Threat Modeling
To protect apps from threats
Enhance the existing model.
Our Proposal
We at Infosec Future offer threat modelling services and solutions for improving current security designs.
Threat modelling is a comprehensive activity that encompasses several different activities. We’ve devised a very organised method to threat modelling to assure its efficacy. Identifying security objectives, understanding the program, breakdown the application, analyzing possible risks, considering compensating security procedures, and lastly, identifying and prioritizing vulnerabilities are all essential operations we perform with your development team.
Challenges
Our solutions
Identify flaws in the security design
We minimize the need for expensive code rewrites when problems are detected by limiting the scope of security code reviews to only those lines and components that matter.
Efficient Resource usage
It is used to model how attackers might move from resource to resource and helps teams anticipate where defenses can be more effectively layered or applied. We recognize vulnerabilities and fix critical threats concisely with a budget in hand. We ensure that the entire pipeline is efficient and up-to-date.
Defeating potential claims of negligence
We provide a documented threat model is a powerful tool for demonstrating compliance and fending off any negligence claims, and is an essential tool for many Software Secured clients in negotiating future business deals.
Our Services:
Our Threat modeling services include adopting architectural risk analysis, decomposing the application, and evaluating the potential threats.
Infrastructure Survey
To discover security gaps, we inspect and map the architecture. It's critical to understand where and how assaults could occur to track progress on fixes.
Process Decomposition
We break down the individual process pays extra attention to strategies that interact with different business parts, and identify the threats.
Threat Assessment
Our team of experts assess every process and find the effective design adjustment that can inhibit the weak links.
