Available for opportunities
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I hunt vulnerabilities before attackers find them, research how Wi-Fi itself can betray a room, and channel the same instinct into engineering secure automation for the businesses I work with.
01 — Profile
Networks leak intent. Workflows leak time. Radio leaks presence. My work sits at the point where those three overlap — finding what's exposed before someone else does, and automating what shouldn't need a human at all.
I'm completing a BS in Cyber Security at Air University, Islamabad. Alongside that, I run a Top-Rated automation practice on Upwork — a 100% Job Success Score across 40+ client systems, built with the same rigor I bring to a security assessment.
Red-team methodology, network & web assessment — CRTA, eJPTv2, and ISC² certified.
WISPR — through-wall human presence detection from commodity Wi-Fi hardware.
The automation side of the journey — 40+ infrastructures in Python, n8n, and Make, delivered with a 100% JSS.
02 — Field log
Upwork · Freelance
Cybersecurity Insiders · Remote
ITSOLERA PVT LTD · Remote
03 — Capabilities
Also worked with — digital forensics · reverse engineering · web app security · CSI/RSSI signal processing · ESP32 / ESP-IDF · NumPy / Matplotlib · Git / SSH · Hostinger / Linux hosting
04 — Research · final year project, completed
Wi-Fi–Based Intrusion Sensing & Presence Recognition
Air University, Islamabad · Dept. of Cyber Security (NCSA) · 2022–2026
Every Wi-Fi packet carries unencrypted physical-layer information — Channel State Information — that reflects off human bodies. WISPR listens to those reflections with two commodity ESP32 nodes costing under $40 total, and detects presence, motion state, and walking direction through walls, with no cameras and no network credentials.
A multi-stage pipeline — EMA smoothing, rolling percentile normalisation, dual-threshold hysteresis, and a four-strategy direction inference algorithm — turns raw subcarrier amplitudes into spatial tracking, entirely passively.
WPA2/WPA3 protect payloads, not physics — the physical layer WISPR reads is unencrypted by design.
2.4 GHz penetrates masonry. Occupancy and walking direction are readable from outside the monitored space, undetected.
Sequential rises, fall-then-rise pairs, simultaneous gradients, and single-node asymmetry — applied in order for robust A→B / B→A calls.
Earlier CSI research needed $200+ Intel NICs. WISPR reproduces full direction tracking on two ESP32 modules — the barrier is gone.
05 — Client systems
The other half of the journey — the same rigor I bring to a security assessment, applied to eliminating manual work.
n8n pipeline unifying Amazon Ads, Google Ads, Meta Ads, and Amazon SP-API into one Retool dashboard — with a multi-tenant OAuth 2.0 flow handling client authentication and credential lifecycle automatically.
Continuous extraction pipeline over municipal building-violation records from Data.gov — cross-referencing ownership contacts and verifying locations through the Google Maps API to produce enriched, actionable leads.
A custom suite extending native Shopify: fulfillment-phase duration tracking from warehouse to carrier delivery, dynamic refund logic, and targeted abandoned-cart recovery sequences.
06 — Credentials
INE Security
CyberWarFare Labs
CyberWarFare Labs
CyberWarFare Labs
CyberWarFare Labs
The SECOPS Group
The SECOPS Group
ISC² — certification pending
Also completed — Generative AI: Prompt Engineering (IBM) ↗ Programming with JavaScript (Meta) ↗ Front-End Development (Meta) ↗
07 — Contact
Available for security assessments, enterprise automation consulting, and CRM integration. Tell me what you're building — or what you're worried about.