ARCAD DROPS vs HCL Launch

ARCAD DROPS coordinates application and database releases across heterogeneous, multi-platform and multicloud environments. Teams can graphically model workflows, define dependencies, and run pipelines through environments sequentially or in parallel. Transitions may happen automatically or require authorized approval. DROPS records which artifact was deployed, by whom, where, and when. It synchronizes application and database upgrades and supports rollback, including return to the last stable state after an error. Listed database targets include SQL Server, Oracle, DB2 for i, and PostgreSQL; deployment targets include Windows, Linux, UNIX, IBM i, AIX, z/OS, and cloud environments. Operation can use agents or agentless SSH, JT400, or WinRM connections. More than 250 customizable scripts are included, with Ansible, YAML, JavaScript, Python, Ruby, and Groovy support. REST APIs and a CLI connect DROPS to CI/CD pipelines. Pricing is on request, with a trial or personalized demo available.

HCL Launch, also called HCL DevOps Deploy, coordinates software deployments across development environments. It automates application deployments and rollbacks, and can connect build and test tools to deploy, test, and promote builds. Applications are modeled from components, environments, resources, and processes; pipelines move versions through stages. Approval processes and quality gates support controlled promotion, while audits and reports document deployments. An inventory tracks desired and successfully deployed states in each environment and provides graphical compliance alerts. More than 300 integrations are available through plugins for areas including issue tracking, testing, security scanning, source control, databases, and middleware. Team- and role-based security maps to organizational structure; SSL encrypts client-server communications and can support authentication. An installation requires a server, database, and at least one agent. The server runs on Windows or UNIX systems, including Linux, and can run as a Kubernetes-managed containerized cluster. The 60-day license-free evaluation includes all product features; after the evaluation, deployments require licensed agents.