nOps is cloud management for AWS. Instant visibility to changes in your AWS infrastructure enables change management, continuous cost & resource optimization, painless compliance & security audits, workflow automation with AWS Service Catalog, and automation of AWS Well-Architected Reviews

nOps began as a set of methods, processes, and tools created by DevOps and cloud professional services teams at nClouds, an award-winning, certified AWS Premier Consulting Partner. From the start, services clients – ranging from startups to enterprise IT organizations – were very excited about these capabilities. Therefore, we expanded and productized the capabilities into nOps, a commercial SaaS offering.

• Track and manage all your AWS cloud changes. Get instant visibility to change requests and delta to your infrastructure.
• Monitor and optimize the usage cost for cloud infrastructure. Proactively reduce cloud costs by identifying zombie instances that were spun up, used, and abandoned with the meter running.
• Create workflows integrated with AWS Service Catalog to centrally manage commonly deployed IT services.
• Automate change authorization process with the built-in rules engine to auto-approve most standard changes.
• For exceptions, create and trigger workflows easily that notify the right team members based on specific changes, sending the notifications, with context, via Slack, HipChat, and Jira.
• Automatically log changes in config history in a modern CMDB, along with Jira tickets.
• Go beyond current spreadsheet swapping to support security and compliance audits like SOC 2, with no pain.
• Prevent and remediate incidents faster by giving SREs instant visibility to correlate changes.

• Please reference the subscription options under Pricing

• AWS account details are used to access logs and the AWS API. nOps does not access any application data.
• nOps uses AWS CloudTrail and Amazon CloudWatch logs to create various dashboards.

• AWS accounts details are stored in a highly secure format. The nOps site is secured using SSL (Secure Socket Layer) and sensitive data is encrypted.
• User sensitive data is encrypted. We first encrypt it in the browser then re-encrypt with a more secure algorithm (RSA 2048 and SHA-256) once it reaches our servers. All web connections are sent via 256-bit SSL.