Categories: Technology and AI

Google Veo 3.1 Lets You Create Vertical Videos from Images

Google Veo 3.1 Lets You Create Vertical Videos from Images

Google Veo 3.1 expands how AI handles vertical video creation

Google has rolled out an update to its Veo 3.1 AI video-generation model, introducing a compelling new capability: the creation of native vertical videos from reference images. This change is positioned to streamline content creation for social platforms that prioritize portrait formats, such as TikTok, Instagram Reels, and YouTube Shorts. By enabling video output that aligns with mobile viewing norms, Google aims to reduce the friction creators face when repurposing still imagery into engaging motion content.

What the Veo 3.1 refresh adds

The core enhancement in this update is twofold: native vertical output and more expressive video synthesis derived from reference images. Previously, users could generate videos using prompts or image inputs, but the system often required post-processing to adapt the output to a vertical aspect ratio. Veo 3.1 now interprets reference images with a vertical composition in mind, producing clips that are immediately ready for vertical feed placement.

In addition to format alignment, Google has fine-tuned the model’s ability to infer motion, pacing, and storytelling from static references. The result is footage that maintains the visual fidelity of the source while introducing dynamic elements such as camera drift, subject motion, and scene transitions that feel natural, not forced. For creators, this means fewer steps between concept and publish-ready video.

How it works with reference images

Veo 3.1 analyzes provided reference images to establish key subjects, environments, and lighting cues. From this data, the model extrapolates a vertical sequence that preserves the composition’s focal points while animating depth and movement. The emphasis on vertical output aligns with current consumer habits, where mobile screens dominate consumption. Users simply upload one or more reference images, select a vertical aspect ratio, and allow Veo 3.1 to generate a draft clip that can be refined with additional edits or voiceover as needed.

Implications for creators and brands

The update lowers barriers for creators who want to test new formats without committing additional production resources. For social media brands, the ability to convert image assets into native vertical video quickly can accelerate campaigns and A/B testing. The more expressive outputs also help maintain viewer engagement, potentially improving watch time and retention on short-form feeds.

Beyond speed, the enhancement supports accessibility in content production. Small teams and solo creators can produce high-quality vertical content that adheres to platform-specific guidelines, reducing the need for complex editing workflows. While Veo 3.1 shines in automation, human oversight remains valuable for branding consistency and ensuring messages align with campaign goals.

Best practices when using Veo 3.1 for vertical videos

  • Choose clear reference images with strong focal points to guide the model’s motion planning.
  • Leverage multiple references to create more diverse vertical sequences without stitching shots manually.
  • Start with a light edit pass to adjust pacing, color grading, and any overlays before publishing.
  • Test multiple vertical aspect ratios to identify which version aligns best with your audience.
  • Consider adding captions or voiceover to maximize comprehension in autoplay environments.

What this means for the future of AI-assisted video

Google’s Veo 3.1 update reflects a broader industry trend: AI systems that tailor content to the native formats of social platforms. As models become more adept at translating static imagery into lively, context-appropriate video, creators gain more control with less manual editing. The ongoing challenge will be balancing automation with brand voice and narrative coherence. As with any AI tool, the smartest results come from a thoughtful blend of machine output and human curation.