Tag: <span>Future of Tech</span>

Esso Review Lab

How Munsit Is Changing Everyday Communication with Arabic Voice AI In today’s fast-moving world, people spend a huge amount of time typing notes, writing summaries, and manually documenting conversations. Whether you are attending a university lecture, participating in a business meeting, covering a press conference, or simply sending voice notes during your day, converting speech into organized text quickly has become essential. This is where Munsit comes in — an advanced Arabic Voice AI platform designed specifically for Arabic speech recognition and transcription. Developed in the UAE by CNTXT AI, Munsit focuses on delivering highly accurate Arabic speech-to-text and text-to-speech technology across more than 25 Arabic dialects. Unlike many global transcription tools that struggle with Arabic accents and mixed Arabic-English conversations, Munsit was built specifically for the Arabic language. The platform supports Gulf, Egyptian, Levantine, Iraqi, and North African dialects, making it practical for real-world communication across the Arab world. How Munsit Can Be Used in Daily Life Meetings and Business Discussions One of the strongest use cases for Munsit is meeting transcription. During business meetings, teams often waste time writing notes while trying to stay engaged in the conversation. Munsit can automatically convert spoken Arabic into searchable text in real time, helping professionals focus on

Prompts

🏆 COMPLETE AI INTERIOR VIDEO SYSTEM 🔧 TOOLS Gemini (Nano Banana Pro) → Create images (first + last frames) Google Flow (Veo 3.1) → Turn images into cinematic videos   🎬 FULL VIDEO STRUCTURE (PROVEN VIRAL FLOW) Scene 1 → Clay / Blueprint Scene 2 → Luxury Penthouse (transform) Scene 3 → Zoom into Living Room Scene 4 → Living → Bedroom (travel) Scene 5 → Bedroom → Bathroom (travel)   🧩 SCENE 1 — CLAY MODEL (FIRST FRAME) 🖼️ Gemini Prompt isometric ultra clean architectural penthouse layout, monochrome clay render, modern floor plan, open living room, kitchen, bedroom, bathroom, terrace, soft shadows, studio lighting, minimal textures, 3D architectural model, ultra detailed, 4K   🧩 SCENE 2 — LUXURY PENTHOUSE (LAST FRAME) 🖼️ Gemini Prompt isometric ultra luxury penthouse interior, same layout as architectural floor plan, marble flooring, designer furniture, floor-to-ceiling glass windows, warm sunlight, realistic reflections, wood and marble materials, cinematic lighting, ultra realistic, 8K   🎬 Veo 3.1 Prompt (Scene 1 → 2) fast cinematic transformation from a clay architectural model into a fully realistic ultra luxury penthouse interior, materials appearing across all surfaces, marble, wood, glass forming instantly, lighting transitioning from flat to warm cinematic sunlight, smooth camera push forward, maintain exact layout and structure, no distortion, ultra realistic, 4K   🧩 SCENE 3 —

Prompts

🎬 Image Prompt: ultra realistic macro photography, Oreo cookie as main subject, tiny miniature humans interacting with environment, cinematic lighting, shallow depth of field, hyper detailed textures, crumbs visible, creamy filling texture realistic, dramatic scale contrast, soft bokeh background, 8k quality, commercial food photography, fantasy realism, sharp focus, studio + cinematic hybrid lighting 🎬 🔥 SCENE PROMPTS (SUPER DETAILED) 1. 🧬 DNA LAB SCENE Oreo cookie transformed into futuristic laboratory machine, glowing DNA helix made of cream inside transparent glass tube, small astronauts and scientists working around Oreo machinery, metallic sci-fi elements, soft blue neon lighting, macro shot, high detail crumbs and textures, cinematic science fiction food concept 2. 🏡 MINIATURE WORLD SCENE giant Oreo cookie placed in a miniature village, tiny people walking on top of Oreo, warm golden sunlight, small houses and trees in background, shallow depth of field, cozy cinematic lighting, reflection under cookie surface, fantasy realism, tilt-shift effect 3. 🌌 SPACE GALAXY SCENE Oreo cookie floating in outer space, cream forming a spiral galaxy inside, asteroids made of cookie crumbs floating around, tiny astronauts drifting near Oreo, deep space background with stars and nebula, cinematic lighting, high contrast, surreal food universe concept 4. 🌀 PORTAL SPLIT SCENE Oreo cookie split in half vertically, glowing

Esso Review Lab

Vidrush is not a general-purpose AI video tool — it's built for one specific job: turning a topic or brief into a long-form, documentary-style YouTube video (6–40 minutes) without you scripting, filming, or editing it by hand. That narrow focus is the most important thing to understand before deciding if it's right for you. How it actually works You give Vidrush a brief — a paragraph, a rough script, or existing footage/voiceover — and it runs that through what it describes as parallel AI roles: a researcher, scriptwriter, motion designer, editor, and sound designer. The platform sources stock and licensed footage, writes and voices a script, adds music and transitions, and generates a thumbnail, typically finishing a draft in under an hour. You then review it and request changes through chat or a built-in timeline editor, rather than regenerating the whole video from scratch. Pricing Vidrush starts at $99/month, with a per-minute cost of roughly $1.93–$2.72 depending on your plan tier, and about 20% off with annual billing. The cost per minute drops as your usage scales up. This is a real budget line, not a hobbyist price point — worth factoring in before you commit. Where it fits — and where it doesn't Vidrush is

