Arxscan：The Power of Knowing
Arxview以輕量、平價、易於使用的解決方案，讓您掌握所有數據中心需要的分析與報告資訊。淺顯易懂、功能豐富的報告，高階管理視圖和詳細的管理電源網格(administrator grids)上幾乎每個存儲度量 提供最新的信息。
Arxview Data Canter Analytics Engine (DCAE)：端對端的存儲監控和報告工具
Arxview 為您的存儲基礎設施帶來一流的可視性。現在，用戶可以全方位地查看性能監控、容量標準和資源使用情況，不但為操作者節省了寶貴的時間和資源，還確保了均衡 且經過全面優化的存儲環境。Arxview基於web的輕量級界面為前端提供豐富的功能集，可以供整個企業輕鬆查看和共享。利用這個靈活的介面獲得大量性 能要素的詳細信息，並提出十分寶貴的獨特見解。全方位地查看整個環境幫助您停止猜測可能出現的情況，並親自體會這款軟體的強大功能。
Arxview為您的環境提供大量不同視圖，包括嵌套式樹型圖、圖表、樹型圖、表格、以及動態拓撲視圖。這些視圖作為您企業的窗口，顯示嵌套式存儲分層結構和邏輯或企業 單元(取決於這些資產)。映射對象包括磁盤、LUN、Qtree、卷、集合、過濾器、陣列、刀片式機箱、虛擬機、虛擬數據中心、區域和數據中心等。 Arxview添加了邏輯單元(企業群組、應用程序、項目、團隊等)，幫助您一目了然地查看您公司的IT從屬關係如何遍歷您的整個存儲網路。
Arxscan’s intuitive presentation layers show the entire storage environment in hierarchical relationships that let the user drill from the top of the enterprise all the way down to the disk and file level with the added benefit of color coded alerting that brings potential issues to the forefront.
Whether it’s total array capacity, LUN level detail, file counts and aging, database inventories across all storage or one of the hundreds of other metrics that Arxscan delivers, the data you need to analyze the environment are at your fingertips and in context with the specific equipment or users impacted.
Arxscan reports minute-by-minute performance metrics in selected by the user for both storage arrays and switching. Graphic views are supplemented with data tables highlighting spikes and anomalies.
BlackLight 可以快速分析電腦儲存區和移動設備。它揭示了用戶的行為，現在甚至包括對內存圖像的分析。BlackLight允許輕鬆搜索，過濾和篩選大型數據集。它可以在邏輯上獲得Android和iPhone / iPad設備，在Windows和Mac OS X上運行，並且可以在一個界面內分析來自所有四個主要平台的數據。它只是智能，全面分析的最佳選擇。
EASILY UNCOVER USER ACTIONS
BlackLight’s Actionable Intel view allows examiners to view various data points that can be attributed to a user's actions. Traces of potentially important user activity from many disparate locations are organized for practical, efficient examination. Elements include:
Windows Registry artifacts - recently executed files and programs, link files, jumplists, Prefetch and Superfetch data
Device connection data for all devices previously connected to the system, including USB device connection dates/times and the associated user account
iOS device backups
Recent file downloads
Trash (for Mac OS X volumes) and Recycle Bin (for Windows volumes)
Current and deleted user account info
ANALYZE WINDOWS MEMORY FILES
Analyzes several types of memory files, including raw dumps, Hibernation files (Windows Vista to Windows 10), pagefile.sys, and crash dumps (full, from Windows Vista or 7)
Performs file carving and bulk extraction content searches (for numerous items such as URLs, addresses, phone numbers, etc.)
Features a Memory subview for analyzing processes, libraries, sockets, handles, and drivers
Processes memory files many times faster than traditional open-source forensic tools
FILE FILTER VIEW
EFFICIENTLY SIFT THROUGH LARGE DATA SETS
BlackLight's signature File Filter view includes examiner-defined filter options to quickly pinpoint relevant data within large data sets. Filter criteria include:
File name, kind, size, or extension
Date created, modified, or accessed
Picture metadata attributes, including GPS coordinates and camera (iPhone/iPad device) type
Positive and negative hash set filtering
Examiners may apply any number of filters or inverse filters to quickly isolate important data from system files or base application files. BlackLight comes with several pre-set file filters, including those that filter by file type, file attribute, geolocation coordinates, and source device type.
