Easil

Overview

Easil is a design platform that enables teams to create brand-compliant digital and print marketing materials. It provides drag-and-drop editing tools and brand control features to ensure consistent visual content. Easil is developed to support businesses ranging from micro-businesses to large enterprises.

Key Features

• Graphic and Video Templates — Access to thousands of pre-designed, editable templates for various marketing needs.
• Brand Kit Management — Centralized storage for brand fonts, color palettes, logos, and imagery for team access.
• Design Resizing Tool — Allows users to quickly resize graphics and videos for different digital, social, and print formats.
• Editing Restrictions — Provides controls for brand managers to define editable elements and lock access to maintain brand integrity.
• Design Approval Workflow — Enables an optional approval process for designs before they can be downloaded, ensuring brand compliance.
• Background Removal Tool — Facilitates the removal of backgrounds from uploaded images with a single click.
• Text Effects and Masks — Offers tools to add drop shadows, glow, curved effects, and image masks to text.

Who It's For

Easil is designed for marketing teams, brand managers, and non-designers within businesses of all sizes, from startups to franchises. It caters to organizations that need to produce consistent, on-brand marketing materials efficiently across various channels. The platform aims to empower team members to create visual content while maintaining brand standards.

Notable Strengths

Easil's strength lies in its comprehensive brand control features, including flexible locking permissions and a design approval workflow, which are crucial for maintaining brand integrity across large teams. The platform's ability to manage and update designs across multiple sizes using "Collections" streamlines content production for diverse marketing campaigns. Additionally, Easil offers integrated print services, allowing users to create both digital and print materials within a single system.