Esso Review Lab

OpenArt is a multi-model creative hub: rather than shipping one house AI model, it gives you a single account and interface across a wide range of image and video engines — currently including Seedance 2.0/2.5, Kling 3.0, Sora 2, Google Veo 3, MiniMax Hailuo, and HappyHorse for video, and GPT Image 2, Nano Banana Pro, Seedream 5.0, Grok Imagine, and Qwen Image 3 for images. That lineup shifts as providers release new versions, so treat any specific model list — including this one — as a snapshot, not a permanent fact. What you can actually do with it Image generation across multiple diffusion and transformer-based models, with text-to-image and image-to-image workflows. Video generation up to 15 seconds at 4K, using whichever underlying model you select. Editing tools — inpainting, background removal/swap, and upscaling to 4K. Character Builder — trains a consistent character you can reuse across multiple generations, useful for series content or a recurring brand mascot. 3D Worlds — generates navigable 3D environments from a prompt or image, still a newer and rougher feature category across the industry. Director mode — chat-driven multi-scene video sequencing instead of generating one clip at a time. Voice, music, and sound effects generation to round out a video without leaving the

Prompts

This one's a first-and-last-frame generation, not a straight text-to-video prompt — a different technique worth knowing if you're experimenting with Seedance 2.0. Instead of describing the whole scene from scratch, you give the model two reference frames (how the fight starts, how it ends) and let it fill in the motion between them. That constraint is what makes the result feel choreographed instead of random: the model has to invent a path from point A to point B, which is exactly how a real fight-scene storyboard works. Asking for "different perspectives" on top of that pushes it to cut between angles the way an actual action sequence would, instead of holding one static shot. The prompt These are the opening and closing frames of a tavern martial arts fight scene. Based on these two scenes, please generate a smooth sequence of a man in black fighting several assassins. Use storyboarding techniques and switch between different perspectives to give the entire footage a more rhythmic and cinematic feel. If you try this yourself: the quality of your two reference frames matters more than the wording of the prompt. Pick a clear start pose and a clear end pose — if they're too similar, the model

Esso Review Lab

Pollo AI is one of a growing category of "aggregator" video platforms: instead of building its own video model from scratch, it puts a single interface in front of several third-party AI video engines — historically including Kling, Runway, Veo, MiniMax, and others, with the exact lineup changing as new models ship. That distinction matters more than most reviews mention, because it changes what you're actually paying for. What you're really buying When you generate a clip on Pollo AI, you're picking which underlying model renders it. Some models are stronger at realistic motion, others at stylized or anime output, others at following complex prompts precisely. The platform's value isn't "better AI video" in the abstract — it's not having to sign up for, learn, and pay separately for four or five different model providers when you just want to compare results and pick the best one for a shot. Core features Text-to-video — a written prompt becomes a short clip, with results varying noticeably depending on which model you select. Image-to-video — animate a still image, useful for product shots or bringing a generated image to life. AI avatars — turn a single photo into a talking-head clip with lip sync and expression. Video-to-video restyling —

AI News

Microsoft recently set up a healthcare-focused edition of its Copilot AI to convene information from various sources, the reason given for this development was to help improve public understanding in their medical interactions. The software giant pitched Copilot Health as a way to prepare for medical appointments or understand test results, though emphasised the AI is not intended to replace real-life doctors. Microsoft stated its existing consumer products already handle more than 50 million health questions per day. These range from seeking knowledge about symptoms to garnering information on medical conditions and treatments. Copilot Health collates information from “your health records, wearable data and health history” to provide comprehensible details. Users in the US are first in line to gain access the service, which employs details from 50,000 domestic hospitals and related facilities through unified health records provider HealthEx. AI company Anthropic also tapped HealthEx in a medical move for its Claude chatbot unveiled in January. Perhaps aptly for a medical interaction, Microsoft is inviting would be US users to join a waiting list to access the service as part of a “careful, phased rollout”. It caveated the service “is not intended to diagnose, treat or prevent diseases or other conditions” and should not be relied

Prompts

Malachite is one of the more forgiving real minerals to describe accurately, because its defining feature — concentric emerald-to-deep-green banding — is exactly what you'd want to see in a slow-motion cut regardless. This prompt puts real mineralogy to work: "hands gently place the serrated blade along a natural vein crossing the banded layers" isn't just flavor text, it's telling the model to cut across the grain so the bands visibly separate, rather than cutting parallel to them where you'd barely see the pattern shift at all. Also worth copying: the ultra-compact negative prompt at the end ("no blood, no CGI, no blur, no text, no music") shows you don't need a long negative list to be useful — five short exclusions covering the most common failure modes does most of the job a longer list would. The prompt Extreme macro close-up, top-down with a subtle 5–10° tilt; slow stabilized forward push-in on a motorized slider; 100mm macro lens; ultra-shallow depth of field with focus locked on the blade-to-malachite contact seam; 120fps to capture micro-cracks, band separation, and particulate motion; perfectly steady framing. Two well-groomed adult human hands (masculine appearance, clean trimmed nails, no jewelry) holding a thin fine-tooth serrated bread knife. The

Prompts

Magnetite is a denser, less "crystal-clean" mineral than sapphire or quartz, and the prompt leans into that — asking for "denser interior grain and pores" instead of the smooth internal reflections you'd want for something like glass or sapphire. That's the detail to copy if you're adapting this for a different mineral: match the interior description to how that material actually breaks, not a generic "crystal cutting" template. The other thing doing real work here is the microphone framing — "close microphone