Update main.tex

sections/experience.tex

@@ -1,42 +1,28 @@
-
 \section{Experience}
 
 \outerlist{
-
 \entrybig
-	{\textbf{PRODAFT}}{\textit{ Den Haag, NL }}
-  {\textit{ Developer \& Offensive Cyber Threat Intelligence Analyst }}{\textit{ September 2022 - Present }}
+	{\textbf{PRODAFT}}{Den Haag, NL}
+	{Developer \& Offensive Cyber Threat Intelligence Analyst}{Sept 2022 – Present}
 \innerlist{
-  \entry{Working on a threat intelligence correlation platform (CRADLE) to aggregate artifacts from data sources with high throughput.}
-  \entry{Development and implementation of graph-based algorithms using Neo4J: PageRank, Recommendation, Explainable AI, Risk Prediction.}
-  \entry{Internal tool development for automating TI tasks, management of team members and collaborative knowledge management.}
-  \entry{Proactive threat hunting and penetration testing}
+	\entry{Maintain the OSS threat intelligence correlation platform (CRADLE) processing 15000+ weekly artifacts from 5 data sources, reducing analysis time by 45\%}
+  \entry{Lead a team of 5 engineers to develop the open source threat intelligence platform CRADLE, with 200+ stars on GitHub}
+	\entry{Implemented graph-based correlation algorithms (PageRank, risk propagation) in Neo4j for threat classification and propagation across 1M+ nodes}
+	\entry{Automated 8 manual threat intelligence workflows using Python, saving 20 hours weekly}
+	\entry{Conducted threat hunting operations, writing and releasing 2 reports and giving a talk in the ONE Security Security Summit 2024}
 }
-
 \vspace{0.2em}
-
 \entrybig
-	{\textbf{TU Delft}}{\textit{ Delft, NL }}
-	{\textit{ Teaching Assistant }}{\textit{ September 2022 - Present }}
+	{\textbf{TU Delft}}{Delft, NL}
+	{Teaching Assistant}{Sept 2022 – Present}
 \innerlist{
-	\entry{Assisted in the teaching of the courses OOP, Computer Organization, Database Technologies, Embedded Software, Distributed Systems, Software Project.}
+	\entry{Instructed 500+ students across 6 computer science courses including Computer Organisation, Distributed Systems, and Embedded Software}
 }
-
 \vspace{0.2em}
-
 \entrybig
-	{\textbf{Rotterdam Police Department}}{\textit{ Rotterdam, NL }}
-	{\textit{ Intern at Team Zeden and TBKK }}{\textit{ April 2023 - July 2023 }}
+	{\textbf{Rotterdam Police Department}}{Rotterdam, NL}
+	{Digital Forensics Automation Developer Intern}{Apr 2023 – July 2023}
 \innerlist{
-	\entry{Worked on the development of an internal tool used for detection of encrypted containers in a live system or forensic evidence files.}
-}
-
-\vspace{0.2em}
-
-\entrybig
-	{\textbf{ASELSAN}}{\textit{ Ankara, TR }}
-	{\textit{ Intern at Software and Hardware Design }}{\textit{ January 2020 - February 2020 }}
-\innerlist{
-	\entry{Designed and produced a simple timing circuit \\  Learned the basics of FPGA design and developed a simple FPGA project using VHDL. }
+	\entry{Developed Python-based forensic tool detecting encrypted containers in 5TB+ evidence files, fully eliminating manual analysis tasks}
 }
 }

sections/projects.tex

@@ -1,70 +1,33 @@
 \section{Projects}
-
-\begin{minipage}[t]{0.48\textwidth}
 \outerlist{
-    \entrybig[\textbullet]
-    {\textbf{Tilikum} \textit{(Rust/Tokio, 2025)}}{}
-    {DAG-based fair-ordering atop Narwhal/Tusk}{}
+\entrybig
+	{\textbf{Tilikum} – DAG-based Consensus Protocol with Fair Ordering}{github.com/arg3t/tilikum}
+	{Rust, Tokio}{2024 – 2025}
+\innerlist{
+	\entry{Developed fair-ordering algorithm preventing MEV attacks using ordering linearizability and batch-order-fairness}
+	\entry{Optimized the BFT Consensus mechanism to achieve 12000 tx/s throughput with <2s latency (big improvement for fair ordering protocols)}
 }
-\end{minipage}
-\begin{minipage}[t]{0.505\textwidth}
-\outerlist{
-    \entrybig[\textbullet]
-    {\textbf{BlueBell} \textit{(C/Linux Kernel, 2025)}}{}
-    {WIP. Please reach out for details.}{}
+\vspace{0.2em}
+\entrybig
+	{\textbf{Sanctum} – Process-Bound Full Disk Encryption}{github.com/arg3t/sanctum}
+	{C, Linux Kernel}{2024}
+\innerlist{
+	\entry{Developed kernel module enabling transparent per-process encryption to achieve complete data confidentiality in multi-user systems}
 }
-\end{minipage}
 