FIND THE PICTURE AND VIDEO EVIDENCE YOU NEED
BlackLight's Media view has built-in support for all commonly used picture and video file types, and it includes several helpful and examiner-oriented analysis features, such as:
Built-in GPS Mapping:
All media files containing GPS data will be identified with a placemark badge
Examiners can view media geolocation data on a Mercator map (offline) or using Google Maps (online) directly from the built-in GPS view
Proprietary Skin Tone Analysis Algorithm:
Sort picture and video files by the skin tone percentag...
busTRACE 是廣泛的bus(匯流排)與device(裝置)的分析工具，主要使用在系統OEMs，周邊OEMs、軟體開發商、USB 開發商和儲存裝置開發商，全世界用戶都可廣泛使用。
busTRACE Start Menu
►Select from a list of available busTRACE applications
Capture I/O Activity
►Capture I/O activity on local or remote computers
►Allow remote busTRACE users to capture I/O activity
Generate I/O Activity
►Send a single CDB to a storage device
►Send a sequence of CDBs to a storage device
►Perform a read/write/compare stress test
►View ATA/ATAPI Identify information
►Check for device and I/O subsystem defects
►busTRACE Storage Manager
►NUMA Node Performance Tester
►CD/DVD Exclusive Access Status
Simulate Device Faults
►Simulate a failure on one or more specified devices
►View Device Command Descriptor Blocks
►View Device Sense Codes
Capture I/O Activity
Generate I/O Activity
檢查設備和I / O子系統錯誤測試
CD/DVD Exclusive 登入情形
Simulate Device Faults
View Device Command Descriptor Blocks 瀏覽設備命令列符號
View Device Sense Codes 瀏覽設備檢測代碼
Docklight 是一種序列埠通訊協議的檢測、分析和模擬工具。讓你可以監控兩個序列埠裝置的通訊，或是檢測單一個序列埠裝置的通訊。Docklight 廣泛的被使用在各種工業環境中，包括自動化控制、通訊、汽車、設備製造商和embedded／消費產品上。Docklight可以在Windows 10, 8, 7, Vista或Windows XP作業系統運作。
延伸的Docklight Scripting軟體提供了一個易於使用的程式語言和一個內建的編輯器來創建並運行自動化檢測工作。Docklight Scripting還具有連網功能，允許TCP或UDP連線。
Docklight RS232 Terminal / RS232 Monitor
Simulating serial protocols - Docklight can send out user-defined sequences according to the protocol used and it can react to incoming sequences. This makes it possible to simulate the behavior of a serial communication device, which is particularly useful for generating test conditions that are hard to reproduce with the original device (e.g. problem conditions).
Logging RS232 data - All serial communication data can be logged using two different file formats: use plain text format for fast logging and storing huge amounts of data. Or create a HTML file with styled text that lets you easily distinguish between incoming and outgoing data or additional information.
Detecting specific data sequences - In many test cases you will need to check for a specific sequence within the RS232 data that indicates a problem condition. Docklight manages a list of such data sequences for you and is able to perform user-defined actions after detecting a sequence, e.g. taking a snapshot of all communication data before and after the error message was received.
Responding to incoming data - Docklight lets you specify user-defined answers to the different communication sequences received. This allows you to build a basic simulator for your serial device within a few minutes. It can also help you to trace a certain error by sending out a diagnostics command after receiving the error message.
Docklight will work with the COM communication ports provided by your Windows operating system. Physically, these ports will be RS232 SUB D9 interfaces in many cases. However, it is also possible to use Docklight for other communication standards such as RS485 and RS422, which have a different electrical design to RS232 but follow the RS232 communication mechanism.
Docklight has been successfully tested with a vast range of serial devices and drivers. This includes many popular USB-to-RS232 converters, Virtual Null Modem drivers like com0com, Bluetooth serial port and modem drivers, Arduino serial ports, and many other Embedded hardware devices that appear as a COM port in the Windows Device Manager.
Windows 10, Windows 8, Windows 7
Minimum one COM port available. Two COM ports for monitoring communication between two serial devices
For RS232 monitoring using Docklight Tap or Docklight Tap Pro: one USB port
DymaxIO 是快速數據軟體。它是最具成本效益、最易和不可或缺的解決方案,可提高輸送量並加快 I/O 性能,因此系統和應用程式以最高速度運行。DymaxIO 利用 AI(人工智慧)來檢測和部署適用於精確單個系統的適當性能增強技術,以便組織可以在硬體上不超支的情況下提高性能。
Condusiv 保證您將比使用 DymaxIO 的系統獲得更好的性能。如果你想要快速的數據,你想要DymaxIO。無需新硬體,無需重新啟動
I/O Inefficiencies that Rob Performance
There are 2 severe I/O inefficiencies that cause performance and reliability problems.
First, is caused by the behavior of the Windows file system. It will tend to break up writes into separate storage I/Os and send each I/O packet down to the storage layer separately and this causes I/O characteristics that are much smaller, more fractured, more random than they need to be.
