Tines is an intelligent workflow platform designed to securely scale AI and automation across an organization. It serves as a foundational layer that integrates agents, teams, and tools, enabling the deployment of intelligent workflows ranging from fully agentic to human-driven. The platform is specifically built to help security and IT teams reduce operational risk and eliminate technical debt by automating complex processes. Its core purpose is to transform failed automation pilots into successful, scalable deployments, providing the speed and control needed for modern work. Tines empowers teams to build and manage workflows that drive significant business impact, connecting disparate systems and data sources into a cohesive, automated environment.
Many organizations struggle with outdated systems, fragmented tools, and inaccessible data that constrain valuable work and hinder automation efforts. Security and IT teams often face overwhelming volumes of alerts and manual tasks, leading to inefficiencies and increased risk. The lack of a unified platform forces teams to work within the confines of rigid tools, preventing customization and adaptability. This fragmentation results in failed automation projects, technical debt, and an inability to scale intelligent solutions. Tines addresses these pain points by providing a flexible, vendor-agnostic foundation that integrates seamlessly with existing stacks, overcoming the limitations of traditional, siloed systems.
The platform's intelligent workflow capabilities form its first major feature group, acting as a secure and reliable integration layer that connects teams, tools, and data. These workflows can be human-led, deterministic, or agentic, allowing for tailored automation based on the task's requirements. Human-led workflows are best for strategy, judgment calls, communication, risk assessment, and context-based decisions. Deterministic workflows excel at handling volume, mission-critical tasks, predictability, compliance, provisioning, triage, routing, and explainability. Agentic workflows provide flexibility for ambiguity, simplicity, quick review and escalation, logical next steps, advice, and taking safe actions. This tri-modal approach ensures the right level of automation and human oversight for every scenario.
A second major feature group is the flexible workflow builder called Storyboard, which provides intuitive, visual tools for the whole team to build and collaborate. Storyboard enables users to create workflows through a logical, puzzle-like interface that is both user-friendly and powerful. It supports connecting various actions like webhooks for incoming alerts and data transformation steps, such as extracting email addresses. This flexibility allows teams to design workflows that meet their specific needs without being forced into predefined templates. The builder's ease of use ensures that even beginners can immediately start constructing effective automations, democratizing workflow creation across technical and non-technical team members.
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Additional capabilities include powerful case management for security teams, a universal AI copilot called Workbench, and extensive integration options. The case management feature organizes and tracks security incidents with metrics like case time and SLA adherence, providing a centralized view for handling critical alerts. Workbench acts as an AI assistant that can perform tasks like looking up employee details and resetting passwords in systems such as Okta, streamlining IT operations. Tines offers vendor-agnostic integration across a vast stack, including LLMs, MCPs, and internal tools, with pre-built connectors for hundreds of services like CrowdStrike, GitHub, Jira, Slack, and OpenAI, ensuring connectivity across the entire technology ecosystem.
The product works overall by providing a no-code/low-code environment where users can design, deploy, and manage automated workflows through a visual interface. It connects to various data sources and applications via APIs, webhooks, and native integrations, allowing data to flow seamlessly between systems. Workflows are constructed using building blocks that represent actions, conditions, and data manipulations, which can be chained together to form complex processes. The platform includes governance, guardrails, and monitoring features to ensure security and reliability. This technical approach enables teams to automate repetitive tasks, orchestrate responses to events, and leverage AI agents without requiring deep programming expertise.
Benefits and measurable outcomes for users include significant time savings, reduced manual effort, and improved operational efficiency. Customers report saving 750 days of work time, reducing process time from 10-20 minutes to 30 seconds per request, and achieving a 50% reduction in time spent per ticket. The platform helps achieve visions like a 24/7 SOC by ensuring critical security alerts are never missed and streamlining notifications. It eliminates tech debt by providing a stable automation layer that remains in place even when underlying tools change. Users also highlight the ease of use and low time to effectiveness, enabling rapid adoption and value realization across teams.
Concrete use cases include IT operations tasks like resetting Okta passwords, where the AI copilot can lookup employee details and execute the reset automatically. For security teams, Tines manages case workflows for critical alerts from tools like CrowdStrike, enriching data with IP and behavior information while tracking SLA compliance. It automates provisioning, triage, and routing of high-volume, mission-critical processes with deterministic reliability. The platform also enables building custom applications and workflows for areas beyond security and IT, such as engineering and product teams, bringing automation to parts of the organization without dedicated developers. These examples demonstrate how Tines transforms manual, error-prone processes into efficient, automated workflows.
Target users primarily include security and IT operations teams within organizations of all sizes, from small businesses to large enterprises. The platform also serves infrastructure, engineering, and product teams seeking to automate workflows. It integrates with a vast tech stack including security tools (CrowdStrike, SentinelOne), collaboration platforms (Slack, Microsoft Teams), IT systems (Okta, Jira), cloud services (AWS, Azure), and AI models (OpenAI). Tines offers a free sign-up option and demo bookings, with pricing likely tailored to organizational scale and needs, though specific plans are not detailed in the content. Its design emphasizes accessibility for both technical and non-technical users, enabling broad adoption across departments.
In summary, Tines provides a comprehensive intelligent workflow platform that securely orchestrates AI and automation across tools and teams. It solves critical pain points of fragmentation and manual toil by offering flexible, vendor-agnostic integration and intuitive building tools. The platform delivers measurable time savings, risk reduction, and operational efficiency, supporting use cases from security incident response to IT service management. By empowering entire organizations to build and deploy automated workflows, Tines transforms how work gets done, turning automation potential into tangible business impact and serving as a foundational layer for modern, intelligent operations.
Tines primarily targets security and IT operations teams within organizations of all sizes, from small businesses to large enterprises. It is also designed for infrastructure, engineering, and product teams seeking to automate workflows and integrate tools. The platform serves users who need to reduce manual tasks, manage alerts, and scale automation without deep coding skills. Its intuitive interface makes it accessible for both technical analysts and non-technical staff, enabling broad adoption across departments. Customers include notable companies like ASOS, Coinbase, Databricks, Notion, and Snowflake, reflecting its appeal to tech-forward organizations across various industries.
Updated 2026-02-28