Runtime
Next 16 / React 19
Server-first routing with isolated client surfaces for motion.
Interactive portfolio shell / build phase 01
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Projects Built
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Systems Designed
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Security Labs
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Languages
99.97%
Uptime
Runtime
Server-first routing with isolated client surfaces for motion.
Motion
A reusable animation layer for camera shifts and scroll reveals.
Render
Lazy-loaded WebGL environment with pointer-reactive particles.
Technical Arsenal
Crafting performant, accessible interfaces with modern frameworks.
Building scalable APIs, services, and data pipelines.
Offensive and defensive security research and implementation.
Automating builds, deployments, and infrastructure as code.
Designing schemas and optimizing queries across SQL and NoSQL.
Deploying and managing applications on cloud platforms.
Proficient across major operating systems and environments.
Productivity tools and workflows for efficient development.
Case Studies
Click on any project card to expand details. This section outlines the thought process, technical architecture, and key performance highlights behind each build.
A speculative command surface for live model routing, telemetry, and incident triage.
Product exploration interface built around spatial previews and dense conversion flows.
A cinematic analytics cockpit for finding anomalies across high-frequency streams.
Zero-trust authentication system with MFA, biometric fallback, and session hardening.
Execution Evidence
System design for a high-throughput event processing pipeline with fault isolation.
[API Gateway] → [Auth Service] → [Event Bus]
↓
[Worker Pool] ← [Queue] ← [Ingestion]
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[Data Store] → [Analytics] → [Dashboard]Real-time threat detection using behavioral analysis and signature matching.
[Network Tap] → [Packet Parser] → [Signature DB]
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[Anomaly Engine] ← [ML Model] ← [Feature Extract]
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[Alert Queue] → [SIEM] → [Incident Response]Reduced React render cycles by 40% using memoization and spatial hashing.
// Spatial hash for viewport culling
const grid = new SpatialHash(cellSize);
nodes.forEach(n => grid.insert(n));
const visible = grid.query(viewport);
return visible.map(n => <MemoNode key={n.id} data={n} />);Zero-trust auth with progressive MFA, risk scoring, and session hardening.
[Client] → [Challenge] → [Risk Score Engine]
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[MFA Gate] ← [TOTP/FIDO2] ← [Biometric Fallback]
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[Session Token] → [Rotating Keys] → [Audit Log]Fault-tolerant job processing with retry logic, dead-letter queues, and priority lanes.
class JobQueue {
async dispatch(job: Job, priority: Priority) {
const lane = this.lanes.get(priority);
await lane.enqueue(job, { retries: 3, backoff: 'exp' });
this.metrics.increment('jobs.dispatched');
}
}Classified Research Archive
Offensive and defensive security research. Each module documents objectives, tooling, findings, and countermeasures.
Objective
Document solutions to capture-the-flag challenges across web, crypto, and pwn categories.
Tools
Findings
Identified common patterns in web exploitation including SSTI, SSRF chains, and JWT misconfiguration.
Mitigations
Developed reusable exploit templates and automated reconnaissance scripts.
Competed in 12+ CTF events. Focused on web exploitation and binary analysis.
Objective
Systematically discover and document security vulnerabilities in open-source software.
Tools
Findings
Discovered input validation bypasses and race conditions in authentication flows.
Mitigations
Submitted responsible disclosures with proof-of-concept and remediation guidance.
Focus areas: authentication systems, API gateways, session management.
Objective
Analyze compiled binaries to understand functionality, identify vulnerabilities, and extract IOCs.
Tools
Findings
Mapped control flow graphs for obfuscated binaries, identified anti-debugging techniques.
Mitigations
Developed deobfuscation scripts and automated unpacking workflows.
Specializing in PE format analysis and Windows API call tracing.
Objective
Monitor and analyze network traffic to detect anomalies and unauthorized communications.
Tools
Findings
Identified C2 beacon patterns, DNS tunneling attempts, and lateral movement indicators.
Mitigations
Implemented detection rules and network segmentation recommendations.
Built custom Zeek scripts for automated traffic classification.
Objective
Perform static and dynamic analysis of malware samples in isolated environments.
Tools
Findings
Documented behavior patterns including persistence mechanisms and exfiltration techniques.
Mitigations
Created YARA rules for detection and IOC feeds for threat intelligence platforms.
Sandbox environment with network simulation for safe dynamic analysis.
Objective
Build custom security tools for reconnaissance, scanning, and automated testing.
Tools
Findings
Developed port scanners, credential validators, and automated recon pipelines.
Mitigations
All tools include rate limiting, logging, and scope validation to prevent misuse.
Open-source contributions to security tooling ecosystem.
Objective
Maintain a virtualized security lab for testing, learning, and experimentation.
Tools
Findings
Tested attack scenarios in isolated VLANs with full packet capture and logging.
Mitigations
Implemented defense-in-depth with IDS/IPS, SIEM integration, and automated alerting.
Multi-node cluster with segmented networks for red/blue team exercises.
Engineering Journey
Wrote my first lines of code in Python. Instantly hooked on the logic of programming.
Wrote my first lines of code in Python. Instantly hooked on the logic of programming.
Built a complete web application with authentication, database, and deployment pipeline.
Built a complete web application with authentication, database, and deployment pipeline.
Set up a home lab environment for penetration testing and vulnerability research.
Set up a home lab environment for penetration testing and vulnerability research.
Shipped a production-grade application with 3D rendering, real-time data, and advanced UI.
Shipped a production-grade application with 3D rendering, real-time data, and advanced UI.
Deep-diving into cybersecurity, systems architecture, and advanced frontend engineering.
Deep-diving into cybersecurity, systems architecture, and advanced frontend engineering.
Pursuing security certifications, contributing to open-source security tools, and building defensive systems.
Pursuing security certifications, contributing to open-source security tools, and building defensive systems.
Metrics
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Total Projects
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Coding Hours
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GitHub Commits
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CTF Challenges
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Technologies Used
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Systems Deployed
Core Beliefs
“Security is engineered, not added later.”
“Performance is a feature.”
“Interfaces should reveal system intent.”
“Simplicity is the highest form of sophistication.”
“Every build is an opportunity to learn deeply.”
System Interface