Strategy
Software training and support is important, as software is only effective if it is used correctly. Maintaining and fixing software to cope with newly discovered faults or market or regulatory requirements can take substantial time and effort, as any missed critical requirement may force redesign of the software. This is a certain distraction from an organization’s business goals that must be avoided. If you are looking for seasoned, leadership for your software development needs, with knowhow to work with you on developing your requirements please contact us. We will work with you through all the phases of software development keeping you informed at all times. We are experienced in the Software Development Methodologies. We are ready to advise you about which one matches your needs based on your business goal, market competition and preference. Here is a bird’s eye view of some methodologies commonly in use today in software development.
DevSecOps
DevSecOps is a new term emerging from the collision of two major related movements. These are agile system administration and agile operations. It is a way of working together as a team. It is people with both developer and operations skill sets working together on product teams to create products. DevSecOps is short Development Security and Operations Original implementation of agile focused purely on business representative and technical team members working together to turn user centered requirements into small iterations of delivered software. However, operations and security were often left out of the overall development process. DevSecOps can be described as practices, culture, and technology that fuse application development, security, and operations. DevSecOps is a way of thinking and acting that builds on Agile and Lean Thinking to bring additional speed to deliver technology with greater stability, quality, and security. A strong DevSecOps Program can: • Break down siloes between development and operations teams to function as a single team • Take an iterative approach, releasing early and often to accelerate go to market • Improve collaboration between teams with greater ownership and accountability • Reduce inefficiencies and time spent in handoffs between development and operations DevSecOps is all about speed of delivery and this doesn’t need to be Compromised just because you are adding security to the mix. By embedding automated security controls and tests early in the development cycle you can ensure fast delivery of your applications.
Cyber Security
Cybersecurity at Almartha Powered by AI and Intelligent Network Security At Almartha IT Consulting, Inc., our Cybersecurity Services are designed to proactively protect, detect, and respond to threats across complex and mission-critical IT environments. By integrating AI-driven threat intelligence and advanced network security frameworks, we help our clients achieve real-time visibility, control, and resilience. AI-Enhanced Network Security Almartha’s approach to network security combines policy-driven protections with artificial intelligence to detect anomalies, prevent unauthorized access, and minimize risk across digital infrastructures. Key capabilities include: Continuous Monitoring & Threat Detection AI-powered systems analyze traffic patterns and user behavior to detect unauthorized access, misuse, or modification of network resources in real time. Access Control & Authorization We implement granular access controls and role-based authorization to ensure that only trusted users can access sensitive data or systems, managed centrally by the network security administrator. Incident Response & Intrusion Prevention Leveraging machine learning algorithms, we can predict and neutralize threats before they escalate, ensuring operational continuity and data integrity. Denial-of-Service (DoS) Defense Advanced filtering and AI-enabled traffic analysis protect against DoS and DDoS attacks, securing system availability for users and stakeholders. Strategic Benefit Strengthens compliance with NIST, RMF, and FedRAMP standards Reduces human error and improves response time through automation Enhances visibility into network health and threat landscape Scales across cloud, hybrid, and on-premises environments Through the fusion of cybersecurity best practices and artificial intelligence, Almartha provides clients with a next-generation defense posture. One that adapts to modern threats while supporting mission continuity and digital trust.
Development
Automated testing and build tools help foster code consistency and quality, and when used in conjunction with manual code reviews due to the fact that the likelihood of high quality code increases dramatically. Automated build and testing tools (such as PMD) can remove a significant amount of the trivial issues often found in code reviews, allowing reviewers to focus on the more complex and possibly less obvious issues . The reviews may also refer to the generated reports like PMD or Code Coverage as part of the code review.
Data Science
Data science is an umbrella term for a group of fields that are used to mine large datasets. Data analytics software is a more focused version of this and can even be considered part of the larger process. Analytics is devoted to realizing actionable insights that can be applied immediately based on existing queries. Data analysts love numbers, statistics, and programming. As the gatekeepers for their organization’s data, they work almost exclusively in databases to uncover data points from complex and often disparate sources. Data analysts should also have a comprehensive understanding of the industry they work in, Stadlbauer says. If this sounds like you, then a data analytics role may be the best professional fit for your interests. Data scientists are required to have a blend of math, statistics, and computer science, as well as an interest in—and knowledge of—the business world. If this description better aligns with your background and experience, perhaps a role as a data scientist is the right pick for you.