In the fast-paced and interconnected digital landscape, the complexity of managing diverse IT systems and networks has surged. To tackle this challenge, organisations are increasingly turning to centralised monitoring, a robust approach that provides a unified and comprehensive view of their entire infrastructure. Centralised monitoring involves consolidating the monitoring of various components, systems, cloud environments and applications into a centralised platform, offering real-time insights and analytics. This shift from siloed monitoring to a centralised model is driven by the need for enhanced visibility, proactive issue detection, and overall operational efficiency.
In the dynamic world of digital innovation, securing a scalable app deployment remains a formidable challenge. Our recent work for a crypto trading startup mirrors this pursuit: the quest for a robust, lightweight, and highly secure architecture for a trading app. This challenge reflects the industry's demand for fortified security amidst a landscape rife with potential threats. In this particular project, Mesoform was employed, not only to provide site reliability, cloud and DevOps engineering but a complete technical architecture and technology management over the whole project. Guiding platform engineering, software engineering and DevOps, as well as architecture and UI design, our holistic approach aimed to optimise project performance and functionality in order to deploy a Crypto Trading App for a crypto trading startup.
In this particular project, Mesoform was employed, not only to provide site reliability, cloud and DevOps engineering but a complete technical architecture and technology management over the whole project. Guiding platform engineering, software engineering and DevOps, as well as architecture and UI design, our holistic approach aimed to optimise project performance and functionality in order to deploy a Crypto Trading App for ProTraders.
In this particular project, Mesoform was employed, not only to provide site reliability, cloud and DevOps engineering but a complete technical architecture and technology management over the whole project. Guiding platform engineering, software engineering and DevOps, as well as architecture and UI design, our holistic approach aimed to optimise project performance and functionality in order to deploy a Crypto Trading App for a crypto trading startup.
Join us in connecting the dots between Platform Engineering, DevOps, and SRE.
We always want to share the knowledge of the best practices and methodologies applicable to software development and delivery, and today is no different!
Join us in connecting the dots between Platform Engineering, DevOps, and SRE. Don’t miss our insightful blog.
Source: Traceable AI
In the rapidly evolving landscape of modern applications, Application Programming Interfaces (APIs) play a pivotal role in enabling connectivity and functionality. However, as the reliance on APIs grows, so do the security risks associated with them. To address these concerns, the Open Web Application Security Project (OWASP) released the "API Security Top 10" 2023, a comprehensive list of the most critical API security risks. This year they released the 2023 update to those risks, this blog explores the key findings and recommendations.
Explore SRE (Site Reliability Engineering): Your guide to understanding Site Reliability Engineering’s transformative impact on software management.
In the realm of modern software, the discourse surrounding development methodologies is ceaselessly evolving. Below we're going to have a look at an insightful article by Richard Seroter, titled "The Modernisation Imperative: Shifting left is for suckers. Shift down instead", and how it adds an intriguing dimension to the concept of "shifting left" because of the unrealistic burden now being applied to developers. Mesoform will be looking at this to highlight valuable insights that can potentially reshape and refine our approach to software development practices.