Tools
We build tools that empower people to work faster, dig deeper, and uncover insights that traditional methods can miss.
Open-SOURCE Tools
Mercury
Mercury is designed to explore the longitudinal back-end connectivity of apps over versions, revealing dependencies, integrations, and inter-application relationships. It enables easy sample acquisition and analysis to provides a view of how apps evolve, and adapt to a changing geopolitical and market landscape.
Click the button below to discover more about how this tool works and to get started on your research.
Tracking Backend Connectivity of Apps
ATLAS
Atlas maps anything you can describe, from org charts and supply chains to abstract ideas. Give it a theme, entity, or topic (narrow or broad), and it builds relationship graphs you can explore. It understands geographical coordinates and supports chart exports to standalone HTML (sunburst, treemap, world map, and more). It uses one repeatable workflow for corporate structures, networks, research fields, or any domain where you care about who connects to what, where, and how. Click a node to expand it and discover more detail interactively.
Atlas uses LLM APIs for generation, but it is built to keep a ‘human in the loop’, so you can trace claims, fix mistakes, and validate sources as you conduct mapping. It currently supports OpenAI API for latest models.
Atlas will be available soon on our GitHub repository!
AI Mapping Tool
Android Live Memory Forensics
MOLT
Certain apps are increasingly difficult to audit. Commercial packers, obfuscation, and runtime protections pose challenges for many existing audit methods for supply chain analysis and risk assessment. MOLT runs APKs inside a high-fidelity Android ARM VM based and captures guest memory from outside the VM. No root or in-guest instrumentation is required while apps are executing. Captures are compatible with Volatility, enabling forensic workflows on the unpacked runtime state and allowing recovery of unpacked code, strings, and behavior.
MOLT is designed for auditing: it enables easy VM orchestration (including snapshots) and, with a click of a button, scrubs to remove many tripwires for packers. It does not require root access, as the imaging is performed on the guest VM's layer. MOLT also allows process dumps, Frida instrumentation, and analysis with templates, but does not require them.
To learn more about MOLT, reach out to us directly to get started.
To explore our latest open-access tools and updates, visit our GitHub.
Custom-Built Tools
Our custom-built tools are developed to solve specific problems and support focused work. If you’re interested in learning more, make an enquiry.
Built to Fit
Elkenson designs and develops custom software tools tailored to the specific needs of each project. Whether the work involves research, technical analysis or data visualization, every tool is built to align with the objectives it’s meant to serve.
We begin by understanding the problem in detail, assessing technical feasibility, and defining the most effective approach before development begins.
Capabilities
Our work spans data analysis, mapping, app connectivity, automation, visualization, and investigative tooling. This range allows us to approach projects from multiple angles, selecting the right methods and technologies for the task rather than relying on a fixed model.
Each tool is developed with attention to structure, reliability, and long-term use, ensuring it performs in real-world conditions.
Working Together
We collaborate with teams to co-develop tools, refine workflows, or extend existing systems. Projects are approached with flexibility in scope, timelines, and pricing, allowing us to adapt to different requirements and constraints.
If you have a specific idea or challenge, we encourage you to reach out. We’ll assess the project, outline potential approaches, and determine whether it’s a strong fit.