Silent Push, a company specializing in proactive cyber defense, has unveiled Silent Push 6.0, a significant upgrade to its cyber defense platform. The latest version is designed to help security teams act more quickly and efficiently through improved usability, enhanced visibility into threat infrastructure, and expanded integration capabilities. The release introduces upgrades to Traffic Origin and new workflow features that support a threat-informed security strategy focused on identifying and mitigating risks before attacks occur.

“Silent Push 6.0 is designed to cut through the noise and deliver actionable intelligence on adversary infrastructure before attacks materialize—something unmatched in the industry,” said Ken Bagnall, CEO and Co-Founder of Silent Push. “This release empowers enterprises and government organizations to identify emerging threats sooner, enabling informed decisions that strengthen cybersecurity defenses at the earliest stages of the attack lifecycle.”

The new platform enhancement is built to integrate seamlessly into existing security operations, helping teams focus on high-priority threats without requiring additional tools or major workflow changes.

Key Enhancements in Silent Push 6.0
Traffic Origin
A newly developed capability exclusive to Silent Push, Traffic Origin provides organizations with deeper visibility into malicious activity, infrastructure shifts, and traffic behavior to accurately identify the true geographic source of internet activity. The feature includes a dedicated user interface, access to a full year of historical data, and more granular permission controls. It supports a range of use cases, including fraud detection, Know Your Customer (KYC) verification, recruitment validation, and incident response investigations.

MCP Server Integration
Silent Push has introduced a hosted endpoint that allows its threat intelligence data to connect directly with AI platforms such as Claude, ChatGPT, and other large language models. Security analysts can conduct investigations using natural language queries, enabling tasks such as indicator enrichment, historical DNS analysis, infrastructure mapping, adversary clustering, risk assessment, and creation of investigative reports. By reducing unnecessary context and streamlining data access, the MCP Server helps accelerate investigations while lowering AI token consumption.

Redesigned Navigation and Module Structure
The platform now features three primary modules—Defend, Insight, and Reconnaissance—to simplify navigation and improve operational efficiency. Defend focuses on proactive integrations with SIEM, SOAR, firewall solutions, and Silent Push’s proprietary Indicators of Future Attack® (IOFA). Insight delivers comprehensive artifact context within a unified interface to speed up threat triage. Reconnaissance supports threat hunting and incident response teams by enabling infrastructure tracking and analysis. An additional module, Advanced Attribution, serves as the home for the Traffic Origin capability.

Enhanced TLP Amber Reports
Backend and infrastructure improvements have significantly increased report-loading performance. The updated reporting framework now supports richer content formats, including embedded video tutorials accessible directly within reports. Threat indicators referenced in reports can be explored further through pivoting capabilities, while the newly available TLP Amber Report API provides programmatic access to report metadata and related information.

Bulk Enrichment in Insight
The Bulk Enrichment feature enables analysts to evaluate multiple indicators simultaneously within a centralized dashboard. Designed for the early stages of investigations, it helps security teams quickly prioritize suspicious assets by providing immediate access to Silent Push intelligence. This capability addresses limitations commonly found in single-indicator lookup tools, allowing analysts to identify the most critical threats faster and more effectively.

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We are pleased to introduce a significant advancement in embedded security testing: Crypto 3, the newest framework driving Inspector Software’s next-generation security analysis. Available starting with Inspector Software 2025.8, this release redefines how side channel analysis and fault injection testing are designed, executed, and automated—making advanced security testing more accessible to teams of all skill levels.

A Shift from Monolithic to Modular Security Testing
With more than 20 years of experience in embedded security validation, Inspector Software has delivered over 100 dedicated modules supporting side channel analysis (SCA) and fault injection (FI) techniques. While the existing Crypto 2 framework offers a comprehensive, all-in-one approach, adapting it to specific attack scenarios often requires deep expertise and considerable development effort.

Crypto 3 changes this model entirely. Its modular architecture enables faster configuration, intelligent automation, and fine-grained control—streamlining security workflows without sacrificing analytical depth.

Key Advantages of Crypto 3

How Crypto 3 Works in Practice
Developed by our device security engineering experts, Crypto 3 introduces a simplified and modular approach to cryptographic analysis. Instead of requiring full knowledge of a complete cipher or Inspector’s internal structure, functionality is divided into independent, purpose-driven building blocks.

This design allows users to generate only the intermediate values or components required for a specific attack. For example, if an analysis depends on a single internal cipher value, Crypto 3 enables direct access without navigating complex dependencies—saving time and reducing unnecessary complexity.

At the same time, Crypto 3 maintains full backward compatibility. Users can continue using existing cipher implementations within Inspector or integrate their own, while benefiting from the efficiency and flexibility of the new framework.

Designed for Post-Quantum Agility
As Post-Quantum Cryptography continues to evolve, security testing faces new challenges. Cipher designs change rapidly, and investing heavily in one-off implementations can limit experimentation and innovation.

Crypto 3 addresses this challenge by enabling rapid prototyping and iterative testing. Its modular structure allows users to define only the components relevant to their current objective, making it easier to explore new attacks and cipher concepts without extensive integration overhead.

Additionally, many PQC algorithms involve extremely large key spaces, making exhaustive analysis impractical. Crypto 3 supports smarter analysis by allowing users to concentrate on the most relevant key candidates—improving efficiency while maintaining analytical rigor.
With Crypto 3, you can:

Inspector Software: A Complete Embedded Security Platform
Inspector Software remains a comprehensive solution for embedded security validation, supporting data acquisition, analysis, and fault injection across chips, embedded devices, and smartcards.

Inspector supports security testing across the entire product lifecycle, from early design validation and FPGA prototyping to production testing and deployed system protection. With Crypto 3, we’ve also strengthened integration with our Python API, enabling greater automation, easier attack prototyping, and more efficient scripting for advanced workflows.

The Next Step in Security Testing Evolution
Both Crypto 2 and Crypto 3 remain available, ensuring a smooth transition with no disruption to existing projects. Crypto 3 represents the foundation of an evolving framework, with additional modules and capabilities planned for future releases.

Our continued focus on backward compatibility allows teams to start leveraging Crypto 3 today while benefiting from ongoing enhancements across the Inspector testing ecosystem.

Start testing smarter. Discover more about Inspector Software’s Side Channel Analysis and Fault Injection capabilities, or contact our team to experience Crypto 3 firsthand.