Architecture

🔹 Multi-Modal Input Layer
Voice interaction, facial-expression analysis, gaze information and spatial gesture inputs.

🔹 AI Processing / Cognitive Layer
Natural Language Processing, emotion classification and dynamic user profiling to support adaptive interactions.

🔹 Intelligent Output Layer
Semantic response generation, speech synthesis and a human-centric virtual avatar interface.

🛠️ Technologies Explored

Python • OpenCV • TensorFlow • React • Unity • Computer Vision • NLP • Deep Learning • Conversational AI

🧪 HCI Focus

The project provided practical experience in designing intelligent interfaces around human behaviour, user interaction, adaptability and multimodal communication, connecting theoretical HCI principles with an AI-driven interactive system.

This semester has strengthened my understanding that effective intelligent systems are not only about computational capability — they are also about how naturally, efficiently and meaningfully humans can interact with technology.

🎯 Achievement Unlocked

Human-Computer Interaction — Grade A
Subject GPA — 4.0 / 4.0

One more milestone completed in my MSc in Computer Science journey. 🚀

Grateful to the lecturers, faculty members and colleagues at the University of Sri Jayewardenepura for their guidance and support throughout Semester 2. 🙏🎓

Theory → Practical Application → Evaluation → Achievement

26/09/2026

🚀 ANNOUNCEMENT | A NEW PROFESSIONAL VENTURE IS TAKING SHAPE

✨ UNICORN PROFESSIONAL VENTURE — AS A CONSULTANT FIRM

I’m excited to introduce a new professional direction built around a simple idea:

IDEAS → STRATEGY → SOLUTIONS → SUCCESS

🌐 Unicorn Professional Venture is envisioned as a modern consulting platform focused on helping individuals, startups, and organizations transform opportunities into practical, technology-driven solutions.

💡 Our focus areas include:

🔹 Strategy & Planning — turning vision into actionable roadmaps
🔹 Technology & Innovation — building solutions for a rapidly changing digital world
🔹 Digital Transformation — modernizing processes, platforms, and experiences
🔹 Business Growth — connecting technology with sustainable opportunities
🔹 Risk & Security Consulting — strengthening digital resilience and governance
🔹 Training & Advisory — developing knowledge, capabilities, and future-ready teams

⚡ The vision is bigger than consulting.

It is about creating a professional ecosystem where technology, business thinking, innovation, and continuous learning come together to solve meaningful problems.

🚀 BUILD • INNOVATE • GROW

Whether you are exploring a new idea, modernizing an existing business, developing a technology initiative, or looking for strategic guidance — let’s start the conversation.

📩 Looking for collaboration, consulting opportunities, strategic partnerships, or technology initiatives?

👉 Let’s connect. Let’s build something meaningful.

🌐 http://www.harishalakshanwarnakulasuriya.tech

26/09/2026

🚀 PROJECT ANNOUNCEMENT | Universal USB Hub Manager

What if your Android smartphone could become a portable USB engineering workstation? 📱🔌

I’m excited to introduce my latest experimental project — Universal USB Hub Manager, a native Java Android USB/OTG diagnostic and device-management platform.

The project explores how Android can interact with complex USB environments through USB OTG, moving beyond simple storage access toward structured USB discovery, diagnostics, visualization, and device analysis.

⚡ Key Capabilities

🔌 USB OTG Host Detection
🌳 USB Device Enumeration & Inventory
🆔 Hardware Identification — VID, PID, Manufacturer, Product, Serial & USB Class
🧩 Interface & Endpoint Analysis
🔐 USB Permission Management
🔄 Real-Time Attach/Detach Monitoring
📊 Native Canvas-Based USB Topology Visualization
🧪 Device-Level USB Diagnostics
📤 Structured JSON Diagnostic Export

🧰 Target Use Cases

💾 USB Storage Diagnostics
⌨️🖱️ HID Device Analysis
🎮 Game Controller Testing
🎙️ USB Audio Devices
📷 USB/UVC Camera Workflows
🌐 USB Ethernet & Networking
🔬 Embedded Systems Development
🛠️ Field USB Diagnostics
🎓 Education & Research

🏗️ Technical Architecture

Android Device → USB-C OTG → USB Hub → Multiple Peripherals → Android UsbManager → USB Enumeration → Device/Interface/Endpoint Model → Diagnostics + Visualization + JSON

Built with Native Android + Java, with a lightweight custom visualization layer using Android Canvas.

🔭 Future Direction

The platform could evolve into a broader Mobile USB Engineering Workbench, supporting HID descriptor analysis, mass-storage diagnostics, CDC/serial tools, UVC inspection, USB transfer monitoring, protocol analysis, performance measurements, advanced device trees, and hardware-specific diagnostic modules.