Second is storage IO contention, also known as the I/O Blender Effect, which happens when you have multiple systems all sharing the same storage resource, such as multiple VMs all sending small, random I/Os down through the same hypervisor.
Your performance is penalized twice by these storage I/O inefficiencies causing systems to process workloads about 50% slower than they should.
DymaxIO dynamically accelerates data for maximum I/O performance. By solving I/O inefficiencies at the source, DymaxIO
Proactive and Efficient Server Performance Optimization
DymaxIO contains thin file system drivers, that installs (no reboot required) on Windows VMs or physical servers and performs optimizations inline automatically while running transparently in the background with near-zero overhead to the server. What little CPU cycles are needed to run at lowest priority so as not to interfere with server operations in the event that CPU cycles are needed by other applications or processes.
DymaxIO contains a suite of patented technologies that optimize the Windows Storage I/O subsystem so that applications can get to and from the storage layer much faster and process a lot more data.
Some organizations may react to performance challenges by throwing expensive new hardware at the problem. Overbuying and overprovisioning for more IOPS or data throughput might mask the underlying problem for a while, but it does not solve the root cause of performance issues. The quickest, most inexpensive, and least disruptive approach to more performance is simply installing DymaxIO fast data software on all of your Windows systems and watching performance problems disappear.
Keep your Windows systems running better than new with DymaxIO fast data software
• Delivers accelerated I/O performance for Windows systems whether physical, virtual, or in the cloud...
Stratus Engineering是工程設計服務公司，專門從事電子產品和軟件嵌入式系統。提供的產品EZ-Tap™ 和 EZ-Tap Pro™ 是用於監測與記錄RS232通訊埠數據，最經濟又簡潔的方案
• Easy-to-use inline passive RS232 connection
• NO bulky cabling
• Standard DB9 connector pinout
• Camera-style "mini-B" connector
• USB access from MS Windows host computer
• Driver software for MS Windows 2000/XP/Vista/7
• FREE data monitoring application software
RS-232 Passive Tap Module
Stratus Engineering's EZ-Tap hardware module is a low-cost hardware solution that uses a traditional dual COM port approach to RS232 interface monitoring.
EZ-Tap is fully compatible with Stratus Engineering's FREE EZ-View monitoring software as well as most 3rd-party dual COM port/ serial port monitoring programs and eliminates bulky cabling typically associated with these solutions.
Baud rates up to 230400*
Purchase EZ-Tap™ Now!*For baud rates above 9600,
we recommend EZ-Tap Pro™ - below.
RS-232 Passive Tap Module
Stratus Engineering's EZ-Tap Pro hardware module RS232 sniffer is a sophisticated hardware solution that overcomes latency and time-tagging problems associated with traditional dual COM port monitoring solutions.
EZ-Tap Pro features state-of-the art electronics that provides extended functionality:
Exact hardware microsecond time tagging of all RS232 data and handshaking events
Captures and time tags state changes on all 6 RS-232 handshaking lines
Supports baud rates up to 921600 bps
Supports 3.3V/5V TTL and RS232 voltage levels
EZ-Tap Pro offers these capabilities at a fraction of the cost of the nearest competitor and is available in the same small, convenient mechanical form factor as the original EZ-Tap module.
LatencyMon 是一款專業的音頻檢測軟體，可檢測出電腦上各個驅動的狀態，特別是聲卡驅動的延遲情況，LatencyMon 檢測出電腦音頻延遲、點擊和持久性噪點的原因，了解聲卡驅動是否適配電腦。LatencyMon 還提供了ISR監視器、DPC監視器和pagefault顯示器的功能，播放音樂和玩遊戲的時候，如聲音播放出現問題的話，LatencyMon可檢測問題原因出自何處，雖不能提供解決方案，卻可以掃描出所有的音頻問題。
The audio latency problem
Windows is not a real-time operating system. All requests to the operating system are delivered on a best effort basis. There are no guarantees whatsoever that requests are delivered within a certain time frame, which are the characteristics of a real-time operating system. That is not a problem for most devices and tasks but this is bad news for audio applications (which are considered soft real-time) because they need to deliver data to the subsystem and the hardware in buffers several times per second. If one or more buffers miss their deadlines and are not delivered in time it has audible consequences which are recognized as dropouts, clicks and pops.
