
Elite Mapper
Raster, vector and elevation data rendered live in 3D. Runs in the cloud or on-premises, and is built for government-scale deployments.
Visor Dynamics
For mission-critical orgs
For over ten years we've built geospatial systems that handle petabytes of imagery, vector and elevation data, built to the security and scale that government and defense work demands. We're one of the few companies in the region doing deep-tech R&D, and we write our own data formats, compatible with OGC, US MIL-SPEC and NATO STANAG standards.
AI and geospatial platforms for defense, covering geospatial intelligence, electronic warfare, mission planning and airborne systems.

Raster, vector and elevation data rendered live in 3D. Runs in the cloud or on-premises, and is built for government-scale deployments.

Live drone video, orthorectified and draped on 3D terrain in real time. Records, indexes and plays back footage at scale, and works with various military and DJI drones out of the box.
View DetailsA reasoning harness built on defense doctrine and manuals. It helps plan missions and assess threats, and runs fully offline.

Receive, profile, and act on radar and RF signals in real-time, with multi-layer AI analysis across pulse, hop, and IQ data.
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Fuse Electronic Order of Battle, DF, and jammer data from a distributed sensor array into a single operational picture.
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Processes direction-finding streams in real-time, surfacing threat locations from fixed-wing, rotary, and UAV platforms.
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Our very own reduced-hallucination architecture. Enhances clarity, reduces atmospheric distortion and compression artifacts · without inventing detail.
Standards we use and implement across our platforms.
Plus many more standards supported across our platforms.