The goal is not to replace professional USB analyzers, but to explore how much USB engineering and hardware diagnostics can be brought directly to an Android device.

📱⚡🔌 One smartphone. One OTG connection. A portable USB laboratory.

26/09/2026

🚀 WHO AM I? | BUILDING THE FUTURE THROUGH TECHNOLOGY, INNOVATION & STRATEGIC THINKING

I’m L.P. Harisha Lakshan Warnakulasuriya, known as Hariya — a technology professional, solution builder, researcher, and entrepreneur passionate about turning complex ideas into practical digital solutions.

💻 My Professional Identity

I work across multiple dimensions of technology:

🔹 Full-Stack Software Engineering
🔹 Cloud & Solution Architecture
🔹 Artificial Intelligence & Machine Learning
🔹 DevOps, Automation & Infrastructure
🔹 IoT & Connected Systems
🔹 Immersive Technologies, AR/VR & WebXR
🔹 Cybersecurity & Networking
🔹 Digital Transformation & Technology Strategy
🔹 Product Development & Innovation

🎓 Academic Growth

Currently progressing through my M.Sc. in Computer Science at the University of Sri Jayewardenepura, with a strong focus on applied research, emerging technologies, AI, Human–Computer Interaction and immersive digital experiences.

🚀 I BUILD, NOT JUST LEARN

My journey has involved designing and developing technology projects across areas such as:

☁️ Cloud platforms & automation
🤖 AI-powered applications
₿ Digital asset intelligence & FinOps
🚚 Fleet & logistics technology
🥽 WebXR & immersive experiences
📱 Native Android platforms
🌐 Distributed web applications
🔐 Security & networking solutions
🧠 Intelligent agent and edge-AI concepts

Through initiatives such as RouteKing, AIFINLAB, CryptoFinOps, Mission Control, DriveMesh XR, PhoenixLink and other R&D projects, I continuously explore how emerging technologies can solve real-world problems.

💡 MY MINDSET

I believe technology leadership is not simply about knowing more technologies.

It is about:

Understanding the problem → Designing the architecture → Building the solution → Measuring the impact → Continuously improving.

My goal is to bridge the gap between engineering excellence, strategic thinking, business value and emerging technology.

🌍 THE JOURNEY AHEAD

I’m continuously exploring what comes next at the intersection of:

AI × Cloud × Software Engineering × Immersive Computing × Automation × Digital Transformation × Entrepreneurship

I’m not trying to follow the future.

I’m building toward it. 🚀

25/09/2026

🚀 HIGH PERFORMANCE COMPUTING | THEORY → HANDS-ON → DISTRIBUTED SYSTEMS

I have completed the theoretical and hands-on practical work in High Performance Computing (HPC) as part of my Master of Computer Science at the University of Sri Jayewardenepura.

This subject strengthened my understanding of how computational workloads can move beyond conventional sequential ex*****on toward parallel, distributed and scalable computing architectures.

🔬 Key Areas Covered

⚡ HPC Fundamentals
• Parallel vs. sequential computing
• Distributed-memory and shared-memory concepts
• Task decomposition and workload distribution
• Performance, scalability and efficiency
• Speedup, throughput and parallel overhead
• Synchronization and communication challenges

🐳 Docker for HPC Workloads
• Containerized computational environments
• Reproducible ex*****on environments
• Docker images, containers and networking
• Packaging applications with their runtime dependencies
• Designing portable worker environments for distributed workloads

☸️ Kubernetes & Distributed Workloads
• Cluster architecture and orchestration
• Pods, Services and workload scheduling
• Kubernetes Jobs and parallel ex*****on
• Resource allocation and workload isolation
• Distributed worker patterns
• Scaling computational workloads across multiple workers

📡 MPI — Message Passing Interface
• MPI architecture and distributed-memory programming
• Processes, ranks and communicators
• Point-to-point communication
• Collective communication
• Data distribution and aggregation
• Parallel ex*****on across multiple processes
• Communication overhead and scalability considerations

MPI is specifically designed around message-passing parallel programming, while modern Kubernetes provides mechanisms for running and coordinating parallel workloads.

🧪 Laboratory / Practical Perspective

The practical work connected theory with implementation through experiments involving:

Application → Container → Worker Processes → MPI Communication → Cluster/Orchestrator → Parallel Workload

This provided practical exposure to thinking about HPC not simply as “faster computing”, but as an engineering problem involving:

Architecture + Parallelism + Communication + Scheduling + Resource Management + Scalability

🧠 Research Perspective

One of the most valuable outcomes was understanding the relationship between parallel computing and modern cloud/edge architectures.

