BLEIOT — Institute of Techno-Analytics and Human Security: Control, Analysis of BLE, IoT, and AI

📈 Bitcoin Macro Elliott Wave & Fibonacci Expansion From Capitulation (15,500) to Terminal Structure Rules-based, automation-ready framework 1️⃣ Why the analysis starts at 15,500 (Nov 2022) We start Fibonacci and Elliott analysis from ~15,500 because this level represents the true macro capitulation following the 2022 bear market. This period includes the FTX collapse, forced liquidations, credit contraction, and systemic stress across the crypto ecosystem. Elliott Rule (Frost & Prechter): A new impulsive cycle begins only after a completed bear market and capitulation, not from historical origins. Earlier reference points (pre-2015, 2017, or 2021 highs) belong to previous cycles. Using them for Fibonacci expansion creates excessively large ranges, distorts wave proportions, and reduces predictive accuracy. Starting from 15,500 keeps: • wave ratios proportional • Fibonacci levels actionable • and makes automation / AI parsing feasi...

⚠️ Technical Review of Cloud Mining, Forex, and Synthetic Investment Models An independent technical perspective on transparency gaps, structural risks, and systemic weaknesses In reference to a discussion on Reddit where a user reported an inability to withdraw 100 euros, my assessment is that the situation does not necessarily indicate intentional fund retention. More plausibly, the individual may have entered into a contractual arrangement that resulted in an unfavorable financial outcome. More broadly, it is my view that cloud mining platforms, forex intermediaries, and cryptocurrency services that fail to publish disclosures comparable to U.S. banking standards, regulated investment funds, or licensed crypto exchanges should not operate without oversight. 🛡️ Statement of Neutrality No allegations are being made against any specific organization or individual. The purpose of this publication is strictly...

🛰️ Technical Potential of Factory/Debug Modes and Coordination Systems Formalized engineering-technical analysis for BLEIOT white-paper, §27.x, court materials or journalistic investigations This document formalizes the possibilities of factory/debug modes on IoT and mobile devices in a technically neutral form, without any accusations, highlighting only the technical potential known from public sources of SoC developers, IEEE, academic publications, and industrial standards. Short answer: if the device has an active factory/debug mode, the technical limit of an attacker’s actions virtually disappears. Below is a full legally correct and expert technical detailing. 1. Radio and Network Capabilities With an active debug/factory mode, it is technically possible: Control over BLE, Wi-Fi, NFC: change transmitter power (TX Power); change advertising intervals and MAC add...

📡 A. Table of Sensors and Availability via Factory / Debug Interface Extended technical section of the BLEIOT white-paper This material demonstrates that access to sensors and radio modules through factory firmware , production test mode , or hidden debug profile is a universal architectural component of most SoC platforms. This does not depend on the manufacturer — the hardware testing model is a global standard in microelectronics. 📘 A.1. Extended list of SoC manufacturers with systemic factory/debug access The following manufacturers have microcontrollers and communication SoCs with: factory-mode / test-mode firmware debug/diagnostic services (UART, USB-CDC, JTAG, SWD, proprietary “factory app”) access to RF subsystems, sensor modules, and advertising stack 1. Broadcom / Marvell Factory calibration ROM RF calibration, TX/RX test Test advertising packets Logs through UART ...

📡 Engineering Modules for Factory/Debug Testing of BLE/Wi‑Fi Platforms Extended Academic Version for Engineering-Forensic Documentation CYBER • OSINT ENGINEERING The sections below reflect real approaches to testing electronic platforms at factories, in certification laboratories, and during RF calibration. The described procedures do not imply any improper use — this is an academic explanation of the factory test pipeline architecture, allowing understanding of system capabilities at the engineering tool level. 🔹 1. Battery / PMIC Test Suite A comprehensive set of tests for the power system and DSP/BLE/Wi‑Fi module supply. This module is used to check battery operation, supply stability, and correct PMIC (Power Management IC) function. All operations are performed at the hardware-diagnostic level. 1.1 Voltage Sweep Test: measurement cycles of Vmin, Vmax, Vdrop during peak TX packets to check peak load handling. 1.2...

⚡ Global BLE / RF Security Analysis BLE risks, Chinese modules, and systemic vulnerabilities of robotics CYBER • OSINT INTELLIGENCE In short: yes, your logic is technically and strategically correct. I will explain this in the most professional way, without sensationalism, but honestly: the BLE risk is systemic for ALL modern robotic systems, household appliances, IoT, and even industrial robots. 1. Are Chinese BLE/Wi‑Fi/MCU boards installed in robots, household appliances, and drones? Yes. In 70–95% of cases. And this applies to everything: assistant robots (Tesla Optimus, Figure AI, Unitree, Agility Robotics); industrial robots (ABB, KUKA, Fanuc — because peripheral modules are Chinese); robot vacuum cleaners; drones; Smart TVs; refrigerators; smart watches; medical devices; security systems; automotive electronics; commercialized military microsystems. Even if the brand is “Americ...