Spectro Cloud completed a $75 million Series C funding round led by Growth Equity at Goldman Sachs Alternatives with participation from existing Spectro Cloud investors.
Mobile DevSecOps as it's currently implemented has a big problem: it's too slow and inefficient to keep up with the constantly evolving threat landscape. In the typical way of doing things, common tools like pen testing and code scanning identify known vulnerabilities, and the mobile app is then booted back to the development team where they manually add whatever protection they can within the time they have.
But the threats don't stay static. They evolve as cybercriminals find new vulnerabilities and techniques to exploit. The development process don't stop either — as old vulnerabilities are fixed, new features are added, some of which may introduce new weaknesses. Developers lack a real-time understanding of what the threat landscape really looks like in the field. As a result, publishers are constantly releasing apps that are under-protected against current threats.
A Data-Driven Process
Companies are rapidly moving towards data-driven decision-making, using real-time data and analysis to understand how they can optimize operations, strengthen the supply chain and enter new markets that will provide a return on investment. Mobile DevSecOps is not an exception — data-driven decisions about security will not only provide stronger protection against threats, but will also be far more efficient, with much less wasted effort.
But data, alone, is not enough to solve the problem. Good information is useless if the DevSecOps team cannot act on it quickly, and manual methods of implementing security are slow and expensive. Like the rest of the DevOps process, security must be automated, so that new protections can be rapidly included in the next build as they are needed.
Together, automation and real-time threat data make up the two pillars of data-driven DevSecOps. The team has a system that provides it with real-time information about the threats and attacks their mobile apps are encountering in the field right now. With this information, the DevSecOps team can make informed decisions about which are the highest priority security protections to build into the next release.
Beyond Gut Feelings
Mobile apps and the devices on which they run are capable of collecting a wealth of information: threat type, the network, geographic location, OS version and much, much more. All this data provide DevSecOps teams with an extremely granular view of both current and emerging threats that can be sliced according to device, OS, geography — the possibilities are near limitless.
With this wealth of real-time data, the DevSecOps team can make the best use of their time to provide protection against the threats that truly matter.
Once implemented, data-driven DevSecOps teams can not only identify the most urgent threats against which to protect, but they can also prove after release how well the protections are working. In this way, the DevSecOps team can easily justify its value to senior management, partners and other stakeholders, and demonstrate compliance with both internal and external regulations.
It's time for organizations to move beyond manual methods for incorporating mobile app security and gut-feel decisions or analyst recommendations about security models. With data-driven DevSecOps, development teams won't just be shooting in the dark. They'll be using real-time information to identify and protect against new threats and attacks before they can be launched at scale.
Industry News
The Cloud Native Computing Foundation® (CNCF®), which builds sustainable ecosystems for cloud native software, has announced significant momentum around cloud native training and certifications with the addition of three new project-centric certifications and a series of new Platform Engineering-specific certifications:
Red Hat announced the latest version of Red Hat OpenShift AI, its artificial intelligence (AI) and machine learning (ML) platform built on Red Hat OpenShift that enables enterprises to create and deliver AI-enabled applications at scale across the hybrid cloud.
Salesforce announced agentic lifecycle management tools to automate Agentforce testing, prototype agents in secure Sandbox environments, and transparently manage usage at scale.
OpenText™ unveiled Cloud Editions (CE) 24.4, presenting a suite of transformative advancements in Business Cloud, AI, and Technology to empower the future of AI-driven knowledge work.
Red Hat announced new capabilities and enhancements for Red Hat Developer Hub, Red Hat’s enterprise-grade developer portal based on the Backstage project.
Pegasystems announced the availability of new AI-driven legacy discovery capabilities in Pega GenAI Blueprint™ to accelerate the daunting task of modernizing legacy systems that hold organizations back.
Tricentis launched enhanced cloud capabilities for its flagship solution, Tricentis Tosca, bringing enterprise-ready end-to-end test automation to the cloud.
Rafay Systems announced new platform advancements that help enterprises and GPU cloud providers deliver developer-friendly consumption workflows for GPU infrastructure.
Apiiro introduced Code-to-Runtime, a new capability using Apiiro’s deep code analysis (DCA) technology to map software architecture and trace all types of software components including APIs, open source software (OSS), and containers to code owners while enriching it with business impact.
Zesty announced the launch of Kompass, its automated Kubernetes optimization platform.
MacStadium announced the launch of Orka Engine, the latest addition to its Orka product line.
Elastic announced its AI ecosystem to help enterprise developers accelerate building and deploying their Retrieval Augmented Generation (RAG) applications.
Red Hat introduced new capabilities and enhancements for Red Hat OpenShift, a hybrid cloud application platform powered by Kubernetes, as well as the technology preview of Red Hat OpenShift Lightspeed.
Traefik Labs announced API Sandbox as a Service to streamline and accelerate mock API development, and Traefik Proxy v3.2.