A conceptual architecture can be represented as:

📱 Edge / Client
↓
🌐 API / Control Plane
↓
☸️ Kubernetes Orchestration
↓
🐳 Containerized Workers
↓
📡 MPI / Parallel Processing
↓
💻 Distributed Compute Resources

This architecture provides a foundation for research into distributed AI, scientific computing, simulation, optimization, digital twins, large-scale data processing and computationally intensive engineering workloads.

The MPI standard emphasizes portability, efficiency and flexible message passing, while Kubernetes supports parallel Job patterns and distributed worker ex*****on.

🎓 MSc Computer Science | University of Sri Jayewardenepura

This HPC experience has expanded my perspective from building individual applications to designing scalable computational systems capable of coordinating multiple resources and workloads.

«Don't just make software run. Design systems that can scale the computation.»

22/09/2026

🧠 LLM Inference Optimization — සිංහල Technical Case Study

🎯 Case Study: “LLM එකක් Smart කිරීම පමණක් නොව, Fast, Scalable සහ Cost-Efficient කිරීම”

Production LLM එකක accuracy පමණක් ප්‍රමාණවත් නැහැ. Latency, throughput, GPU memory, context length, concurrency සහ infrastructure cost එකට optimize කළ යුතුයි.

🔹 1️⃣ Prefill vs Decode

Prefill — Prompt එක parallel ලෙස process කරන compute-intensive stage එක. Time-to-First-Token (TTFT) සඳහා ප්‍රධාන බලපෑමක් ඇත.

Decode — Tokens autoregressive ලෙස generate කරන memory-bandwidth-sensitive stage එක. Tokens/sec සහ generation latency සඳහා වැදගත්ය.

ඒ නිසා performance issue එකකදී මුලින්ම Prefill ද Decode ද bottleneck එක කියා profile කිරීම වැදගත්.

🔹 2️⃣ KV Cache & Memory

KV Cache මඟින් කලින් calculate කළ Key/Value states නැවත භාවිතා කර recomputation අඩු කරයි. නමුත් long-context workloads වලදී KV Cache GPU memory pressure වැඩි කළ හැක.

➡️ PagedAttention + Prefix Caching මඟින් memory utilization සහ reuse වැඩි කළ හැක.

🔹 3️⃣ Batching

Static batching වල variable-length requests නිසා GPU resources idle විය හැක.

Continuous/In-flight Batching මඟින් completed requests වෙනුවට නව requests dynamically ඇතුළත් කර GPU utilization සහ throughput වැඩි කරයි.

🔹 4️⃣ Attention Optimization

MQA / GQA → K/V memory requirement අඩු කිරීම
FlashAttention → attention computation සහ memory movement optimize කිරීම

🔹 5️⃣ Model Compression

Quantization → FP16/BF16 → INT8/INT4
Sparsity → unnecessary computation අඩු කිරීම
Knowledge Distillation → smaller model එකකට knowledge transfer කිරීම

🎯 Goal: Memory + Latency reduction ↔ Model quality balance කිරීම.

🔹 6️⃣ Speculative Decoding

Small Draft Model → candidate tokens generate කරයි
↓
Large Target Model → candidates parallel verify කරයි
↓
Accepted tokens → output

Latency-sensitive workloads සඳහා මෙය effective විය හැක.

🔹 7️⃣ Multi-GPU Scaling

Tensor Parallelism → computation split කිරීම
Pipeline Parallelism → layers distribute කිරීම
Prefill–Decode Disaggregation → stages වෙනම resources මත scale කිරීම

🔬 Engineering Workflow

Profile Workload → Measure TTFT / Tokens/sec / P95-P99 → Identify Bottleneck → Optimize KV/Memory → Continuous Batching → Attention Optimization → Quantization → Speculative Decoding → Parallel Scaling → Re-profile.

💡 Key Insight

LLM optimization යනු single technique එකක් නොව layered engineering process එකකි.

“Model එක කොච්චර විශාලද?” කියන ප්‍රශ්නයට වඩා,

«“අපේ workload එකේ actual bottleneck එක කොහෙද?”»

කියන ප්‍රශ්නයෙන් පටන්ගෙන Measure → Optimize → Benchmark → Validate → Scale cycle එකක් ක්‍රියාත්මක කිරීම production-grade inference engineering හි මූලික approach එකයි.

Address

17
Malabe
10115

Opening Hours

Monday	09:00 - 17:00
Tuesday	09:00 - 17:00
Wednesday	09:00 - 17:00
Thursday	09:00 - 17:00
Friday	09:00 - 17:00
Saturday	09:00 - 17:00
Sunday	09:00 - 17:00

Website

https://www.harishalakshanwarnakulasuriya.tech/, https://main.harishacrypto.me/, https://crypto.harishacrypto.me/, https

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