Our traditional in-class 5-day Complete SQLite Forensic Training has moved online! This new 10-day course combines both our SQLite Fundamentals class with our Advanced SQLite Forensics. Our live, instructor-led, online training provides you with the same in-depth SQLite learning experience as our on-site training over the course of 10 – 4 hour days.
In this NEW ACELab PC-3000 HDD Forensic Expert Online Training course, you’ll solve live cases under the supervision of the instructor remotely. This interactive training offers students the opportunity to ask questions and get help, just like in an in-person classroom setting.
In the ACELab PC-3000 Flash Forensic Expert Online Training course, you’ll remotely solve live cases under the supervision of the instructor.
The ACELab interactive training offers students the opportunity to ask questions and get help, just like in an in-person classroom setting.
This online class is limited to 3 students, ensuring students receive the necessary individual attention needed to master the subject matter.
This 4-day course teaches you the fundamental principles of data recovery from Hard Disk Drives. Knowing these principles and technical details, you can solve hundreds of various data recovery cases. To secure customer data and ensure higher success rate, it is necessary to understand the reasoning behind each action in data recovery process. This is absolutely must-have knowledge for any competent professional data recovery engineer.
This advanced training course focuses on providing skills and specialized knowledge for recovering data from the wide-spread Western Digital SMR drives.
The aim of this training course is to provide you with deep understanding of Flash NAND data recovery. Our highly professional instructors will teach you how to handle damaged Flash drives more efficiently in practice exercises.
The contents of this course differ significantly from the contents of the expert course. The program contains numerous practical exercises and tasks with minimal theoretical aspects. Attendees will need to have already completed the Expert NAND course at the ACE Lab Training Centre and/or have significant experience in NAND recovery.
The aim of our training is to teach you the unique way of Solid State Drive recovery using a special technological mode in the PC-3000 SSD Active Utilities. Engineers of ACE Lab company have developed a special PC-3000 SSD software system, which allows you to recover data from SSD drives easily, without unsoldering the memory chips. This method can easily handle controller encryption, data mixing and other problems with internal service structures of SSD.
Monolith training lasts one day and includes both theoretical and practical parts. The theory covers monolith structure, its internal components and main principles of accessing the NAND chip core. Besides, the monolith recovery process will be reproduced with a detailed description of each step.
The Teel Technologies D-1 UAV Forensics course provides non-digital and digital investigators, first responders and field operators with a comprehensive education in the proper investigation and examination of today’s UAVs. Students will gain the necessary skills in how to approach, handle and process the various UAV components from the drone to controller, attached media and associated devices.
This in-depth 5-day training course will provide students with an elevated understanding of advanced acquisition and decoding techniques of data recovered from vehicle infotainment and navigation systems, as well as other electronic control units, using advanced data recovery and decoding techniques like Chip-off and ISP.
The Teel Tech Advanced Chip-Off 2.0 Forensics training with certification provides students with a comprehensive education in performing forensics on the BGA memory chips used in today’s mobile devices.
In this 5-day class, participants will gain an in-depth understanding of today’s most useful and effective Flasher Boxes and Bootloader utilities to unlock and acquire mobile device memory. Applicable to both high-end Android devices, such as the Samsung and similar, down to the low-end devices from manufacturers such as BLU and others that use the low-cost MediaTek and Chinese chipsets, such tools and techniques enable examiners to expand their options when addressing such devices.
