December 2023 Summaries

Jesse Strivelli, a developer and sales engineer, reflects on his experiences with Tines, a no-code automation platform, contrasting it with traditional coding in Python. Strivelli, with a background in computer science and experience in major Fortune 500 companies, was impressed by the user-friendliness and speed of Tines compared to Python, especially in developing automation workflows. He illustrates this by detailing a project for an e-commerce company focused on detecting malicious activity, where Tines' intuitive features, such as SMS notifications and data storage, proved beneficial. While Tines offers simplicity and accessibility, especially for non-developers, Python requires more complex setup and management but provides flexibility and detailed control. Strivelli emphasizes Tines' potential as a tool for crafting innovative automation solutions and notes its role in his successful transition to a sales engineer position.

Tines provides a seamless way to execute Python scripts within its platform without altering the core Ruby-based infrastructure by utilizing AWS services. Users can incorporate Python scripts into their Tines stories through the "Run Python Script" action, which allows for secure execution in AWS Lambda environments. This process includes specifying script inputs, dependencies, and defining JSON-formatted outputs, while managing execution timeouts and securely handling scripts via tenant-specific roles. Best practices recommend storing scripts in managed code repositories for better version control and restricting access to sensitive scripts by using separate Tines teams to maintain an isolated environment. Tines ensures that Python scripts are executed securely and efficiently by dynamically managing AWS Lambda functions, enhancing its automation capabilities without compromising security or requiring significant platform changes.

Tines allows users to run Bash or Python scripts natively, but there are significant considerations related to security, maintenance, and performance that make many users prefer its native automation builder. Security risks arise from potentially unstable custom code and dependency conflicts, while maintenance challenges stem from managing custom code outside the scope of typical organizational controls. Performance issues include handling long-running code and memory usage. Despite these challenges, Tines provides an alternative with its low-code platform that supports automation tasks like HTTP requests, webhooks, data manipulation, and scheduling, which are common across automation technologies. Tines actions are designed for readability and collaboration, making them more accessible compared to traditional coding. The article further explores automation in Tines versus Python through a case study on setting up a Slack news feed for cybersecurity updates, illustrating the process in both platforms.

As the cybersecurity landscape evolves, key trends and predictions for 2024 include the increasing role of AI in both offensive and defensive strategies, with AI providing a significant advantage for defenders by automating tasks and improving incident response. The rise of natural language processing is anticipated to further advance no-code solutions, enabling more widespread automation across non-technical teams. CISOs face heightened accountability and potential legal implications, as evidenced by recent charges against the SolarWinds CISO, prompting demands for greater budgets and influence within organizations. Additionally, the industry is expected to see a wave of consolidation as economic pressures lead to acquisitions of cybersecurity companies, with those demonstrating strong growth metrics and efficient business models likely to thrive.