Whoever observes, orients, decides and acts faster than the opponent sets the pace. Where each step slows down, and how software is shortening the loop on the battlefield and in business.
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GPS denial is now routine, and militaries have worked on visual positioning systems for decades. So why isn't visual positioning on every military drone? Most of the problem is the map, the data and the compute.
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DARPA imagined a force of cheap, interchangeable pieces. Ukraine, Iran and the Pentagon suggest much of it is here, except the software to hold it together.
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Building an AI agent now takes minutes. Building one a military can trust with real missions is a different problem, and most of the hard parts have little to do with the model.
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AI can write code faster than anyone can read it. In defense, that raises hard questions about security, accountability and who can still fix the system when it fails.
Read ArticleOur team comes from geospatial engineering, AI, R&D and defense strategy.
Ali Ashraf
Chief Executive Officer
Muhammad Shoaib
Tech Lead
Faeez Shabbir
Generalist Developer
Ameer Hamza
Integration Engineer
Khizar Waseem
Modernization Engineer
Masna Bin Umeed
Head of Product Design
Mahrukh Agha
Lead Geospatial Analyst
We're hiring in Lahore. If you like hard technical problems, apply below or message us.
Visor Dynamics builds AI for defense and geospatial intelligence. Our platforms cover 3D mapping (Elite Mapper), live drone video on terrain (Elite SPRINT), an offline reasoning harness for mission planning (Elite AI), electronic warfare and C4ISR systems, and a lot more, from IMINT tools and an intelligence database to RF propagation modeling. We have done deep-tech R&D in this field for over ten years.
In our systems, AI helps people plan missions, assess threats and get through large volumes of intelligence faster. Elite AI drafts mission plans and threat assessments from doctrine and manuals, our electronic warfare suite uses AI to analyze radar and RF signals, and our super-resolution model sharpens satellite and drone imagery without inventing detail. A human operator makes every final decision.
Elite AI is a reasoning harness built for defense. It draws on defense manuals, military doctrine and game theory, and it helps plan missions, assess threats, configure strike packages and summarize intelligence documents. It connects to an organization's own intel databases instead of relying on public knowledge.
Yes. Elite AI is built for air-gapped, no-internet environments. It makes no external API calls and runs encrypted inside secure data centers or isolated networks.
Yes. Elite SPRINT orthorectifies live drone video and drapes it on 3D terrain as it arrives, at full frame rate. It handles sub-metre terrain models and steep, slanted camera angles, where most orthorectification methods fail, and it can show several drones streaming at once. It reads the STANAG 4609 and MISB metadata that military drones send alongside their video.
Yes. Our systems support NATO, US DoD, OGC and common web standards, so they can exchange maps, imagery, full motion video, symbology and tracks with command and control, C4ISR, battle management and mission planning systems. Where no standard is available, we do custom development to connect the two.
No. General-purpose chatbots answer from public knowledge and often refuse legitimate defense questions. Elite AI is a reasoning harness built on defense doctrine and manuals. It connects to an organization's own intel databases, pairs its language models with classical algorithms for anything numerical, runs fully offline, and leaves the final decision with a human operator. We look at the difference in Is a military AI agent just a chatbot with tools?
Yes. Our imagery intelligence (IMINT) tools work in two ways. They can run fully automated, with AI searching large volumes of satellite and drone imagery for objects and changes, or human-guided, with an analyst directing the AI and confirming its results. Most teams use both, depending on how much imagery there is and how much is at stake.
Yes. We maintain a comprehensive database of military assets, including aircraft, naval vessels, ground equipment and drones, along with the countries and units that operate them. It has an encyclopedia-style interface, similar to Wikipedia, for browsing facts and following links between assets and operators. Each asset is linked to media such as photos, videos, blueprints, 3D models and sample satellite imagery. The database is built from open-source intelligence (OSINT) and updated regularly, and every fact links to a credible source so it can be traced and checked. It is integrated with Elite AI and our IMINT tools, so both can draw on it directly.
No. Our super-resolution uses a reduced-hallucination architecture. It enhances satellite and drone imagery up to 4x and reduces atmospheric distortion and compression artifacts, without adding detail that wasn't in the original. That matters in intelligence work, where an invented vehicle or building is worse than a blurry one.
Elite SPRINT works with various military drones and DJI drones out of the box. It orthorectifies live video and drapes it on 3D terrain in real time, and records, indexes and plays back footage at scale.
Yes. Elite SPRINT records every feed together with its metadata and indexes it by place and time. Footage of a given location or period can be found and played back in seconds, instead of someone scrubbing through hours of video by hand.
Drone sensors are often less accurate than they look. Compasses can be a few degrees off, barometric altimeters drift, and some drones report their height incorrectly. Elite SPRINT matches the video against reference imagery and elevation data to correct these errors, so the footage lines up with the map and coordinates taken from it are accurate. Visual positioning systems use the same techniques to keep drones navigating when GPS is jammed or spoofed. We cover the challenges in GPS Denial and Visual Positioning Systems.
Cognitive electronic warfare uses AI to detect, classify and respond to radar and radio signals in real time, rather than relying only on fixed threat libraries. Our Cognitive EW suite receives and profiles radar and RF signals and runs multi-layer AI analysis across pulse, hop and IQ data, so operators can act on what the spectrum is showing them quickly.
Yes. Our RF modeling predicts radio coverage and signal strength across terrain at country scale in seconds. It supports eight propagation models, including ITM (Longley-Rice), Okumura-Hata and COST231-Hata, so planners can pick the model that suits the frequency, distance and environment, from open terrain to dense cities.
Our systems are compatible with OGC, US MIL-SPEC and NATO STANAG standards, including MIL-STD-2525, MIL-STD-2500C (NITF), STANAG 4609, STANAG 4586 and APP-6D. The full list is in Our Standards.
Usually, yes. Many older military systems offer no compatible API or standard interface at all. For these, we have built our own in-house methods for getting data in and out, so a legacy system can keep running while working alongside our software.
Yes. Alongside our products, we take on custom development and integration work, from adapting a product to a specific mission or sensor to building new capability for a client.
Anywhere from one or two days to a few weeks. Most of the time depends on hardware availability and on access to the site and networks, rather than on installing the software itself.
Yes. We train the operators and administrators who will use the system, and we continue to support it after deployment.
Send us a message on LinkedIn with your organization and the product you're interested in.
Yes, all year round. We're hiring for the roles listed under We're Hiring and for others as they come up. If you're interested in defense technology and want to work on hard problems with real users, we'd like to hear from you. If you don't fit any of the listed roles, send us a message on LinkedIn anyway and tell us what you'd bring.
We would love to hear from you. Send us a LinkedIn message for information about our products, services, and solutions.