About DPCs and ISRs
The Windows thread dispatcher (also known as scheduler) which is part of the kernel executes threads based on a priority scheme. Threads with higher priority will be given a longer execution time (also known as quantum or time slice) than threads with a lower priority. However the kernel also knows other types of units of execution known as interrupt service routines (ISRs). Devices connected to the system may interrupt on a connected CPU and cause their interrupt service routines to execute. An interrupt can occur on the same processor that an audio program is running on. Any thread that was running on the processor on which an interrupt occurred will be temporarily halted regardless of its priority. The interrupt service routine (ISR) is executed and may schedule a DPC (Deferred Procedure Call) to offload an amount of work. The DPC will most likely run immediately on the same processor which means the audio application will halt until both the ISR and the DPC routines have finished execution. That is because ISRs and DPCs run at elevated IRQL which means they cannot become preempted by the thread dispatcher (scheduler). Therefore to guarantee responsiveness of the system, ISR and DPC routines should execute as fast as possible. Guidelines say that they should not spend more than 100 µs of execution time however this is often not reached due to hardware factors beyond the control of the driver developer. If execution time gets too high, the audio program may be unable to deliver audio buffers to the hardware in a timely manner.
About hard pagefaults
Windows uses a concept of virtual memory which relies on the page translation system provided by the CPU. Whenever a memory address is requested which is not available in physical memory (not resident), an INT 14 will occur. The OS provided INT 14 handler will decide how to proceed next. If the page in which t...
MOBILedit Forensic Express 是一款功能強大且先進的軟體，它使用戶能夠分析其行動設備，生成報告，從電話和雲端服務中提取數據，它是一個包含所有有用和必需工具和功能的一體式軟體平台
Forensic Express提供最大的功能，而價格僅為其他工具的一小部分。它可以用作實驗室中的唯一工具，也可以通過其數據兼容性來增強其他工具的功能。與Camera Ballistics集成後，它將科學地分析相機的照片來源。
Phone extractor with extremely wide range of supported phones
Password breaker with GPU acceleration and multi-threaded operation for maximum speed
iTunes backup analyzer
Android ADB backup analyzer
Applications data analyzer
Deleted data recovery
Cellebrite UFED data analyzer
Cellebrite UFED data generator
Oxygen data analyzer
Oxygen Forensic Detective
Oxygen Forensic Detective套件是一套從行動裝置中檢索眾多的應用程式數據軟體。 在應用程式中，手機取證分析軟體可查看預安裝的列表和由這些程式創建的文件與用戶應用程式。每個應用程式可以包含有價值的用戶數據，如密碼、日誌、歷史記錄、文件等。
Signal Messenger extraction
Previous versions of Oxygen Forensic® Detective have allowed investigators to extract Signal Messenger from Apple iOS full file system, Android physical dumps and collect Signal data on Windows, macOS and Linux computers. However, Oxygen Forensic® Detective 13.1 introduces yet another method of Signal data extraction from Android devices; via our OxyAgent. To run this extraction, investigators simply install our OxyAgent to an unlocked Android device . Select “Signal”, under the “Extract third-party applications data” option in OxyAgent, to extract existing backups. If there are no existing backups, you can choose to create a backup containing all the current Signal data. In either case, the evidence set will include account details, contacts, calls, and chats. Import the collected Signal data as an OxyAgent extraction to view it in Oxygen Forensic® Detective.
Support for MT6739 and МТ6580 chipsets
We’ve added the ability to bypass screen locks, perform physical acquisition, and decrypt physical dumps of Android devices based on Mediatek MT6739 and МТ6580 chipsets. While extracting a device, Oxygen Forensic® Detective also extracts hardware keys that are used to decrypt the collected binary image. In total, our MTK Android Physical method supports extraction and decryption for three chipsets: МТ6737, MT6739 and МТ6580. It should be noted, the built-in passcode brute force module is available at no additional charge.
Enhanced support for Qualcomm chipsets
Oxygen Forensic® Detective 13.1 offers an enhanced screen lock bypass method for Android devices based on Qualcomm MSM8917, MSM8937, MSM8940 and MSM8953 chipsets. We have improved the extraction of hardware keys that are used to decrypt the extracted binary images. Supported device models now include Xiaomi A2 Lite, Xiaomi Redmi Go and Xiaomi Redmi Note 4X.
Acquisition of Android 10 devices
Oxygen Forensic® Detective 13.1 now allows investigators to perform a file system extraction of pre-rooted Android devices including those that run Android OS 10 and have File-based encryption. To extract a device, choose the “Android logical file system” option in Oxygen Forensic® Extractor and follow the instructions. When using this type of extraction users will have access to many parsed applications.
New cloud services
The updated Oxygen Forensic® Cloud Extractor adds support for 2 new cloud services, SecMail and Firefox Browser. At 88 unique services, the built in Cloud Extractor now supports even more services than any company in the industry.
• SecMail is a secure mail servi...