Reverse Engineering Software

Reverse Engineering software

Reverse engineering is the process through which an object is deconstructed to uncover its design and to extract knowledge from the object. Reverse engineering helps in making deductions for design decisions from the end products with little or no additional knowledge of the procedures involved in the initial production. The purpose of reverse engineering is to replace the incorrect, incomplete or address the proper documentation for the sake of legacy.

It helps in improving the understanding of the underlying source code for the maintenance and improvement of the software, relevant information can be obtained in order to make a decision for software development and graphical representations of the code to provide alternate views as regards the source code, which can assist in detecting and fixing vulnerability in software.

Generally, vital information can be lost about a particular design, however, reverse engineering software makes the recovery of the information about the possible and subsequent improvements can be done on the design. Reverse engineering software is used by the Malware developers in discovering the vulnerability in an operating system so as to build a computer virus that will exploit the vulnerabilities in the system. Also, it is used in Cryptanalysis with the intention of discovering vulnerabilities in substitution cipher, symmetric-key algorithm.

It is also used in system interfacing, commercial or military espionage in order to learn about a rival’s latest research so as to capture the prototype.


Software engineering projects


Software engineering projects are practices of planning software projects, these allow the software management to be thoroughly planned, monitored, and controlled. The projects allow proper management of new development efforts in software development, these involve effective test running of the software to ensure that the required specifications are delivered in the software. Software engineering projects eliminate the use of immature technology, unmanaged risks, poorly defined system requirements, sloppy development practices, and poor project management.

Software like Sinnaps, project management software can be used in planning software development in an agile way, and with Scrum techniques. It will allow an iterative and incremental method of software engineering management.


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Civil Engineering software


Civil engineering is the branch of engineering that needs a lot of designs, designs are needed in construction and building layout. Some of the civil engineering software that can be used by the civil engineers in carrying out their design assignment include project management tool like Sinnaps, others are Autocad, Microsoft Office(Excel and Powerpoint), Revit, STAAD Pro, SAP 2000, ETABS, and 3ds Max.


Reverse engineering software


This is the software used in reverse engineering; it is the piece of software used in recreating a program in order to build something in that nature, reverse engineering software usually exploits the weaknesses of a program and builds on it to strengthen it.


Software engineering model


These are the software development models that are always embraced in the development of software. The model is always a function of the goal, aim, and completion time. There are various software engineering models which are the Waterfall model, Agile model, V model, Incremental Model, RAD model, Prototype model, and Code and Fix model.


Software engineering process


Software engineering process is the set of related activities that lead to the production of the software. The activities can involve developing the software from scratch or modifying an existing system. Software engineering process always includes the following;

  • Specification of software
  • Design and implementation of software
  • Verification and validation of software
  • Evolution of software


Mechanical engineering software


This is a collection of programs, processes, and information which allows mechanical engineers to undertake various tasks like calculation, designing, and modeling. It is used in solving engineering problems and saving calculations for future use. The examples of computer-aided design software for mechanical engineering are Sinnaps, Fusion 360, KeyCreator, Inventor, Solid Edge, NX, and Solidworks.


Advances in engineering software


In reality, a lot of improvement has been recorded in computer-based engineering techniques in the field of mechanical, civil, chemical and others. The advances have improved problem-solving abilities of engineering; these bring about the increase in the following:

  • Creative computational strategies and numerical algorithms for large-scale engineering problems.
  • Exploitation of new computing environment.
  • Analysis and simulation techniques.
  • Design automation, multidisciplinary design, and optimization.
  • Advanced visualization techniques, virtual environments, and prototyping.
  • Control of the accuracy, stability, and efficiency of the computational process.

Sinnaps, project management software can predict critical paths and project managers can simulate various scenarios of engineering processes on it. It will assist them in detailed planning and execution.


Reverse engineering examples


Atypical example of reverse engineering is the one carried out on 7/8 inch AC system valve on U.S Navy ship, there was no original equipment manufacturer (OEM) spare part or maintenance support, there were no similar commercial valves and drawings, with reverse engineering, 21 individual parts were able to be recreated by the engineers. These included dimensions, tolerances, material specifications, heat treatments, and surface coatings. The detailed drawings suitable for competitive bid and procurement were produced.

Another example is the One-inch long Aircraft bolt which there was no available documentation. They were able to deduce the bolt material to be A286 and the washer to be Inconel 718 through chemical analysis of drilling that matched the corresponding AMS specifications.


Software design engineer


A software design engineer is someone who applies the principles of software engineering to the design, development, maintenance, testing, and evaluation of computer software. He is saddled with the task of identifying problems and determines how to create programs that will automate or ease the situations. A software design engineer can work on the existing processes and work on it or refine the software to improve the efficiency of the users.


Free 3D Scanning software


3D scanning software is the software that is used in the process of analyzing an object to collect the data on its shape and appearance in order to create a digital 3D model.  The free 3D scanning software that can be used by engineers includes Trnio, Scann3D, Agisoft Photoscan, and Autodesk Recap 360.


Chemical engineering software


Chemical engineering is a key sector in engineering that is known for its problem-solving endeavors that benefit humanity. Chemical engineering involves process modeling and simulation, optimization, heat and mass transfer, unit operations, and others. The following software can assist chemical engineers in undertaking their tasks; Sinnaps, project management software, MATLAB, Mathcad, CHEMCAD, CFD, DEM, and AIMMS.


Structural engineering software


Structural engineering is the branch of civil engineering that handles large modern buildings construction, the following software assist structural engineers in understanding and calculating the stability, strength, and rigidity of the built structures required for buildings; Sinnaps, ADINA structures, Adapt ABI Balbin, Adapt Edge, Adapt Mat, Advance Design and Analysis 3D and ANSYS AIM.

Here it goes; project management tools like Sinnaps can be used by engineers in carrying out various engineering tasks like reverse engineering and creation of a simulation process for various engineering projects. It is a tool that will assist the operations of your team in planning, cost estimation, and execution to attain the required precision. It is an efficient tool that will enhance proper utilization of resources to obtain the desired level of productivity. It has a Test mode feature which helps you in undertaking your simulation, modeling, and risk management processes thereby saving a lot of time. It is cloud-based which will properly keep your data and vital information about your engineering operations. It is very easy to use for various assignments in the field of civil, chemical, mechanical and computer engineering, it enhances easy communication among engineering teams, it enables proper planning and tracking of the activities of your team.

Furthermore, Sinnaps is embedded with Kanban Dashboard which will aid your team in the tasks they have to accomplish thereby ensuring accountability and performance. No doubt, reverse engineering is a field that requires detailed planning and proper execution to achieve the desired results but with project management tool like Sinnaps, you are assured of a reliable tool that will boost your results.

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