-\vspace{0.1em}
-
-\begin{minipage}[t]{0.48\textwidth}
-\outerlist{
-    \entrybig[\textbullet]
-    {\textbf{Cradle} \textit{(Python/Django, 2025)}}{}
-    {Threat intelligence correlation platform.}{}
+\vspace{0.2em}
+\entrybig
+	{\textbf{Bachelor Thesis} – GNN Robustness Analysis}{github.com/arg3t/thesis}
+	{Python, PyTorch}{2024}
+\innerlist{
+	\entry{Analyzed impact of topological perturbations on Graph Neural Network stability across 5 benchmark datasets}
+  \entry{Discovered correlations between 4 graph metrics' perturbations and the model's performance drop}
 }
-\end{minipage}
-\begin{minipage}[t]{0.505\textwidth}
-\outerlist{
-    \entrybig[\textbullet]
-    {\textbf{Sanctum} \textit{(C/Linux Kernel, 2024)}}{}
-    {Kernel module for seemless process-bound FDE.}{}
+
+\vspace{0.2em}
+\entrybig
+	{\textbf{massurl} – High-Performance URL Reconnaissance Tool (C)}{github.com/theFr1nge/massurl - 2021}
+\innerlist{
+  \entry{Built high-performance URL aggregator and recon tool for processing 250K+ URLs per second.}
 }
-\end{minipage}
-
-\vspace{0.1em}
-
-\begin{minipage}[t]{0.48\textwidth}
-\outerlist{
-    \entrybig[\textbullet]
-    {\textbf{Bachelor Thesis} \textit{(Python/ML, 2024)}}{}
-    {Impact of topological perturbations to GNN stability}{}
 }
-\end{minipage}
-\begin{minipage}[t]{0.505\textwidth}
-\outerlist{
-    \entrybig[\textbullet]
-    {\textbf{Disk Encryption Analyzer} \textit{(Python, 2023)}}{}
-    {Forensic utility to scan disks for encryption artifacts}{}
-}
-\end{minipage}
-
-\vspace{0.1em}
-
-
-\begin{minipage}[t]{0.48\textwidth}
-\outerlist{
-
-    \entrybig[\textbullet]
-    {\link{https://github.com/theFr1nge/massurl}{\textbf{massurl}} \textit{(C, 2021)}}{}
-    {URL Reconnaisance Utility}{}
-
-}
-\end{minipage}
-\begin{minipage}[t]{0.505\textwidth}
-\outerlist{
-    \entrybig[\textbullet]
-    {\link{https://github.com/theFr1nge/YeetClock}{\textbf{YeetClock}} \textit{(Hardware/IoT, 2019)}}{}
-    {An open source smart alarm clock solution.}{}
-}
-\end{minipage}

sections/skills.tex

@@ -1,8 +1,6 @@
-
 \section{Skills}
-
 \denseouterlist{
-\entry{\textbf{Languages: } Python, C, Rust, Golang, Java, JavaScript, Bash}
-\entry{\textbf{Frameworks: } Django, Flask, Tokio Async, QT, React, Spring Boot, JavaFX}
-\entry{\textbf{Miscellaneous: } Linux Kernel, Systems Security, Consensus Protocols, Concurrency, DAG Blockchain, Order-Fairness, Puzzles}
+\entry{\textbf{Languages:} Python, C, Rust, Go, Java, JavaScript, Bash}
+\entry{\textbf{Technologies:} Django, Neo4j, Tokio, Docker, Git, PostgreSQL, React}
+\entry{\textbf{Domains:} Threat Intelligence, Penetration Testing, Distributed Systems, Consensus Protocols, Digital Forensics}
 }